D-Zero Engineering Note #3740.225-EN -318 End Calorimeter .../67531/metadc833106/m2/1/high_re… ·...
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D-Zero Engineering Note 3740225-EN -318
End Calorimeter Warm Tube Heater
~W~ Keith Primdahl
8-6-91
-----------~-~-~~~~~-~-
Background
The Tevatron accelerator beam tube must pass through the End Calorimeter cryostats of the D-Zero Collider Detector Furthermore the End Calorimeter cryostats must be allowed to roll back forty inches without interruption of the vacuum system hence the Tev tube must slide through the End Calorimeter cryostat as it is rolled back The Tev pass through the End Calorimeter can actually be thought of as a cluster of concentric tubes Tev tube warm (vacuum vessel) tube IS layers of superinsulation cold tube (argon vessel) and Inner Hadronic center support tube The vessel tubes are discussed in D-Zero Engineering Note 374022S-EN-30S
Recognizing that 14 of insulating vacuum is marginal it was desired to provide a heater (to be energized only as preparation for roll-back) in addition to a dry air purge (to prevent condensation or freezing) between the warm tube and Tev tubes Specifically nichrome wire will be wrapped around the OD of the tube (within the insulating vacuum) Two circuits will be provided for redundancy with platinum resistors to measure temperature of the tube An electrical feed-thru will be provided on the downstream (furthest from collision point) head near the top of the vessel Each circuit will be capable of 360 Watts at 120 Volts however there is a danger of powering the nichrome beyond the critical temperature for Kapton (4000 C) Although the tubes must be brought to at least the dew point (to drive out remaining moisture) and the dew point at D-Zero is intended to remain below room temperature the design goal has been selected at SOo C This is well below the continuous use temperature for Teflon Furthermore the superinsulation between the warm and cold tubes is aluminized Kapton which can safely be taken to 4000 C as well The instrument (dry) air purge is described in D-Zero Engineering Note 374022S-EN-31S
Analysis
M Foley generated an ANSYS model to study the heat load to the cryostat during collider physics studies that is without operation of the heater A sketch of the model is included in the appendix The vacuum space and superinsulation was modeled as a thermal solid with conductivity derived from tests performed at Fermilab An additional estimate was done by this author using data supplied by NR-2 a superinsulation manufacturer The ANSYS result and hand calculation are in close agreement
The ANSYS model was modified by this author to incorporate the effect of the heater Whereas the earlier model studied steady state operation only the revised model considers the heater-off steady state mode as the initial condition then performs a transient analysis with a final load step for time tending towards infinity Results show the thermal gradient as a function of time and applied voltage It should be noted that M Foleys model was generated for one half the warm tube implying the tube to be symmetric In reality the downstream connection (relative to the collision point) attachment to the vacuum shell is via several convolutions of a 0020 wall bellows hence a nearly adiabatic boundary condition Accordingly the results reported in the table reflect extrapolation of the curves to the downstream end of the tube
Using results from the ANSYS analysis that is tube temperature and corresponding heat flux temperature of the nichrome wire can be estimated
Table J Results
Without heater operatinamp
Steady state heat rate (ANSYS) Steady state heat rate (mfgs data) Minimum tube temperature
06 W 09W 250K
With heater operatinamp 40 Volts SO Volts 1S Volts
Current Heat rate
100 A 400 W
125 A 625 W
187 A 1406 W
Steady Steady
state max tube state nichrome
temperature temperature
360 K 673 K
425 K 912 K
625 K 1721 K
Time to reach 500
Time to reach 500
C no ice C with ice
48 hr 460 hr
24 hr 230 hr
12 hr 115 hr
Note that all analysis described in this report is for the operation of a single nichrome wire The resistance of the nichrome is slightly temperature dependent as shown in the accompanying plot
Test
A 3 prototype warm tube with heater was constructed to test the design Specifically the warm tube cold tube vacuum superinsulation and liquid nitrogen were included The heater successfully brought the tube from a steady state condition (surrounded by liquid nitrogen with heater off) to 1000
C (373 K) in approximately 40 minutes Three cycles each performed on different days were recorded Afterwards the prototype was disassembled and inspected Despite a maximum current of 32 amps there was no damage
Conclusions
The possibility of frost is of genuine concern as evidenced by the 250 K minimum temperature for the warm tube while heaters are not operating
bullNoting that steady state operation at 1 Amp (40 volts) allows the nichrome wire to stay below the critical temperature for Kapton a conservative plan is to allow several days of heater operation at 1 Amp (40 volts) before roll-back
bullWarm-up can be accelerated by operating the heaters in excess of 1 Amp as evidenced by the test where a maximum of 32 Amp was supplied Operating the heaters in excess of 1 Amp must be done with care since a rapid rise in temperature will likely occur once any ice present has been melted
Final Design
The warm tube heater is a layup of Kapton tape nichrome wire and Kapton tape on the outside of the 2375 diameter stainless steel tube After a 3 layer wrap of Kapton was applied the nichrome wire was laid in a helical pattern 45 turns over the length of the tube Recognizing that there will be a difference in thermal expansion between the tube and the nichrome a helical pattern was deemed a safer than a straight line The pattern is out-and-back with terminations at the downstream end of the tube Two separate circuits are included for redundancy
Four RTDs are evenly spaced along the top of the tube It is intended that the tube be installed with the RTDs up to best accommodate thermal motion Recognizing that the entire calorimeter including cold tube will drop 0190 during cool-down it is intended that the warm tube be installed with a negative vertical deflection of 0190 relative to the cold tube Thermal motion in the horizontal direction occurs only during transient periods when thermal gradients in the cold vessel and calorimeter exist Once everything is cold horizontal deflection returns to zero Note that the direction of horizontal motion is reversed for cool-down and warm-up
Table 2 DesilD Parameters
Nichrome wire RL =2301 nft 200 C w =125 t=0021 L = 202 in R = 387Q Tmelt =13500 C = 1623 K
Teflon Tmelt = 3000 C =573 K
Kapton Terit =4000 C =673 K k = 508 x 10-6 Win K
RTDs 100 Q platium resistors RTD wire 30 awg to end of tube
twisted pair to feed-thru RTD feed-throughs lSI 9122001
AC power wire 12 awg Tefzel coated AC power feed-throughs lSI 9422028
A two layer wrap of Kapton covers the heaters and RTDs The Kapton is trimmed at both ends and secured with Kevlar string All wires emerge from within the Kapton at the downstream end where upon installation they will be connected to wires previously installed between the vessel heads Connections for RTD wires are simply soldered however connections to the nichrome wire are to be crimped That is the 12 awg wire and nichrome are both placed inside a metal sheath which is crimped to hold the wires in contact
Backup System
Should the dry air purge fail to prevent frost buildup and both beating elements fail to melt an accumulation ice the Tev tube can be warmed from within by a flow of heated dry nitrogen The Accelerator DivisionCryogenics group uses such a nitrogen heater to warm magnet strings Connections would be made to the Granville-Phillips valves at each SAMUS Collimator to flow heated dry nitrogen through the length of tbe detector
Nichrome Resistivity
250
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Temperature (C) (
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Data from EC4TUBEDAT 8-2-91
E 40 Volts Assumed No Ice Present
~ 400 ~ CD n
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250Ii
450 ---------------r--I-l TnlrhrnmA +312K
o 10 20 30 40 50
Distance from Upstream Flange (In)
SO is approximate halfway point
-m- 55 WHlr 72 hours 66 hours 60 hours 54 hours -a- 48 hours 42 hours 36 hours 30 hours 24 hours 18 hours 12 hours 6 hours 55WOHIr
Data from EC2TUBEDAT 7-28-91 E = 50 Volts Assumed No Ice Present
~ 400 ~ co
450~------~------~------~------~------~--
Tnichrome = Ttube + 487 K
SSWHfrII- c 48 hours
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4) ~ 12 hours a E 6hours~ t + SSWO Htr
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Distance from Upatream Flange (In)
50 Is approximate halfway point
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E 75 Volts Assumed No Ice Present
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550
450
350
250 I I -I 4 I o 10 20 30 40 50
-+ -0-
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55 WHtr 48 hours 42 hours 36 hours 30 hours 24 hours 18 hours 12 hours 6 hours 55 WO Htr
Distance From Upstream Flange (In)
50 Is approximate halfway point
Appendix A
ANSYS Model and Input File
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kbc1 ktemp-1 ET15511 1
c MATERIAL 1 - 304 STAINLESS STEEL
KXX133 C11860 DENS 1 285
cu MATERIAL 2 - NITROGEN GAS
KXX I 2 000468 C24736 DENS2 000074
c MATERIAL 3 - NRC2 (AXIAL)
KXX3114E-06 KYY347S4E-07C34073 DENS3 0008
c MATERIAl 4 - NRC2 (RADIAl)
~44754E-07 rYV4912E-06 C44073 DENS4 0008
c MATERIAL 5 - BELLOWS REGION
KXX5215 KYV 5 0825 C51860 DENSS 285
c DEFINE GEOMETRY OF SOLUTION REGION
Nl10S75OO N2001OS754975 FILLl20019821 NGEN2200l200l025OO NGEN2200201400l076OO N60111875OO N602l187525 N603l187546875 N604l187575 N800l18754975
~LL604800195605l aEN2200601800l1125OO
NGEN220080181011375OO N10111437524375 N10121437528125 NCEN2200813100011375OO NCEN22001001120010625OO
NGEN220012011212125O0 NGEN261214011412125 OO
MAT 1
E12012022 EGEN 199 11 EGEN2400 1199l EGEN5200200201l ElOll121112121012 EGEN7l407 E103212321233l033 EGEN168l414 E1211141114121212 E1401141314141402 E1402141414151403 EGEN25125835841 E14111423 1424 1412 EGEN2512633
MAT 2
E201401402202 EGEN1991658
MAl3
E610810811611 EGEN19O1857 E81010101011811 EGEN 190111047
MAT4
E603 803 804 604 EGEN711237 EGEN 3 200 1237 12431 E1010121012111011 EGEN2200 1251 12581 E1403141514161404 EGEN811267 EGEN2512126712741
MAT 5
E 1018 1218 1219 1019 EGEN14l1475
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LOAD STEP 1 ITERATION 1 SECTION 1 TIME= 025000E+07 LOAD CASE= 1
I NODE 612 659 706 753 800
TEMP 29446666 27632963 26394557 25672441 25435179
LOAD STEP 2 ITERATION= 1 TIME= 025108E+07 LOAD CASE=
SECTION= 1
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TEMP 29617184 28160554 26999707 26292701 26057493
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TEMP 29741237 28628694 27590871 26917430 26688492
LOAD STEP 2 ITERATION 3 TIME= 025324E+07 LOAD CASE=
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TEMP 29831952 29022026 28141027 27525117 27309353
LOAD STEP 2 ITERATION 4 TIME 025432E+07 LOAD CASE
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TEMP 29903577 29353538 28640948 28102342 27907128
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TEMP 29964165 29640609 29093592 28643795 28474906
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TEMP 30017535 29895585 29505204 29148067 29008753
LOAD STEP 2 ITERATION= 7 SECTION TIME= 025756E+07 LOAD CASE= 1
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TEMP 30065536 30125870 29881516 29615709 29506900
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TEMP 30109191 30335885 30226947 30048322 29969358
LOAD STEP 2 ITERATION= 9 SECTION= TIME= 025972E+07 LOAD CASE= 1
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NODE 612 659 706 753 800
TEMP 30149149 30528460 30544819 30447992 30397363
LOAD STEP 2 ITERATION TIME= 026080E+07 LOAD
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TEMP 30185860 30705576 30837726 30816966 30792818
LOAD STEP 2 ITERATION= 11 SEmON= TIME= 026188E+07 LOAD CASE 1
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TEMP 30219660 30868738 31107811 31157478 31157893
LOAD STEP 2 ITERATION 12TIME 026296E+07 LOAD CASE
- NODE TEMP 612 30250816 659 31019171 706 31356928 753 31471665 800 31494789
LOAD STEP 2 ITERATION 13 TIME 026404E+07 LOAD CASE=
NODE TEMP 612 30279549 659 31157923 706 31586738 753 31761538 800 31805627
LOAD STEP 2 ITERATION= 14 TIME= 026512E+07 LOAD CASE=
NODE TEMP 612 30306055 659 31285922 706 31798748 753 32028969
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LOAD STEP 2 ITERATION 15 TIME= 026620E+07 LOAD CASE=
NODE TEMP 612 30330508 659 31404009 706 31994342 753 32275691 800 32356971
LOAD STEP 2 ITERATION 16 TIME= 026728E+07 LOAD CASE
NODE TEMP 612 30353068 659 31512954 706 321 74790 753 32503307 800 32601051
LOAD STEP 2 ITERATION 17 TIME 026836E+07 LOAD CASE
NODE TEMP - 612 30373882
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NODE TEMP 612 30393084 659 31706194 706 32494853 753 32907025 800 33033968
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NODE TEMP 612 30410800 659 31791743 706 32636547 753 33085752 800 33225621
LOAD STEP 2 ITERATION= 20 TIME 027160E+07 LOAD CASE=
NODE TEMP 612 30427144 659 31870668 706 32767269 753 33250639 800 33402432
LOAD STEP 2 ITERATION 21 TIME 027268E+07 LOAD CASE
NODE TEMP 612 30442222 659 31943482 706 32887869 753 33402758 800 33565552
LOAD STEP 2 ITERATION= 22 TIME= 027376E+07 LOAD CASE=
NODE TEMP 612 30456133 659 320 10658 706 32999130 753 33543097 800 33716041
LOAD STEP 2 ITERATION 23 TIME- 027484E+07 LOAD CASE
NODE TEMP 612 30468967 659 320 72632 706 33101776 753 33672670 800 33854876
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I SECTION
Multi-Pin Instrumentation Feedthroughs
I bull Multi-Pin
bull 1 0 and 20 Conductors bull 700 Volts - 1 0 Amps
Please order by Part Number Note that listed prices are for single unit sales Contact factory for quantity discounts
12 Description
Units are designed and rated for high and ultra high vacuum applications They are constructed of vacuum grade materials including 032 diameter moshylybdenum conductor pins with high purity alumina insulation on type 304 stainless steel weldable mounts and flanges Atmospheric side mating conshynectors are supplied For additional connectors see page 141 Vacuum side connectors are detailed on page 145
12 General Specifications
Voltage Rating 700V DC Current Rating 10 Amps Maximum Current All Pins Loaded 10 Pins 50 Amps 20 Pins 75 Amps
Temperature Rating Del-Weld amp Del-Seal to 450degC Kwik-Flange amp Del-Thread to 150degC Connectors bull to 125degC
8akeable to 450degC without connector 8akeable to 450degC without connector
O-nog or Teflon tape
Del-Weld bull 10 and 20 Conductor Pins Weldable Adapter
I -II I
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No Part Unit Pins Number Reference A B C 0 CA Price
10 9121000 601 B0875-1 747 60 211 379 395 $23000 20 9121001 60181142-2 1372 75 230 360 455 $37000
Del-Seal -10 and 20 Conductor Pins Metal Seal Flange
1ooIf---CA--~ I
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Flange Reference Nom F
~08 ~~~pound~_~~ ~ ~ ~~~(middotfi~~- -_~_ ~ ~-~~lt
Unit G H CA Price
261
235
--
SECTION
Del-Seal middot5000 Volts Metal Seal Flange
See Tallie
Four Conductors pound2 ~~273
Part No Reference Conductor Amps Flange Price
IC e 050 Copper 15 050 Nickel 5
f- 100 - 75 -50 ~-500-- I
I See Table
Eight Conductors 100 Lshy r shy273
Part No Reference Conductor Amps Flange Price
9422032 601A0418-1 094 Copper 30 2 $28500 9422033 601A0418-2 092 Nickel 15 2 $28500 9422034 601A0418-3 050 Copper 15 2 $28500 9422035 601A0418-4 050 Nickel 5 2 $28500 ~ 100 i- 75 50 --000middotshy
Twelve Conductors
Part No Reference Conductor Amps Flange Pt1ce
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9422036 601B19n-2 094 Copper 30 234 $35000 L9422037 601B19n-1 092 Nickel 15 234 $35000 9422038 601B19n-4 050 Copper 15 234 $35000 LSeeTabie
9422039 601B19n-3 050 Nickel 5 234 $35000
I SECTION
-(wik-Flange bull 10 and 20 Conductor PinsISO O-Ring Flange
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No Part Kwik- Ref Unit Pins Number Reference Flange ISO K L M CA Price
10 9123000 60182481-1 K075 NW16 118 261 329 445 $35000 10 9123001 60182481-2 K100 NW25 157 211 379 395 $35000 10 9123002 60182481-3 K150 NW40 216 211 379 395 $35500 10 9123003 60182481-4 K200 NW50 295 211 379 395 $35500 20 9123004 60182482-1 K150 NW40 216 230 360 455 $45000 20 9123005 60182482-2 K200 NW50 295 230 360 455 $45000
~-
supplied with each feedthrough in
200 ~ i
50 100Pin
7520-Pin-~t+t+Mf)l
10middotPin 150 2QmiddotPin
00 deg0
0 00 deg CA-----I$-~amp IMulti-Pin Connectors
One mating air-side connector is 135 lOoPin
19720-Pin
Section 1middot2 To order additional I I connectors see page 141
1-=--250 lOoPin--1 293 2OmiddotPin
Note CA (Connector Attached) is the distance from end of connector to the vacuum sealing surface
09
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![Page 2: D-Zero Engineering Note #3740.225-EN -318 End Calorimeter .../67531/metadc833106/m2/1/high_re… · nichrome wire will be wrapped around the OD of the tube (within the insulating](https://reader034.fdocuments.net/reader034/viewer/2022042210/5eadeca80353600afe1aa543/html5/thumbnails/2.jpg)
Background
The Tevatron accelerator beam tube must pass through the End Calorimeter cryostats of the D-Zero Collider Detector Furthermore the End Calorimeter cryostats must be allowed to roll back forty inches without interruption of the vacuum system hence the Tev tube must slide through the End Calorimeter cryostat as it is rolled back The Tev pass through the End Calorimeter can actually be thought of as a cluster of concentric tubes Tev tube warm (vacuum vessel) tube IS layers of superinsulation cold tube (argon vessel) and Inner Hadronic center support tube The vessel tubes are discussed in D-Zero Engineering Note 374022S-EN-30S
Recognizing that 14 of insulating vacuum is marginal it was desired to provide a heater (to be energized only as preparation for roll-back) in addition to a dry air purge (to prevent condensation or freezing) between the warm tube and Tev tubes Specifically nichrome wire will be wrapped around the OD of the tube (within the insulating vacuum) Two circuits will be provided for redundancy with platinum resistors to measure temperature of the tube An electrical feed-thru will be provided on the downstream (furthest from collision point) head near the top of the vessel Each circuit will be capable of 360 Watts at 120 Volts however there is a danger of powering the nichrome beyond the critical temperature for Kapton (4000 C) Although the tubes must be brought to at least the dew point (to drive out remaining moisture) and the dew point at D-Zero is intended to remain below room temperature the design goal has been selected at SOo C This is well below the continuous use temperature for Teflon Furthermore the superinsulation between the warm and cold tubes is aluminized Kapton which can safely be taken to 4000 C as well The instrument (dry) air purge is described in D-Zero Engineering Note 374022S-EN-31S
Analysis
M Foley generated an ANSYS model to study the heat load to the cryostat during collider physics studies that is without operation of the heater A sketch of the model is included in the appendix The vacuum space and superinsulation was modeled as a thermal solid with conductivity derived from tests performed at Fermilab An additional estimate was done by this author using data supplied by NR-2 a superinsulation manufacturer The ANSYS result and hand calculation are in close agreement
The ANSYS model was modified by this author to incorporate the effect of the heater Whereas the earlier model studied steady state operation only the revised model considers the heater-off steady state mode as the initial condition then performs a transient analysis with a final load step for time tending towards infinity Results show the thermal gradient as a function of time and applied voltage It should be noted that M Foleys model was generated for one half the warm tube implying the tube to be symmetric In reality the downstream connection (relative to the collision point) attachment to the vacuum shell is via several convolutions of a 0020 wall bellows hence a nearly adiabatic boundary condition Accordingly the results reported in the table reflect extrapolation of the curves to the downstream end of the tube
Using results from the ANSYS analysis that is tube temperature and corresponding heat flux temperature of the nichrome wire can be estimated
Table J Results
Without heater operatinamp
Steady state heat rate (ANSYS) Steady state heat rate (mfgs data) Minimum tube temperature
06 W 09W 250K
With heater operatinamp 40 Volts SO Volts 1S Volts
Current Heat rate
100 A 400 W
125 A 625 W
187 A 1406 W
Steady Steady
state max tube state nichrome
temperature temperature
360 K 673 K
425 K 912 K
625 K 1721 K
Time to reach 500
Time to reach 500
C no ice C with ice
48 hr 460 hr
24 hr 230 hr
12 hr 115 hr
Note that all analysis described in this report is for the operation of a single nichrome wire The resistance of the nichrome is slightly temperature dependent as shown in the accompanying plot
Test
A 3 prototype warm tube with heater was constructed to test the design Specifically the warm tube cold tube vacuum superinsulation and liquid nitrogen were included The heater successfully brought the tube from a steady state condition (surrounded by liquid nitrogen with heater off) to 1000
C (373 K) in approximately 40 minutes Three cycles each performed on different days were recorded Afterwards the prototype was disassembled and inspected Despite a maximum current of 32 amps there was no damage
Conclusions
The possibility of frost is of genuine concern as evidenced by the 250 K minimum temperature for the warm tube while heaters are not operating
bullNoting that steady state operation at 1 Amp (40 volts) allows the nichrome wire to stay below the critical temperature for Kapton a conservative plan is to allow several days of heater operation at 1 Amp (40 volts) before roll-back
bullWarm-up can be accelerated by operating the heaters in excess of 1 Amp as evidenced by the test where a maximum of 32 Amp was supplied Operating the heaters in excess of 1 Amp must be done with care since a rapid rise in temperature will likely occur once any ice present has been melted
Final Design
The warm tube heater is a layup of Kapton tape nichrome wire and Kapton tape on the outside of the 2375 diameter stainless steel tube After a 3 layer wrap of Kapton was applied the nichrome wire was laid in a helical pattern 45 turns over the length of the tube Recognizing that there will be a difference in thermal expansion between the tube and the nichrome a helical pattern was deemed a safer than a straight line The pattern is out-and-back with terminations at the downstream end of the tube Two separate circuits are included for redundancy
Four RTDs are evenly spaced along the top of the tube It is intended that the tube be installed with the RTDs up to best accommodate thermal motion Recognizing that the entire calorimeter including cold tube will drop 0190 during cool-down it is intended that the warm tube be installed with a negative vertical deflection of 0190 relative to the cold tube Thermal motion in the horizontal direction occurs only during transient periods when thermal gradients in the cold vessel and calorimeter exist Once everything is cold horizontal deflection returns to zero Note that the direction of horizontal motion is reversed for cool-down and warm-up
Table 2 DesilD Parameters
Nichrome wire RL =2301 nft 200 C w =125 t=0021 L = 202 in R = 387Q Tmelt =13500 C = 1623 K
Teflon Tmelt = 3000 C =573 K
Kapton Terit =4000 C =673 K k = 508 x 10-6 Win K
RTDs 100 Q platium resistors RTD wire 30 awg to end of tube
twisted pair to feed-thru RTD feed-throughs lSI 9122001
AC power wire 12 awg Tefzel coated AC power feed-throughs lSI 9422028
A two layer wrap of Kapton covers the heaters and RTDs The Kapton is trimmed at both ends and secured with Kevlar string All wires emerge from within the Kapton at the downstream end where upon installation they will be connected to wires previously installed between the vessel heads Connections for RTD wires are simply soldered however connections to the nichrome wire are to be crimped That is the 12 awg wire and nichrome are both placed inside a metal sheath which is crimped to hold the wires in contact
Backup System
Should the dry air purge fail to prevent frost buildup and both beating elements fail to melt an accumulation ice the Tev tube can be warmed from within by a flow of heated dry nitrogen The Accelerator DivisionCryogenics group uses such a nitrogen heater to warm magnet strings Connections would be made to the Granville-Phillips valves at each SAMUS Collimator to flow heated dry nitrogen through the length of tbe detector
Nichrome Resistivity
250
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Temperature (C) (
) ) )
Data from EC4TUBEDAT 8-2-91
E 40 Volts Assumed No Ice Present
~ 400 ~ CD n
2 C- s 2 ~ I ~ J2l
350
E ~ ~ 8J E
~ iii So 300 C -0
250Ii
450 ---------------r--I-l TnlrhrnmA +312K
o 10 20 30 40 50
Distance from Upstream Flange (In)
SO is approximate halfway point
-m- 55 WHlr 72 hours 66 hours 60 hours 54 hours -a- 48 hours 42 hours 36 hours 30 hours 24 hours 18 hours 12 hours 6 hours 55WOHIr
Data from EC2TUBEDAT 7-28-91 E = 50 Volts Assumed No Ice Present
~ 400 ~ co
450~------~------~------~------~------~--
Tnichrome = Ttube + 487 K
SSWHfrII- c 48 hours
42 hours ~- i
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4) ~ 12 hours a E 6hours~ t + SSWO Htr
~ E 300 (J
~ojl--~--~~--+-~--4-==~-+--~~~~ o 10 20 30 40 50
Distance from Upatream Flange (In)
50 Is approximate halfway point
( (l
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Data from EC3TUBEDAT 7-28-91
E 75 Volts Assumed No Ice Present
lI ~ cg M
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0 C 0
650-----------------------------------~--~
Tnichrome =Ttube + 1096 K
550
450
350
250 I I -I 4 I o 10 20 30 40 50
-+ -0-
+-
55 WHtr 48 hours 42 hours 36 hours 30 hours 24 hours 18 hours 12 hours 6 hours 55 WO Htr
Distance From Upstream Flange (In)
50 Is approximate halfway point
Appendix A
ANSYS Model and Input File
T -=- 3cO() K OV upstV-eDVI- r~ IOV
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eECT10H PROJECT epoundRIIUmiddotCATEGORY PAGEfilii FERMILAB
-v ENGINEERING NOTE SIfSJECT NAME
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--N-1
kbc1 ktemp-1 ET15511 1
c MATERIAL 1 - 304 STAINLESS STEEL
KXX133 C11860 DENS 1 285
cu MATERIAL 2 - NITROGEN GAS
KXX I 2 000468 C24736 DENS2 000074
c MATERIAL 3 - NRC2 (AXIAL)
KXX3114E-06 KYY347S4E-07C34073 DENS3 0008
c MATERIAl 4 - NRC2 (RADIAl)
~44754E-07 rYV4912E-06 C44073 DENS4 0008
c MATERIAL 5 - BELLOWS REGION
KXX5215 KYV 5 0825 C51860 DENSS 285
c DEFINE GEOMETRY OF SOLUTION REGION
Nl10S75OO N2001OS754975 FILLl20019821 NGEN2200l200l025OO NGEN2200201400l076OO N60111875OO N602l187525 N603l187546875 N604l187575 N800l18754975
~LL604800195605l aEN2200601800l1125OO
NGEN220080181011375OO N10111437524375 N10121437528125 NCEN2200813100011375OO NCEN22001001120010625OO
NGEN220012011212125O0 NGEN261214011412125 OO
MAT 1
E12012022 EGEN 199 11 EGEN2400 1199l EGEN5200200201l ElOll121112121012 EGEN7l407 E103212321233l033 EGEN168l414 E1211141114121212 E1401141314141402 E1402141414151403 EGEN25125835841 E14111423 1424 1412 EGEN2512633
MAT 2
E201401402202 EGEN1991658
MAl3
E610810811611 EGEN19O1857 E81010101011811 EGEN 190111047
MAT4
E603 803 804 604 EGEN711237 EGEN 3 200 1237 12431 E1010121012111011 EGEN2200 1251 12581 E1403141514161404 EGEN811267 EGEN2512126712741
MAT 5
E 1018 1218 1219 1019 EGEN14l1475
C Load Step 1
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LOAD STEP 1 ITERATION 1 SECTION 1 TIME= 025000E+07 LOAD CASE= 1
I NODE 612 659 706 753 800
TEMP 29446666 27632963 26394557 25672441 25435179
LOAD STEP 2 ITERATION= 1 TIME= 025108E+07 LOAD CASE=
SECTION= 1
1
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TEMP 29617184 28160554 26999707 26292701 26057493
LOAD STEP 2 ITERATION= 2 TIME= 025216E+07 LOAD CASE=
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TEMP 29741237 28628694 27590871 26917430 26688492
LOAD STEP 2 ITERATION 3 TIME= 025324E+07 LOAD CASE=
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TEMP 29831952 29022026 28141027 27525117 27309353
LOAD STEP 2 ITERATION 4 TIME 025432E+07 LOAD CASE
SECTION 1
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TEMP 29903577 29353538 28640948 28102342 27907128
LOAD STEP 2 ITERATION 5 TIME= 025540E+07 LOAD CASE
SECTION 1
1
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TEMP 29964165 29640609 29093592 28643795 28474906
LOAD STEP 2 ITERATION= TIME= 025648E+07 LOAD
6 SECTION= CASE= 1
1
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TEMP 30017535 29895585 29505204 29148067 29008753
LOAD STEP 2 ITERATION= 7 SECTION TIME= 025756E+07 LOAD CASE= 1
1
NODE 612 659 706 753 800
TEMP 30065536 30125870 29881516 29615709 29506900
LOAD STEP 2 ITERATION= 8 SECTION= TIME= 025864E+07 LOAD CASE= 1
1
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TEMP 30109191 30335885 30226947 30048322 29969358
LOAD STEP 2 ITERATION= 9 SECTION= TIME= 025972E+07 LOAD CASE= 1
1
NODE 612 659 706 753 800
TEMP 30149149 30528460 30544819 30447992 30397363
LOAD STEP 2 ITERATION TIME= 026080E+07 LOAD
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TEMP 30185860 30705576 30837726 30816966 30792818
LOAD STEP 2 ITERATION= 11 SEmON= TIME= 026188E+07 LOAD CASE 1
1
NODE 612 659 706 753 800
TEMP 30219660 30868738 31107811 31157478 31157893
LOAD STEP 2 ITERATION 12TIME 026296E+07 LOAD CASE
- NODE TEMP 612 30250816 659 31019171 706 31356928 753 31471665 800 31494789
LOAD STEP 2 ITERATION 13 TIME 026404E+07 LOAD CASE=
NODE TEMP 612 30279549 659 31157923 706 31586738 753 31761538 800 31805627
LOAD STEP 2 ITERATION= 14 TIME= 026512E+07 LOAD CASE=
NODE TEMP 612 30306055 659 31285922 706 31798748 753 32028969
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LOAD STEP 2 ITERATION 15 TIME= 026620E+07 LOAD CASE=
NODE TEMP 612 30330508 659 31404009 706 31994342 753 32275691 800 32356971
LOAD STEP 2 ITERATION 16 TIME= 026728E+07 LOAD CASE
NODE TEMP 612 30353068 659 31512954 706 321 74790 753 32503307 800 32601051
LOAD STEP 2 ITERATION 17 TIME 026836E+07 LOAD CASE
NODE TEMP - 612 30373882
659 31613465 706 32341267 753 32713297 800 32826228
SECTION 1 1
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SECTION 1
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LOAD STEP 2 ITERATION= 18 TIME= 026944E+07 LOAD CASE=
NODE TEMP 612 30393084 659 31706194 706 32494853 753 32907025 800 33033968
LOAD STEP 2 ITERATION= 19 TIME 027052E+07 LOAD CASE=
NODE TEMP 612 30410800 659 31791743 706 32636547 753 33085752 800 33225621
LOAD STEP 2 ITERATION= 20 TIME 027160E+07 LOAD CASE=
NODE TEMP 612 30427144 659 31870668 706 32767269 753 33250639 800 33402432
LOAD STEP 2 ITERATION 21 TIME 027268E+07 LOAD CASE
NODE TEMP 612 30442222 659 31943482 706 32887869 753 33402758 800 33565552
LOAD STEP 2 ITERATION= 22 TIME= 027376E+07 LOAD CASE=
NODE TEMP 612 30456133 659 320 10658 706 32999130 753 33543097 800 33716041
LOAD STEP 2 ITERATION 23 TIME- 027484E+07 LOAD CASE
NODE TEMP 612 30468967 659 320 72632 706 33101776 753 33672670 800 33854876
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LOAD STEP 2 ITERATION= 24 SECTION= 1 TIME= 027592E+07 LOAD CASE= 1
_ NODE TEMP 612 30480807 659 32129806 706 331 96472 753 33792016 800 33982961
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Drawjnes Sketches and Manufacturo[s Data Sheets
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I SECTION
Multi-Pin Instrumentation Feedthroughs
I bull Multi-Pin
bull 1 0 and 20 Conductors bull 700 Volts - 1 0 Amps
Please order by Part Number Note that listed prices are for single unit sales Contact factory for quantity discounts
12 Description
Units are designed and rated for high and ultra high vacuum applications They are constructed of vacuum grade materials including 032 diameter moshylybdenum conductor pins with high purity alumina insulation on type 304 stainless steel weldable mounts and flanges Atmospheric side mating conshynectors are supplied For additional connectors see page 141 Vacuum side connectors are detailed on page 145
12 General Specifications
Voltage Rating 700V DC Current Rating 10 Amps Maximum Current All Pins Loaded 10 Pins 50 Amps 20 Pins 75 Amps
Temperature Rating Del-Weld amp Del-Seal to 450degC Kwik-Flange amp Del-Thread to 150degC Connectors bull to 125degC
8akeable to 450degC without connector 8akeable to 450degC without connector
O-nog or Teflon tape
Del-Weld bull 10 and 20 Conductor Pins Weldable Adapter
I -II I
c --
No Part Unit Pins Number Reference A B C 0 CA Price
10 9121000 601 B0875-1 747 60 211 379 395 $23000 20 9121001 60181142-2 1372 75 230 360 455 $37000
Del-Seal -10 and 20 Conductor Pins Metal Seal Flange
1ooIf---CA--~ I
I
Flange Reference Nom F
~08 ~~~pound~_~~ ~ ~ ~~~(middotfi~~- -_~_ ~ ~-~~lt
Unit G H CA Price
261
235
--
SECTION
Del-Seal middot5000 Volts Metal Seal Flange
See Tallie
Four Conductors pound2 ~~273
Part No Reference Conductor Amps Flange Price
IC e 050 Copper 15 050 Nickel 5
f- 100 - 75 -50 ~-500-- I
I See Table
Eight Conductors 100 Lshy r shy273
Part No Reference Conductor Amps Flange Price
9422032 601A0418-1 094 Copper 30 2 $28500 9422033 601A0418-2 092 Nickel 15 2 $28500 9422034 601A0418-3 050 Copper 15 2 $28500 9422035 601A0418-4 050 Nickel 5 2 $28500 ~ 100 i- 75 50 --000middotshy
Twelve Conductors
Part No Reference Conductor Amps Flange Pt1ce
m
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9422036 601B19n-2 094 Copper 30 234 $35000 L9422037 601B19n-1 092 Nickel 15 234 $35000 9422038 601B19n-4 050 Copper 15 234 $35000 LSeeTabie
9422039 601B19n-3 050 Nickel 5 234 $35000
I SECTION
-(wik-Flange bull 10 and 20 Conductor PinsISO O-Ring Flange
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No Part Kwik- Ref Unit Pins Number Reference Flange ISO K L M CA Price
10 9123000 60182481-1 K075 NW16 118 261 329 445 $35000 10 9123001 60182481-2 K100 NW25 157 211 379 395 $35000 10 9123002 60182481-3 K150 NW40 216 211 379 395 $35500 10 9123003 60182481-4 K200 NW50 295 211 379 395 $35500 20 9123004 60182482-1 K150 NW40 216 230 360 455 $45000 20 9123005 60182482-2 K200 NW50 295 230 360 455 $45000
~-
supplied with each feedthrough in
200 ~ i
50 100Pin
7520-Pin-~t+t+Mf)l
10middotPin 150 2QmiddotPin
00 deg0
0 00 deg CA-----I$-~amp IMulti-Pin Connectors
One mating air-side connector is 135 lOoPin
19720-Pin
Section 1middot2 To order additional I I connectors see page 141
1-=--250 lOoPin--1 293 2OmiddotPin
Note CA (Connector Attached) is the distance from end of connector to the vacuum sealing surface
09
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![Page 3: D-Zero Engineering Note #3740.225-EN -318 End Calorimeter .../67531/metadc833106/m2/1/high_re… · nichrome wire will be wrapped around the OD of the tube (within the insulating](https://reader034.fdocuments.net/reader034/viewer/2022042210/5eadeca80353600afe1aa543/html5/thumbnails/3.jpg)
Using results from the ANSYS analysis that is tube temperature and corresponding heat flux temperature of the nichrome wire can be estimated
Table J Results
Without heater operatinamp
Steady state heat rate (ANSYS) Steady state heat rate (mfgs data) Minimum tube temperature
06 W 09W 250K
With heater operatinamp 40 Volts SO Volts 1S Volts
Current Heat rate
100 A 400 W
125 A 625 W
187 A 1406 W
Steady Steady
state max tube state nichrome
temperature temperature
360 K 673 K
425 K 912 K
625 K 1721 K
Time to reach 500
Time to reach 500
C no ice C with ice
48 hr 460 hr
24 hr 230 hr
12 hr 115 hr
Note that all analysis described in this report is for the operation of a single nichrome wire The resistance of the nichrome is slightly temperature dependent as shown in the accompanying plot
Test
A 3 prototype warm tube with heater was constructed to test the design Specifically the warm tube cold tube vacuum superinsulation and liquid nitrogen were included The heater successfully brought the tube from a steady state condition (surrounded by liquid nitrogen with heater off) to 1000
C (373 K) in approximately 40 minutes Three cycles each performed on different days were recorded Afterwards the prototype was disassembled and inspected Despite a maximum current of 32 amps there was no damage
Conclusions
The possibility of frost is of genuine concern as evidenced by the 250 K minimum temperature for the warm tube while heaters are not operating
bullNoting that steady state operation at 1 Amp (40 volts) allows the nichrome wire to stay below the critical temperature for Kapton a conservative plan is to allow several days of heater operation at 1 Amp (40 volts) before roll-back
bullWarm-up can be accelerated by operating the heaters in excess of 1 Amp as evidenced by the test where a maximum of 32 Amp was supplied Operating the heaters in excess of 1 Amp must be done with care since a rapid rise in temperature will likely occur once any ice present has been melted
Final Design
The warm tube heater is a layup of Kapton tape nichrome wire and Kapton tape on the outside of the 2375 diameter stainless steel tube After a 3 layer wrap of Kapton was applied the nichrome wire was laid in a helical pattern 45 turns over the length of the tube Recognizing that there will be a difference in thermal expansion between the tube and the nichrome a helical pattern was deemed a safer than a straight line The pattern is out-and-back with terminations at the downstream end of the tube Two separate circuits are included for redundancy
Four RTDs are evenly spaced along the top of the tube It is intended that the tube be installed with the RTDs up to best accommodate thermal motion Recognizing that the entire calorimeter including cold tube will drop 0190 during cool-down it is intended that the warm tube be installed with a negative vertical deflection of 0190 relative to the cold tube Thermal motion in the horizontal direction occurs only during transient periods when thermal gradients in the cold vessel and calorimeter exist Once everything is cold horizontal deflection returns to zero Note that the direction of horizontal motion is reversed for cool-down and warm-up
Table 2 DesilD Parameters
Nichrome wire RL =2301 nft 200 C w =125 t=0021 L = 202 in R = 387Q Tmelt =13500 C = 1623 K
Teflon Tmelt = 3000 C =573 K
Kapton Terit =4000 C =673 K k = 508 x 10-6 Win K
RTDs 100 Q platium resistors RTD wire 30 awg to end of tube
twisted pair to feed-thru RTD feed-throughs lSI 9122001
AC power wire 12 awg Tefzel coated AC power feed-throughs lSI 9422028
A two layer wrap of Kapton covers the heaters and RTDs The Kapton is trimmed at both ends and secured with Kevlar string All wires emerge from within the Kapton at the downstream end where upon installation they will be connected to wires previously installed between the vessel heads Connections for RTD wires are simply soldered however connections to the nichrome wire are to be crimped That is the 12 awg wire and nichrome are both placed inside a metal sheath which is crimped to hold the wires in contact
Backup System
Should the dry air purge fail to prevent frost buildup and both beating elements fail to melt an accumulation ice the Tev tube can be warmed from within by a flow of heated dry nitrogen The Accelerator DivisionCryogenics group uses such a nitrogen heater to warm magnet strings Connections would be made to the Granville-Phillips valves at each SAMUS Collimator to flow heated dry nitrogen through the length of tbe detector
Nichrome Resistivity
250
I Q 8 j
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235 L 230
7
-J L 1 L225 o 200 400 600 800 1000
Temperature (C) (
) ) )
Data from EC4TUBEDAT 8-2-91
E 40 Volts Assumed No Ice Present
~ 400 ~ CD n
2 C- s 2 ~ I ~ J2l
350
E ~ ~ 8J E
~ iii So 300 C -0
250Ii
450 ---------------r--I-l TnlrhrnmA +312K
o 10 20 30 40 50
Distance from Upstream Flange (In)
SO is approximate halfway point
-m- 55 WHlr 72 hours 66 hours 60 hours 54 hours -a- 48 hours 42 hours 36 hours 30 hours 24 hours 18 hours 12 hours 6 hours 55WOHIr
Data from EC2TUBEDAT 7-28-91 E = 50 Volts Assumed No Ice Present
~ 400 ~ co
450~------~------~------~------~------~--
Tnichrome = Ttube + 487 K
SSWHfrII- c 48 hours
42 hours ~- i
~J 36 hours 30 hours1 2 350 l -0- 24 hoursE I 18 hours~ ~
4) ~ 12 hours a E 6hours~ t + SSWO Htr
~ E 300 (J
~ojl--~--~~--+-~--4-==~-+--~~~~ o 10 20 30 40 50
Distance from Upatream Flange (In)
50 Is approximate halfway point
( (l
) ) )
Data from EC3TUBEDAT 7-28-91
E 75 Volts Assumed No Ice Present
lI ~ cg M
2 c- 9f ~J-l s 8 -e S ~ e J 2t ~ ~
iii ()
0 C 0
650-----------------------------------~--~
Tnichrome =Ttube + 1096 K
550
450
350
250 I I -I 4 I o 10 20 30 40 50
-+ -0-
+-
55 WHtr 48 hours 42 hours 36 hours 30 hours 24 hours 18 hours 12 hours 6 hours 55 WO Htr
Distance From Upstream Flange (In)
50 Is approximate halfway point
Appendix A
ANSYS Model and Input File
T -=- 3cO() K OV upstV-eDVI- r~ IOV
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eECT10H PROJECT epoundRIIUmiddotCATEGORY PAGEfilii FERMILAB
-v ENGINEERING NOTE SIfSJECT NAME
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--N-1
kbc1 ktemp-1 ET15511 1
c MATERIAL 1 - 304 STAINLESS STEEL
KXX133 C11860 DENS 1 285
cu MATERIAL 2 - NITROGEN GAS
KXX I 2 000468 C24736 DENS2 000074
c MATERIAL 3 - NRC2 (AXIAL)
KXX3114E-06 KYY347S4E-07C34073 DENS3 0008
c MATERIAl 4 - NRC2 (RADIAl)
~44754E-07 rYV4912E-06 C44073 DENS4 0008
c MATERIAL 5 - BELLOWS REGION
KXX5215 KYV 5 0825 C51860 DENSS 285
c DEFINE GEOMETRY OF SOLUTION REGION
Nl10S75OO N2001OS754975 FILLl20019821 NGEN2200l200l025OO NGEN2200201400l076OO N60111875OO N602l187525 N603l187546875 N604l187575 N800l18754975
~LL604800195605l aEN2200601800l1125OO
NGEN220080181011375OO N10111437524375 N10121437528125 NCEN2200813100011375OO NCEN22001001120010625OO
NGEN220012011212125O0 NGEN261214011412125 OO
MAT 1
E12012022 EGEN 199 11 EGEN2400 1199l EGEN5200200201l ElOll121112121012 EGEN7l407 E103212321233l033 EGEN168l414 E1211141114121212 E1401141314141402 E1402141414151403 EGEN25125835841 E14111423 1424 1412 EGEN2512633
MAT 2
E201401402202 EGEN1991658
MAl3
E610810811611 EGEN19O1857 E81010101011811 EGEN 190111047
MAT4
E603 803 804 604 EGEN711237 EGEN 3 200 1237 12431 E1010121012111011 EGEN2200 1251 12581 E1403141514161404 EGEN811267 EGEN2512126712741
MAT 5
E 1018 1218 1219 1019 EGEN14l1475
C Load Step 1
tunif273 nt 1701 temp 3000 nt1212temp88014001 nt1412temp880171212iterlOl time2500000 Iwrite
C Load Step 2
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createlIac1 set2arg1 nselnode612 nase I node 659 naselnode706 nase I node 753 naselnode800 prtemp end usemacll rp241
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LOAD STEP 1 ITERATION 1 SECTION 1 TIME= 025000E+07 LOAD CASE= 1
I NODE 612 659 706 753 800
TEMP 29446666 27632963 26394557 25672441 25435179
LOAD STEP 2 ITERATION= 1 TIME= 025108E+07 LOAD CASE=
SECTION= 1
1
NODE 612 659 706 753 800
TEMP 29617184 28160554 26999707 26292701 26057493
LOAD STEP 2 ITERATION= 2 TIME= 025216E+07 LOAD CASE=
SECTION 1
1
NODE 612 659 706 753 800
TEMP 29741237 28628694 27590871 26917430 26688492
LOAD STEP 2 ITERATION 3 TIME= 025324E+07 LOAD CASE=
SECTION 1
1
NODE 612 659 706 753 800
TEMP 29831952 29022026 28141027 27525117 27309353
LOAD STEP 2 ITERATION 4 TIME 025432E+07 LOAD CASE
SECTION 1
1
NODE 612 659 706 753 800
TEMP 29903577 29353538 28640948 28102342 27907128
LOAD STEP 2 ITERATION 5 TIME= 025540E+07 LOAD CASE
SECTION 1
1
1
NODE 612 659 706 753 800
TEMP 29964165 29640609 29093592 28643795 28474906
LOAD STEP 2 ITERATION= TIME= 025648E+07 LOAD
6 SECTION= CASE= 1
1
NODE 612 659 706 753 800
TEMP 30017535 29895585 29505204 29148067 29008753
LOAD STEP 2 ITERATION= 7 SECTION TIME= 025756E+07 LOAD CASE= 1
1
NODE 612 659 706 753 800
TEMP 30065536 30125870 29881516 29615709 29506900
LOAD STEP 2 ITERATION= 8 SECTION= TIME= 025864E+07 LOAD CASE= 1
1
NODE 612 659 706 753 800
TEMP 30109191 30335885 30226947 30048322 29969358
LOAD STEP 2 ITERATION= 9 SECTION= TIME= 025972E+07 LOAD CASE= 1
1
NODE 612 659 706 753 800
TEMP 30149149 30528460 30544819 30447992 30397363
LOAD STEP 2 ITERATION TIME= 026080E+07 LOAD
10 SECTION= CASE= 1
1
NODE 612 659 706 753 800
TEMP 30185860 30705576 30837726 30816966 30792818
LOAD STEP 2 ITERATION= 11 SEmON= TIME= 026188E+07 LOAD CASE 1
1
NODE 612 659 706 753 800
TEMP 30219660 30868738 31107811 31157478 31157893
LOAD STEP 2 ITERATION 12TIME 026296E+07 LOAD CASE
- NODE TEMP 612 30250816 659 31019171 706 31356928 753 31471665 800 31494789
LOAD STEP 2 ITERATION 13 TIME 026404E+07 LOAD CASE=
NODE TEMP 612 30279549 659 31157923 706 31586738 753 31761538 800 31805627
LOAD STEP 2 ITERATION= 14 TIME= 026512E+07 LOAD CASE=
NODE TEMP 612 30306055 659 31285922 706 31798748 753 32028969
r- 800 32092402
LOAD STEP 2 ITERATION 15 TIME= 026620E+07 LOAD CASE=
NODE TEMP 612 30330508 659 31404009 706 31994342 753 32275691 800 32356971
LOAD STEP 2 ITERATION 16 TIME= 026728E+07 LOAD CASE
NODE TEMP 612 30353068 659 31512954 706 321 74790 753 32503307 800 32601051
LOAD STEP 2 ITERATION 17 TIME 026836E+07 LOAD CASE
NODE TEMP - 612 30373882
659 31613465 706 32341267 753 32713297 800 32826228
SECTION 1 1
SECTION 1 1
SECTION 1
1
SECTION= 1
1
SECTION= 1
1
SECTION 1 1
1
1
LOAD STEP 2 ITERATION= 18 TIME= 026944E+07 LOAD CASE=
NODE TEMP 612 30393084 659 31706194 706 32494853 753 32907025 800 33033968
LOAD STEP 2 ITERATION= 19 TIME 027052E+07 LOAD CASE=
NODE TEMP 612 30410800 659 31791743 706 32636547 753 33085752 800 33225621
LOAD STEP 2 ITERATION= 20 TIME 027160E+07 LOAD CASE=
NODE TEMP 612 30427144 659 31870668 706 32767269 753 33250639 800 33402432
LOAD STEP 2 ITERATION 21 TIME 027268E+07 LOAD CASE
NODE TEMP 612 30442222 659 31943482 706 32887869 753 33402758 800 33565552
LOAD STEP 2 ITERATION= 22 TIME= 027376E+07 LOAD CASE=
NODE TEMP 612 30456133 659 320 10658 706 32999130 753 33543097 800 33716041
LOAD STEP 2 ITERATION 23 TIME- 027484E+07 LOAD CASE
NODE TEMP 612 30468967 659 320 72632 706 33101776 753 33672670 800 33854876
SECTION= 1
SECTION= 1
SECTION= 1
1
SECTION= 1
1
SECTION= 1
1
SEmON 1 1
LOAD STEP 2 ITERATION= 24 SECTION= 1 TIME= 027592E+07 LOAD CASE= 1
_ NODE TEMP 612 30480807 659 32129806 706 331 96472 753 33792016 800 33982961
LOAD STEP 3 ITERATION= 1 SECTION= 1 TIME= O27592E+07 LOAD CASE= 1
NODE TEMP 612 30621868 659 32810989 706 34324696 753 35215103 800 35508962
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Drawjnes Sketches and Manufacturo[s Data Sheets
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I SECTION
Multi-Pin Instrumentation Feedthroughs
I bull Multi-Pin
bull 1 0 and 20 Conductors bull 700 Volts - 1 0 Amps
Please order by Part Number Note that listed prices are for single unit sales Contact factory for quantity discounts
12 Description
Units are designed and rated for high and ultra high vacuum applications They are constructed of vacuum grade materials including 032 diameter moshylybdenum conductor pins with high purity alumina insulation on type 304 stainless steel weldable mounts and flanges Atmospheric side mating conshynectors are supplied For additional connectors see page 141 Vacuum side connectors are detailed on page 145
12 General Specifications
Voltage Rating 700V DC Current Rating 10 Amps Maximum Current All Pins Loaded 10 Pins 50 Amps 20 Pins 75 Amps
Temperature Rating Del-Weld amp Del-Seal to 450degC Kwik-Flange amp Del-Thread to 150degC Connectors bull to 125degC
8akeable to 450degC without connector 8akeable to 450degC without connector
O-nog or Teflon tape
Del-Weld bull 10 and 20 Conductor Pins Weldable Adapter
I -II I
c --
No Part Unit Pins Number Reference A B C 0 CA Price
10 9121000 601 B0875-1 747 60 211 379 395 $23000 20 9121001 60181142-2 1372 75 230 360 455 $37000
Del-Seal -10 and 20 Conductor Pins Metal Seal Flange
1ooIf---CA--~ I
I
Flange Reference Nom F
~08 ~~~pound~_~~ ~ ~ ~~~(middotfi~~- -_~_ ~ ~-~~lt
Unit G H CA Price
261
235
--
SECTION
Del-Seal middot5000 Volts Metal Seal Flange
See Tallie
Four Conductors pound2 ~~273
Part No Reference Conductor Amps Flange Price
IC e 050 Copper 15 050 Nickel 5
f- 100 - 75 -50 ~-500-- I
I See Table
Eight Conductors 100 Lshy r shy273
Part No Reference Conductor Amps Flange Price
9422032 601A0418-1 094 Copper 30 2 $28500 9422033 601A0418-2 092 Nickel 15 2 $28500 9422034 601A0418-3 050 Copper 15 2 $28500 9422035 601A0418-4 050 Nickel 5 2 $28500 ~ 100 i- 75 50 --000middotshy
Twelve Conductors
Part No Reference Conductor Amps Flange Pt1ce
m
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9422036 601B19n-2 094 Copper 30 234 $35000 L9422037 601B19n-1 092 Nickel 15 234 $35000 9422038 601B19n-4 050 Copper 15 234 $35000 LSeeTabie
9422039 601B19n-3 050 Nickel 5 234 $35000
I SECTION
-(wik-Flange bull 10 and 20 Conductor PinsISO O-Ring Flange
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No Part Kwik- Ref Unit Pins Number Reference Flange ISO K L M CA Price
10 9123000 60182481-1 K075 NW16 118 261 329 445 $35000 10 9123001 60182481-2 K100 NW25 157 211 379 395 $35000 10 9123002 60182481-3 K150 NW40 216 211 379 395 $35500 10 9123003 60182481-4 K200 NW50 295 211 379 395 $35500 20 9123004 60182482-1 K150 NW40 216 230 360 455 $45000 20 9123005 60182482-2 K200 NW50 295 230 360 455 $45000
~-
supplied with each feedthrough in
200 ~ i
50 100Pin
7520-Pin-~t+t+Mf)l
10middotPin 150 2QmiddotPin
00 deg0
0 00 deg CA-----I$-~amp IMulti-Pin Connectors
One mating air-side connector is 135 lOoPin
19720-Pin
Section 1middot2 To order additional I I connectors see page 141
1-=--250 lOoPin--1 293 2OmiddotPin
Note CA (Connector Attached) is the distance from end of connector to the vacuum sealing surface
09
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![Page 4: D-Zero Engineering Note #3740.225-EN -318 End Calorimeter .../67531/metadc833106/m2/1/high_re… · nichrome wire will be wrapped around the OD of the tube (within the insulating](https://reader034.fdocuments.net/reader034/viewer/2022042210/5eadeca80353600afe1aa543/html5/thumbnails/4.jpg)
Final Design
The warm tube heater is a layup of Kapton tape nichrome wire and Kapton tape on the outside of the 2375 diameter stainless steel tube After a 3 layer wrap of Kapton was applied the nichrome wire was laid in a helical pattern 45 turns over the length of the tube Recognizing that there will be a difference in thermal expansion between the tube and the nichrome a helical pattern was deemed a safer than a straight line The pattern is out-and-back with terminations at the downstream end of the tube Two separate circuits are included for redundancy
Four RTDs are evenly spaced along the top of the tube It is intended that the tube be installed with the RTDs up to best accommodate thermal motion Recognizing that the entire calorimeter including cold tube will drop 0190 during cool-down it is intended that the warm tube be installed with a negative vertical deflection of 0190 relative to the cold tube Thermal motion in the horizontal direction occurs only during transient periods when thermal gradients in the cold vessel and calorimeter exist Once everything is cold horizontal deflection returns to zero Note that the direction of horizontal motion is reversed for cool-down and warm-up
Table 2 DesilD Parameters
Nichrome wire RL =2301 nft 200 C w =125 t=0021 L = 202 in R = 387Q Tmelt =13500 C = 1623 K
Teflon Tmelt = 3000 C =573 K
Kapton Terit =4000 C =673 K k = 508 x 10-6 Win K
RTDs 100 Q platium resistors RTD wire 30 awg to end of tube
twisted pair to feed-thru RTD feed-throughs lSI 9122001
AC power wire 12 awg Tefzel coated AC power feed-throughs lSI 9422028
A two layer wrap of Kapton covers the heaters and RTDs The Kapton is trimmed at both ends and secured with Kevlar string All wires emerge from within the Kapton at the downstream end where upon installation they will be connected to wires previously installed between the vessel heads Connections for RTD wires are simply soldered however connections to the nichrome wire are to be crimped That is the 12 awg wire and nichrome are both placed inside a metal sheath which is crimped to hold the wires in contact
Backup System
Should the dry air purge fail to prevent frost buildup and both beating elements fail to melt an accumulation ice the Tev tube can be warmed from within by a flow of heated dry nitrogen The Accelerator DivisionCryogenics group uses such a nitrogen heater to warm magnet strings Connections would be made to the Granville-Phillips valves at each SAMUS Collimator to flow heated dry nitrogen through the length of tbe detector
Nichrome Resistivity
250
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235 L 230
7
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Temperature (C) (
) ) )
Data from EC4TUBEDAT 8-2-91
E 40 Volts Assumed No Ice Present
~ 400 ~ CD n
2 C- s 2 ~ I ~ J2l
350
E ~ ~ 8J E
~ iii So 300 C -0
250Ii
450 ---------------r--I-l TnlrhrnmA +312K
o 10 20 30 40 50
Distance from Upstream Flange (In)
SO is approximate halfway point
-m- 55 WHlr 72 hours 66 hours 60 hours 54 hours -a- 48 hours 42 hours 36 hours 30 hours 24 hours 18 hours 12 hours 6 hours 55WOHIr
Data from EC2TUBEDAT 7-28-91 E = 50 Volts Assumed No Ice Present
~ 400 ~ co
450~------~------~------~------~------~--
Tnichrome = Ttube + 487 K
SSWHfrII- c 48 hours
42 hours ~- i
~J 36 hours 30 hours1 2 350 l -0- 24 hoursE I 18 hours~ ~
4) ~ 12 hours a E 6hours~ t + SSWO Htr
~ E 300 (J
~ojl--~--~~--+-~--4-==~-+--~~~~ o 10 20 30 40 50
Distance from Upatream Flange (In)
50 Is approximate halfway point
( (l
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Data from EC3TUBEDAT 7-28-91
E 75 Volts Assumed No Ice Present
lI ~ cg M
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iii ()
0 C 0
650-----------------------------------~--~
Tnichrome =Ttube + 1096 K
550
450
350
250 I I -I 4 I o 10 20 30 40 50
-+ -0-
+-
55 WHtr 48 hours 42 hours 36 hours 30 hours 24 hours 18 hours 12 hours 6 hours 55 WO Htr
Distance From Upstream Flange (In)
50 Is approximate halfway point
Appendix A
ANSYS Model and Input File
T -=- 3cO() K OV upstV-eDVI- r~ IOV
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eECT10H PROJECT epoundRIIUmiddotCATEGORY PAGEfilii FERMILAB
-v ENGINEERING NOTE SIfSJECT NAME
N
R s S l LOWS
RsltrON
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~ _T([PREP] TITLE EC BEAMPIPE INVESTIGATION
--N-1
kbc1 ktemp-1 ET15511 1
c MATERIAL 1 - 304 STAINLESS STEEL
KXX133 C11860 DENS 1 285
cu MATERIAL 2 - NITROGEN GAS
KXX I 2 000468 C24736 DENS2 000074
c MATERIAL 3 - NRC2 (AXIAL)
KXX3114E-06 KYY347S4E-07C34073 DENS3 0008
c MATERIAl 4 - NRC2 (RADIAl)
~44754E-07 rYV4912E-06 C44073 DENS4 0008
c MATERIAL 5 - BELLOWS REGION
KXX5215 KYV 5 0825 C51860 DENSS 285
c DEFINE GEOMETRY OF SOLUTION REGION
Nl10S75OO N2001OS754975 FILLl20019821 NGEN2200l200l025OO NGEN2200201400l076OO N60111875OO N602l187525 N603l187546875 N604l187575 N800l18754975
~LL604800195605l aEN2200601800l1125OO
NGEN220080181011375OO N10111437524375 N10121437528125 NCEN2200813100011375OO NCEN22001001120010625OO
NGEN220012011212125O0 NGEN261214011412125 OO
MAT 1
E12012022 EGEN 199 11 EGEN2400 1199l EGEN5200200201l ElOll121112121012 EGEN7l407 E103212321233l033 EGEN168l414 E1211141114121212 E1401141314141402 E1402141414151403 EGEN25125835841 E14111423 1424 1412 EGEN2512633
MAT 2
E201401402202 EGEN1991658
MAl3
E610810811611 EGEN19O1857 E81010101011811 EGEN 190111047
MAT4
E603 803 804 604 EGEN711237 EGEN 3 200 1237 12431 E1010121012111011 EGEN2200 1251 12581 E1403141514161404 EGEN811267 EGEN2512126712741
MAT 5
E 1018 1218 1219 1019 EGEN14l1475
C Load Step 1
tunif273 nt 1701 temp 3000 nt1212temp88014001 nt1412temp880171212iterlOl time2500000 Iwrite
C Load Step 2
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ktemp-lkbcl iterlOl time2759200 Iwrite
afwrite finish
input27finish
postl
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rrfor se I node 612 nasenode659 naselnode706 naselnode753 naselnode800 prtemp
createlIac1 set2arg1 nselnode612 nase I node 659 naselnode706 nase I node 753 naselnode800 prtemp end usemacll rp241
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LOAD STEP 1 ITERATION 1 SECTION 1 TIME= 025000E+07 LOAD CASE= 1
I NODE 612 659 706 753 800
TEMP 29446666 27632963 26394557 25672441 25435179
LOAD STEP 2 ITERATION= 1 TIME= 025108E+07 LOAD CASE=
SECTION= 1
1
NODE 612 659 706 753 800
TEMP 29617184 28160554 26999707 26292701 26057493
LOAD STEP 2 ITERATION= 2 TIME= 025216E+07 LOAD CASE=
SECTION 1
1
NODE 612 659 706 753 800
TEMP 29741237 28628694 27590871 26917430 26688492
LOAD STEP 2 ITERATION 3 TIME= 025324E+07 LOAD CASE=
SECTION 1
1
NODE 612 659 706 753 800
TEMP 29831952 29022026 28141027 27525117 27309353
LOAD STEP 2 ITERATION 4 TIME 025432E+07 LOAD CASE
SECTION 1
1
NODE 612 659 706 753 800
TEMP 29903577 29353538 28640948 28102342 27907128
LOAD STEP 2 ITERATION 5 TIME= 025540E+07 LOAD CASE
SECTION 1
1
1
NODE 612 659 706 753 800
TEMP 29964165 29640609 29093592 28643795 28474906
LOAD STEP 2 ITERATION= TIME= 025648E+07 LOAD
6 SECTION= CASE= 1
1
NODE 612 659 706 753 800
TEMP 30017535 29895585 29505204 29148067 29008753
LOAD STEP 2 ITERATION= 7 SECTION TIME= 025756E+07 LOAD CASE= 1
1
NODE 612 659 706 753 800
TEMP 30065536 30125870 29881516 29615709 29506900
LOAD STEP 2 ITERATION= 8 SECTION= TIME= 025864E+07 LOAD CASE= 1
1
NODE 612 659 706 753 800
TEMP 30109191 30335885 30226947 30048322 29969358
LOAD STEP 2 ITERATION= 9 SECTION= TIME= 025972E+07 LOAD CASE= 1
1
NODE 612 659 706 753 800
TEMP 30149149 30528460 30544819 30447992 30397363
LOAD STEP 2 ITERATION TIME= 026080E+07 LOAD
10 SECTION= CASE= 1
1
NODE 612 659 706 753 800
TEMP 30185860 30705576 30837726 30816966 30792818
LOAD STEP 2 ITERATION= 11 SEmON= TIME= 026188E+07 LOAD CASE 1
1
NODE 612 659 706 753 800
TEMP 30219660 30868738 31107811 31157478 31157893
LOAD STEP 2 ITERATION 12TIME 026296E+07 LOAD CASE
- NODE TEMP 612 30250816 659 31019171 706 31356928 753 31471665 800 31494789
LOAD STEP 2 ITERATION 13 TIME 026404E+07 LOAD CASE=
NODE TEMP 612 30279549 659 31157923 706 31586738 753 31761538 800 31805627
LOAD STEP 2 ITERATION= 14 TIME= 026512E+07 LOAD CASE=
NODE TEMP 612 30306055 659 31285922 706 31798748 753 32028969
r- 800 32092402
LOAD STEP 2 ITERATION 15 TIME= 026620E+07 LOAD CASE=
NODE TEMP 612 30330508 659 31404009 706 31994342 753 32275691 800 32356971
LOAD STEP 2 ITERATION 16 TIME= 026728E+07 LOAD CASE
NODE TEMP 612 30353068 659 31512954 706 321 74790 753 32503307 800 32601051
LOAD STEP 2 ITERATION 17 TIME 026836E+07 LOAD CASE
NODE TEMP - 612 30373882
659 31613465 706 32341267 753 32713297 800 32826228
SECTION 1 1
SECTION 1 1
SECTION 1
1
SECTION= 1
1
SECTION= 1
1
SECTION 1 1
1
1
LOAD STEP 2 ITERATION= 18 TIME= 026944E+07 LOAD CASE=
NODE TEMP 612 30393084 659 31706194 706 32494853 753 32907025 800 33033968
LOAD STEP 2 ITERATION= 19 TIME 027052E+07 LOAD CASE=
NODE TEMP 612 30410800 659 31791743 706 32636547 753 33085752 800 33225621
LOAD STEP 2 ITERATION= 20 TIME 027160E+07 LOAD CASE=
NODE TEMP 612 30427144 659 31870668 706 32767269 753 33250639 800 33402432
LOAD STEP 2 ITERATION 21 TIME 027268E+07 LOAD CASE
NODE TEMP 612 30442222 659 31943482 706 32887869 753 33402758 800 33565552
LOAD STEP 2 ITERATION= 22 TIME= 027376E+07 LOAD CASE=
NODE TEMP 612 30456133 659 320 10658 706 32999130 753 33543097 800 33716041
LOAD STEP 2 ITERATION 23 TIME- 027484E+07 LOAD CASE
NODE TEMP 612 30468967 659 320 72632 706 33101776 753 33672670 800 33854876
SECTION= 1
SECTION= 1
SECTION= 1
1
SECTION= 1
1
SECTION= 1
1
SEmON 1 1
LOAD STEP 2 ITERATION= 24 SECTION= 1 TIME= 027592E+07 LOAD CASE= 1
_ NODE TEMP 612 30480807 659 32129806 706 331 96472 753 33792016 800 33982961
LOAD STEP 3 ITERATION= 1 SECTION= 1 TIME= O27592E+07 LOAD CASE= 1
NODE TEMP 612 30621868 659 32810989 706 34324696 753 35215103 800 35508962
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Drawjnes Sketches and Manufacturo[s Data Sheets
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I SECTION
Multi-Pin Instrumentation Feedthroughs
I bull Multi-Pin
bull 1 0 and 20 Conductors bull 700 Volts - 1 0 Amps
Please order by Part Number Note that listed prices are for single unit sales Contact factory for quantity discounts
12 Description
Units are designed and rated for high and ultra high vacuum applications They are constructed of vacuum grade materials including 032 diameter moshylybdenum conductor pins with high purity alumina insulation on type 304 stainless steel weldable mounts and flanges Atmospheric side mating conshynectors are supplied For additional connectors see page 141 Vacuum side connectors are detailed on page 145
12 General Specifications
Voltage Rating 700V DC Current Rating 10 Amps Maximum Current All Pins Loaded 10 Pins 50 Amps 20 Pins 75 Amps
Temperature Rating Del-Weld amp Del-Seal to 450degC Kwik-Flange amp Del-Thread to 150degC Connectors bull to 125degC
8akeable to 450degC without connector 8akeable to 450degC without connector
O-nog or Teflon tape
Del-Weld bull 10 and 20 Conductor Pins Weldable Adapter
I -II I
c --
No Part Unit Pins Number Reference A B C 0 CA Price
10 9121000 601 B0875-1 747 60 211 379 395 $23000 20 9121001 60181142-2 1372 75 230 360 455 $37000
Del-Seal -10 and 20 Conductor Pins Metal Seal Flange
1ooIf---CA--~ I
I
Flange Reference Nom F
~08 ~~~pound~_~~ ~ ~ ~~~(middotfi~~- -_~_ ~ ~-~~lt
Unit G H CA Price
261
235
--
SECTION
Del-Seal middot5000 Volts Metal Seal Flange
See Tallie
Four Conductors pound2 ~~273
Part No Reference Conductor Amps Flange Price
IC e 050 Copper 15 050 Nickel 5
f- 100 - 75 -50 ~-500-- I
I See Table
Eight Conductors 100 Lshy r shy273
Part No Reference Conductor Amps Flange Price
9422032 601A0418-1 094 Copper 30 2 $28500 9422033 601A0418-2 092 Nickel 15 2 $28500 9422034 601A0418-3 050 Copper 15 2 $28500 9422035 601A0418-4 050 Nickel 5 2 $28500 ~ 100 i- 75 50 --000middotshy
Twelve Conductors
Part No Reference Conductor Amps Flange Pt1ce
m
- -lt
9422036 601B19n-2 094 Copper 30 234 $35000 L9422037 601B19n-1 092 Nickel 15 234 $35000 9422038 601B19n-4 050 Copper 15 234 $35000 LSeeTabie
9422039 601B19n-3 050 Nickel 5 234 $35000
I SECTION
-(wik-Flange bull 10 and 20 Conductor PinsISO O-Ring Flange
~~I
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tI L ~ I bull M--j
No Part Kwik- Ref Unit Pins Number Reference Flange ISO K L M CA Price
10 9123000 60182481-1 K075 NW16 118 261 329 445 $35000 10 9123001 60182481-2 K100 NW25 157 211 379 395 $35000 10 9123002 60182481-3 K150 NW40 216 211 379 395 $35500 10 9123003 60182481-4 K200 NW50 295 211 379 395 $35500 20 9123004 60182482-1 K150 NW40 216 230 360 455 $45000 20 9123005 60182482-2 K200 NW50 295 230 360 455 $45000
~-
supplied with each feedthrough in
200 ~ i
50 100Pin
7520-Pin-~t+t+Mf)l
10middotPin 150 2QmiddotPin
00 deg0
0 00 deg CA-----I$-~amp IMulti-Pin Connectors
One mating air-side connector is 135 lOoPin
19720-Pin
Section 1middot2 To order additional I I connectors see page 141
1-=--250 lOoPin--1 293 2OmiddotPin
Note CA (Connector Attached) is the distance from end of connector to the vacuum sealing surface
09
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![Page 5: D-Zero Engineering Note #3740.225-EN -318 End Calorimeter .../67531/metadc833106/m2/1/high_re… · nichrome wire will be wrapped around the OD of the tube (within the insulating](https://reader034.fdocuments.net/reader034/viewer/2022042210/5eadeca80353600afe1aa543/html5/thumbnails/5.jpg)
Backup System
Should the dry air purge fail to prevent frost buildup and both beating elements fail to melt an accumulation ice the Tev tube can be warmed from within by a flow of heated dry nitrogen The Accelerator DivisionCryogenics group uses such a nitrogen heater to warm magnet strings Connections would be made to the Granville-Phillips valves at each SAMUS Collimator to flow heated dry nitrogen through the length of tbe detector
Nichrome Resistivity
250
I Q 8 j
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240 r shy=
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235 L 230
7
-J L 1 L225 o 200 400 600 800 1000
Temperature (C) (
) ) )
Data from EC4TUBEDAT 8-2-91
E 40 Volts Assumed No Ice Present
~ 400 ~ CD n
2 C- s 2 ~ I ~ J2l
350
E ~ ~ 8J E
~ iii So 300 C -0
250Ii
450 ---------------r--I-l TnlrhrnmA +312K
o 10 20 30 40 50
Distance from Upstream Flange (In)
SO is approximate halfway point
-m- 55 WHlr 72 hours 66 hours 60 hours 54 hours -a- 48 hours 42 hours 36 hours 30 hours 24 hours 18 hours 12 hours 6 hours 55WOHIr
Data from EC2TUBEDAT 7-28-91 E = 50 Volts Assumed No Ice Present
~ 400 ~ co
450~------~------~------~------~------~--
Tnichrome = Ttube + 487 K
SSWHfrII- c 48 hours
42 hours ~- i
~J 36 hours 30 hours1 2 350 l -0- 24 hoursE I 18 hours~ ~
4) ~ 12 hours a E 6hours~ t + SSWO Htr
~ E 300 (J
~ojl--~--~~--+-~--4-==~-+--~~~~ o 10 20 30 40 50
Distance from Upatream Flange (In)
50 Is approximate halfway point
( (l
) ) )
Data from EC3TUBEDAT 7-28-91
E 75 Volts Assumed No Ice Present
lI ~ cg M
2 c- 9f ~J-l s 8 -e S ~ e J 2t ~ ~
iii ()
0 C 0
650-----------------------------------~--~
Tnichrome =Ttube + 1096 K
550
450
350
250 I I -I 4 I o 10 20 30 40 50
-+ -0-
+-
55 WHtr 48 hours 42 hours 36 hours 30 hours 24 hours 18 hours 12 hours 6 hours 55 WO Htr
Distance From Upstream Flange (In)
50 Is approximate halfway point
Appendix A
ANSYS Model and Input File
T -=- 3cO() K OV upstV-eDVI- r~ IOV
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eECT10H PROJECT epoundRIIUmiddotCATEGORY PAGEfilii FERMILAB
-v ENGINEERING NOTE SIfSJECT NAME
N
R s S l LOWS
RsltrON
C Ie
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~ _T([PREP] TITLE EC BEAMPIPE INVESTIGATION
--N-1
kbc1 ktemp-1 ET15511 1
c MATERIAL 1 - 304 STAINLESS STEEL
KXX133 C11860 DENS 1 285
cu MATERIAL 2 - NITROGEN GAS
KXX I 2 000468 C24736 DENS2 000074
c MATERIAL 3 - NRC2 (AXIAL)
KXX3114E-06 KYY347S4E-07C34073 DENS3 0008
c MATERIAl 4 - NRC2 (RADIAl)
~44754E-07 rYV4912E-06 C44073 DENS4 0008
c MATERIAL 5 - BELLOWS REGION
KXX5215 KYV 5 0825 C51860 DENSS 285
c DEFINE GEOMETRY OF SOLUTION REGION
Nl10S75OO N2001OS754975 FILLl20019821 NGEN2200l200l025OO NGEN2200201400l076OO N60111875OO N602l187525 N603l187546875 N604l187575 N800l18754975
~LL604800195605l aEN2200601800l1125OO
NGEN220080181011375OO N10111437524375 N10121437528125 NCEN2200813100011375OO NCEN22001001120010625OO
NGEN220012011212125O0 NGEN261214011412125 OO
MAT 1
E12012022 EGEN 199 11 EGEN2400 1199l EGEN5200200201l ElOll121112121012 EGEN7l407 E103212321233l033 EGEN168l414 E1211141114121212 E1401141314141402 E1402141414151403 EGEN25125835841 E14111423 1424 1412 EGEN2512633
MAT 2
E201401402202 EGEN1991658
MAl3
E610810811611 EGEN19O1857 E81010101011811 EGEN 190111047
MAT4
E603 803 804 604 EGEN711237 EGEN 3 200 1237 12431 E1010121012111011 EGEN2200 1251 12581 E1403141514161404 EGEN811267 EGEN2512126712741
MAT 5
E 1018 1218 1219 1019 EGEN14l1475
C Load Step 1
tunif273 nt 1701 temp 3000 nt1212temp88014001 nt1412temp880171212iterlOl time2500000 Iwrite
C Load Step 2
middot ktefQfl-l kbcl nselnode6l2800
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ktemp-lkbcl iterlOl time2759200 Iwrite
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input27finish
postl
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rrfor se I node 612 nasenode659 naselnode706 naselnode753 naselnode800 prtemp
createlIac1 set2arg1 nselnode612 nase I node 659 naselnode706 nase I node 753 naselnode800 prtemp end usemacll rp241
set31 nHIx1S nrsly2a2IOOnl isall nbullbullInod612 ~bullbull I nod 669
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finish
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LOAD STEP 1 ITERATION 1 SECTION 1 TIME= 025000E+07 LOAD CASE= 1
I NODE 612 659 706 753 800
TEMP 29446666 27632963 26394557 25672441 25435179
LOAD STEP 2 ITERATION= 1 TIME= 025108E+07 LOAD CASE=
SECTION= 1
1
NODE 612 659 706 753 800
TEMP 29617184 28160554 26999707 26292701 26057493
LOAD STEP 2 ITERATION= 2 TIME= 025216E+07 LOAD CASE=
SECTION 1
1
NODE 612 659 706 753 800
TEMP 29741237 28628694 27590871 26917430 26688492
LOAD STEP 2 ITERATION 3 TIME= 025324E+07 LOAD CASE=
SECTION 1
1
NODE 612 659 706 753 800
TEMP 29831952 29022026 28141027 27525117 27309353
LOAD STEP 2 ITERATION 4 TIME 025432E+07 LOAD CASE
SECTION 1
1
NODE 612 659 706 753 800
TEMP 29903577 29353538 28640948 28102342 27907128
LOAD STEP 2 ITERATION 5 TIME= 025540E+07 LOAD CASE
SECTION 1
1
1
NODE 612 659 706 753 800
TEMP 29964165 29640609 29093592 28643795 28474906
LOAD STEP 2 ITERATION= TIME= 025648E+07 LOAD
6 SECTION= CASE= 1
1
NODE 612 659 706 753 800
TEMP 30017535 29895585 29505204 29148067 29008753
LOAD STEP 2 ITERATION= 7 SECTION TIME= 025756E+07 LOAD CASE= 1
1
NODE 612 659 706 753 800
TEMP 30065536 30125870 29881516 29615709 29506900
LOAD STEP 2 ITERATION= 8 SECTION= TIME= 025864E+07 LOAD CASE= 1
1
NODE 612 659 706 753 800
TEMP 30109191 30335885 30226947 30048322 29969358
LOAD STEP 2 ITERATION= 9 SECTION= TIME= 025972E+07 LOAD CASE= 1
1
NODE 612 659 706 753 800
TEMP 30149149 30528460 30544819 30447992 30397363
LOAD STEP 2 ITERATION TIME= 026080E+07 LOAD
10 SECTION= CASE= 1
1
NODE 612 659 706 753 800
TEMP 30185860 30705576 30837726 30816966 30792818
LOAD STEP 2 ITERATION= 11 SEmON= TIME= 026188E+07 LOAD CASE 1
1
NODE 612 659 706 753 800
TEMP 30219660 30868738 31107811 31157478 31157893
LOAD STEP 2 ITERATION 12TIME 026296E+07 LOAD CASE
- NODE TEMP 612 30250816 659 31019171 706 31356928 753 31471665 800 31494789
LOAD STEP 2 ITERATION 13 TIME 026404E+07 LOAD CASE=
NODE TEMP 612 30279549 659 31157923 706 31586738 753 31761538 800 31805627
LOAD STEP 2 ITERATION= 14 TIME= 026512E+07 LOAD CASE=
NODE TEMP 612 30306055 659 31285922 706 31798748 753 32028969
r- 800 32092402
LOAD STEP 2 ITERATION 15 TIME= 026620E+07 LOAD CASE=
NODE TEMP 612 30330508 659 31404009 706 31994342 753 32275691 800 32356971
LOAD STEP 2 ITERATION 16 TIME= 026728E+07 LOAD CASE
NODE TEMP 612 30353068 659 31512954 706 321 74790 753 32503307 800 32601051
LOAD STEP 2 ITERATION 17 TIME 026836E+07 LOAD CASE
NODE TEMP - 612 30373882
659 31613465 706 32341267 753 32713297 800 32826228
SECTION 1 1
SECTION 1 1
SECTION 1
1
SECTION= 1
1
SECTION= 1
1
SECTION 1 1
1
1
LOAD STEP 2 ITERATION= 18 TIME= 026944E+07 LOAD CASE=
NODE TEMP 612 30393084 659 31706194 706 32494853 753 32907025 800 33033968
LOAD STEP 2 ITERATION= 19 TIME 027052E+07 LOAD CASE=
NODE TEMP 612 30410800 659 31791743 706 32636547 753 33085752 800 33225621
LOAD STEP 2 ITERATION= 20 TIME 027160E+07 LOAD CASE=
NODE TEMP 612 30427144 659 31870668 706 32767269 753 33250639 800 33402432
LOAD STEP 2 ITERATION 21 TIME 027268E+07 LOAD CASE
NODE TEMP 612 30442222 659 31943482 706 32887869 753 33402758 800 33565552
LOAD STEP 2 ITERATION= 22 TIME= 027376E+07 LOAD CASE=
NODE TEMP 612 30456133 659 320 10658 706 32999130 753 33543097 800 33716041
LOAD STEP 2 ITERATION 23 TIME- 027484E+07 LOAD CASE
NODE TEMP 612 30468967 659 320 72632 706 33101776 753 33672670 800 33854876
SECTION= 1
SECTION= 1
SECTION= 1
1
SECTION= 1
1
SECTION= 1
1
SEmON 1 1
LOAD STEP 2 ITERATION= 24 SECTION= 1 TIME= 027592E+07 LOAD CASE= 1
_ NODE TEMP 612 30480807 659 32129806 706 331 96472 753 33792016 800 33982961
LOAD STEP 3 ITERATION= 1 SECTION= 1 TIME= O27592E+07 LOAD CASE= 1
NODE TEMP 612 30621868 659 32810989 706 34324696 753 35215103 800 35508962
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Drawjnes Sketches and Manufacturo[s Data Sheets
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I SECTION
Multi-Pin Instrumentation Feedthroughs
I bull Multi-Pin
bull 1 0 and 20 Conductors bull 700 Volts - 1 0 Amps
Please order by Part Number Note that listed prices are for single unit sales Contact factory for quantity discounts
12 Description
Units are designed and rated for high and ultra high vacuum applications They are constructed of vacuum grade materials including 032 diameter moshylybdenum conductor pins with high purity alumina insulation on type 304 stainless steel weldable mounts and flanges Atmospheric side mating conshynectors are supplied For additional connectors see page 141 Vacuum side connectors are detailed on page 145
12 General Specifications
Voltage Rating 700V DC Current Rating 10 Amps Maximum Current All Pins Loaded 10 Pins 50 Amps 20 Pins 75 Amps
Temperature Rating Del-Weld amp Del-Seal to 450degC Kwik-Flange amp Del-Thread to 150degC Connectors bull to 125degC
8akeable to 450degC without connector 8akeable to 450degC without connector
O-nog or Teflon tape
Del-Weld bull 10 and 20 Conductor Pins Weldable Adapter
I -II I
c --
No Part Unit Pins Number Reference A B C 0 CA Price
10 9121000 601 B0875-1 747 60 211 379 395 $23000 20 9121001 60181142-2 1372 75 230 360 455 $37000
Del-Seal -10 and 20 Conductor Pins Metal Seal Flange
1ooIf---CA--~ I
I
Flange Reference Nom F
~08 ~~~pound~_~~ ~ ~ ~~~(middotfi~~- -_~_ ~ ~-~~lt
Unit G H CA Price
261
235
--
SECTION
Del-Seal middot5000 Volts Metal Seal Flange
See Tallie
Four Conductors pound2 ~~273
Part No Reference Conductor Amps Flange Price
IC e 050 Copper 15 050 Nickel 5
f- 100 - 75 -50 ~-500-- I
I See Table
Eight Conductors 100 Lshy r shy273
Part No Reference Conductor Amps Flange Price
9422032 601A0418-1 094 Copper 30 2 $28500 9422033 601A0418-2 092 Nickel 15 2 $28500 9422034 601A0418-3 050 Copper 15 2 $28500 9422035 601A0418-4 050 Nickel 5 2 $28500 ~ 100 i- 75 50 --000middotshy
Twelve Conductors
Part No Reference Conductor Amps Flange Pt1ce
m
- -lt
9422036 601B19n-2 094 Copper 30 234 $35000 L9422037 601B19n-1 092 Nickel 15 234 $35000 9422038 601B19n-4 050 Copper 15 234 $35000 LSeeTabie
9422039 601B19n-3 050 Nickel 5 234 $35000
I SECTION
-(wik-Flange bull 10 and 20 Conductor PinsISO O-Ring Flange
~~I
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No Part Kwik- Ref Unit Pins Number Reference Flange ISO K L M CA Price
10 9123000 60182481-1 K075 NW16 118 261 329 445 $35000 10 9123001 60182481-2 K100 NW25 157 211 379 395 $35000 10 9123002 60182481-3 K150 NW40 216 211 379 395 $35500 10 9123003 60182481-4 K200 NW50 295 211 379 395 $35500 20 9123004 60182482-1 K150 NW40 216 230 360 455 $45000 20 9123005 60182482-2 K200 NW50 295 230 360 455 $45000
~-
supplied with each feedthrough in
200 ~ i
50 100Pin
7520-Pin-~t+t+Mf)l
10middotPin 150 2QmiddotPin
00 deg0
0 00 deg CA-----I$-~amp IMulti-Pin Connectors
One mating air-side connector is 135 lOoPin
19720-Pin
Section 1middot2 To order additional I I connectors see page 141
1-=--250 lOoPin--1 293 2OmiddotPin
Note CA (Connector Attached) is the distance from end of connector to the vacuum sealing surface
09
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Nichrome Resistivity
250
I Q 8 j
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240 r shy=
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235 L 230
7
-J L 1 L225 o 200 400 600 800 1000
Temperature (C) (
) ) )
Data from EC4TUBEDAT 8-2-91
E 40 Volts Assumed No Ice Present
~ 400 ~ CD n
2 C- s 2 ~ I ~ J2l
350
E ~ ~ 8J E
~ iii So 300 C -0
250Ii
450 ---------------r--I-l TnlrhrnmA +312K
o 10 20 30 40 50
Distance from Upstream Flange (In)
SO is approximate halfway point
-m- 55 WHlr 72 hours 66 hours 60 hours 54 hours -a- 48 hours 42 hours 36 hours 30 hours 24 hours 18 hours 12 hours 6 hours 55WOHIr
Data from EC2TUBEDAT 7-28-91 E = 50 Volts Assumed No Ice Present
~ 400 ~ co
450~------~------~------~------~------~--
Tnichrome = Ttube + 487 K
SSWHfrII- c 48 hours
42 hours ~- i
~J 36 hours 30 hours1 2 350 l -0- 24 hoursE I 18 hours~ ~
4) ~ 12 hours a E 6hours~ t + SSWO Htr
~ E 300 (J
~ojl--~--~~--+-~--4-==~-+--~~~~ o 10 20 30 40 50
Distance from Upatream Flange (In)
50 Is approximate halfway point
( (l
) ) )
Data from EC3TUBEDAT 7-28-91
E 75 Volts Assumed No Ice Present
lI ~ cg M
2 c- 9f ~J-l s 8 -e S ~ e J 2t ~ ~
iii ()
0 C 0
650-----------------------------------~--~
Tnichrome =Ttube + 1096 K
550
450
350
250 I I -I 4 I o 10 20 30 40 50
-+ -0-
+-
55 WHtr 48 hours 42 hours 36 hours 30 hours 24 hours 18 hours 12 hours 6 hours 55 WO Htr
Distance From Upstream Flange (In)
50 Is approximate halfway point
Appendix A
ANSYS Model and Input File
T -=- 3cO() K OV upstV-eDVI- r~ IOV
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eECT10H PROJECT epoundRIIUmiddotCATEGORY PAGEfilii FERMILAB
-v ENGINEERING NOTE SIfSJECT NAME
N
R s S l LOWS
RsltrON
C Ie
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~ _T([PREP] TITLE EC BEAMPIPE INVESTIGATION
--N-1
kbc1 ktemp-1 ET15511 1
c MATERIAL 1 - 304 STAINLESS STEEL
KXX133 C11860 DENS 1 285
cu MATERIAL 2 - NITROGEN GAS
KXX I 2 000468 C24736 DENS2 000074
c MATERIAL 3 - NRC2 (AXIAL)
KXX3114E-06 KYY347S4E-07C34073 DENS3 0008
c MATERIAl 4 - NRC2 (RADIAl)
~44754E-07 rYV4912E-06 C44073 DENS4 0008
c MATERIAL 5 - BELLOWS REGION
KXX5215 KYV 5 0825 C51860 DENSS 285
c DEFINE GEOMETRY OF SOLUTION REGION
Nl10S75OO N2001OS754975 FILLl20019821 NGEN2200l200l025OO NGEN2200201400l076OO N60111875OO N602l187525 N603l187546875 N604l187575 N800l18754975
~LL604800195605l aEN2200601800l1125OO
NGEN220080181011375OO N10111437524375 N10121437528125 NCEN2200813100011375OO NCEN22001001120010625OO
NGEN220012011212125O0 NGEN261214011412125 OO
MAT 1
E12012022 EGEN 199 11 EGEN2400 1199l EGEN5200200201l ElOll121112121012 EGEN7l407 E103212321233l033 EGEN168l414 E1211141114121212 E1401141314141402 E1402141414151403 EGEN25125835841 E14111423 1424 1412 EGEN2512633
MAT 2
E201401402202 EGEN1991658
MAl3
E610810811611 EGEN19O1857 E81010101011811 EGEN 190111047
MAT4
E603 803 804 604 EGEN711237 EGEN 3 200 1237 12431 E1010121012111011 EGEN2200 1251 12581 E1403141514161404 EGEN811267 EGEN2512126712741
MAT 5
E 1018 1218 1219 1019 EGEN14l1475
C Load Step 1
tunif273 nt 1701 temp 3000 nt1212temp88014001 nt1412temp880171212iterlOl time2500000 Iwrite
C Load Step 2
middot ktefQfl-l kbcl nselnode6l2800
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createlIac1 set2arg1 nselnode612 nase I node 659 naselnode706 nase I node 753 naselnode800 prtemp end usemacll rp241
set31 nHIx1S nrsly2a2IOOnl isall nbullbullInod612 ~bullbull I nod 669
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finish
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LOAD STEP 1 ITERATION 1 SECTION 1 TIME= 025000E+07 LOAD CASE= 1
I NODE 612 659 706 753 800
TEMP 29446666 27632963 26394557 25672441 25435179
LOAD STEP 2 ITERATION= 1 TIME= 025108E+07 LOAD CASE=
SECTION= 1
1
NODE 612 659 706 753 800
TEMP 29617184 28160554 26999707 26292701 26057493
LOAD STEP 2 ITERATION= 2 TIME= 025216E+07 LOAD CASE=
SECTION 1
1
NODE 612 659 706 753 800
TEMP 29741237 28628694 27590871 26917430 26688492
LOAD STEP 2 ITERATION 3 TIME= 025324E+07 LOAD CASE=
SECTION 1
1
NODE 612 659 706 753 800
TEMP 29831952 29022026 28141027 27525117 27309353
LOAD STEP 2 ITERATION 4 TIME 025432E+07 LOAD CASE
SECTION 1
1
NODE 612 659 706 753 800
TEMP 29903577 29353538 28640948 28102342 27907128
LOAD STEP 2 ITERATION 5 TIME= 025540E+07 LOAD CASE
SECTION 1
1
1
NODE 612 659 706 753 800
TEMP 29964165 29640609 29093592 28643795 28474906
LOAD STEP 2 ITERATION= TIME= 025648E+07 LOAD
6 SECTION= CASE= 1
1
NODE 612 659 706 753 800
TEMP 30017535 29895585 29505204 29148067 29008753
LOAD STEP 2 ITERATION= 7 SECTION TIME= 025756E+07 LOAD CASE= 1
1
NODE 612 659 706 753 800
TEMP 30065536 30125870 29881516 29615709 29506900
LOAD STEP 2 ITERATION= 8 SECTION= TIME= 025864E+07 LOAD CASE= 1
1
NODE 612 659 706 753 800
TEMP 30109191 30335885 30226947 30048322 29969358
LOAD STEP 2 ITERATION= 9 SECTION= TIME= 025972E+07 LOAD CASE= 1
1
NODE 612 659 706 753 800
TEMP 30149149 30528460 30544819 30447992 30397363
LOAD STEP 2 ITERATION TIME= 026080E+07 LOAD
10 SECTION= CASE= 1
1
NODE 612 659 706 753 800
TEMP 30185860 30705576 30837726 30816966 30792818
LOAD STEP 2 ITERATION= 11 SEmON= TIME= 026188E+07 LOAD CASE 1
1
NODE 612 659 706 753 800
TEMP 30219660 30868738 31107811 31157478 31157893
LOAD STEP 2 ITERATION 12TIME 026296E+07 LOAD CASE
- NODE TEMP 612 30250816 659 31019171 706 31356928 753 31471665 800 31494789
LOAD STEP 2 ITERATION 13 TIME 026404E+07 LOAD CASE=
NODE TEMP 612 30279549 659 31157923 706 31586738 753 31761538 800 31805627
LOAD STEP 2 ITERATION= 14 TIME= 026512E+07 LOAD CASE=
NODE TEMP 612 30306055 659 31285922 706 31798748 753 32028969
r- 800 32092402
LOAD STEP 2 ITERATION 15 TIME= 026620E+07 LOAD CASE=
NODE TEMP 612 30330508 659 31404009 706 31994342 753 32275691 800 32356971
LOAD STEP 2 ITERATION 16 TIME= 026728E+07 LOAD CASE
NODE TEMP 612 30353068 659 31512954 706 321 74790 753 32503307 800 32601051
LOAD STEP 2 ITERATION 17 TIME 026836E+07 LOAD CASE
NODE TEMP - 612 30373882
659 31613465 706 32341267 753 32713297 800 32826228
SECTION 1 1
SECTION 1 1
SECTION 1
1
SECTION= 1
1
SECTION= 1
1
SECTION 1 1
1
1
LOAD STEP 2 ITERATION= 18 TIME= 026944E+07 LOAD CASE=
NODE TEMP 612 30393084 659 31706194 706 32494853 753 32907025 800 33033968
LOAD STEP 2 ITERATION= 19 TIME 027052E+07 LOAD CASE=
NODE TEMP 612 30410800 659 31791743 706 32636547 753 33085752 800 33225621
LOAD STEP 2 ITERATION= 20 TIME 027160E+07 LOAD CASE=
NODE TEMP 612 30427144 659 31870668 706 32767269 753 33250639 800 33402432
LOAD STEP 2 ITERATION 21 TIME 027268E+07 LOAD CASE
NODE TEMP 612 30442222 659 31943482 706 32887869 753 33402758 800 33565552
LOAD STEP 2 ITERATION= 22 TIME= 027376E+07 LOAD CASE=
NODE TEMP 612 30456133 659 320 10658 706 32999130 753 33543097 800 33716041
LOAD STEP 2 ITERATION 23 TIME- 027484E+07 LOAD CASE
NODE TEMP 612 30468967 659 320 72632 706 33101776 753 33672670 800 33854876
SECTION= 1
SECTION= 1
SECTION= 1
1
SECTION= 1
1
SECTION= 1
1
SEmON 1 1
LOAD STEP 2 ITERATION= 24 SECTION= 1 TIME= 027592E+07 LOAD CASE= 1
_ NODE TEMP 612 30480807 659 32129806 706 331 96472 753 33792016 800 33982961
LOAD STEP 3 ITERATION= 1 SECTION= 1 TIME= O27592E+07 LOAD CASE= 1
NODE TEMP 612 30621868 659 32810989 706 34324696 753 35215103 800 35508962
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Drawjnes Sketches and Manufacturo[s Data Sheets
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I SECTION
Multi-Pin Instrumentation Feedthroughs
I bull Multi-Pin
bull 1 0 and 20 Conductors bull 700 Volts - 1 0 Amps
Please order by Part Number Note that listed prices are for single unit sales Contact factory for quantity discounts
12 Description
Units are designed and rated for high and ultra high vacuum applications They are constructed of vacuum grade materials including 032 diameter moshylybdenum conductor pins with high purity alumina insulation on type 304 stainless steel weldable mounts and flanges Atmospheric side mating conshynectors are supplied For additional connectors see page 141 Vacuum side connectors are detailed on page 145
12 General Specifications
Voltage Rating 700V DC Current Rating 10 Amps Maximum Current All Pins Loaded 10 Pins 50 Amps 20 Pins 75 Amps
Temperature Rating Del-Weld amp Del-Seal to 450degC Kwik-Flange amp Del-Thread to 150degC Connectors bull to 125degC
8akeable to 450degC without connector 8akeable to 450degC without connector
O-nog or Teflon tape
Del-Weld bull 10 and 20 Conductor Pins Weldable Adapter
I -II I
c --
No Part Unit Pins Number Reference A B C 0 CA Price
10 9121000 601 B0875-1 747 60 211 379 395 $23000 20 9121001 60181142-2 1372 75 230 360 455 $37000
Del-Seal -10 and 20 Conductor Pins Metal Seal Flange
1ooIf---CA--~ I
I
Flange Reference Nom F
~08 ~~~pound~_~~ ~ ~ ~~~(middotfi~~- -_~_ ~ ~-~~lt
Unit G H CA Price
261
235
--
SECTION
Del-Seal middot5000 Volts Metal Seal Flange
See Tallie
Four Conductors pound2 ~~273
Part No Reference Conductor Amps Flange Price
IC e 050 Copper 15 050 Nickel 5
f- 100 - 75 -50 ~-500-- I
I See Table
Eight Conductors 100 Lshy r shy273
Part No Reference Conductor Amps Flange Price
9422032 601A0418-1 094 Copper 30 2 $28500 9422033 601A0418-2 092 Nickel 15 2 $28500 9422034 601A0418-3 050 Copper 15 2 $28500 9422035 601A0418-4 050 Nickel 5 2 $28500 ~ 100 i- 75 50 --000middotshy
Twelve Conductors
Part No Reference Conductor Amps Flange Pt1ce
m
- -lt
9422036 601B19n-2 094 Copper 30 234 $35000 L9422037 601B19n-1 092 Nickel 15 234 $35000 9422038 601B19n-4 050 Copper 15 234 $35000 LSeeTabie
9422039 601B19n-3 050 Nickel 5 234 $35000
I SECTION
-(wik-Flange bull 10 and 20 Conductor PinsISO O-Ring Flange
~~I
I
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No Part Kwik- Ref Unit Pins Number Reference Flange ISO K L M CA Price
10 9123000 60182481-1 K075 NW16 118 261 329 445 $35000 10 9123001 60182481-2 K100 NW25 157 211 379 395 $35000 10 9123002 60182481-3 K150 NW40 216 211 379 395 $35500 10 9123003 60182481-4 K200 NW50 295 211 379 395 $35500 20 9123004 60182482-1 K150 NW40 216 230 360 455 $45000 20 9123005 60182482-2 K200 NW50 295 230 360 455 $45000
~-
supplied with each feedthrough in
200 ~ i
50 100Pin
7520-Pin-~t+t+Mf)l
10middotPin 150 2QmiddotPin
00 deg0
0 00 deg CA-----I$-~amp IMulti-Pin Connectors
One mating air-side connector is 135 lOoPin
19720-Pin
Section 1middot2 To order additional I I connectors see page 141
1-=--250 lOoPin--1 293 2OmiddotPin
Note CA (Connector Attached) is the distance from end of connector to the vacuum sealing surface
09
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) ) )
Data from EC4TUBEDAT 8-2-91
E 40 Volts Assumed No Ice Present
~ 400 ~ CD n
2 C- s 2 ~ I ~ J2l
350
E ~ ~ 8J E
~ iii So 300 C -0
250Ii
450 ---------------r--I-l TnlrhrnmA +312K
o 10 20 30 40 50
Distance from Upstream Flange (In)
SO is approximate halfway point
-m- 55 WHlr 72 hours 66 hours 60 hours 54 hours -a- 48 hours 42 hours 36 hours 30 hours 24 hours 18 hours 12 hours 6 hours 55WOHIr
Data from EC2TUBEDAT 7-28-91 E = 50 Volts Assumed No Ice Present
~ 400 ~ co
450~------~------~------~------~------~--
Tnichrome = Ttube + 487 K
SSWHfrII- c 48 hours
42 hours ~- i
~J 36 hours 30 hours1 2 350 l -0- 24 hoursE I 18 hours~ ~
4) ~ 12 hours a E 6hours~ t + SSWO Htr
~ E 300 (J
~ojl--~--~~--+-~--4-==~-+--~~~~ o 10 20 30 40 50
Distance from Upatream Flange (In)
50 Is approximate halfway point
( (l
) ) )
Data from EC3TUBEDAT 7-28-91
E 75 Volts Assumed No Ice Present
lI ~ cg M
2 c- 9f ~J-l s 8 -e S ~ e J 2t ~ ~
iii ()
0 C 0
650-----------------------------------~--~
Tnichrome =Ttube + 1096 K
550
450
350
250 I I -I 4 I o 10 20 30 40 50
-+ -0-
+-
55 WHtr 48 hours 42 hours 36 hours 30 hours 24 hours 18 hours 12 hours 6 hours 55 WO Htr
Distance From Upstream Flange (In)
50 Is approximate halfway point
Appendix A
ANSYS Model and Input File
T -=- 3cO() K OV upstV-eDVI- r~ IOV
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eECT10H PROJECT epoundRIIUmiddotCATEGORY PAGEfilii FERMILAB
-v ENGINEERING NOTE SIfSJECT NAME
N
R s S l LOWS
RsltrON
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~ _T([PREP] TITLE EC BEAMPIPE INVESTIGATION
--N-1
kbc1 ktemp-1 ET15511 1
c MATERIAL 1 - 304 STAINLESS STEEL
KXX133 C11860 DENS 1 285
cu MATERIAL 2 - NITROGEN GAS
KXX I 2 000468 C24736 DENS2 000074
c MATERIAL 3 - NRC2 (AXIAL)
KXX3114E-06 KYY347S4E-07C34073 DENS3 0008
c MATERIAl 4 - NRC2 (RADIAl)
~44754E-07 rYV4912E-06 C44073 DENS4 0008
c MATERIAL 5 - BELLOWS REGION
KXX5215 KYV 5 0825 C51860 DENSS 285
c DEFINE GEOMETRY OF SOLUTION REGION
Nl10S75OO N2001OS754975 FILLl20019821 NGEN2200l200l025OO NGEN2200201400l076OO N60111875OO N602l187525 N603l187546875 N604l187575 N800l18754975
~LL604800195605l aEN2200601800l1125OO
NGEN220080181011375OO N10111437524375 N10121437528125 NCEN2200813100011375OO NCEN22001001120010625OO
NGEN220012011212125O0 NGEN261214011412125 OO
MAT 1
E12012022 EGEN 199 11 EGEN2400 1199l EGEN5200200201l ElOll121112121012 EGEN7l407 E103212321233l033 EGEN168l414 E1211141114121212 E1401141314141402 E1402141414151403 EGEN25125835841 E14111423 1424 1412 EGEN2512633
MAT 2
E201401402202 EGEN1991658
MAl3
E610810811611 EGEN19O1857 E81010101011811 EGEN 190111047
MAT4
E603 803 804 604 EGEN711237 EGEN 3 200 1237 12431 E1010121012111011 EGEN2200 1251 12581 E1403141514161404 EGEN811267 EGEN2512126712741
MAT 5
E 1018 1218 1219 1019 EGEN14l1475
C Load Step 1
tunif273 nt 1701 temp 3000 nt1212temp88014001 nt1412temp880171212iterlOl time2500000 Iwrite
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LOAD STEP 1 ITERATION 1 SECTION 1 TIME= 025000E+07 LOAD CASE= 1
I NODE 612 659 706 753 800
TEMP 29446666 27632963 26394557 25672441 25435179
LOAD STEP 2 ITERATION= 1 TIME= 025108E+07 LOAD CASE=
SECTION= 1
1
NODE 612 659 706 753 800
TEMP 29617184 28160554 26999707 26292701 26057493
LOAD STEP 2 ITERATION= 2 TIME= 025216E+07 LOAD CASE=
SECTION 1
1
NODE 612 659 706 753 800
TEMP 29741237 28628694 27590871 26917430 26688492
LOAD STEP 2 ITERATION 3 TIME= 025324E+07 LOAD CASE=
SECTION 1
1
NODE 612 659 706 753 800
TEMP 29831952 29022026 28141027 27525117 27309353
LOAD STEP 2 ITERATION 4 TIME 025432E+07 LOAD CASE
SECTION 1
1
NODE 612 659 706 753 800
TEMP 29903577 29353538 28640948 28102342 27907128
LOAD STEP 2 ITERATION 5 TIME= 025540E+07 LOAD CASE
SECTION 1
1
1
NODE 612 659 706 753 800
TEMP 29964165 29640609 29093592 28643795 28474906
LOAD STEP 2 ITERATION= TIME= 025648E+07 LOAD
6 SECTION= CASE= 1
1
NODE 612 659 706 753 800
TEMP 30017535 29895585 29505204 29148067 29008753
LOAD STEP 2 ITERATION= 7 SECTION TIME= 025756E+07 LOAD CASE= 1
1
NODE 612 659 706 753 800
TEMP 30065536 30125870 29881516 29615709 29506900
LOAD STEP 2 ITERATION= 8 SECTION= TIME= 025864E+07 LOAD CASE= 1
1
NODE 612 659 706 753 800
TEMP 30109191 30335885 30226947 30048322 29969358
LOAD STEP 2 ITERATION= 9 SECTION= TIME= 025972E+07 LOAD CASE= 1
1
NODE 612 659 706 753 800
TEMP 30149149 30528460 30544819 30447992 30397363
LOAD STEP 2 ITERATION TIME= 026080E+07 LOAD
10 SECTION= CASE= 1
1
NODE 612 659 706 753 800
TEMP 30185860 30705576 30837726 30816966 30792818
LOAD STEP 2 ITERATION= 11 SEmON= TIME= 026188E+07 LOAD CASE 1
1
NODE 612 659 706 753 800
TEMP 30219660 30868738 31107811 31157478 31157893
LOAD STEP 2 ITERATION 12TIME 026296E+07 LOAD CASE
- NODE TEMP 612 30250816 659 31019171 706 31356928 753 31471665 800 31494789
LOAD STEP 2 ITERATION 13 TIME 026404E+07 LOAD CASE=
NODE TEMP 612 30279549 659 31157923 706 31586738 753 31761538 800 31805627
LOAD STEP 2 ITERATION= 14 TIME= 026512E+07 LOAD CASE=
NODE TEMP 612 30306055 659 31285922 706 31798748 753 32028969
r- 800 32092402
LOAD STEP 2 ITERATION 15 TIME= 026620E+07 LOAD CASE=
NODE TEMP 612 30330508 659 31404009 706 31994342 753 32275691 800 32356971
LOAD STEP 2 ITERATION 16 TIME= 026728E+07 LOAD CASE
NODE TEMP 612 30353068 659 31512954 706 321 74790 753 32503307 800 32601051
LOAD STEP 2 ITERATION 17 TIME 026836E+07 LOAD CASE
NODE TEMP - 612 30373882
659 31613465 706 32341267 753 32713297 800 32826228
SECTION 1 1
SECTION 1 1
SECTION 1
1
SECTION= 1
1
SECTION= 1
1
SECTION 1 1
1
1
LOAD STEP 2 ITERATION= 18 TIME= 026944E+07 LOAD CASE=
NODE TEMP 612 30393084 659 31706194 706 32494853 753 32907025 800 33033968
LOAD STEP 2 ITERATION= 19 TIME 027052E+07 LOAD CASE=
NODE TEMP 612 30410800 659 31791743 706 32636547 753 33085752 800 33225621
LOAD STEP 2 ITERATION= 20 TIME 027160E+07 LOAD CASE=
NODE TEMP 612 30427144 659 31870668 706 32767269 753 33250639 800 33402432
LOAD STEP 2 ITERATION 21 TIME 027268E+07 LOAD CASE
NODE TEMP 612 30442222 659 31943482 706 32887869 753 33402758 800 33565552
LOAD STEP 2 ITERATION= 22 TIME= 027376E+07 LOAD CASE=
NODE TEMP 612 30456133 659 320 10658 706 32999130 753 33543097 800 33716041
LOAD STEP 2 ITERATION 23 TIME- 027484E+07 LOAD CASE
NODE TEMP 612 30468967 659 320 72632 706 33101776 753 33672670 800 33854876
SECTION= 1
SECTION= 1
SECTION= 1
1
SECTION= 1
1
SECTION= 1
1
SEmON 1 1
LOAD STEP 2 ITERATION= 24 SECTION= 1 TIME= 027592E+07 LOAD CASE= 1
_ NODE TEMP 612 30480807 659 32129806 706 331 96472 753 33792016 800 33982961
LOAD STEP 3 ITERATION= 1 SECTION= 1 TIME= O27592E+07 LOAD CASE= 1
NODE TEMP 612 30621868 659 32810989 706 34324696 753 35215103 800 35508962
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Appendix C
Drawjnes Sketches and Manufacturo[s Data Sheets
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I SECTION
Multi-Pin Instrumentation Feedthroughs
I bull Multi-Pin
bull 1 0 and 20 Conductors bull 700 Volts - 1 0 Amps
Please order by Part Number Note that listed prices are for single unit sales Contact factory for quantity discounts
12 Description
Units are designed and rated for high and ultra high vacuum applications They are constructed of vacuum grade materials including 032 diameter moshylybdenum conductor pins with high purity alumina insulation on type 304 stainless steel weldable mounts and flanges Atmospheric side mating conshynectors are supplied For additional connectors see page 141 Vacuum side connectors are detailed on page 145
12 General Specifications
Voltage Rating 700V DC Current Rating 10 Amps Maximum Current All Pins Loaded 10 Pins 50 Amps 20 Pins 75 Amps
Temperature Rating Del-Weld amp Del-Seal to 450degC Kwik-Flange amp Del-Thread to 150degC Connectors bull to 125degC
8akeable to 450degC without connector 8akeable to 450degC without connector
O-nog or Teflon tape
Del-Weld bull 10 and 20 Conductor Pins Weldable Adapter
I -II I
c --
No Part Unit Pins Number Reference A B C 0 CA Price
10 9121000 601 B0875-1 747 60 211 379 395 $23000 20 9121001 60181142-2 1372 75 230 360 455 $37000
Del-Seal -10 and 20 Conductor Pins Metal Seal Flange
1ooIf---CA--~ I
I
Flange Reference Nom F
~08 ~~~pound~_~~ ~ ~ ~~~(middotfi~~- -_~_ ~ ~-~~lt
Unit G H CA Price
261
235
--
SECTION
Del-Seal middot5000 Volts Metal Seal Flange
See Tallie
Four Conductors pound2 ~~273
Part No Reference Conductor Amps Flange Price
IC e 050 Copper 15 050 Nickel 5
f- 100 - 75 -50 ~-500-- I
I See Table
Eight Conductors 100 Lshy r shy273
Part No Reference Conductor Amps Flange Price
9422032 601A0418-1 094 Copper 30 2 $28500 9422033 601A0418-2 092 Nickel 15 2 $28500 9422034 601A0418-3 050 Copper 15 2 $28500 9422035 601A0418-4 050 Nickel 5 2 $28500 ~ 100 i- 75 50 --000middotshy
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Part No Reference Conductor Amps Flange Pt1ce
m
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9422036 601B19n-2 094 Copper 30 234 $35000 L9422037 601B19n-1 092 Nickel 15 234 $35000 9422038 601B19n-4 050 Copper 15 234 $35000 LSeeTabie
9422039 601B19n-3 050 Nickel 5 234 $35000
I SECTION
-(wik-Flange bull 10 and 20 Conductor PinsISO O-Ring Flange
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No Part Kwik- Ref Unit Pins Number Reference Flange ISO K L M CA Price
10 9123000 60182481-1 K075 NW16 118 261 329 445 $35000 10 9123001 60182481-2 K100 NW25 157 211 379 395 $35000 10 9123002 60182481-3 K150 NW40 216 211 379 395 $35500 10 9123003 60182481-4 K200 NW50 295 211 379 395 $35500 20 9123004 60182482-1 K150 NW40 216 230 360 455 $45000 20 9123005 60182482-2 K200 NW50 295 230 360 455 $45000
~-
supplied with each feedthrough in
200 ~ i
50 100Pin
7520-Pin-~t+t+Mf)l
10middotPin 150 2QmiddotPin
00 deg0
0 00 deg CA-----I$-~amp IMulti-Pin Connectors
One mating air-side connector is 135 lOoPin
19720-Pin
Section 1middot2 To order additional I I connectors see page 141
1-=--250 lOoPin--1 293 2OmiddotPin
Note CA (Connector Attached) is the distance from end of connector to the vacuum sealing surface
09
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Data from EC2TUBEDAT 7-28-91 E = 50 Volts Assumed No Ice Present
~ 400 ~ co
450~------~------~------~------~------~--
Tnichrome = Ttube + 487 K
SSWHfrII- c 48 hours
42 hours ~- i
~J 36 hours 30 hours1 2 350 l -0- 24 hoursE I 18 hours~ ~
4) ~ 12 hours a E 6hours~ t + SSWO Htr
~ E 300 (J
~ojl--~--~~--+-~--4-==~-+--~~~~ o 10 20 30 40 50
Distance from Upatream Flange (In)
50 Is approximate halfway point
( (l
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Data from EC3TUBEDAT 7-28-91
E 75 Volts Assumed No Ice Present
lI ~ cg M
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iii ()
0 C 0
650-----------------------------------~--~
Tnichrome =Ttube + 1096 K
550
450
350
250 I I -I 4 I o 10 20 30 40 50
-+ -0-
+-
55 WHtr 48 hours 42 hours 36 hours 30 hours 24 hours 18 hours 12 hours 6 hours 55 WO Htr
Distance From Upstream Flange (In)
50 Is approximate halfway point
Appendix A
ANSYS Model and Input File
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eECT10H PROJECT epoundRIIUmiddotCATEGORY PAGEfilii FERMILAB
-v ENGINEERING NOTE SIfSJECT NAME
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--N-1
kbc1 ktemp-1 ET15511 1
c MATERIAL 1 - 304 STAINLESS STEEL
KXX133 C11860 DENS 1 285
cu MATERIAL 2 - NITROGEN GAS
KXX I 2 000468 C24736 DENS2 000074
c MATERIAL 3 - NRC2 (AXIAL)
KXX3114E-06 KYY347S4E-07C34073 DENS3 0008
c MATERIAl 4 - NRC2 (RADIAl)
~44754E-07 rYV4912E-06 C44073 DENS4 0008
c MATERIAL 5 - BELLOWS REGION
KXX5215 KYV 5 0825 C51860 DENSS 285
c DEFINE GEOMETRY OF SOLUTION REGION
Nl10S75OO N2001OS754975 FILLl20019821 NGEN2200l200l025OO NGEN2200201400l076OO N60111875OO N602l187525 N603l187546875 N604l187575 N800l18754975
~LL604800195605l aEN2200601800l1125OO
NGEN220080181011375OO N10111437524375 N10121437528125 NCEN2200813100011375OO NCEN22001001120010625OO
NGEN220012011212125O0 NGEN261214011412125 OO
MAT 1
E12012022 EGEN 199 11 EGEN2400 1199l EGEN5200200201l ElOll121112121012 EGEN7l407 E103212321233l033 EGEN168l414 E1211141114121212 E1401141314141402 E1402141414151403 EGEN25125835841 E14111423 1424 1412 EGEN2512633
MAT 2
E201401402202 EGEN1991658
MAl3
E610810811611 EGEN19O1857 E81010101011811 EGEN 190111047
MAT4
E603 803 804 604 EGEN711237 EGEN 3 200 1237 12431 E1010121012111011 EGEN2200 1251 12581 E1403141514161404 EGEN811267 EGEN2512126712741
MAT 5
E 1018 1218 1219 1019 EGEN14l1475
C Load Step 1
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LOAD STEP 1 ITERATION 1 SECTION 1 TIME= 025000E+07 LOAD CASE= 1
I NODE 612 659 706 753 800
TEMP 29446666 27632963 26394557 25672441 25435179
LOAD STEP 2 ITERATION= 1 TIME= 025108E+07 LOAD CASE=
SECTION= 1
1
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TEMP 29617184 28160554 26999707 26292701 26057493
LOAD STEP 2 ITERATION= 2 TIME= 025216E+07 LOAD CASE=
SECTION 1
1
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TEMP 29741237 28628694 27590871 26917430 26688492
LOAD STEP 2 ITERATION 3 TIME= 025324E+07 LOAD CASE=
SECTION 1
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TEMP 29831952 29022026 28141027 27525117 27309353
LOAD STEP 2 ITERATION 4 TIME 025432E+07 LOAD CASE
SECTION 1
1
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TEMP 29903577 29353538 28640948 28102342 27907128
LOAD STEP 2 ITERATION 5 TIME= 025540E+07 LOAD CASE
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TEMP 29964165 29640609 29093592 28643795 28474906
LOAD STEP 2 ITERATION= TIME= 025648E+07 LOAD
6 SECTION= CASE= 1
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TEMP 30017535 29895585 29505204 29148067 29008753
LOAD STEP 2 ITERATION= 7 SECTION TIME= 025756E+07 LOAD CASE= 1
1
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TEMP 30065536 30125870 29881516 29615709 29506900
LOAD STEP 2 ITERATION= 8 SECTION= TIME= 025864E+07 LOAD CASE= 1
1
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TEMP 30109191 30335885 30226947 30048322 29969358
LOAD STEP 2 ITERATION= 9 SECTION= TIME= 025972E+07 LOAD CASE= 1
1
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TEMP 30149149 30528460 30544819 30447992 30397363
LOAD STEP 2 ITERATION TIME= 026080E+07 LOAD
10 SECTION= CASE= 1
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TEMP 30185860 30705576 30837726 30816966 30792818
LOAD STEP 2 ITERATION= 11 SEmON= TIME= 026188E+07 LOAD CASE 1
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TEMP 30219660 30868738 31107811 31157478 31157893
LOAD STEP 2 ITERATION 12TIME 026296E+07 LOAD CASE
- NODE TEMP 612 30250816 659 31019171 706 31356928 753 31471665 800 31494789
LOAD STEP 2 ITERATION 13 TIME 026404E+07 LOAD CASE=
NODE TEMP 612 30279549 659 31157923 706 31586738 753 31761538 800 31805627
LOAD STEP 2 ITERATION= 14 TIME= 026512E+07 LOAD CASE=
NODE TEMP 612 30306055 659 31285922 706 31798748 753 32028969
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LOAD STEP 2 ITERATION 15 TIME= 026620E+07 LOAD CASE=
NODE TEMP 612 30330508 659 31404009 706 31994342 753 32275691 800 32356971
LOAD STEP 2 ITERATION 16 TIME= 026728E+07 LOAD CASE
NODE TEMP 612 30353068 659 31512954 706 321 74790 753 32503307 800 32601051
LOAD STEP 2 ITERATION 17 TIME 026836E+07 LOAD CASE
NODE TEMP - 612 30373882
659 31613465 706 32341267 753 32713297 800 32826228
SECTION 1 1
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LOAD STEP 2 ITERATION= 18 TIME= 026944E+07 LOAD CASE=
NODE TEMP 612 30393084 659 31706194 706 32494853 753 32907025 800 33033968
LOAD STEP 2 ITERATION= 19 TIME 027052E+07 LOAD CASE=
NODE TEMP 612 30410800 659 31791743 706 32636547 753 33085752 800 33225621
LOAD STEP 2 ITERATION= 20 TIME 027160E+07 LOAD CASE=
NODE TEMP 612 30427144 659 31870668 706 32767269 753 33250639 800 33402432
LOAD STEP 2 ITERATION 21 TIME 027268E+07 LOAD CASE
NODE TEMP 612 30442222 659 31943482 706 32887869 753 33402758 800 33565552
LOAD STEP 2 ITERATION= 22 TIME= 027376E+07 LOAD CASE=
NODE TEMP 612 30456133 659 320 10658 706 32999130 753 33543097 800 33716041
LOAD STEP 2 ITERATION 23 TIME- 027484E+07 LOAD CASE
NODE TEMP 612 30468967 659 320 72632 706 33101776 753 33672670 800 33854876
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LOAD STEP 3 ITERATION= 1 SECTION= 1 TIME= O27592E+07 LOAD CASE= 1
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Drawjnes Sketches and Manufacturo[s Data Sheets
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I SECTION
Multi-Pin Instrumentation Feedthroughs
I bull Multi-Pin
bull 1 0 and 20 Conductors bull 700 Volts - 1 0 Amps
Please order by Part Number Note that listed prices are for single unit sales Contact factory for quantity discounts
12 Description
Units are designed and rated for high and ultra high vacuum applications They are constructed of vacuum grade materials including 032 diameter moshylybdenum conductor pins with high purity alumina insulation on type 304 stainless steel weldable mounts and flanges Atmospheric side mating conshynectors are supplied For additional connectors see page 141 Vacuum side connectors are detailed on page 145
12 General Specifications
Voltage Rating 700V DC Current Rating 10 Amps Maximum Current All Pins Loaded 10 Pins 50 Amps 20 Pins 75 Amps
Temperature Rating Del-Weld amp Del-Seal to 450degC Kwik-Flange amp Del-Thread to 150degC Connectors bull to 125degC
8akeable to 450degC without connector 8akeable to 450degC without connector
O-nog or Teflon tape
Del-Weld bull 10 and 20 Conductor Pins Weldable Adapter
I -II I
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No Part Unit Pins Number Reference A B C 0 CA Price
10 9121000 601 B0875-1 747 60 211 379 395 $23000 20 9121001 60181142-2 1372 75 230 360 455 $37000
Del-Seal -10 and 20 Conductor Pins Metal Seal Flange
1ooIf---CA--~ I
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~08 ~~~pound~_~~ ~ ~ ~~~(middotfi~~- -_~_ ~ ~-~~lt
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261
235
--
SECTION
Del-Seal middot5000 Volts Metal Seal Flange
See Tallie
Four Conductors pound2 ~~273
Part No Reference Conductor Amps Flange Price
IC e 050 Copper 15 050 Nickel 5
f- 100 - 75 -50 ~-500-- I
I See Table
Eight Conductors 100 Lshy r shy273
Part No Reference Conductor Amps Flange Price
9422032 601A0418-1 094 Copper 30 2 $28500 9422033 601A0418-2 092 Nickel 15 2 $28500 9422034 601A0418-3 050 Copper 15 2 $28500 9422035 601A0418-4 050 Nickel 5 2 $28500 ~ 100 i- 75 50 --000middotshy
Twelve Conductors
Part No Reference Conductor Amps Flange Pt1ce
m
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9422036 601B19n-2 094 Copper 30 234 $35000 L9422037 601B19n-1 092 Nickel 15 234 $35000 9422038 601B19n-4 050 Copper 15 234 $35000 LSeeTabie
9422039 601B19n-3 050 Nickel 5 234 $35000
I SECTION
-(wik-Flange bull 10 and 20 Conductor PinsISO O-Ring Flange
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10 9123000 60182481-1 K075 NW16 118 261 329 445 $35000 10 9123001 60182481-2 K100 NW25 157 211 379 395 $35000 10 9123002 60182481-3 K150 NW40 216 211 379 395 $35500 10 9123003 60182481-4 K200 NW50 295 211 379 395 $35500 20 9123004 60182482-1 K150 NW40 216 230 360 455 $45000 20 9123005 60182482-2 K200 NW50 295 230 360 455 $45000
~-
supplied with each feedthrough in
200 ~ i
50 100Pin
7520-Pin-~t+t+Mf)l
10middotPin 150 2QmiddotPin
00 deg0
0 00 deg CA-----I$-~amp IMulti-Pin Connectors
One mating air-side connector is 135 lOoPin
19720-Pin
Section 1middot2 To order additional I I connectors see page 141
1-=--250 lOoPin--1 293 2OmiddotPin
Note CA (Connector Attached) is the distance from end of connector to the vacuum sealing surface
09
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Data from EC3TUBEDAT 7-28-91
E 75 Volts Assumed No Ice Present
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650-----------------------------------~--~
Tnichrome =Ttube + 1096 K
550
450
350
250 I I -I 4 I o 10 20 30 40 50
-+ -0-
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55 WHtr 48 hours 42 hours 36 hours 30 hours 24 hours 18 hours 12 hours 6 hours 55 WO Htr
Distance From Upstream Flange (In)
50 Is approximate halfway point
Appendix A
ANSYS Model and Input File
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--N-1
kbc1 ktemp-1 ET15511 1
c MATERIAL 1 - 304 STAINLESS STEEL
KXX133 C11860 DENS 1 285
cu MATERIAL 2 - NITROGEN GAS
KXX I 2 000468 C24736 DENS2 000074
c MATERIAL 3 - NRC2 (AXIAL)
KXX3114E-06 KYY347S4E-07C34073 DENS3 0008
c MATERIAl 4 - NRC2 (RADIAl)
~44754E-07 rYV4912E-06 C44073 DENS4 0008
c MATERIAL 5 - BELLOWS REGION
KXX5215 KYV 5 0825 C51860 DENSS 285
c DEFINE GEOMETRY OF SOLUTION REGION
Nl10S75OO N2001OS754975 FILLl20019821 NGEN2200l200l025OO NGEN2200201400l076OO N60111875OO N602l187525 N603l187546875 N604l187575 N800l18754975
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NGEN220080181011375OO N10111437524375 N10121437528125 NCEN2200813100011375OO NCEN22001001120010625OO
NGEN220012011212125O0 NGEN261214011412125 OO
MAT 1
E12012022 EGEN 199 11 EGEN2400 1199l EGEN5200200201l ElOll121112121012 EGEN7l407 E103212321233l033 EGEN168l414 E1211141114121212 E1401141314141402 E1402141414151403 EGEN25125835841 E14111423 1424 1412 EGEN2512633
MAT 2
E201401402202 EGEN1991658
MAl3
E610810811611 EGEN19O1857 E81010101011811 EGEN 190111047
MAT4
E603 803 804 604 EGEN711237 EGEN 3 200 1237 12431 E1010121012111011 EGEN2200 1251 12581 E1403141514161404 EGEN811267 EGEN2512126712741
MAT 5
E 1018 1218 1219 1019 EGEN14l1475
C Load Step 1
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TEMP 29446666 27632963 26394557 25672441 25435179
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TEMP 29617184 28160554 26999707 26292701 26057493
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TEMP 29741237 28628694 27590871 26917430 26688492
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TEMP 29831952 29022026 28141027 27525117 27309353
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TEMP 29903577 29353538 28640948 28102342 27907128
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TEMP 29964165 29640609 29093592 28643795 28474906
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TEMP 30109191 30335885 30226947 30048322 29969358
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TEMP 30149149 30528460 30544819 30447992 30397363
LOAD STEP 2 ITERATION TIME= 026080E+07 LOAD
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LOAD STEP 2 ITERATION 13 TIME 026404E+07 LOAD CASE=
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NODE TEMP 612 30330508 659 31404009 706 31994342 753 32275691 800 32356971
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NODE TEMP 612 30353068 659 31512954 706 321 74790 753 32503307 800 32601051
LOAD STEP 2 ITERATION 17 TIME 026836E+07 LOAD CASE
NODE TEMP - 612 30373882
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NODE TEMP 612 30393084 659 31706194 706 32494853 753 32907025 800 33033968
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NODE TEMP 612 30410800 659 31791743 706 32636547 753 33085752 800 33225621
LOAD STEP 2 ITERATION= 20 TIME 027160E+07 LOAD CASE=
NODE TEMP 612 30427144 659 31870668 706 32767269 753 33250639 800 33402432
LOAD STEP 2 ITERATION 21 TIME 027268E+07 LOAD CASE
NODE TEMP 612 30442222 659 31943482 706 32887869 753 33402758 800 33565552
LOAD STEP 2 ITERATION= 22 TIME= 027376E+07 LOAD CASE=
NODE TEMP 612 30456133 659 320 10658 706 32999130 753 33543097 800 33716041
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NODE TEMP 612 30468967 659 320 72632 706 33101776 753 33672670 800 33854876
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Drawjnes Sketches and Manufacturo[s Data Sheets
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FER~I NATIONAL ACCELERATOR LABORATORY UNITED STATES DEPARTMENT OF ENERGY
END FFUSION PUMP AND R
SGAU
FULL
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I SECTION
Multi-Pin Instrumentation Feedthroughs
I bull Multi-Pin
bull 1 0 and 20 Conductors bull 700 Volts - 1 0 Amps
Please order by Part Number Note that listed prices are for single unit sales Contact factory for quantity discounts
12 Description
Units are designed and rated for high and ultra high vacuum applications They are constructed of vacuum grade materials including 032 diameter moshylybdenum conductor pins with high purity alumina insulation on type 304 stainless steel weldable mounts and flanges Atmospheric side mating conshynectors are supplied For additional connectors see page 141 Vacuum side connectors are detailed on page 145
12 General Specifications
Voltage Rating 700V DC Current Rating 10 Amps Maximum Current All Pins Loaded 10 Pins 50 Amps 20 Pins 75 Amps
Temperature Rating Del-Weld amp Del-Seal to 450degC Kwik-Flange amp Del-Thread to 150degC Connectors bull to 125degC
8akeable to 450degC without connector 8akeable to 450degC without connector
O-nog or Teflon tape
Del-Weld bull 10 and 20 Conductor Pins Weldable Adapter
I -II I
c --
No Part Unit Pins Number Reference A B C 0 CA Price
10 9121000 601 B0875-1 747 60 211 379 395 $23000 20 9121001 60181142-2 1372 75 230 360 455 $37000
Del-Seal -10 and 20 Conductor Pins Metal Seal Flange
1ooIf---CA--~ I
I
Flange Reference Nom F
~08 ~~~pound~_~~ ~ ~ ~~~(middotfi~~- -_~_ ~ ~-~~lt
Unit G H CA Price
261
235
--
SECTION
Del-Seal middot5000 Volts Metal Seal Flange
See Tallie
Four Conductors pound2 ~~273
Part No Reference Conductor Amps Flange Price
IC e 050 Copper 15 050 Nickel 5
f- 100 - 75 -50 ~-500-- I
I See Table
Eight Conductors 100 Lshy r shy273
Part No Reference Conductor Amps Flange Price
9422032 601A0418-1 094 Copper 30 2 $28500 9422033 601A0418-2 092 Nickel 15 2 $28500 9422034 601A0418-3 050 Copper 15 2 $28500 9422035 601A0418-4 050 Nickel 5 2 $28500 ~ 100 i- 75 50 --000middotshy
Twelve Conductors
Part No Reference Conductor Amps Flange Pt1ce
m
- -lt
9422036 601B19n-2 094 Copper 30 234 $35000 L9422037 601B19n-1 092 Nickel 15 234 $35000 9422038 601B19n-4 050 Copper 15 234 $35000 LSeeTabie
9422039 601B19n-3 050 Nickel 5 234 $35000
I SECTION
-(wik-Flange bull 10 and 20 Conductor PinsISO O-Ring Flange
~~I
I
--~-~-middotc ---________
-= == I0=0--1 K
~f I032 Oa I
tI L ~ I bull M--j
No Part Kwik- Ref Unit Pins Number Reference Flange ISO K L M CA Price
10 9123000 60182481-1 K075 NW16 118 261 329 445 $35000 10 9123001 60182481-2 K100 NW25 157 211 379 395 $35000 10 9123002 60182481-3 K150 NW40 216 211 379 395 $35500 10 9123003 60182481-4 K200 NW50 295 211 379 395 $35500 20 9123004 60182482-1 K150 NW40 216 230 360 455 $45000 20 9123005 60182482-2 K200 NW50 295 230 360 455 $45000
~-
supplied with each feedthrough in
200 ~ i
50 100Pin
7520-Pin-~t+t+Mf)l
10middotPin 150 2QmiddotPin
00 deg0
0 00 deg CA-----I$-~amp IMulti-Pin Connectors
One mating air-side connector is 135 lOoPin
19720-Pin
Section 1middot2 To order additional I I connectors see page 141
1-=--250 lOoPin--1 293 2OmiddotPin
Note CA (Connector Attached) is the distance from end of connector to the vacuum sealing surface
09
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![Page 10: D-Zero Engineering Note #3740.225-EN -318 End Calorimeter .../67531/metadc833106/m2/1/high_re… · nichrome wire will be wrapped around the OD of the tube (within the insulating](https://reader034.fdocuments.net/reader034/viewer/2022042210/5eadeca80353600afe1aa543/html5/thumbnails/10.jpg)
Appendix A
ANSYS Model and Input File
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due +0 precte--Ce lt~ heurocAvtev-s
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N QC-2 V~Jlcle
EctP ~ J oOe~+ k 0oJ ~
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eECT10H PROJECT epoundRIIUmiddotCATEGORY PAGEfilii FERMILAB
-v ENGINEERING NOTE SIfSJECT NAME
N
R s S l LOWS
RsltrON
C Ie
I
2 5 k
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IJI Ji I
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1
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~ _T([PREP] TITLE EC BEAMPIPE INVESTIGATION
--N-1
kbc1 ktemp-1 ET15511 1
c MATERIAL 1 - 304 STAINLESS STEEL
KXX133 C11860 DENS 1 285
cu MATERIAL 2 - NITROGEN GAS
KXX I 2 000468 C24736 DENS2 000074
c MATERIAL 3 - NRC2 (AXIAL)
KXX3114E-06 KYY347S4E-07C34073 DENS3 0008
c MATERIAl 4 - NRC2 (RADIAl)
~44754E-07 rYV4912E-06 C44073 DENS4 0008
c MATERIAL 5 - BELLOWS REGION
KXX5215 KYV 5 0825 C51860 DENSS 285
c DEFINE GEOMETRY OF SOLUTION REGION
Nl10S75OO N2001OS754975 FILLl20019821 NGEN2200l200l025OO NGEN2200201400l076OO N60111875OO N602l187525 N603l187546875 N604l187575 N800l18754975
~LL604800195605l aEN2200601800l1125OO
NGEN220080181011375OO N10111437524375 N10121437528125 NCEN2200813100011375OO NCEN22001001120010625OO
NGEN220012011212125O0 NGEN261214011412125 OO
MAT 1
E12012022 EGEN 199 11 EGEN2400 1199l EGEN5200200201l ElOll121112121012 EGEN7l407 E103212321233l033 EGEN168l414 E1211141114121212 E1401141314141402 E1402141414151403 EGEN25125835841 E14111423 1424 1412 EGEN2512633
MAT 2
E201401402202 EGEN1991658
MAl3
E610810811611 EGEN19O1857 E81010101011811 EGEN 190111047
MAT4
E603 803 804 604 EGEN711237 EGEN 3 200 1237 12431 E1010121012111011 EGEN2200 1251 12581 E1403141514161404 EGEN811267 EGEN2512126712741
MAT 5
E 1018 1218 1219 1019 EGEN14l1475
C Load Step 1
tunif273 nt 1701 temp 3000 nt1212temp88014001 nt1412temp880171212iterlOl time2500000 Iwrite
C Load Step 2
middot ktefQfl-l kbcl nselnode6l2800
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c Load Step 2
ktemp-lkbcl iterlOl time2759200 Iwrite
afwrite finish
input27finish
postl
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rrfor se I node 612 nasenode659 naselnode706 naselnode753 naselnode800 prtemp
createlIac1 set2arg1 nselnode612 nase I node 659 naselnode706 nase I node 753 naselnode800 prtemp end usemacll rp241
set31 nHIx1S nrsly2a2IOOnl isall nbullbullInod612 ~bullbull I nod 669
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finish
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LOAD STEP 1 ITERATION 1 SECTION 1 TIME= 025000E+07 LOAD CASE= 1
I NODE 612 659 706 753 800
TEMP 29446666 27632963 26394557 25672441 25435179
LOAD STEP 2 ITERATION= 1 TIME= 025108E+07 LOAD CASE=
SECTION= 1
1
NODE 612 659 706 753 800
TEMP 29617184 28160554 26999707 26292701 26057493
LOAD STEP 2 ITERATION= 2 TIME= 025216E+07 LOAD CASE=
SECTION 1
1
NODE 612 659 706 753 800
TEMP 29741237 28628694 27590871 26917430 26688492
LOAD STEP 2 ITERATION 3 TIME= 025324E+07 LOAD CASE=
SECTION 1
1
NODE 612 659 706 753 800
TEMP 29831952 29022026 28141027 27525117 27309353
LOAD STEP 2 ITERATION 4 TIME 025432E+07 LOAD CASE
SECTION 1
1
NODE 612 659 706 753 800
TEMP 29903577 29353538 28640948 28102342 27907128
LOAD STEP 2 ITERATION 5 TIME= 025540E+07 LOAD CASE
SECTION 1
1
1
NODE 612 659 706 753 800
TEMP 29964165 29640609 29093592 28643795 28474906
LOAD STEP 2 ITERATION= TIME= 025648E+07 LOAD
6 SECTION= CASE= 1
1
NODE 612 659 706 753 800
TEMP 30017535 29895585 29505204 29148067 29008753
LOAD STEP 2 ITERATION= 7 SECTION TIME= 025756E+07 LOAD CASE= 1
1
NODE 612 659 706 753 800
TEMP 30065536 30125870 29881516 29615709 29506900
LOAD STEP 2 ITERATION= 8 SECTION= TIME= 025864E+07 LOAD CASE= 1
1
NODE 612 659 706 753 800
TEMP 30109191 30335885 30226947 30048322 29969358
LOAD STEP 2 ITERATION= 9 SECTION= TIME= 025972E+07 LOAD CASE= 1
1
NODE 612 659 706 753 800
TEMP 30149149 30528460 30544819 30447992 30397363
LOAD STEP 2 ITERATION TIME= 026080E+07 LOAD
10 SECTION= CASE= 1
1
NODE 612 659 706 753 800
TEMP 30185860 30705576 30837726 30816966 30792818
LOAD STEP 2 ITERATION= 11 SEmON= TIME= 026188E+07 LOAD CASE 1
1
NODE 612 659 706 753 800
TEMP 30219660 30868738 31107811 31157478 31157893
LOAD STEP 2 ITERATION 12TIME 026296E+07 LOAD CASE
- NODE TEMP 612 30250816 659 31019171 706 31356928 753 31471665 800 31494789
LOAD STEP 2 ITERATION 13 TIME 026404E+07 LOAD CASE=
NODE TEMP 612 30279549 659 31157923 706 31586738 753 31761538 800 31805627
LOAD STEP 2 ITERATION= 14 TIME= 026512E+07 LOAD CASE=
NODE TEMP 612 30306055 659 31285922 706 31798748 753 32028969
r- 800 32092402
LOAD STEP 2 ITERATION 15 TIME= 026620E+07 LOAD CASE=
NODE TEMP 612 30330508 659 31404009 706 31994342 753 32275691 800 32356971
LOAD STEP 2 ITERATION 16 TIME= 026728E+07 LOAD CASE
NODE TEMP 612 30353068 659 31512954 706 321 74790 753 32503307 800 32601051
LOAD STEP 2 ITERATION 17 TIME 026836E+07 LOAD CASE
NODE TEMP - 612 30373882
659 31613465 706 32341267 753 32713297 800 32826228
SECTION 1 1
SECTION 1 1
SECTION 1
1
SECTION= 1
1
SECTION= 1
1
SECTION 1 1
1
1
LOAD STEP 2 ITERATION= 18 TIME= 026944E+07 LOAD CASE=
NODE TEMP 612 30393084 659 31706194 706 32494853 753 32907025 800 33033968
LOAD STEP 2 ITERATION= 19 TIME 027052E+07 LOAD CASE=
NODE TEMP 612 30410800 659 31791743 706 32636547 753 33085752 800 33225621
LOAD STEP 2 ITERATION= 20 TIME 027160E+07 LOAD CASE=
NODE TEMP 612 30427144 659 31870668 706 32767269 753 33250639 800 33402432
LOAD STEP 2 ITERATION 21 TIME 027268E+07 LOAD CASE
NODE TEMP 612 30442222 659 31943482 706 32887869 753 33402758 800 33565552
LOAD STEP 2 ITERATION= 22 TIME= 027376E+07 LOAD CASE=
NODE TEMP 612 30456133 659 320 10658 706 32999130 753 33543097 800 33716041
LOAD STEP 2 ITERATION 23 TIME- 027484E+07 LOAD CASE
NODE TEMP 612 30468967 659 320 72632 706 33101776 753 33672670 800 33854876
SECTION= 1
SECTION= 1
SECTION= 1
1
SECTION= 1
1
SECTION= 1
1
SEmON 1 1
LOAD STEP 2 ITERATION= 24 SECTION= 1 TIME= 027592E+07 LOAD CASE= 1
_ NODE TEMP 612 30480807 659 32129806 706 331 96472 753 33792016 800 33982961
LOAD STEP 3 ITERATION= 1 SECTION= 1 TIME= O27592E+07 LOAD CASE= 1
NODE TEMP 612 30621868 659 32810989 706 34324696 753 35215103 800 35508962
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Drawjnes Sketches and Manufacturo[s Data Sheets
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END FFUSION PUMP AND R
SGAU
FULL
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I SECTION
Multi-Pin Instrumentation Feedthroughs
I bull Multi-Pin
bull 1 0 and 20 Conductors bull 700 Volts - 1 0 Amps
Please order by Part Number Note that listed prices are for single unit sales Contact factory for quantity discounts
12 Description
Units are designed and rated for high and ultra high vacuum applications They are constructed of vacuum grade materials including 032 diameter moshylybdenum conductor pins with high purity alumina insulation on type 304 stainless steel weldable mounts and flanges Atmospheric side mating conshynectors are supplied For additional connectors see page 141 Vacuum side connectors are detailed on page 145
12 General Specifications
Voltage Rating 700V DC Current Rating 10 Amps Maximum Current All Pins Loaded 10 Pins 50 Amps 20 Pins 75 Amps
Temperature Rating Del-Weld amp Del-Seal to 450degC Kwik-Flange amp Del-Thread to 150degC Connectors bull to 125degC
8akeable to 450degC without connector 8akeable to 450degC without connector
O-nog or Teflon tape
Del-Weld bull 10 and 20 Conductor Pins Weldable Adapter
I -II I
c --
No Part Unit Pins Number Reference A B C 0 CA Price
10 9121000 601 B0875-1 747 60 211 379 395 $23000 20 9121001 60181142-2 1372 75 230 360 455 $37000
Del-Seal -10 and 20 Conductor Pins Metal Seal Flange
1ooIf---CA--~ I
I
Flange Reference Nom F
~08 ~~~pound~_~~ ~ ~ ~~~(middotfi~~- -_~_ ~ ~-~~lt
Unit G H CA Price
261
235
--
SECTION
Del-Seal middot5000 Volts Metal Seal Flange
See Tallie
Four Conductors pound2 ~~273
Part No Reference Conductor Amps Flange Price
IC e 050 Copper 15 050 Nickel 5
f- 100 - 75 -50 ~-500-- I
I See Table
Eight Conductors 100 Lshy r shy273
Part No Reference Conductor Amps Flange Price
9422032 601A0418-1 094 Copper 30 2 $28500 9422033 601A0418-2 092 Nickel 15 2 $28500 9422034 601A0418-3 050 Copper 15 2 $28500 9422035 601A0418-4 050 Nickel 5 2 $28500 ~ 100 i- 75 50 --000middotshy
Twelve Conductors
Part No Reference Conductor Amps Flange Pt1ce
m
- -lt
9422036 601B19n-2 094 Copper 30 234 $35000 L9422037 601B19n-1 092 Nickel 15 234 $35000 9422038 601B19n-4 050 Copper 15 234 $35000 LSeeTabie
9422039 601B19n-3 050 Nickel 5 234 $35000
I SECTION
-(wik-Flange bull 10 and 20 Conductor PinsISO O-Ring Flange
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No Part Kwik- Ref Unit Pins Number Reference Flange ISO K L M CA Price
10 9123000 60182481-1 K075 NW16 118 261 329 445 $35000 10 9123001 60182481-2 K100 NW25 157 211 379 395 $35000 10 9123002 60182481-3 K150 NW40 216 211 379 395 $35500 10 9123003 60182481-4 K200 NW50 295 211 379 395 $35500 20 9123004 60182482-1 K150 NW40 216 230 360 455 $45000 20 9123005 60182482-2 K200 NW50 295 230 360 455 $45000
~-
supplied with each feedthrough in
200 ~ i
50 100Pin
7520-Pin-~t+t+Mf)l
10middotPin 150 2QmiddotPin
00 deg0
0 00 deg CA-----I$-~amp IMulti-Pin Connectors
One mating air-side connector is 135 lOoPin
19720-Pin
Section 1middot2 To order additional I I connectors see page 141
1-=--250 lOoPin--1 293 2OmiddotPin
Note CA (Connector Attached) is the distance from end of connector to the vacuum sealing surface
09
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--N-1
kbc1 ktemp-1 ET15511 1
c MATERIAL 1 - 304 STAINLESS STEEL
KXX133 C11860 DENS 1 285
cu MATERIAL 2 - NITROGEN GAS
KXX I 2 000468 C24736 DENS2 000074
c MATERIAL 3 - NRC2 (AXIAL)
KXX3114E-06 KYY347S4E-07C34073 DENS3 0008
c MATERIAl 4 - NRC2 (RADIAl)
~44754E-07 rYV4912E-06 C44073 DENS4 0008
c MATERIAL 5 - BELLOWS REGION
KXX5215 KYV 5 0825 C51860 DENSS 285
c DEFINE GEOMETRY OF SOLUTION REGION
Nl10S75OO N2001OS754975 FILLl20019821 NGEN2200l200l025OO NGEN2200201400l076OO N60111875OO N602l187525 N603l187546875 N604l187575 N800l18754975
~LL604800195605l aEN2200601800l1125OO
NGEN220080181011375OO N10111437524375 N10121437528125 NCEN2200813100011375OO NCEN22001001120010625OO
NGEN220012011212125O0 NGEN261214011412125 OO
MAT 1
E12012022 EGEN 199 11 EGEN2400 1199l EGEN5200200201l ElOll121112121012 EGEN7l407 E103212321233l033 EGEN168l414 E1211141114121212 E1401141314141402 E1402141414151403 EGEN25125835841 E14111423 1424 1412 EGEN2512633
MAT 2
E201401402202 EGEN1991658
MAl3
E610810811611 EGEN19O1857 E81010101011811 EGEN 190111047
MAT4
E603 803 804 604 EGEN711237 EGEN 3 200 1237 12431 E1010121012111011 EGEN2200 1251 12581 E1403141514161404 EGEN811267 EGEN2512126712741
MAT 5
E 1018 1218 1219 1019 EGEN14l1475
C Load Step 1
tunif273 nt 1701 temp 3000 nt1212temp88014001 nt1412temp880171212iterlOl time2500000 Iwrite
C Load Step 2
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LOAD STEP 1 ITERATION 1 SECTION 1 TIME= 025000E+07 LOAD CASE= 1
I NODE 612 659 706 753 800
TEMP 29446666 27632963 26394557 25672441 25435179
LOAD STEP 2 ITERATION= 1 TIME= 025108E+07 LOAD CASE=
SECTION= 1
1
NODE 612 659 706 753 800
TEMP 29617184 28160554 26999707 26292701 26057493
LOAD STEP 2 ITERATION= 2 TIME= 025216E+07 LOAD CASE=
SECTION 1
1
NODE 612 659 706 753 800
TEMP 29741237 28628694 27590871 26917430 26688492
LOAD STEP 2 ITERATION 3 TIME= 025324E+07 LOAD CASE=
SECTION 1
1
NODE 612 659 706 753 800
TEMP 29831952 29022026 28141027 27525117 27309353
LOAD STEP 2 ITERATION 4 TIME 025432E+07 LOAD CASE
SECTION 1
1
NODE 612 659 706 753 800
TEMP 29903577 29353538 28640948 28102342 27907128
LOAD STEP 2 ITERATION 5 TIME= 025540E+07 LOAD CASE
SECTION 1
1
1
NODE 612 659 706 753 800
TEMP 29964165 29640609 29093592 28643795 28474906
LOAD STEP 2 ITERATION= TIME= 025648E+07 LOAD
6 SECTION= CASE= 1
1
NODE 612 659 706 753 800
TEMP 30017535 29895585 29505204 29148067 29008753
LOAD STEP 2 ITERATION= 7 SECTION TIME= 025756E+07 LOAD CASE= 1
1
NODE 612 659 706 753 800
TEMP 30065536 30125870 29881516 29615709 29506900
LOAD STEP 2 ITERATION= 8 SECTION= TIME= 025864E+07 LOAD CASE= 1
1
NODE 612 659 706 753 800
TEMP 30109191 30335885 30226947 30048322 29969358
LOAD STEP 2 ITERATION= 9 SECTION= TIME= 025972E+07 LOAD CASE= 1
1
NODE 612 659 706 753 800
TEMP 30149149 30528460 30544819 30447992 30397363
LOAD STEP 2 ITERATION TIME= 026080E+07 LOAD
10 SECTION= CASE= 1
1
NODE 612 659 706 753 800
TEMP 30185860 30705576 30837726 30816966 30792818
LOAD STEP 2 ITERATION= 11 SEmON= TIME= 026188E+07 LOAD CASE 1
1
NODE 612 659 706 753 800
TEMP 30219660 30868738 31107811 31157478 31157893
LOAD STEP 2 ITERATION 12TIME 026296E+07 LOAD CASE
- NODE TEMP 612 30250816 659 31019171 706 31356928 753 31471665 800 31494789
LOAD STEP 2 ITERATION 13 TIME 026404E+07 LOAD CASE=
NODE TEMP 612 30279549 659 31157923 706 31586738 753 31761538 800 31805627
LOAD STEP 2 ITERATION= 14 TIME= 026512E+07 LOAD CASE=
NODE TEMP 612 30306055 659 31285922 706 31798748 753 32028969
r- 800 32092402
LOAD STEP 2 ITERATION 15 TIME= 026620E+07 LOAD CASE=
NODE TEMP 612 30330508 659 31404009 706 31994342 753 32275691 800 32356971
LOAD STEP 2 ITERATION 16 TIME= 026728E+07 LOAD CASE
NODE TEMP 612 30353068 659 31512954 706 321 74790 753 32503307 800 32601051
LOAD STEP 2 ITERATION 17 TIME 026836E+07 LOAD CASE
NODE TEMP - 612 30373882
659 31613465 706 32341267 753 32713297 800 32826228
SECTION 1 1
SECTION 1 1
SECTION 1
1
SECTION= 1
1
SECTION= 1
1
SECTION 1 1
1
1
LOAD STEP 2 ITERATION= 18 TIME= 026944E+07 LOAD CASE=
NODE TEMP 612 30393084 659 31706194 706 32494853 753 32907025 800 33033968
LOAD STEP 2 ITERATION= 19 TIME 027052E+07 LOAD CASE=
NODE TEMP 612 30410800 659 31791743 706 32636547 753 33085752 800 33225621
LOAD STEP 2 ITERATION= 20 TIME 027160E+07 LOAD CASE=
NODE TEMP 612 30427144 659 31870668 706 32767269 753 33250639 800 33402432
LOAD STEP 2 ITERATION 21 TIME 027268E+07 LOAD CASE
NODE TEMP 612 30442222 659 31943482 706 32887869 753 33402758 800 33565552
LOAD STEP 2 ITERATION= 22 TIME= 027376E+07 LOAD CASE=
NODE TEMP 612 30456133 659 320 10658 706 32999130 753 33543097 800 33716041
LOAD STEP 2 ITERATION 23 TIME- 027484E+07 LOAD CASE
NODE TEMP 612 30468967 659 320 72632 706 33101776 753 33672670 800 33854876
SECTION= 1
SECTION= 1
SECTION= 1
1
SECTION= 1
1
SECTION= 1
1
SEmON 1 1
LOAD STEP 2 ITERATION= 24 SECTION= 1 TIME= 027592E+07 LOAD CASE= 1
_ NODE TEMP 612 30480807 659 32129806 706 331 96472 753 33792016 800 33982961
LOAD STEP 3 ITERATION= 1 SECTION= 1 TIME= O27592E+07 LOAD CASE= 1
NODE TEMP 612 30621868 659 32810989 706 34324696 753 35215103 800 35508962
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Drawjnes Sketches and Manufacturo[s Data Sheets
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I SECTION
Multi-Pin Instrumentation Feedthroughs
I bull Multi-Pin
bull 1 0 and 20 Conductors bull 700 Volts - 1 0 Amps
Please order by Part Number Note that listed prices are for single unit sales Contact factory for quantity discounts
12 Description
Units are designed and rated for high and ultra high vacuum applications They are constructed of vacuum grade materials including 032 diameter moshylybdenum conductor pins with high purity alumina insulation on type 304 stainless steel weldable mounts and flanges Atmospheric side mating conshynectors are supplied For additional connectors see page 141 Vacuum side connectors are detailed on page 145
12 General Specifications
Voltage Rating 700V DC Current Rating 10 Amps Maximum Current All Pins Loaded 10 Pins 50 Amps 20 Pins 75 Amps
Temperature Rating Del-Weld amp Del-Seal to 450degC Kwik-Flange amp Del-Thread to 150degC Connectors bull to 125degC
8akeable to 450degC without connector 8akeable to 450degC without connector
O-nog or Teflon tape
Del-Weld bull 10 and 20 Conductor Pins Weldable Adapter
I -II I
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No Part Unit Pins Number Reference A B C 0 CA Price
10 9121000 601 B0875-1 747 60 211 379 395 $23000 20 9121001 60181142-2 1372 75 230 360 455 $37000
Del-Seal -10 and 20 Conductor Pins Metal Seal Flange
1ooIf---CA--~ I
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Flange Reference Nom F
~08 ~~~pound~_~~ ~ ~ ~~~(middotfi~~- -_~_ ~ ~-~~lt
Unit G H CA Price
261
235
--
SECTION
Del-Seal middot5000 Volts Metal Seal Flange
See Tallie
Four Conductors pound2 ~~273
Part No Reference Conductor Amps Flange Price
IC e 050 Copper 15 050 Nickel 5
f- 100 - 75 -50 ~-500-- I
I See Table
Eight Conductors 100 Lshy r shy273
Part No Reference Conductor Amps Flange Price
9422032 601A0418-1 094 Copper 30 2 $28500 9422033 601A0418-2 092 Nickel 15 2 $28500 9422034 601A0418-3 050 Copper 15 2 $28500 9422035 601A0418-4 050 Nickel 5 2 $28500 ~ 100 i- 75 50 --000middotshy
Twelve Conductors
Part No Reference Conductor Amps Flange Pt1ce
m
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9422036 601B19n-2 094 Copper 30 234 $35000 L9422037 601B19n-1 092 Nickel 15 234 $35000 9422038 601B19n-4 050 Copper 15 234 $35000 LSeeTabie
9422039 601B19n-3 050 Nickel 5 234 $35000
I SECTION
-(wik-Flange bull 10 and 20 Conductor PinsISO O-Ring Flange
~~I
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No Part Kwik- Ref Unit Pins Number Reference Flange ISO K L M CA Price
10 9123000 60182481-1 K075 NW16 118 261 329 445 $35000 10 9123001 60182481-2 K100 NW25 157 211 379 395 $35000 10 9123002 60182481-3 K150 NW40 216 211 379 395 $35500 10 9123003 60182481-4 K200 NW50 295 211 379 395 $35500 20 9123004 60182482-1 K150 NW40 216 230 360 455 $45000 20 9123005 60182482-2 K200 NW50 295 230 360 455 $45000
~-
supplied with each feedthrough in
200 ~ i
50 100Pin
7520-Pin-~t+t+Mf)l
10middotPin 150 2QmiddotPin
00 deg0
0 00 deg CA-----I$-~amp IMulti-Pin Connectors
One mating air-side connector is 135 lOoPin
19720-Pin
Section 1middot2 To order additional I I connectors see page 141
1-=--250 lOoPin--1 293 2OmiddotPin
Note CA (Connector Attached) is the distance from end of connector to the vacuum sealing surface
09
--------------------_- - shy
![Page 12: D-Zero Engineering Note #3740.225-EN -318 End Calorimeter .../67531/metadc833106/m2/1/high_re… · nichrome wire will be wrapped around the OD of the tube (within the insulating](https://reader034.fdocuments.net/reader034/viewer/2022042210/5eadeca80353600afe1aa543/html5/thumbnails/12.jpg)
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eECT10H PROJECT epoundRIIUmiddotCATEGORY PAGEfilii FERMILAB
-v ENGINEERING NOTE SIfSJECT NAME
N
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kbc1 ktemp-1 ET15511 1
c MATERIAL 1 - 304 STAINLESS STEEL
KXX133 C11860 DENS 1 285
cu MATERIAL 2 - NITROGEN GAS
KXX I 2 000468 C24736 DENS2 000074
c MATERIAL 3 - NRC2 (AXIAL)
KXX3114E-06 KYY347S4E-07C34073 DENS3 0008
c MATERIAl 4 - NRC2 (RADIAl)
~44754E-07 rYV4912E-06 C44073 DENS4 0008
c MATERIAL 5 - BELLOWS REGION
KXX5215 KYV 5 0825 C51860 DENSS 285
c DEFINE GEOMETRY OF SOLUTION REGION
Nl10S75OO N2001OS754975 FILLl20019821 NGEN2200l200l025OO NGEN2200201400l076OO N60111875OO N602l187525 N603l187546875 N604l187575 N800l18754975
~LL604800195605l aEN2200601800l1125OO
NGEN220080181011375OO N10111437524375 N10121437528125 NCEN2200813100011375OO NCEN22001001120010625OO
NGEN220012011212125O0 NGEN261214011412125 OO
MAT 1
E12012022 EGEN 199 11 EGEN2400 1199l EGEN5200200201l ElOll121112121012 EGEN7l407 E103212321233l033 EGEN168l414 E1211141114121212 E1401141314141402 E1402141414151403 EGEN25125835841 E14111423 1424 1412 EGEN2512633
MAT 2
E201401402202 EGEN1991658
MAl3
E610810811611 EGEN19O1857 E81010101011811 EGEN 190111047
MAT4
E603 803 804 604 EGEN711237 EGEN 3 200 1237 12431 E1010121012111011 EGEN2200 1251 12581 E1403141514161404 EGEN811267 EGEN2512126712741
MAT 5
E 1018 1218 1219 1019 EGEN14l1475
C Load Step 1
tunif273 nt 1701 temp 3000 nt1212temp88014001 nt1412temp880171212iterlOl time2500000 Iwrite
C Load Step 2
middot ktefQfl-l kbcl nselnode6l2800
-8 II 0339 all iter24Ol time2759200 Iwrite
c Load Step 2
ktemp-lkbcl iterlOl time2759200 Iwrite
afwrite finish
input27finish
postl
setll nselx15 nrsely282lOO nl isall
rrfor se I node 612 nasenode659 naselnode706 naselnode753 naselnode800 prtemp
createlIac1 set2arg1 nselnode612 nase I node 659 naselnode706 nase I node 753 naselnode800 prtemp end usemacll rp241
set31 nHIx1S nrsly2a2IOOnl isall nbullbullInod612 ~bullbull I nod 669
bullbullbull Inod706 nabullbull Inod753 nabullbull InodaOO prtemp
finish
-z -9 (
LOAD STEP 1 ITERATION 1 SECTION 1 TIME= 025000E+07 LOAD CASE= 1
I NODE 612 659 706 753 800
TEMP 29446666 27632963 26394557 25672441 25435179
LOAD STEP 2 ITERATION= 1 TIME= 025108E+07 LOAD CASE=
SECTION= 1
1
NODE 612 659 706 753 800
TEMP 29617184 28160554 26999707 26292701 26057493
LOAD STEP 2 ITERATION= 2 TIME= 025216E+07 LOAD CASE=
SECTION 1
1
NODE 612 659 706 753 800
TEMP 29741237 28628694 27590871 26917430 26688492
LOAD STEP 2 ITERATION 3 TIME= 025324E+07 LOAD CASE=
SECTION 1
1
NODE 612 659 706 753 800
TEMP 29831952 29022026 28141027 27525117 27309353
LOAD STEP 2 ITERATION 4 TIME 025432E+07 LOAD CASE
SECTION 1
1
NODE 612 659 706 753 800
TEMP 29903577 29353538 28640948 28102342 27907128
LOAD STEP 2 ITERATION 5 TIME= 025540E+07 LOAD CASE
SECTION 1
1
1
NODE 612 659 706 753 800
TEMP 29964165 29640609 29093592 28643795 28474906
LOAD STEP 2 ITERATION= TIME= 025648E+07 LOAD
6 SECTION= CASE= 1
1
NODE 612 659 706 753 800
TEMP 30017535 29895585 29505204 29148067 29008753
LOAD STEP 2 ITERATION= 7 SECTION TIME= 025756E+07 LOAD CASE= 1
1
NODE 612 659 706 753 800
TEMP 30065536 30125870 29881516 29615709 29506900
LOAD STEP 2 ITERATION= 8 SECTION= TIME= 025864E+07 LOAD CASE= 1
1
NODE 612 659 706 753 800
TEMP 30109191 30335885 30226947 30048322 29969358
LOAD STEP 2 ITERATION= 9 SECTION= TIME= 025972E+07 LOAD CASE= 1
1
NODE 612 659 706 753 800
TEMP 30149149 30528460 30544819 30447992 30397363
LOAD STEP 2 ITERATION TIME= 026080E+07 LOAD
10 SECTION= CASE= 1
1
NODE 612 659 706 753 800
TEMP 30185860 30705576 30837726 30816966 30792818
LOAD STEP 2 ITERATION= 11 SEmON= TIME= 026188E+07 LOAD CASE 1
1
NODE 612 659 706 753 800
TEMP 30219660 30868738 31107811 31157478 31157893
LOAD STEP 2 ITERATION 12TIME 026296E+07 LOAD CASE
- NODE TEMP 612 30250816 659 31019171 706 31356928 753 31471665 800 31494789
LOAD STEP 2 ITERATION 13 TIME 026404E+07 LOAD CASE=
NODE TEMP 612 30279549 659 31157923 706 31586738 753 31761538 800 31805627
LOAD STEP 2 ITERATION= 14 TIME= 026512E+07 LOAD CASE=
NODE TEMP 612 30306055 659 31285922 706 31798748 753 32028969
r- 800 32092402
LOAD STEP 2 ITERATION 15 TIME= 026620E+07 LOAD CASE=
NODE TEMP 612 30330508 659 31404009 706 31994342 753 32275691 800 32356971
LOAD STEP 2 ITERATION 16 TIME= 026728E+07 LOAD CASE
NODE TEMP 612 30353068 659 31512954 706 321 74790 753 32503307 800 32601051
LOAD STEP 2 ITERATION 17 TIME 026836E+07 LOAD CASE
NODE TEMP - 612 30373882
659 31613465 706 32341267 753 32713297 800 32826228
SECTION 1 1
SECTION 1 1
SECTION 1
1
SECTION= 1
1
SECTION= 1
1
SECTION 1 1
1
1
LOAD STEP 2 ITERATION= 18 TIME= 026944E+07 LOAD CASE=
NODE TEMP 612 30393084 659 31706194 706 32494853 753 32907025 800 33033968
LOAD STEP 2 ITERATION= 19 TIME 027052E+07 LOAD CASE=
NODE TEMP 612 30410800 659 31791743 706 32636547 753 33085752 800 33225621
LOAD STEP 2 ITERATION= 20 TIME 027160E+07 LOAD CASE=
NODE TEMP 612 30427144 659 31870668 706 32767269 753 33250639 800 33402432
LOAD STEP 2 ITERATION 21 TIME 027268E+07 LOAD CASE
NODE TEMP 612 30442222 659 31943482 706 32887869 753 33402758 800 33565552
LOAD STEP 2 ITERATION= 22 TIME= 027376E+07 LOAD CASE=
NODE TEMP 612 30456133 659 320 10658 706 32999130 753 33543097 800 33716041
LOAD STEP 2 ITERATION 23 TIME- 027484E+07 LOAD CASE
NODE TEMP 612 30468967 659 320 72632 706 33101776 753 33672670 800 33854876
SECTION= 1
SECTION= 1
SECTION= 1
1
SECTION= 1
1
SECTION= 1
1
SEmON 1 1
LOAD STEP 2 ITERATION= 24 SECTION= 1 TIME= 027592E+07 LOAD CASE= 1
_ NODE TEMP 612 30480807 659 32129806 706 331 96472 753 33792016 800 33982961
LOAD STEP 3 ITERATION= 1 SECTION= 1 TIME= O27592E+07 LOAD CASE= 1
NODE TEMP 612 30621868 659 32810989 706 34324696 753 35215103 800 35508962
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Drawjnes Sketches and Manufacturo[s Data Sheets
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END FFUSION PUMP AND R
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I SECTION
Multi-Pin Instrumentation Feedthroughs
I bull Multi-Pin
bull 1 0 and 20 Conductors bull 700 Volts - 1 0 Amps
Please order by Part Number Note that listed prices are for single unit sales Contact factory for quantity discounts
12 Description
Units are designed and rated for high and ultra high vacuum applications They are constructed of vacuum grade materials including 032 diameter moshylybdenum conductor pins with high purity alumina insulation on type 304 stainless steel weldable mounts and flanges Atmospheric side mating conshynectors are supplied For additional connectors see page 141 Vacuum side connectors are detailed on page 145
12 General Specifications
Voltage Rating 700V DC Current Rating 10 Amps Maximum Current All Pins Loaded 10 Pins 50 Amps 20 Pins 75 Amps
Temperature Rating Del-Weld amp Del-Seal to 450degC Kwik-Flange amp Del-Thread to 150degC Connectors bull to 125degC
8akeable to 450degC without connector 8akeable to 450degC without connector
O-nog or Teflon tape
Del-Weld bull 10 and 20 Conductor Pins Weldable Adapter
I -II I
c --
No Part Unit Pins Number Reference A B C 0 CA Price
10 9121000 601 B0875-1 747 60 211 379 395 $23000 20 9121001 60181142-2 1372 75 230 360 455 $37000
Del-Seal -10 and 20 Conductor Pins Metal Seal Flange
1ooIf---CA--~ I
I
Flange Reference Nom F
~08 ~~~pound~_~~ ~ ~ ~~~(middotfi~~- -_~_ ~ ~-~~lt
Unit G H CA Price
261
235
--
SECTION
Del-Seal middot5000 Volts Metal Seal Flange
See Tallie
Four Conductors pound2 ~~273
Part No Reference Conductor Amps Flange Price
IC e 050 Copper 15 050 Nickel 5
f- 100 - 75 -50 ~-500-- I
I See Table
Eight Conductors 100 Lshy r shy273
Part No Reference Conductor Amps Flange Price
9422032 601A0418-1 094 Copper 30 2 $28500 9422033 601A0418-2 092 Nickel 15 2 $28500 9422034 601A0418-3 050 Copper 15 2 $28500 9422035 601A0418-4 050 Nickel 5 2 $28500 ~ 100 i- 75 50 --000middotshy
Twelve Conductors
Part No Reference Conductor Amps Flange Pt1ce
m
- -lt
9422036 601B19n-2 094 Copper 30 234 $35000 L9422037 601B19n-1 092 Nickel 15 234 $35000 9422038 601B19n-4 050 Copper 15 234 $35000 LSeeTabie
9422039 601B19n-3 050 Nickel 5 234 $35000
I SECTION
-(wik-Flange bull 10 and 20 Conductor PinsISO O-Ring Flange
~~I
I
--~-~-middotc ---________
-= == I0=0--1 K
~f I032 Oa I
tI L ~ I bull M--j
No Part Kwik- Ref Unit Pins Number Reference Flange ISO K L M CA Price
10 9123000 60182481-1 K075 NW16 118 261 329 445 $35000 10 9123001 60182481-2 K100 NW25 157 211 379 395 $35000 10 9123002 60182481-3 K150 NW40 216 211 379 395 $35500 10 9123003 60182481-4 K200 NW50 295 211 379 395 $35500 20 9123004 60182482-1 K150 NW40 216 230 360 455 $45000 20 9123005 60182482-2 K200 NW50 295 230 360 455 $45000
~-
supplied with each feedthrough in
200 ~ i
50 100Pin
7520-Pin-~t+t+Mf)l
10middotPin 150 2QmiddotPin
00 deg0
0 00 deg CA-----I$-~amp IMulti-Pin Connectors
One mating air-side connector is 135 lOoPin
19720-Pin
Section 1middot2 To order additional I I connectors see page 141
1-=--250 lOoPin--1 293 2OmiddotPin
Note CA (Connector Attached) is the distance from end of connector to the vacuum sealing surface
09
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eECT10H PROJECT epoundRIIUmiddotCATEGORY PAGEfilii FERMILAB
-v ENGINEERING NOTE SIfSJECT NAME
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--N-1
kbc1 ktemp-1 ET15511 1
c MATERIAL 1 - 304 STAINLESS STEEL
KXX133 C11860 DENS 1 285
cu MATERIAL 2 - NITROGEN GAS
KXX I 2 000468 C24736 DENS2 000074
c MATERIAL 3 - NRC2 (AXIAL)
KXX3114E-06 KYY347S4E-07C34073 DENS3 0008
c MATERIAl 4 - NRC2 (RADIAl)
~44754E-07 rYV4912E-06 C44073 DENS4 0008
c MATERIAL 5 - BELLOWS REGION
KXX5215 KYV 5 0825 C51860 DENSS 285
c DEFINE GEOMETRY OF SOLUTION REGION
Nl10S75OO N2001OS754975 FILLl20019821 NGEN2200l200l025OO NGEN2200201400l076OO N60111875OO N602l187525 N603l187546875 N604l187575 N800l18754975
~LL604800195605l aEN2200601800l1125OO
NGEN220080181011375OO N10111437524375 N10121437528125 NCEN2200813100011375OO NCEN22001001120010625OO
NGEN220012011212125O0 NGEN261214011412125 OO
MAT 1
E12012022 EGEN 199 11 EGEN2400 1199l EGEN5200200201l ElOll121112121012 EGEN7l407 E103212321233l033 EGEN168l414 E1211141114121212 E1401141314141402 E1402141414151403 EGEN25125835841 E14111423 1424 1412 EGEN2512633
MAT 2
E201401402202 EGEN1991658
MAl3
E610810811611 EGEN19O1857 E81010101011811 EGEN 190111047
MAT4
E603 803 804 604 EGEN711237 EGEN 3 200 1237 12431 E1010121012111011 EGEN2200 1251 12581 E1403141514161404 EGEN811267 EGEN2512126712741
MAT 5
E 1018 1218 1219 1019 EGEN14l1475
C Load Step 1
tunif273 nt 1701 temp 3000 nt1212temp88014001 nt1412temp880171212iterlOl time2500000 Iwrite
C Load Step 2
middot ktefQfl-l kbcl nselnode6l2800
-8 II 0339 all iter24Ol time2759200 Iwrite
c Load Step 2
ktemp-lkbcl iterlOl time2759200 Iwrite
afwrite finish
input27finish
postl
setll nselx15 nrsely282lOO nl isall
rrfor se I node 612 nasenode659 naselnode706 naselnode753 naselnode800 prtemp
createlIac1 set2arg1 nselnode612 nase I node 659 naselnode706 nase I node 753 naselnode800 prtemp end usemacll rp241
set31 nHIx1S nrsly2a2IOOnl isall nbullbullInod612 ~bullbull I nod 669
bullbullbull Inod706 nabullbull Inod753 nabullbull InodaOO prtemp
finish
-z -9 (
LOAD STEP 1 ITERATION 1 SECTION 1 TIME= 025000E+07 LOAD CASE= 1
I NODE 612 659 706 753 800
TEMP 29446666 27632963 26394557 25672441 25435179
LOAD STEP 2 ITERATION= 1 TIME= 025108E+07 LOAD CASE=
SECTION= 1
1
NODE 612 659 706 753 800
TEMP 29617184 28160554 26999707 26292701 26057493
LOAD STEP 2 ITERATION= 2 TIME= 025216E+07 LOAD CASE=
SECTION 1
1
NODE 612 659 706 753 800
TEMP 29741237 28628694 27590871 26917430 26688492
LOAD STEP 2 ITERATION 3 TIME= 025324E+07 LOAD CASE=
SECTION 1
1
NODE 612 659 706 753 800
TEMP 29831952 29022026 28141027 27525117 27309353
LOAD STEP 2 ITERATION 4 TIME 025432E+07 LOAD CASE
SECTION 1
1
NODE 612 659 706 753 800
TEMP 29903577 29353538 28640948 28102342 27907128
LOAD STEP 2 ITERATION 5 TIME= 025540E+07 LOAD CASE
SECTION 1
1
1
NODE 612 659 706 753 800
TEMP 29964165 29640609 29093592 28643795 28474906
LOAD STEP 2 ITERATION= TIME= 025648E+07 LOAD
6 SECTION= CASE= 1
1
NODE 612 659 706 753 800
TEMP 30017535 29895585 29505204 29148067 29008753
LOAD STEP 2 ITERATION= 7 SECTION TIME= 025756E+07 LOAD CASE= 1
1
NODE 612 659 706 753 800
TEMP 30065536 30125870 29881516 29615709 29506900
LOAD STEP 2 ITERATION= 8 SECTION= TIME= 025864E+07 LOAD CASE= 1
1
NODE 612 659 706 753 800
TEMP 30109191 30335885 30226947 30048322 29969358
LOAD STEP 2 ITERATION= 9 SECTION= TIME= 025972E+07 LOAD CASE= 1
1
NODE 612 659 706 753 800
TEMP 30149149 30528460 30544819 30447992 30397363
LOAD STEP 2 ITERATION TIME= 026080E+07 LOAD
10 SECTION= CASE= 1
1
NODE 612 659 706 753 800
TEMP 30185860 30705576 30837726 30816966 30792818
LOAD STEP 2 ITERATION= 11 SEmON= TIME= 026188E+07 LOAD CASE 1
1
NODE 612 659 706 753 800
TEMP 30219660 30868738 31107811 31157478 31157893
LOAD STEP 2 ITERATION 12TIME 026296E+07 LOAD CASE
- NODE TEMP 612 30250816 659 31019171 706 31356928 753 31471665 800 31494789
LOAD STEP 2 ITERATION 13 TIME 026404E+07 LOAD CASE=
NODE TEMP 612 30279549 659 31157923 706 31586738 753 31761538 800 31805627
LOAD STEP 2 ITERATION= 14 TIME= 026512E+07 LOAD CASE=
NODE TEMP 612 30306055 659 31285922 706 31798748 753 32028969
r- 800 32092402
LOAD STEP 2 ITERATION 15 TIME= 026620E+07 LOAD CASE=
NODE TEMP 612 30330508 659 31404009 706 31994342 753 32275691 800 32356971
LOAD STEP 2 ITERATION 16 TIME= 026728E+07 LOAD CASE
NODE TEMP 612 30353068 659 31512954 706 321 74790 753 32503307 800 32601051
LOAD STEP 2 ITERATION 17 TIME 026836E+07 LOAD CASE
NODE TEMP - 612 30373882
659 31613465 706 32341267 753 32713297 800 32826228
SECTION 1 1
SECTION 1 1
SECTION 1
1
SECTION= 1
1
SECTION= 1
1
SECTION 1 1
1
1
LOAD STEP 2 ITERATION= 18 TIME= 026944E+07 LOAD CASE=
NODE TEMP 612 30393084 659 31706194 706 32494853 753 32907025 800 33033968
LOAD STEP 2 ITERATION= 19 TIME 027052E+07 LOAD CASE=
NODE TEMP 612 30410800 659 31791743 706 32636547 753 33085752 800 33225621
LOAD STEP 2 ITERATION= 20 TIME 027160E+07 LOAD CASE=
NODE TEMP 612 30427144 659 31870668 706 32767269 753 33250639 800 33402432
LOAD STEP 2 ITERATION 21 TIME 027268E+07 LOAD CASE
NODE TEMP 612 30442222 659 31943482 706 32887869 753 33402758 800 33565552
LOAD STEP 2 ITERATION= 22 TIME= 027376E+07 LOAD CASE=
NODE TEMP 612 30456133 659 320 10658 706 32999130 753 33543097 800 33716041
LOAD STEP 2 ITERATION 23 TIME- 027484E+07 LOAD CASE
NODE TEMP 612 30468967 659 320 72632 706 33101776 753 33672670 800 33854876
SECTION= 1
SECTION= 1
SECTION= 1
1
SECTION= 1
1
SECTION= 1
1
SEmON 1 1
LOAD STEP 2 ITERATION= 24 SECTION= 1 TIME= 027592E+07 LOAD CASE= 1
_ NODE TEMP 612 30480807 659 32129806 706 331 96472 753 33792016 800 33982961
LOAD STEP 3 ITERATION= 1 SECTION= 1 TIME= O27592E+07 LOAD CASE= 1
NODE TEMP 612 30621868 659 32810989 706 34324696 753 35215103 800 35508962
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Drawjnes Sketches and Manufacturo[s Data Sheets
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I SECTION
Multi-Pin Instrumentation Feedthroughs
I bull Multi-Pin
bull 1 0 and 20 Conductors bull 700 Volts - 1 0 Amps
Please order by Part Number Note that listed prices are for single unit sales Contact factory for quantity discounts
12 Description
Units are designed and rated for high and ultra high vacuum applications They are constructed of vacuum grade materials including 032 diameter moshylybdenum conductor pins with high purity alumina insulation on type 304 stainless steel weldable mounts and flanges Atmospheric side mating conshynectors are supplied For additional connectors see page 141 Vacuum side connectors are detailed on page 145
12 General Specifications
Voltage Rating 700V DC Current Rating 10 Amps Maximum Current All Pins Loaded 10 Pins 50 Amps 20 Pins 75 Amps
Temperature Rating Del-Weld amp Del-Seal to 450degC Kwik-Flange amp Del-Thread to 150degC Connectors bull to 125degC
8akeable to 450degC without connector 8akeable to 450degC without connector
O-nog or Teflon tape
Del-Weld bull 10 and 20 Conductor Pins Weldable Adapter
I -II I
c --
No Part Unit Pins Number Reference A B C 0 CA Price
10 9121000 601 B0875-1 747 60 211 379 395 $23000 20 9121001 60181142-2 1372 75 230 360 455 $37000
Del-Seal -10 and 20 Conductor Pins Metal Seal Flange
1ooIf---CA--~ I
I
Flange Reference Nom F
~08 ~~~pound~_~~ ~ ~ ~~~(middotfi~~- -_~_ ~ ~-~~lt
Unit G H CA Price
261
235
--
SECTION
Del-Seal middot5000 Volts Metal Seal Flange
See Tallie
Four Conductors pound2 ~~273
Part No Reference Conductor Amps Flange Price
IC e 050 Copper 15 050 Nickel 5
f- 100 - 75 -50 ~-500-- I
I See Table
Eight Conductors 100 Lshy r shy273
Part No Reference Conductor Amps Flange Price
9422032 601A0418-1 094 Copper 30 2 $28500 9422033 601A0418-2 092 Nickel 15 2 $28500 9422034 601A0418-3 050 Copper 15 2 $28500 9422035 601A0418-4 050 Nickel 5 2 $28500 ~ 100 i- 75 50 --000middotshy
Twelve Conductors
Part No Reference Conductor Amps Flange Pt1ce
m
- -lt
9422036 601B19n-2 094 Copper 30 234 $35000 L9422037 601B19n-1 092 Nickel 15 234 $35000 9422038 601B19n-4 050 Copper 15 234 $35000 LSeeTabie
9422039 601B19n-3 050 Nickel 5 234 $35000
I SECTION
-(wik-Flange bull 10 and 20 Conductor PinsISO O-Ring Flange
~~I
I
--~-~-middotc ---________
-= == I0=0--1 K
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tI L ~ I bull M--j
No Part Kwik- Ref Unit Pins Number Reference Flange ISO K L M CA Price
10 9123000 60182481-1 K075 NW16 118 261 329 445 $35000 10 9123001 60182481-2 K100 NW25 157 211 379 395 $35000 10 9123002 60182481-3 K150 NW40 216 211 379 395 $35500 10 9123003 60182481-4 K200 NW50 295 211 379 395 $35500 20 9123004 60182482-1 K150 NW40 216 230 360 455 $45000 20 9123005 60182482-2 K200 NW50 295 230 360 455 $45000
~-
supplied with each feedthrough in
200 ~ i
50 100Pin
7520-Pin-~t+t+Mf)l
10middotPin 150 2QmiddotPin
00 deg0
0 00 deg CA-----I$-~amp IMulti-Pin Connectors
One mating air-side connector is 135 lOoPin
19720-Pin
Section 1middot2 To order additional I I connectors see page 141
1-=--250 lOoPin--1 293 2OmiddotPin
Note CA (Connector Attached) is the distance from end of connector to the vacuum sealing surface
09
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![Page 14: D-Zero Engineering Note #3740.225-EN -318 End Calorimeter .../67531/metadc833106/m2/1/high_re… · nichrome wire will be wrapped around the OD of the tube (within the insulating](https://reader034.fdocuments.net/reader034/viewer/2022042210/5eadeca80353600afe1aa543/html5/thumbnails/14.jpg)
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~ _T([PREP] TITLE EC BEAMPIPE INVESTIGATION
--N-1
kbc1 ktemp-1 ET15511 1
c MATERIAL 1 - 304 STAINLESS STEEL
KXX133 C11860 DENS 1 285
cu MATERIAL 2 - NITROGEN GAS
KXX I 2 000468 C24736 DENS2 000074
c MATERIAL 3 - NRC2 (AXIAL)
KXX3114E-06 KYY347S4E-07C34073 DENS3 0008
c MATERIAl 4 - NRC2 (RADIAl)
~44754E-07 rYV4912E-06 C44073 DENS4 0008
c MATERIAL 5 - BELLOWS REGION
KXX5215 KYV 5 0825 C51860 DENSS 285
c DEFINE GEOMETRY OF SOLUTION REGION
Nl10S75OO N2001OS754975 FILLl20019821 NGEN2200l200l025OO NGEN2200201400l076OO N60111875OO N602l187525 N603l187546875 N604l187575 N800l18754975
~LL604800195605l aEN2200601800l1125OO
NGEN220080181011375OO N10111437524375 N10121437528125 NCEN2200813100011375OO NCEN22001001120010625OO
NGEN220012011212125O0 NGEN261214011412125 OO
MAT 1
E12012022 EGEN 199 11 EGEN2400 1199l EGEN5200200201l ElOll121112121012 EGEN7l407 E103212321233l033 EGEN168l414 E1211141114121212 E1401141314141402 E1402141414151403 EGEN25125835841 E14111423 1424 1412 EGEN2512633
MAT 2
E201401402202 EGEN1991658
MAl3
E610810811611 EGEN19O1857 E81010101011811 EGEN 190111047
MAT4
E603 803 804 604 EGEN711237 EGEN 3 200 1237 12431 E1010121012111011 EGEN2200 1251 12581 E1403141514161404 EGEN811267 EGEN2512126712741
MAT 5
E 1018 1218 1219 1019 EGEN14l1475
C Load Step 1
tunif273 nt 1701 temp 3000 nt1212temp88014001 nt1412temp880171212iterlOl time2500000 Iwrite
C Load Step 2
middot ktefQfl-l kbcl nselnode6l2800
-8 II 0339 all iter24Ol time2759200 Iwrite
c Load Step 2
ktemp-lkbcl iterlOl time2759200 Iwrite
afwrite finish
input27finish
postl
setll nselx15 nrsely282lOO nl isall
rrfor se I node 612 nasenode659 naselnode706 naselnode753 naselnode800 prtemp
createlIac1 set2arg1 nselnode612 nase I node 659 naselnode706 nase I node 753 naselnode800 prtemp end usemacll rp241
set31 nHIx1S nrsly2a2IOOnl isall nbullbullInod612 ~bullbull I nod 669
bullbullbull Inod706 nabullbull Inod753 nabullbull InodaOO prtemp
finish
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LOAD STEP 1 ITERATION 1 SECTION 1 TIME= 025000E+07 LOAD CASE= 1
I NODE 612 659 706 753 800
TEMP 29446666 27632963 26394557 25672441 25435179
LOAD STEP 2 ITERATION= 1 TIME= 025108E+07 LOAD CASE=
SECTION= 1
1
NODE 612 659 706 753 800
TEMP 29617184 28160554 26999707 26292701 26057493
LOAD STEP 2 ITERATION= 2 TIME= 025216E+07 LOAD CASE=
SECTION 1
1
NODE 612 659 706 753 800
TEMP 29741237 28628694 27590871 26917430 26688492
LOAD STEP 2 ITERATION 3 TIME= 025324E+07 LOAD CASE=
SECTION 1
1
NODE 612 659 706 753 800
TEMP 29831952 29022026 28141027 27525117 27309353
LOAD STEP 2 ITERATION 4 TIME 025432E+07 LOAD CASE
SECTION 1
1
NODE 612 659 706 753 800
TEMP 29903577 29353538 28640948 28102342 27907128
LOAD STEP 2 ITERATION 5 TIME= 025540E+07 LOAD CASE
SECTION 1
1
1
NODE 612 659 706 753 800
TEMP 29964165 29640609 29093592 28643795 28474906
LOAD STEP 2 ITERATION= TIME= 025648E+07 LOAD
6 SECTION= CASE= 1
1
NODE 612 659 706 753 800
TEMP 30017535 29895585 29505204 29148067 29008753
LOAD STEP 2 ITERATION= 7 SECTION TIME= 025756E+07 LOAD CASE= 1
1
NODE 612 659 706 753 800
TEMP 30065536 30125870 29881516 29615709 29506900
LOAD STEP 2 ITERATION= 8 SECTION= TIME= 025864E+07 LOAD CASE= 1
1
NODE 612 659 706 753 800
TEMP 30109191 30335885 30226947 30048322 29969358
LOAD STEP 2 ITERATION= 9 SECTION= TIME= 025972E+07 LOAD CASE= 1
1
NODE 612 659 706 753 800
TEMP 30149149 30528460 30544819 30447992 30397363
LOAD STEP 2 ITERATION TIME= 026080E+07 LOAD
10 SECTION= CASE= 1
1
NODE 612 659 706 753 800
TEMP 30185860 30705576 30837726 30816966 30792818
LOAD STEP 2 ITERATION= 11 SEmON= TIME= 026188E+07 LOAD CASE 1
1
NODE 612 659 706 753 800
TEMP 30219660 30868738 31107811 31157478 31157893
LOAD STEP 2 ITERATION 12TIME 026296E+07 LOAD CASE
- NODE TEMP 612 30250816 659 31019171 706 31356928 753 31471665 800 31494789
LOAD STEP 2 ITERATION 13 TIME 026404E+07 LOAD CASE=
NODE TEMP 612 30279549 659 31157923 706 31586738 753 31761538 800 31805627
LOAD STEP 2 ITERATION= 14 TIME= 026512E+07 LOAD CASE=
NODE TEMP 612 30306055 659 31285922 706 31798748 753 32028969
r- 800 32092402
LOAD STEP 2 ITERATION 15 TIME= 026620E+07 LOAD CASE=
NODE TEMP 612 30330508 659 31404009 706 31994342 753 32275691 800 32356971
LOAD STEP 2 ITERATION 16 TIME= 026728E+07 LOAD CASE
NODE TEMP 612 30353068 659 31512954 706 321 74790 753 32503307 800 32601051
LOAD STEP 2 ITERATION 17 TIME 026836E+07 LOAD CASE
NODE TEMP - 612 30373882
659 31613465 706 32341267 753 32713297 800 32826228
SECTION 1 1
SECTION 1 1
SECTION 1
1
SECTION= 1
1
SECTION= 1
1
SECTION 1 1
1
1
LOAD STEP 2 ITERATION= 18 TIME= 026944E+07 LOAD CASE=
NODE TEMP 612 30393084 659 31706194 706 32494853 753 32907025 800 33033968
LOAD STEP 2 ITERATION= 19 TIME 027052E+07 LOAD CASE=
NODE TEMP 612 30410800 659 31791743 706 32636547 753 33085752 800 33225621
LOAD STEP 2 ITERATION= 20 TIME 027160E+07 LOAD CASE=
NODE TEMP 612 30427144 659 31870668 706 32767269 753 33250639 800 33402432
LOAD STEP 2 ITERATION 21 TIME 027268E+07 LOAD CASE
NODE TEMP 612 30442222 659 31943482 706 32887869 753 33402758 800 33565552
LOAD STEP 2 ITERATION= 22 TIME= 027376E+07 LOAD CASE=
NODE TEMP 612 30456133 659 320 10658 706 32999130 753 33543097 800 33716041
LOAD STEP 2 ITERATION 23 TIME- 027484E+07 LOAD CASE
NODE TEMP 612 30468967 659 320 72632 706 33101776 753 33672670 800 33854876
SECTION= 1
SECTION= 1
SECTION= 1
1
SECTION= 1
1
SECTION= 1
1
SEmON 1 1
LOAD STEP 2 ITERATION= 24 SECTION= 1 TIME= 027592E+07 LOAD CASE= 1
_ NODE TEMP 612 30480807 659 32129806 706 331 96472 753 33792016 800 33982961
LOAD STEP 3 ITERATION= 1 SECTION= 1 TIME= O27592E+07 LOAD CASE= 1
NODE TEMP 612 30621868 659 32810989 706 34324696 753 35215103 800 35508962
7 - 2~ -J I
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Drawjnes Sketches and Manufacturo[s Data Sheets
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I SECTION
Multi-Pin Instrumentation Feedthroughs
I bull Multi-Pin
bull 1 0 and 20 Conductors bull 700 Volts - 1 0 Amps
Please order by Part Number Note that listed prices are for single unit sales Contact factory for quantity discounts
12 Description
Units are designed and rated for high and ultra high vacuum applications They are constructed of vacuum grade materials including 032 diameter moshylybdenum conductor pins with high purity alumina insulation on type 304 stainless steel weldable mounts and flanges Atmospheric side mating conshynectors are supplied For additional connectors see page 141 Vacuum side connectors are detailed on page 145
12 General Specifications
Voltage Rating 700V DC Current Rating 10 Amps Maximum Current All Pins Loaded 10 Pins 50 Amps 20 Pins 75 Amps
Temperature Rating Del-Weld amp Del-Seal to 450degC Kwik-Flange amp Del-Thread to 150degC Connectors bull to 125degC
8akeable to 450degC without connector 8akeable to 450degC without connector
O-nog or Teflon tape
Del-Weld bull 10 and 20 Conductor Pins Weldable Adapter
I -II I
c --
No Part Unit Pins Number Reference A B C 0 CA Price
10 9121000 601 B0875-1 747 60 211 379 395 $23000 20 9121001 60181142-2 1372 75 230 360 455 $37000
Del-Seal -10 and 20 Conductor Pins Metal Seal Flange
1ooIf---CA--~ I
I
Flange Reference Nom F
~08 ~~~pound~_~~ ~ ~ ~~~(middotfi~~- -_~_ ~ ~-~~lt
Unit G H CA Price
261
235
--
SECTION
Del-Seal middot5000 Volts Metal Seal Flange
See Tallie
Four Conductors pound2 ~~273
Part No Reference Conductor Amps Flange Price
IC e 050 Copper 15 050 Nickel 5
f- 100 - 75 -50 ~-500-- I
I See Table
Eight Conductors 100 Lshy r shy273
Part No Reference Conductor Amps Flange Price
9422032 601A0418-1 094 Copper 30 2 $28500 9422033 601A0418-2 092 Nickel 15 2 $28500 9422034 601A0418-3 050 Copper 15 2 $28500 9422035 601A0418-4 050 Nickel 5 2 $28500 ~ 100 i- 75 50 --000middotshy
Twelve Conductors
Part No Reference Conductor Amps Flange Pt1ce
m
- -lt
9422036 601B19n-2 094 Copper 30 234 $35000 L9422037 601B19n-1 092 Nickel 15 234 $35000 9422038 601B19n-4 050 Copper 15 234 $35000 LSeeTabie
9422039 601B19n-3 050 Nickel 5 234 $35000
I SECTION
-(wik-Flange bull 10 and 20 Conductor PinsISO O-Ring Flange
~~I
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No Part Kwik- Ref Unit Pins Number Reference Flange ISO K L M CA Price
10 9123000 60182481-1 K075 NW16 118 261 329 445 $35000 10 9123001 60182481-2 K100 NW25 157 211 379 395 $35000 10 9123002 60182481-3 K150 NW40 216 211 379 395 $35500 10 9123003 60182481-4 K200 NW50 295 211 379 395 $35500 20 9123004 60182482-1 K150 NW40 216 230 360 455 $45000 20 9123005 60182482-2 K200 NW50 295 230 360 455 $45000
~-
supplied with each feedthrough in
200 ~ i
50 100Pin
7520-Pin-~t+t+Mf)l
10middotPin 150 2QmiddotPin
00 deg0
0 00 deg CA-----I$-~amp IMulti-Pin Connectors
One mating air-side connector is 135 lOoPin
19720-Pin
Section 1middot2 To order additional I I connectors see page 141
1-=--250 lOoPin--1 293 2OmiddotPin
Note CA (Connector Attached) is the distance from end of connector to the vacuum sealing surface
09
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![Page 15: D-Zero Engineering Note #3740.225-EN -318 End Calorimeter .../67531/metadc833106/m2/1/high_re… · nichrome wire will be wrapped around the OD of the tube (within the insulating](https://reader034.fdocuments.net/reader034/viewer/2022042210/5eadeca80353600afe1aa543/html5/thumbnails/15.jpg)
I r ~lt [
~ _T([PREP] TITLE EC BEAMPIPE INVESTIGATION
--N-1
kbc1 ktemp-1 ET15511 1
c MATERIAL 1 - 304 STAINLESS STEEL
KXX133 C11860 DENS 1 285
cu MATERIAL 2 - NITROGEN GAS
KXX I 2 000468 C24736 DENS2 000074
c MATERIAL 3 - NRC2 (AXIAL)
KXX3114E-06 KYY347S4E-07C34073 DENS3 0008
c MATERIAl 4 - NRC2 (RADIAl)
~44754E-07 rYV4912E-06 C44073 DENS4 0008
c MATERIAL 5 - BELLOWS REGION
KXX5215 KYV 5 0825 C51860 DENSS 285
c DEFINE GEOMETRY OF SOLUTION REGION
Nl10S75OO N2001OS754975 FILLl20019821 NGEN2200l200l025OO NGEN2200201400l076OO N60111875OO N602l187525 N603l187546875 N604l187575 N800l18754975
~LL604800195605l aEN2200601800l1125OO
NGEN220080181011375OO N10111437524375 N10121437528125 NCEN2200813100011375OO NCEN22001001120010625OO
NGEN220012011212125O0 NGEN261214011412125 OO
MAT 1
E12012022 EGEN 199 11 EGEN2400 1199l EGEN5200200201l ElOll121112121012 EGEN7l407 E103212321233l033 EGEN168l414 E1211141114121212 E1401141314141402 E1402141414151403 EGEN25125835841 E14111423 1424 1412 EGEN2512633
MAT 2
E201401402202 EGEN1991658
MAl3
E610810811611 EGEN19O1857 E81010101011811 EGEN 190111047
MAT4
E603 803 804 604 EGEN711237 EGEN 3 200 1237 12431 E1010121012111011 EGEN2200 1251 12581 E1403141514161404 EGEN811267 EGEN2512126712741
MAT 5
E 1018 1218 1219 1019 EGEN14l1475
C Load Step 1
tunif273 nt 1701 temp 3000 nt1212temp88014001 nt1412temp880171212iterlOl time2500000 Iwrite
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afwrite finish
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set31 nHIx1S nrsly2a2IOOnl isall nbullbullInod612 ~bullbull I nod 669
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finish
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LOAD STEP 1 ITERATION 1 SECTION 1 TIME= 025000E+07 LOAD CASE= 1
I NODE 612 659 706 753 800
TEMP 29446666 27632963 26394557 25672441 25435179
LOAD STEP 2 ITERATION= 1 TIME= 025108E+07 LOAD CASE=
SECTION= 1
1
NODE 612 659 706 753 800
TEMP 29617184 28160554 26999707 26292701 26057493
LOAD STEP 2 ITERATION= 2 TIME= 025216E+07 LOAD CASE=
SECTION 1
1
NODE 612 659 706 753 800
TEMP 29741237 28628694 27590871 26917430 26688492
LOAD STEP 2 ITERATION 3 TIME= 025324E+07 LOAD CASE=
SECTION 1
1
NODE 612 659 706 753 800
TEMP 29831952 29022026 28141027 27525117 27309353
LOAD STEP 2 ITERATION 4 TIME 025432E+07 LOAD CASE
SECTION 1
1
NODE 612 659 706 753 800
TEMP 29903577 29353538 28640948 28102342 27907128
LOAD STEP 2 ITERATION 5 TIME= 025540E+07 LOAD CASE
SECTION 1
1
1
NODE 612 659 706 753 800
TEMP 29964165 29640609 29093592 28643795 28474906
LOAD STEP 2 ITERATION= TIME= 025648E+07 LOAD
6 SECTION= CASE= 1
1
NODE 612 659 706 753 800
TEMP 30017535 29895585 29505204 29148067 29008753
LOAD STEP 2 ITERATION= 7 SECTION TIME= 025756E+07 LOAD CASE= 1
1
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TEMP 30065536 30125870 29881516 29615709 29506900
LOAD STEP 2 ITERATION= 8 SECTION= TIME= 025864E+07 LOAD CASE= 1
1
NODE 612 659 706 753 800
TEMP 30109191 30335885 30226947 30048322 29969358
LOAD STEP 2 ITERATION= 9 SECTION= TIME= 025972E+07 LOAD CASE= 1
1
NODE 612 659 706 753 800
TEMP 30149149 30528460 30544819 30447992 30397363
LOAD STEP 2 ITERATION TIME= 026080E+07 LOAD
10 SECTION= CASE= 1
1
NODE 612 659 706 753 800
TEMP 30185860 30705576 30837726 30816966 30792818
LOAD STEP 2 ITERATION= 11 SEmON= TIME= 026188E+07 LOAD CASE 1
1
NODE 612 659 706 753 800
TEMP 30219660 30868738 31107811 31157478 31157893
LOAD STEP 2 ITERATION 12TIME 026296E+07 LOAD CASE
- NODE TEMP 612 30250816 659 31019171 706 31356928 753 31471665 800 31494789
LOAD STEP 2 ITERATION 13 TIME 026404E+07 LOAD CASE=
NODE TEMP 612 30279549 659 31157923 706 31586738 753 31761538 800 31805627
LOAD STEP 2 ITERATION= 14 TIME= 026512E+07 LOAD CASE=
NODE TEMP 612 30306055 659 31285922 706 31798748 753 32028969
r- 800 32092402
LOAD STEP 2 ITERATION 15 TIME= 026620E+07 LOAD CASE=
NODE TEMP 612 30330508 659 31404009 706 31994342 753 32275691 800 32356971
LOAD STEP 2 ITERATION 16 TIME= 026728E+07 LOAD CASE
NODE TEMP 612 30353068 659 31512954 706 321 74790 753 32503307 800 32601051
LOAD STEP 2 ITERATION 17 TIME 026836E+07 LOAD CASE
NODE TEMP - 612 30373882
659 31613465 706 32341267 753 32713297 800 32826228
SECTION 1 1
SECTION 1 1
SECTION 1
1
SECTION= 1
1
SECTION= 1
1
SECTION 1 1
1
1
LOAD STEP 2 ITERATION= 18 TIME= 026944E+07 LOAD CASE=
NODE TEMP 612 30393084 659 31706194 706 32494853 753 32907025 800 33033968
LOAD STEP 2 ITERATION= 19 TIME 027052E+07 LOAD CASE=
NODE TEMP 612 30410800 659 31791743 706 32636547 753 33085752 800 33225621
LOAD STEP 2 ITERATION= 20 TIME 027160E+07 LOAD CASE=
NODE TEMP 612 30427144 659 31870668 706 32767269 753 33250639 800 33402432
LOAD STEP 2 ITERATION 21 TIME 027268E+07 LOAD CASE
NODE TEMP 612 30442222 659 31943482 706 32887869 753 33402758 800 33565552
LOAD STEP 2 ITERATION= 22 TIME= 027376E+07 LOAD CASE=
NODE TEMP 612 30456133 659 320 10658 706 32999130 753 33543097 800 33716041
LOAD STEP 2 ITERATION 23 TIME- 027484E+07 LOAD CASE
NODE TEMP 612 30468967 659 320 72632 706 33101776 753 33672670 800 33854876
SECTION= 1
SECTION= 1
SECTION= 1
1
SECTION= 1
1
SECTION= 1
1
SEmON 1 1
LOAD STEP 2 ITERATION= 24 SECTION= 1 TIME= 027592E+07 LOAD CASE= 1
_ NODE TEMP 612 30480807 659 32129806 706 331 96472 753 33792016 800 33982961
LOAD STEP 3 ITERATION= 1 SECTION= 1 TIME= O27592E+07 LOAD CASE= 1
NODE TEMP 612 30621868 659 32810989 706 34324696 753 35215103 800 35508962
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Appendix C
Drawjnes Sketches and Manufacturo[s Data Sheets
-------
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~ - t---sectf-B
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~------------------------------------------I01J------------------___________________________~ (N()INAL rtNISH[D L(NGTH)
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I SECTION
Multi-Pin Instrumentation Feedthroughs
I bull Multi-Pin
bull 1 0 and 20 Conductors bull 700 Volts - 1 0 Amps
Please order by Part Number Note that listed prices are for single unit sales Contact factory for quantity discounts
12 Description
Units are designed and rated for high and ultra high vacuum applications They are constructed of vacuum grade materials including 032 diameter moshylybdenum conductor pins with high purity alumina insulation on type 304 stainless steel weldable mounts and flanges Atmospheric side mating conshynectors are supplied For additional connectors see page 141 Vacuum side connectors are detailed on page 145
12 General Specifications
Voltage Rating 700V DC Current Rating 10 Amps Maximum Current All Pins Loaded 10 Pins 50 Amps 20 Pins 75 Amps
Temperature Rating Del-Weld amp Del-Seal to 450degC Kwik-Flange amp Del-Thread to 150degC Connectors bull to 125degC
8akeable to 450degC without connector 8akeable to 450degC without connector
O-nog or Teflon tape
Del-Weld bull 10 and 20 Conductor Pins Weldable Adapter
I -II I
c --
No Part Unit Pins Number Reference A B C 0 CA Price
10 9121000 601 B0875-1 747 60 211 379 395 $23000 20 9121001 60181142-2 1372 75 230 360 455 $37000
Del-Seal -10 and 20 Conductor Pins Metal Seal Flange
1ooIf---CA--~ I
I
Flange Reference Nom F
~08 ~~~pound~_~~ ~ ~ ~~~(middotfi~~- -_~_ ~ ~-~~lt
Unit G H CA Price
261
235
--
SECTION
Del-Seal middot5000 Volts Metal Seal Flange
See Tallie
Four Conductors pound2 ~~273
Part No Reference Conductor Amps Flange Price
IC e 050 Copper 15 050 Nickel 5
f- 100 - 75 -50 ~-500-- I
I See Table
Eight Conductors 100 Lshy r shy273
Part No Reference Conductor Amps Flange Price
9422032 601A0418-1 094 Copper 30 2 $28500 9422033 601A0418-2 092 Nickel 15 2 $28500 9422034 601A0418-3 050 Copper 15 2 $28500 9422035 601A0418-4 050 Nickel 5 2 $28500 ~ 100 i- 75 50 --000middotshy
Twelve Conductors
Part No Reference Conductor Amps Flange Pt1ce
m
- -lt
9422036 601B19n-2 094 Copper 30 234 $35000 L9422037 601B19n-1 092 Nickel 15 234 $35000 9422038 601B19n-4 050 Copper 15 234 $35000 LSeeTabie
9422039 601B19n-3 050 Nickel 5 234 $35000
I SECTION
-(wik-Flange bull 10 and 20 Conductor PinsISO O-Ring Flange
~~I
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-= == I0=0--1 K
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No Part Kwik- Ref Unit Pins Number Reference Flange ISO K L M CA Price
10 9123000 60182481-1 K075 NW16 118 261 329 445 $35000 10 9123001 60182481-2 K100 NW25 157 211 379 395 $35000 10 9123002 60182481-3 K150 NW40 216 211 379 395 $35500 10 9123003 60182481-4 K200 NW50 295 211 379 395 $35500 20 9123004 60182482-1 K150 NW40 216 230 360 455 $45000 20 9123005 60182482-2 K200 NW50 295 230 360 455 $45000
~-
supplied with each feedthrough in
200 ~ i
50 100Pin
7520-Pin-~t+t+Mf)l
10middotPin 150 2QmiddotPin
00 deg0
0 00 deg CA-----I$-~amp IMulti-Pin Connectors
One mating air-side connector is 135 lOoPin
19720-Pin
Section 1middot2 To order additional I I connectors see page 141
1-=--250 lOoPin--1 293 2OmiddotPin
Note CA (Connector Attached) is the distance from end of connector to the vacuum sealing surface
09
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NGEN220012011212125O0 NGEN261214011412125 OO
MAT 1
E12012022 EGEN 199 11 EGEN2400 1199l EGEN5200200201l ElOll121112121012 EGEN7l407 E103212321233l033 EGEN168l414 E1211141114121212 E1401141314141402 E1402141414151403 EGEN25125835841 E14111423 1424 1412 EGEN2512633
MAT 2
E201401402202 EGEN1991658
MAl3
E610810811611 EGEN19O1857 E81010101011811 EGEN 190111047
MAT4
E603 803 804 604 EGEN711237 EGEN 3 200 1237 12431 E1010121012111011 EGEN2200 1251 12581 E1403141514161404 EGEN811267 EGEN2512126712741
MAT 5
E 1018 1218 1219 1019 EGEN14l1475
C Load Step 1
tunif273 nt 1701 temp 3000 nt1212temp88014001 nt1412temp880171212iterlOl time2500000 Iwrite
C Load Step 2
middot ktefQfl-l kbcl nselnode6l2800
-8 II 0339 all iter24Ol time2759200 Iwrite
c Load Step 2
ktemp-lkbcl iterlOl time2759200 Iwrite
afwrite finish
input27finish
postl
setll nselx15 nrsely282lOO nl isall
rrfor se I node 612 nasenode659 naselnode706 naselnode753 naselnode800 prtemp
createlIac1 set2arg1 nselnode612 nase I node 659 naselnode706 nase I node 753 naselnode800 prtemp end usemacll rp241
set31 nHIx1S nrsly2a2IOOnl isall nbullbullInod612 ~bullbull I nod 669
bullbullbull Inod706 nabullbull Inod753 nabullbull InodaOO prtemp
finish
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LOAD STEP 1 ITERATION 1 SECTION 1 TIME= 025000E+07 LOAD CASE= 1
I NODE 612 659 706 753 800
TEMP 29446666 27632963 26394557 25672441 25435179
LOAD STEP 2 ITERATION= 1 TIME= 025108E+07 LOAD CASE=
SECTION= 1
1
NODE 612 659 706 753 800
TEMP 29617184 28160554 26999707 26292701 26057493
LOAD STEP 2 ITERATION= 2 TIME= 025216E+07 LOAD CASE=
SECTION 1
1
NODE 612 659 706 753 800
TEMP 29741237 28628694 27590871 26917430 26688492
LOAD STEP 2 ITERATION 3 TIME= 025324E+07 LOAD CASE=
SECTION 1
1
NODE 612 659 706 753 800
TEMP 29831952 29022026 28141027 27525117 27309353
LOAD STEP 2 ITERATION 4 TIME 025432E+07 LOAD CASE
SECTION 1
1
NODE 612 659 706 753 800
TEMP 29903577 29353538 28640948 28102342 27907128
LOAD STEP 2 ITERATION 5 TIME= 025540E+07 LOAD CASE
SECTION 1
1
1
NODE 612 659 706 753 800
TEMP 29964165 29640609 29093592 28643795 28474906
LOAD STEP 2 ITERATION= TIME= 025648E+07 LOAD
6 SECTION= CASE= 1
1
NODE 612 659 706 753 800
TEMP 30017535 29895585 29505204 29148067 29008753
LOAD STEP 2 ITERATION= 7 SECTION TIME= 025756E+07 LOAD CASE= 1
1
NODE 612 659 706 753 800
TEMP 30065536 30125870 29881516 29615709 29506900
LOAD STEP 2 ITERATION= 8 SECTION= TIME= 025864E+07 LOAD CASE= 1
1
NODE 612 659 706 753 800
TEMP 30109191 30335885 30226947 30048322 29969358
LOAD STEP 2 ITERATION= 9 SECTION= TIME= 025972E+07 LOAD CASE= 1
1
NODE 612 659 706 753 800
TEMP 30149149 30528460 30544819 30447992 30397363
LOAD STEP 2 ITERATION TIME= 026080E+07 LOAD
10 SECTION= CASE= 1
1
NODE 612 659 706 753 800
TEMP 30185860 30705576 30837726 30816966 30792818
LOAD STEP 2 ITERATION= 11 SEmON= TIME= 026188E+07 LOAD CASE 1
1
NODE 612 659 706 753 800
TEMP 30219660 30868738 31107811 31157478 31157893
LOAD STEP 2 ITERATION 12TIME 026296E+07 LOAD CASE
- NODE TEMP 612 30250816 659 31019171 706 31356928 753 31471665 800 31494789
LOAD STEP 2 ITERATION 13 TIME 026404E+07 LOAD CASE=
NODE TEMP 612 30279549 659 31157923 706 31586738 753 31761538 800 31805627
LOAD STEP 2 ITERATION= 14 TIME= 026512E+07 LOAD CASE=
NODE TEMP 612 30306055 659 31285922 706 31798748 753 32028969
r- 800 32092402
LOAD STEP 2 ITERATION 15 TIME= 026620E+07 LOAD CASE=
NODE TEMP 612 30330508 659 31404009 706 31994342 753 32275691 800 32356971
LOAD STEP 2 ITERATION 16 TIME= 026728E+07 LOAD CASE
NODE TEMP 612 30353068 659 31512954 706 321 74790 753 32503307 800 32601051
LOAD STEP 2 ITERATION 17 TIME 026836E+07 LOAD CASE
NODE TEMP - 612 30373882
659 31613465 706 32341267 753 32713297 800 32826228
SECTION 1 1
SECTION 1 1
SECTION 1
1
SECTION= 1
1
SECTION= 1
1
SECTION 1 1
1
1
LOAD STEP 2 ITERATION= 18 TIME= 026944E+07 LOAD CASE=
NODE TEMP 612 30393084 659 31706194 706 32494853 753 32907025 800 33033968
LOAD STEP 2 ITERATION= 19 TIME 027052E+07 LOAD CASE=
NODE TEMP 612 30410800 659 31791743 706 32636547 753 33085752 800 33225621
LOAD STEP 2 ITERATION= 20 TIME 027160E+07 LOAD CASE=
NODE TEMP 612 30427144 659 31870668 706 32767269 753 33250639 800 33402432
LOAD STEP 2 ITERATION 21 TIME 027268E+07 LOAD CASE
NODE TEMP 612 30442222 659 31943482 706 32887869 753 33402758 800 33565552
LOAD STEP 2 ITERATION= 22 TIME= 027376E+07 LOAD CASE=
NODE TEMP 612 30456133 659 320 10658 706 32999130 753 33543097 800 33716041
LOAD STEP 2 ITERATION 23 TIME- 027484E+07 LOAD CASE
NODE TEMP 612 30468967 659 320 72632 706 33101776 753 33672670 800 33854876
SECTION= 1
SECTION= 1
SECTION= 1
1
SECTION= 1
1
SECTION= 1
1
SEmON 1 1
LOAD STEP 2 ITERATION= 24 SECTION= 1 TIME= 027592E+07 LOAD CASE= 1
_ NODE TEMP 612 30480807 659 32129806 706 331 96472 753 33792016 800 33982961
LOAD STEP 3 ITERATION= 1 SECTION= 1 TIME= O27592E+07 LOAD CASE= 1
NODE TEMP 612 30621868 659 32810989 706 34324696 753 35215103 800 35508962
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Drawjnes Sketches and Manufacturo[s Data Sheets
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12~r
FER~I NATIONAL ACCELERATOR LABORATORY UNITED STATES DEPARTMENT OF ENERGY
END FFUSION PUMP AND R
SGAU
FULL
1-1 rAT f f LAVO t r 7-29-l1
tf ~ _
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- tmiddot shy
I SECTION
Multi-Pin Instrumentation Feedthroughs
I bull Multi-Pin
bull 1 0 and 20 Conductors bull 700 Volts - 1 0 Amps
Please order by Part Number Note that listed prices are for single unit sales Contact factory for quantity discounts
12 Description
Units are designed and rated for high and ultra high vacuum applications They are constructed of vacuum grade materials including 032 diameter moshylybdenum conductor pins with high purity alumina insulation on type 304 stainless steel weldable mounts and flanges Atmospheric side mating conshynectors are supplied For additional connectors see page 141 Vacuum side connectors are detailed on page 145
12 General Specifications
Voltage Rating 700V DC Current Rating 10 Amps Maximum Current All Pins Loaded 10 Pins 50 Amps 20 Pins 75 Amps
Temperature Rating Del-Weld amp Del-Seal to 450degC Kwik-Flange amp Del-Thread to 150degC Connectors bull to 125degC
8akeable to 450degC without connector 8akeable to 450degC without connector
O-nog or Teflon tape
Del-Weld bull 10 and 20 Conductor Pins Weldable Adapter
I -II I
c --
No Part Unit Pins Number Reference A B C 0 CA Price
10 9121000 601 B0875-1 747 60 211 379 395 $23000 20 9121001 60181142-2 1372 75 230 360 455 $37000
Del-Seal -10 and 20 Conductor Pins Metal Seal Flange
1ooIf---CA--~ I
I
Flange Reference Nom F
~08 ~~~pound~_~~ ~ ~ ~~~(middotfi~~- -_~_ ~ ~-~~lt
Unit G H CA Price
261
235
--
SECTION
Del-Seal middot5000 Volts Metal Seal Flange
See Tallie
Four Conductors pound2 ~~273
Part No Reference Conductor Amps Flange Price
IC e 050 Copper 15 050 Nickel 5
f- 100 - 75 -50 ~-500-- I
I See Table
Eight Conductors 100 Lshy r shy273
Part No Reference Conductor Amps Flange Price
9422032 601A0418-1 094 Copper 30 2 $28500 9422033 601A0418-2 092 Nickel 15 2 $28500 9422034 601A0418-3 050 Copper 15 2 $28500 9422035 601A0418-4 050 Nickel 5 2 $28500 ~ 100 i- 75 50 --000middotshy
Twelve Conductors
Part No Reference Conductor Amps Flange Pt1ce
m
- -lt
9422036 601B19n-2 094 Copper 30 234 $35000 L9422037 601B19n-1 092 Nickel 15 234 $35000 9422038 601B19n-4 050 Copper 15 234 $35000 LSeeTabie
9422039 601B19n-3 050 Nickel 5 234 $35000
I SECTION
-(wik-Flange bull 10 and 20 Conductor PinsISO O-Ring Flange
~~I
I
--~-~-middotc ---________
-= == I0=0--1 K
~f I032 Oa I
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No Part Kwik- Ref Unit Pins Number Reference Flange ISO K L M CA Price
10 9123000 60182481-1 K075 NW16 118 261 329 445 $35000 10 9123001 60182481-2 K100 NW25 157 211 379 395 $35000 10 9123002 60182481-3 K150 NW40 216 211 379 395 $35500 10 9123003 60182481-4 K200 NW50 295 211 379 395 $35500 20 9123004 60182482-1 K150 NW40 216 230 360 455 $45000 20 9123005 60182482-2 K200 NW50 295 230 360 455 $45000
~-
supplied with each feedthrough in
200 ~ i
50 100Pin
7520-Pin-~t+t+Mf)l
10middotPin 150 2QmiddotPin
00 deg0
0 00 deg CA-----I$-~amp IMulti-Pin Connectors
One mating air-side connector is 135 lOoPin
19720-Pin
Section 1middot2 To order additional I I connectors see page 141
1-=--250 lOoPin--1 293 2OmiddotPin
Note CA (Connector Attached) is the distance from end of connector to the vacuum sealing surface
09
--------------------_- - shy
![Page 17: D-Zero Engineering Note #3740.225-EN -318 End Calorimeter .../67531/metadc833106/m2/1/high_re… · nichrome wire will be wrapped around the OD of the tube (within the insulating](https://reader034.fdocuments.net/reader034/viewer/2022042210/5eadeca80353600afe1aa543/html5/thumbnails/17.jpg)
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bullbullbull Inod706 nabullbull Inod753 nabullbull InodaOO prtemp
finish
-z -9 (
LOAD STEP 1 ITERATION 1 SECTION 1 TIME= 025000E+07 LOAD CASE= 1
I NODE 612 659 706 753 800
TEMP 29446666 27632963 26394557 25672441 25435179
LOAD STEP 2 ITERATION= 1 TIME= 025108E+07 LOAD CASE=
SECTION= 1
1
NODE 612 659 706 753 800
TEMP 29617184 28160554 26999707 26292701 26057493
LOAD STEP 2 ITERATION= 2 TIME= 025216E+07 LOAD CASE=
SECTION 1
1
NODE 612 659 706 753 800
TEMP 29741237 28628694 27590871 26917430 26688492
LOAD STEP 2 ITERATION 3 TIME= 025324E+07 LOAD CASE=
SECTION 1
1
NODE 612 659 706 753 800
TEMP 29831952 29022026 28141027 27525117 27309353
LOAD STEP 2 ITERATION 4 TIME 025432E+07 LOAD CASE
SECTION 1
1
NODE 612 659 706 753 800
TEMP 29903577 29353538 28640948 28102342 27907128
LOAD STEP 2 ITERATION 5 TIME= 025540E+07 LOAD CASE
SECTION 1
1
1
NODE 612 659 706 753 800
TEMP 29964165 29640609 29093592 28643795 28474906
LOAD STEP 2 ITERATION= TIME= 025648E+07 LOAD
6 SECTION= CASE= 1
1
NODE 612 659 706 753 800
TEMP 30017535 29895585 29505204 29148067 29008753
LOAD STEP 2 ITERATION= 7 SECTION TIME= 025756E+07 LOAD CASE= 1
1
NODE 612 659 706 753 800
TEMP 30065536 30125870 29881516 29615709 29506900
LOAD STEP 2 ITERATION= 8 SECTION= TIME= 025864E+07 LOAD CASE= 1
1
NODE 612 659 706 753 800
TEMP 30109191 30335885 30226947 30048322 29969358
LOAD STEP 2 ITERATION= 9 SECTION= TIME= 025972E+07 LOAD CASE= 1
1
NODE 612 659 706 753 800
TEMP 30149149 30528460 30544819 30447992 30397363
LOAD STEP 2 ITERATION TIME= 026080E+07 LOAD
10 SECTION= CASE= 1
1
NODE 612 659 706 753 800
TEMP 30185860 30705576 30837726 30816966 30792818
LOAD STEP 2 ITERATION= 11 SEmON= TIME= 026188E+07 LOAD CASE 1
1
NODE 612 659 706 753 800
TEMP 30219660 30868738 31107811 31157478 31157893
LOAD STEP 2 ITERATION 12TIME 026296E+07 LOAD CASE
- NODE TEMP 612 30250816 659 31019171 706 31356928 753 31471665 800 31494789
LOAD STEP 2 ITERATION 13 TIME 026404E+07 LOAD CASE=
NODE TEMP 612 30279549 659 31157923 706 31586738 753 31761538 800 31805627
LOAD STEP 2 ITERATION= 14 TIME= 026512E+07 LOAD CASE=
NODE TEMP 612 30306055 659 31285922 706 31798748 753 32028969
r- 800 32092402
LOAD STEP 2 ITERATION 15 TIME= 026620E+07 LOAD CASE=
NODE TEMP 612 30330508 659 31404009 706 31994342 753 32275691 800 32356971
LOAD STEP 2 ITERATION 16 TIME= 026728E+07 LOAD CASE
NODE TEMP 612 30353068 659 31512954 706 321 74790 753 32503307 800 32601051
LOAD STEP 2 ITERATION 17 TIME 026836E+07 LOAD CASE
NODE TEMP - 612 30373882
659 31613465 706 32341267 753 32713297 800 32826228
SECTION 1 1
SECTION 1 1
SECTION 1
1
SECTION= 1
1
SECTION= 1
1
SECTION 1 1
1
1
LOAD STEP 2 ITERATION= 18 TIME= 026944E+07 LOAD CASE=
NODE TEMP 612 30393084 659 31706194 706 32494853 753 32907025 800 33033968
LOAD STEP 2 ITERATION= 19 TIME 027052E+07 LOAD CASE=
NODE TEMP 612 30410800 659 31791743 706 32636547 753 33085752 800 33225621
LOAD STEP 2 ITERATION= 20 TIME 027160E+07 LOAD CASE=
NODE TEMP 612 30427144 659 31870668 706 32767269 753 33250639 800 33402432
LOAD STEP 2 ITERATION 21 TIME 027268E+07 LOAD CASE
NODE TEMP 612 30442222 659 31943482 706 32887869 753 33402758 800 33565552
LOAD STEP 2 ITERATION= 22 TIME= 027376E+07 LOAD CASE=
NODE TEMP 612 30456133 659 320 10658 706 32999130 753 33543097 800 33716041
LOAD STEP 2 ITERATION 23 TIME- 027484E+07 LOAD CASE
NODE TEMP 612 30468967 659 320 72632 706 33101776 753 33672670 800 33854876
SECTION= 1
SECTION= 1
SECTION= 1
1
SECTION= 1
1
SECTION= 1
1
SEmON 1 1
LOAD STEP 2 ITERATION= 24 SECTION= 1 TIME= 027592E+07 LOAD CASE= 1
_ NODE TEMP 612 30480807 659 32129806 706 331 96472 753 33792016 800 33982961
LOAD STEP 3 ITERATION= 1 SECTION= 1 TIME= O27592E+07 LOAD CASE= 1
NODE TEMP 612 30621868 659 32810989 706 34324696 753 35215103 800 35508962
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Appendix C
Drawjnes Sketches and Manufacturo[s Data Sheets
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I SECTION
Multi-Pin Instrumentation Feedthroughs
I bull Multi-Pin
bull 1 0 and 20 Conductors bull 700 Volts - 1 0 Amps
Please order by Part Number Note that listed prices are for single unit sales Contact factory for quantity discounts
12 Description
Units are designed and rated for high and ultra high vacuum applications They are constructed of vacuum grade materials including 032 diameter moshylybdenum conductor pins with high purity alumina insulation on type 304 stainless steel weldable mounts and flanges Atmospheric side mating conshynectors are supplied For additional connectors see page 141 Vacuum side connectors are detailed on page 145
12 General Specifications
Voltage Rating 700V DC Current Rating 10 Amps Maximum Current All Pins Loaded 10 Pins 50 Amps 20 Pins 75 Amps
Temperature Rating Del-Weld amp Del-Seal to 450degC Kwik-Flange amp Del-Thread to 150degC Connectors bull to 125degC
8akeable to 450degC without connector 8akeable to 450degC without connector
O-nog or Teflon tape
Del-Weld bull 10 and 20 Conductor Pins Weldable Adapter
I -II I
c --
No Part Unit Pins Number Reference A B C 0 CA Price
10 9121000 601 B0875-1 747 60 211 379 395 $23000 20 9121001 60181142-2 1372 75 230 360 455 $37000
Del-Seal -10 and 20 Conductor Pins Metal Seal Flange
1ooIf---CA--~ I
I
Flange Reference Nom F
~08 ~~~pound~_~~ ~ ~ ~~~(middotfi~~- -_~_ ~ ~-~~lt
Unit G H CA Price
261
235
--
SECTION
Del-Seal middot5000 Volts Metal Seal Flange
See Tallie
Four Conductors pound2 ~~273
Part No Reference Conductor Amps Flange Price
IC e 050 Copper 15 050 Nickel 5
f- 100 - 75 -50 ~-500-- I
I See Table
Eight Conductors 100 Lshy r shy273
Part No Reference Conductor Amps Flange Price
9422032 601A0418-1 094 Copper 30 2 $28500 9422033 601A0418-2 092 Nickel 15 2 $28500 9422034 601A0418-3 050 Copper 15 2 $28500 9422035 601A0418-4 050 Nickel 5 2 $28500 ~ 100 i- 75 50 --000middotshy
Twelve Conductors
Part No Reference Conductor Amps Flange Pt1ce
m
- -lt
9422036 601B19n-2 094 Copper 30 234 $35000 L9422037 601B19n-1 092 Nickel 15 234 $35000 9422038 601B19n-4 050 Copper 15 234 $35000 LSeeTabie
9422039 601B19n-3 050 Nickel 5 234 $35000
I SECTION
-(wik-Flange bull 10 and 20 Conductor PinsISO O-Ring Flange
~~I
I
--~-~-middotc ---________
-= == I0=0--1 K
~f I032 Oa I
tI L ~ I bull M--j
No Part Kwik- Ref Unit Pins Number Reference Flange ISO K L M CA Price
10 9123000 60182481-1 K075 NW16 118 261 329 445 $35000 10 9123001 60182481-2 K100 NW25 157 211 379 395 $35000 10 9123002 60182481-3 K150 NW40 216 211 379 395 $35500 10 9123003 60182481-4 K200 NW50 295 211 379 395 $35500 20 9123004 60182482-1 K150 NW40 216 230 360 455 $45000 20 9123005 60182482-2 K200 NW50 295 230 360 455 $45000
~-
supplied with each feedthrough in
200 ~ i
50 100Pin
7520-Pin-~t+t+Mf)l
10middotPin 150 2QmiddotPin
00 deg0
0 00 deg CA-----I$-~amp IMulti-Pin Connectors
One mating air-side connector is 135 lOoPin
19720-Pin
Section 1middot2 To order additional I I connectors see page 141
1-=--250 lOoPin--1 293 2OmiddotPin
Note CA (Connector Attached) is the distance from end of connector to the vacuum sealing surface
09
--------------------_- - shy
![Page 18: D-Zero Engineering Note #3740.225-EN -318 End Calorimeter .../67531/metadc833106/m2/1/high_re… · nichrome wire will be wrapped around the OD of the tube (within the insulating](https://reader034.fdocuments.net/reader034/viewer/2022042210/5eadeca80353600afe1aa543/html5/thumbnails/18.jpg)
finish
-z -9 (
LOAD STEP 1 ITERATION 1 SECTION 1 TIME= 025000E+07 LOAD CASE= 1
I NODE 612 659 706 753 800
TEMP 29446666 27632963 26394557 25672441 25435179
LOAD STEP 2 ITERATION= 1 TIME= 025108E+07 LOAD CASE=
SECTION= 1
1
NODE 612 659 706 753 800
TEMP 29617184 28160554 26999707 26292701 26057493
LOAD STEP 2 ITERATION= 2 TIME= 025216E+07 LOAD CASE=
SECTION 1
1
NODE 612 659 706 753 800
TEMP 29741237 28628694 27590871 26917430 26688492
LOAD STEP 2 ITERATION 3 TIME= 025324E+07 LOAD CASE=
SECTION 1
1
NODE 612 659 706 753 800
TEMP 29831952 29022026 28141027 27525117 27309353
LOAD STEP 2 ITERATION 4 TIME 025432E+07 LOAD CASE
SECTION 1
1
NODE 612 659 706 753 800
TEMP 29903577 29353538 28640948 28102342 27907128
LOAD STEP 2 ITERATION 5 TIME= 025540E+07 LOAD CASE
SECTION 1
1
1
NODE 612 659 706 753 800
TEMP 29964165 29640609 29093592 28643795 28474906
LOAD STEP 2 ITERATION= TIME= 025648E+07 LOAD
6 SECTION= CASE= 1
1
NODE 612 659 706 753 800
TEMP 30017535 29895585 29505204 29148067 29008753
LOAD STEP 2 ITERATION= 7 SECTION TIME= 025756E+07 LOAD CASE= 1
1
NODE 612 659 706 753 800
TEMP 30065536 30125870 29881516 29615709 29506900
LOAD STEP 2 ITERATION= 8 SECTION= TIME= 025864E+07 LOAD CASE= 1
1
NODE 612 659 706 753 800
TEMP 30109191 30335885 30226947 30048322 29969358
LOAD STEP 2 ITERATION= 9 SECTION= TIME= 025972E+07 LOAD CASE= 1
1
NODE 612 659 706 753 800
TEMP 30149149 30528460 30544819 30447992 30397363
LOAD STEP 2 ITERATION TIME= 026080E+07 LOAD
10 SECTION= CASE= 1
1
NODE 612 659 706 753 800
TEMP 30185860 30705576 30837726 30816966 30792818
LOAD STEP 2 ITERATION= 11 SEmON= TIME= 026188E+07 LOAD CASE 1
1
NODE 612 659 706 753 800
TEMP 30219660 30868738 31107811 31157478 31157893
LOAD STEP 2 ITERATION 12TIME 026296E+07 LOAD CASE
- NODE TEMP 612 30250816 659 31019171 706 31356928 753 31471665 800 31494789
LOAD STEP 2 ITERATION 13 TIME 026404E+07 LOAD CASE=
NODE TEMP 612 30279549 659 31157923 706 31586738 753 31761538 800 31805627
LOAD STEP 2 ITERATION= 14 TIME= 026512E+07 LOAD CASE=
NODE TEMP 612 30306055 659 31285922 706 31798748 753 32028969
r- 800 32092402
LOAD STEP 2 ITERATION 15 TIME= 026620E+07 LOAD CASE=
NODE TEMP 612 30330508 659 31404009 706 31994342 753 32275691 800 32356971
LOAD STEP 2 ITERATION 16 TIME= 026728E+07 LOAD CASE
NODE TEMP 612 30353068 659 31512954 706 321 74790 753 32503307 800 32601051
LOAD STEP 2 ITERATION 17 TIME 026836E+07 LOAD CASE
NODE TEMP - 612 30373882
659 31613465 706 32341267 753 32713297 800 32826228
SECTION 1 1
SECTION 1 1
SECTION 1
1
SECTION= 1
1
SECTION= 1
1
SECTION 1 1
1
1
LOAD STEP 2 ITERATION= 18 TIME= 026944E+07 LOAD CASE=
NODE TEMP 612 30393084 659 31706194 706 32494853 753 32907025 800 33033968
LOAD STEP 2 ITERATION= 19 TIME 027052E+07 LOAD CASE=
NODE TEMP 612 30410800 659 31791743 706 32636547 753 33085752 800 33225621
LOAD STEP 2 ITERATION= 20 TIME 027160E+07 LOAD CASE=
NODE TEMP 612 30427144 659 31870668 706 32767269 753 33250639 800 33402432
LOAD STEP 2 ITERATION 21 TIME 027268E+07 LOAD CASE
NODE TEMP 612 30442222 659 31943482 706 32887869 753 33402758 800 33565552
LOAD STEP 2 ITERATION= 22 TIME= 027376E+07 LOAD CASE=
NODE TEMP 612 30456133 659 320 10658 706 32999130 753 33543097 800 33716041
LOAD STEP 2 ITERATION 23 TIME- 027484E+07 LOAD CASE
NODE TEMP 612 30468967 659 320 72632 706 33101776 753 33672670 800 33854876
SECTION= 1
SECTION= 1
SECTION= 1
1
SECTION= 1
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SECTION= 1
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LOAD STEP 2 ITERATION= 24 SECTION= 1 TIME= 027592E+07 LOAD CASE= 1
_ NODE TEMP 612 30480807 659 32129806 706 331 96472 753 33792016 800 33982961
LOAD STEP 3 ITERATION= 1 SECTION= 1 TIME= O27592E+07 LOAD CASE= 1
NODE TEMP 612 30621868 659 32810989 706 34324696 753 35215103 800 35508962
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Drawjnes Sketches and Manufacturo[s Data Sheets
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I SECTION
Multi-Pin Instrumentation Feedthroughs
I bull Multi-Pin
bull 1 0 and 20 Conductors bull 700 Volts - 1 0 Amps
Please order by Part Number Note that listed prices are for single unit sales Contact factory for quantity discounts
12 Description
Units are designed and rated for high and ultra high vacuum applications They are constructed of vacuum grade materials including 032 diameter moshylybdenum conductor pins with high purity alumina insulation on type 304 stainless steel weldable mounts and flanges Atmospheric side mating conshynectors are supplied For additional connectors see page 141 Vacuum side connectors are detailed on page 145
12 General Specifications
Voltage Rating 700V DC Current Rating 10 Amps Maximum Current All Pins Loaded 10 Pins 50 Amps 20 Pins 75 Amps
Temperature Rating Del-Weld amp Del-Seal to 450degC Kwik-Flange amp Del-Thread to 150degC Connectors bull to 125degC
8akeable to 450degC without connector 8akeable to 450degC without connector
O-nog or Teflon tape
Del-Weld bull 10 and 20 Conductor Pins Weldable Adapter
I -II I
c --
No Part Unit Pins Number Reference A B C 0 CA Price
10 9121000 601 B0875-1 747 60 211 379 395 $23000 20 9121001 60181142-2 1372 75 230 360 455 $37000
Del-Seal -10 and 20 Conductor Pins Metal Seal Flange
1ooIf---CA--~ I
I
Flange Reference Nom F
~08 ~~~pound~_~~ ~ ~ ~~~(middotfi~~- -_~_ ~ ~-~~lt
Unit G H CA Price
261
235
--
SECTION
Del-Seal middot5000 Volts Metal Seal Flange
See Tallie
Four Conductors pound2 ~~273
Part No Reference Conductor Amps Flange Price
IC e 050 Copper 15 050 Nickel 5
f- 100 - 75 -50 ~-500-- I
I See Table
Eight Conductors 100 Lshy r shy273
Part No Reference Conductor Amps Flange Price
9422032 601A0418-1 094 Copper 30 2 $28500 9422033 601A0418-2 092 Nickel 15 2 $28500 9422034 601A0418-3 050 Copper 15 2 $28500 9422035 601A0418-4 050 Nickel 5 2 $28500 ~ 100 i- 75 50 --000middotshy
Twelve Conductors
Part No Reference Conductor Amps Flange Pt1ce
m
- -lt
9422036 601B19n-2 094 Copper 30 234 $35000 L9422037 601B19n-1 092 Nickel 15 234 $35000 9422038 601B19n-4 050 Copper 15 234 $35000 LSeeTabie
9422039 601B19n-3 050 Nickel 5 234 $35000
I SECTION
-(wik-Flange bull 10 and 20 Conductor PinsISO O-Ring Flange
~~I
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--~-~-middotc ---________
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No Part Kwik- Ref Unit Pins Number Reference Flange ISO K L M CA Price
10 9123000 60182481-1 K075 NW16 118 261 329 445 $35000 10 9123001 60182481-2 K100 NW25 157 211 379 395 $35000 10 9123002 60182481-3 K150 NW40 216 211 379 395 $35500 10 9123003 60182481-4 K200 NW50 295 211 379 395 $35500 20 9123004 60182482-1 K150 NW40 216 230 360 455 $45000 20 9123005 60182482-2 K200 NW50 295 230 360 455 $45000
~-
supplied with each feedthrough in
200 ~ i
50 100Pin
7520-Pin-~t+t+Mf)l
10middotPin 150 2QmiddotPin
00 deg0
0 00 deg CA-----I$-~amp IMulti-Pin Connectors
One mating air-side connector is 135 lOoPin
19720-Pin
Section 1middot2 To order additional I I connectors see page 141
1-=--250 lOoPin--1 293 2OmiddotPin
Note CA (Connector Attached) is the distance from end of connector to the vacuum sealing surface
09
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LOAD STEP 1 ITERATION 1 SECTION 1 TIME= 025000E+07 LOAD CASE= 1
I NODE 612 659 706 753 800
TEMP 29446666 27632963 26394557 25672441 25435179
LOAD STEP 2 ITERATION= 1 TIME= 025108E+07 LOAD CASE=
SECTION= 1
1
NODE 612 659 706 753 800
TEMP 29617184 28160554 26999707 26292701 26057493
LOAD STEP 2 ITERATION= 2 TIME= 025216E+07 LOAD CASE=
SECTION 1
1
NODE 612 659 706 753 800
TEMP 29741237 28628694 27590871 26917430 26688492
LOAD STEP 2 ITERATION 3 TIME= 025324E+07 LOAD CASE=
SECTION 1
1
NODE 612 659 706 753 800
TEMP 29831952 29022026 28141027 27525117 27309353
LOAD STEP 2 ITERATION 4 TIME 025432E+07 LOAD CASE
SECTION 1
1
NODE 612 659 706 753 800
TEMP 29903577 29353538 28640948 28102342 27907128
LOAD STEP 2 ITERATION 5 TIME= 025540E+07 LOAD CASE
SECTION 1
1
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TEMP 29964165 29640609 29093592 28643795 28474906
LOAD STEP 2 ITERATION= TIME= 025648E+07 LOAD
6 SECTION= CASE= 1
1
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TEMP 30017535 29895585 29505204 29148067 29008753
LOAD STEP 2 ITERATION= 7 SECTION TIME= 025756E+07 LOAD CASE= 1
1
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TEMP 30065536 30125870 29881516 29615709 29506900
LOAD STEP 2 ITERATION= 8 SECTION= TIME= 025864E+07 LOAD CASE= 1
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TEMP 30109191 30335885 30226947 30048322 29969358
LOAD STEP 2 ITERATION= 9 SECTION= TIME= 025972E+07 LOAD CASE= 1
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LOAD STEP 2 ITERATION TIME= 026080E+07 LOAD
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TEMP 30185860 30705576 30837726 30816966 30792818
LOAD STEP 2 ITERATION= 11 SEmON= TIME= 026188E+07 LOAD CASE 1
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LOAD STEP 2 ITERATION 12TIME 026296E+07 LOAD CASE
- NODE TEMP 612 30250816 659 31019171 706 31356928 753 31471665 800 31494789
LOAD STEP 2 ITERATION 13 TIME 026404E+07 LOAD CASE=
NODE TEMP 612 30279549 659 31157923 706 31586738 753 31761538 800 31805627
LOAD STEP 2 ITERATION= 14 TIME= 026512E+07 LOAD CASE=
NODE TEMP 612 30306055 659 31285922 706 31798748 753 32028969
r- 800 32092402
LOAD STEP 2 ITERATION 15 TIME= 026620E+07 LOAD CASE=
NODE TEMP 612 30330508 659 31404009 706 31994342 753 32275691 800 32356971
LOAD STEP 2 ITERATION 16 TIME= 026728E+07 LOAD CASE
NODE TEMP 612 30353068 659 31512954 706 321 74790 753 32503307 800 32601051
LOAD STEP 2 ITERATION 17 TIME 026836E+07 LOAD CASE
NODE TEMP - 612 30373882
659 31613465 706 32341267 753 32713297 800 32826228
SECTION 1 1
SECTION 1 1
SECTION 1
1
SECTION= 1
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SECTION= 1
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LOAD STEP 2 ITERATION= 18 TIME= 026944E+07 LOAD CASE=
NODE TEMP 612 30393084 659 31706194 706 32494853 753 32907025 800 33033968
LOAD STEP 2 ITERATION= 19 TIME 027052E+07 LOAD CASE=
NODE TEMP 612 30410800 659 31791743 706 32636547 753 33085752 800 33225621
LOAD STEP 2 ITERATION= 20 TIME 027160E+07 LOAD CASE=
NODE TEMP 612 30427144 659 31870668 706 32767269 753 33250639 800 33402432
LOAD STEP 2 ITERATION 21 TIME 027268E+07 LOAD CASE
NODE TEMP 612 30442222 659 31943482 706 32887869 753 33402758 800 33565552
LOAD STEP 2 ITERATION= 22 TIME= 027376E+07 LOAD CASE=
NODE TEMP 612 30456133 659 320 10658 706 32999130 753 33543097 800 33716041
LOAD STEP 2 ITERATION 23 TIME- 027484E+07 LOAD CASE
NODE TEMP 612 30468967 659 320 72632 706 33101776 753 33672670 800 33854876
SECTION= 1
SECTION= 1
SECTION= 1
1
SECTION= 1
1
SECTION= 1
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SEmON 1 1
LOAD STEP 2 ITERATION= 24 SECTION= 1 TIME= 027592E+07 LOAD CASE= 1
_ NODE TEMP 612 30480807 659 32129806 706 331 96472 753 33792016 800 33982961
LOAD STEP 3 ITERATION= 1 SECTION= 1 TIME= O27592E+07 LOAD CASE= 1
NODE TEMP 612 30621868 659 32810989 706 34324696 753 35215103 800 35508962
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I SECTION
Multi-Pin Instrumentation Feedthroughs
I bull Multi-Pin
bull 1 0 and 20 Conductors bull 700 Volts - 1 0 Amps
Please order by Part Number Note that listed prices are for single unit sales Contact factory for quantity discounts
12 Description
Units are designed and rated for high and ultra high vacuum applications They are constructed of vacuum grade materials including 032 diameter moshylybdenum conductor pins with high purity alumina insulation on type 304 stainless steel weldable mounts and flanges Atmospheric side mating conshynectors are supplied For additional connectors see page 141 Vacuum side connectors are detailed on page 145
12 General Specifications
Voltage Rating 700V DC Current Rating 10 Amps Maximum Current All Pins Loaded 10 Pins 50 Amps 20 Pins 75 Amps
Temperature Rating Del-Weld amp Del-Seal to 450degC Kwik-Flange amp Del-Thread to 150degC Connectors bull to 125degC
8akeable to 450degC without connector 8akeable to 450degC without connector
O-nog or Teflon tape
Del-Weld bull 10 and 20 Conductor Pins Weldable Adapter
I -II I
c --
No Part Unit Pins Number Reference A B C 0 CA Price
10 9121000 601 B0875-1 747 60 211 379 395 $23000 20 9121001 60181142-2 1372 75 230 360 455 $37000
Del-Seal -10 and 20 Conductor Pins Metal Seal Flange
1ooIf---CA--~ I
I
Flange Reference Nom F
~08 ~~~pound~_~~ ~ ~ ~~~(middotfi~~- -_~_ ~ ~-~~lt
Unit G H CA Price
261
235
--
SECTION
Del-Seal middot5000 Volts Metal Seal Flange
See Tallie
Four Conductors pound2 ~~273
Part No Reference Conductor Amps Flange Price
IC e 050 Copper 15 050 Nickel 5
f- 100 - 75 -50 ~-500-- I
I See Table
Eight Conductors 100 Lshy r shy273
Part No Reference Conductor Amps Flange Price
9422032 601A0418-1 094 Copper 30 2 $28500 9422033 601A0418-2 092 Nickel 15 2 $28500 9422034 601A0418-3 050 Copper 15 2 $28500 9422035 601A0418-4 050 Nickel 5 2 $28500 ~ 100 i- 75 50 --000middotshy
Twelve Conductors
Part No Reference Conductor Amps Flange Pt1ce
m
- -lt
9422036 601B19n-2 094 Copper 30 234 $35000 L9422037 601B19n-1 092 Nickel 15 234 $35000 9422038 601B19n-4 050 Copper 15 234 $35000 LSeeTabie
9422039 601B19n-3 050 Nickel 5 234 $35000
I SECTION
-(wik-Flange bull 10 and 20 Conductor PinsISO O-Ring Flange
~~I
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-= == I0=0--1 K
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No Part Kwik- Ref Unit Pins Number Reference Flange ISO K L M CA Price
10 9123000 60182481-1 K075 NW16 118 261 329 445 $35000 10 9123001 60182481-2 K100 NW25 157 211 379 395 $35000 10 9123002 60182481-3 K150 NW40 216 211 379 395 $35500 10 9123003 60182481-4 K200 NW50 295 211 379 395 $35500 20 9123004 60182482-1 K150 NW40 216 230 360 455 $45000 20 9123005 60182482-2 K200 NW50 295 230 360 455 $45000
~-
supplied with each feedthrough in
200 ~ i
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7520-Pin-~t+t+Mf)l
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00 deg0
0 00 deg CA-----I$-~amp IMulti-Pin Connectors
One mating air-side connector is 135 lOoPin
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Section 1middot2 To order additional I I connectors see page 141
1-=--250 lOoPin--1 293 2OmiddotPin
Note CA (Connector Attached) is the distance from end of connector to the vacuum sealing surface
09
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![Page 20: D-Zero Engineering Note #3740.225-EN -318 End Calorimeter .../67531/metadc833106/m2/1/high_re… · nichrome wire will be wrapped around the OD of the tube (within the insulating](https://reader034.fdocuments.net/reader034/viewer/2022042210/5eadeca80353600afe1aa543/html5/thumbnails/20.jpg)
LOAD STEP 2 ITERATION= TIME= 025648E+07 LOAD
6 SECTION= CASE= 1
1
NODE 612 659 706 753 800
TEMP 30017535 29895585 29505204 29148067 29008753
LOAD STEP 2 ITERATION= 7 SECTION TIME= 025756E+07 LOAD CASE= 1
1
NODE 612 659 706 753 800
TEMP 30065536 30125870 29881516 29615709 29506900
LOAD STEP 2 ITERATION= 8 SECTION= TIME= 025864E+07 LOAD CASE= 1
1
NODE 612 659 706 753 800
TEMP 30109191 30335885 30226947 30048322 29969358
LOAD STEP 2 ITERATION= 9 SECTION= TIME= 025972E+07 LOAD CASE= 1
1
NODE 612 659 706 753 800
TEMP 30149149 30528460 30544819 30447992 30397363
LOAD STEP 2 ITERATION TIME= 026080E+07 LOAD
10 SECTION= CASE= 1
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TEMP 30185860 30705576 30837726 30816966 30792818
LOAD STEP 2 ITERATION= 11 SEmON= TIME= 026188E+07 LOAD CASE 1
1
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TEMP 30219660 30868738 31107811 31157478 31157893
LOAD STEP 2 ITERATION 12TIME 026296E+07 LOAD CASE
- NODE TEMP 612 30250816 659 31019171 706 31356928 753 31471665 800 31494789
LOAD STEP 2 ITERATION 13 TIME 026404E+07 LOAD CASE=
NODE TEMP 612 30279549 659 31157923 706 31586738 753 31761538 800 31805627
LOAD STEP 2 ITERATION= 14 TIME= 026512E+07 LOAD CASE=
NODE TEMP 612 30306055 659 31285922 706 31798748 753 32028969
r- 800 32092402
LOAD STEP 2 ITERATION 15 TIME= 026620E+07 LOAD CASE=
NODE TEMP 612 30330508 659 31404009 706 31994342 753 32275691 800 32356971
LOAD STEP 2 ITERATION 16 TIME= 026728E+07 LOAD CASE
NODE TEMP 612 30353068 659 31512954 706 321 74790 753 32503307 800 32601051
LOAD STEP 2 ITERATION 17 TIME 026836E+07 LOAD CASE
NODE TEMP - 612 30373882
659 31613465 706 32341267 753 32713297 800 32826228
SECTION 1 1
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LOAD STEP 2 ITERATION= 18 TIME= 026944E+07 LOAD CASE=
NODE TEMP 612 30393084 659 31706194 706 32494853 753 32907025 800 33033968
LOAD STEP 2 ITERATION= 19 TIME 027052E+07 LOAD CASE=
NODE TEMP 612 30410800 659 31791743 706 32636547 753 33085752 800 33225621
LOAD STEP 2 ITERATION= 20 TIME 027160E+07 LOAD CASE=
NODE TEMP 612 30427144 659 31870668 706 32767269 753 33250639 800 33402432
LOAD STEP 2 ITERATION 21 TIME 027268E+07 LOAD CASE
NODE TEMP 612 30442222 659 31943482 706 32887869 753 33402758 800 33565552
LOAD STEP 2 ITERATION= 22 TIME= 027376E+07 LOAD CASE=
NODE TEMP 612 30456133 659 320 10658 706 32999130 753 33543097 800 33716041
LOAD STEP 2 ITERATION 23 TIME- 027484E+07 LOAD CASE
NODE TEMP 612 30468967 659 320 72632 706 33101776 753 33672670 800 33854876
SECTION= 1
SECTION= 1
SECTION= 1
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SECTION= 1
1
SECTION= 1
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SEmON 1 1
LOAD STEP 2 ITERATION= 24 SECTION= 1 TIME= 027592E+07 LOAD CASE= 1
_ NODE TEMP 612 30480807 659 32129806 706 331 96472 753 33792016 800 33982961
LOAD STEP 3 ITERATION= 1 SECTION= 1 TIME= O27592E+07 LOAD CASE= 1
NODE TEMP 612 30621868 659 32810989 706 34324696 753 35215103 800 35508962
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Drawjnes Sketches and Manufacturo[s Data Sheets
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END FFUSION PUMP AND R
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1-1 rAT f f LAVO t r 7-29-l1
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I SECTION
Multi-Pin Instrumentation Feedthroughs
I bull Multi-Pin
bull 1 0 and 20 Conductors bull 700 Volts - 1 0 Amps
Please order by Part Number Note that listed prices are for single unit sales Contact factory for quantity discounts
12 Description
Units are designed and rated for high and ultra high vacuum applications They are constructed of vacuum grade materials including 032 diameter moshylybdenum conductor pins with high purity alumina insulation on type 304 stainless steel weldable mounts and flanges Atmospheric side mating conshynectors are supplied For additional connectors see page 141 Vacuum side connectors are detailed on page 145
12 General Specifications
Voltage Rating 700V DC Current Rating 10 Amps Maximum Current All Pins Loaded 10 Pins 50 Amps 20 Pins 75 Amps
Temperature Rating Del-Weld amp Del-Seal to 450degC Kwik-Flange amp Del-Thread to 150degC Connectors bull to 125degC
8akeable to 450degC without connector 8akeable to 450degC without connector
O-nog or Teflon tape
Del-Weld bull 10 and 20 Conductor Pins Weldable Adapter
I -II I
c --
No Part Unit Pins Number Reference A B C 0 CA Price
10 9121000 601 B0875-1 747 60 211 379 395 $23000 20 9121001 60181142-2 1372 75 230 360 455 $37000
Del-Seal -10 and 20 Conductor Pins Metal Seal Flange
1ooIf---CA--~ I
I
Flange Reference Nom F
~08 ~~~pound~_~~ ~ ~ ~~~(middotfi~~- -_~_ ~ ~-~~lt
Unit G H CA Price
261
235
--
SECTION
Del-Seal middot5000 Volts Metal Seal Flange
See Tallie
Four Conductors pound2 ~~273
Part No Reference Conductor Amps Flange Price
IC e 050 Copper 15 050 Nickel 5
f- 100 - 75 -50 ~-500-- I
I See Table
Eight Conductors 100 Lshy r shy273
Part No Reference Conductor Amps Flange Price
9422032 601A0418-1 094 Copper 30 2 $28500 9422033 601A0418-2 092 Nickel 15 2 $28500 9422034 601A0418-3 050 Copper 15 2 $28500 9422035 601A0418-4 050 Nickel 5 2 $28500 ~ 100 i- 75 50 --000middotshy
Twelve Conductors
Part No Reference Conductor Amps Flange Pt1ce
m
- -lt
9422036 601B19n-2 094 Copper 30 234 $35000 L9422037 601B19n-1 092 Nickel 15 234 $35000 9422038 601B19n-4 050 Copper 15 234 $35000 LSeeTabie
9422039 601B19n-3 050 Nickel 5 234 $35000
I SECTION
-(wik-Flange bull 10 and 20 Conductor PinsISO O-Ring Flange
~~I
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-= == I0=0--1 K
~f I032 Oa I
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No Part Kwik- Ref Unit Pins Number Reference Flange ISO K L M CA Price
10 9123000 60182481-1 K075 NW16 118 261 329 445 $35000 10 9123001 60182481-2 K100 NW25 157 211 379 395 $35000 10 9123002 60182481-3 K150 NW40 216 211 379 395 $35500 10 9123003 60182481-4 K200 NW50 295 211 379 395 $35500 20 9123004 60182482-1 K150 NW40 216 230 360 455 $45000 20 9123005 60182482-2 K200 NW50 295 230 360 455 $45000
~-
supplied with each feedthrough in
200 ~ i
50 100Pin
7520-Pin-~t+t+Mf)l
10middotPin 150 2QmiddotPin
00 deg0
0 00 deg CA-----I$-~amp IMulti-Pin Connectors
One mating air-side connector is 135 lOoPin
19720-Pin
Section 1middot2 To order additional I I connectors see page 141
1-=--250 lOoPin--1 293 2OmiddotPin
Note CA (Connector Attached) is the distance from end of connector to the vacuum sealing surface
09
--------------------_- - shy
![Page 21: D-Zero Engineering Note #3740.225-EN -318 End Calorimeter .../67531/metadc833106/m2/1/high_re… · nichrome wire will be wrapped around the OD of the tube (within the insulating](https://reader034.fdocuments.net/reader034/viewer/2022042210/5eadeca80353600afe1aa543/html5/thumbnails/21.jpg)
LOAD STEP 2 ITERATION 12TIME 026296E+07 LOAD CASE
- NODE TEMP 612 30250816 659 31019171 706 31356928 753 31471665 800 31494789
LOAD STEP 2 ITERATION 13 TIME 026404E+07 LOAD CASE=
NODE TEMP 612 30279549 659 31157923 706 31586738 753 31761538 800 31805627
LOAD STEP 2 ITERATION= 14 TIME= 026512E+07 LOAD CASE=
NODE TEMP 612 30306055 659 31285922 706 31798748 753 32028969
r- 800 32092402
LOAD STEP 2 ITERATION 15 TIME= 026620E+07 LOAD CASE=
NODE TEMP 612 30330508 659 31404009 706 31994342 753 32275691 800 32356971
LOAD STEP 2 ITERATION 16 TIME= 026728E+07 LOAD CASE
NODE TEMP 612 30353068 659 31512954 706 321 74790 753 32503307 800 32601051
LOAD STEP 2 ITERATION 17 TIME 026836E+07 LOAD CASE
NODE TEMP - 612 30373882
659 31613465 706 32341267 753 32713297 800 32826228
SECTION 1 1
SECTION 1 1
SECTION 1
1
SECTION= 1
1
SECTION= 1
1
SECTION 1 1
1
1
LOAD STEP 2 ITERATION= 18 TIME= 026944E+07 LOAD CASE=
NODE TEMP 612 30393084 659 31706194 706 32494853 753 32907025 800 33033968
LOAD STEP 2 ITERATION= 19 TIME 027052E+07 LOAD CASE=
NODE TEMP 612 30410800 659 31791743 706 32636547 753 33085752 800 33225621
LOAD STEP 2 ITERATION= 20 TIME 027160E+07 LOAD CASE=
NODE TEMP 612 30427144 659 31870668 706 32767269 753 33250639 800 33402432
LOAD STEP 2 ITERATION 21 TIME 027268E+07 LOAD CASE
NODE TEMP 612 30442222 659 31943482 706 32887869 753 33402758 800 33565552
LOAD STEP 2 ITERATION= 22 TIME= 027376E+07 LOAD CASE=
NODE TEMP 612 30456133 659 320 10658 706 32999130 753 33543097 800 33716041
LOAD STEP 2 ITERATION 23 TIME- 027484E+07 LOAD CASE
NODE TEMP 612 30468967 659 320 72632 706 33101776 753 33672670 800 33854876
SECTION= 1
SECTION= 1
SECTION= 1
1
SECTION= 1
1
SECTION= 1
1
SEmON 1 1
LOAD STEP 2 ITERATION= 24 SECTION= 1 TIME= 027592E+07 LOAD CASE= 1
_ NODE TEMP 612 30480807 659 32129806 706 331 96472 753 33792016 800 33982961
LOAD STEP 3 ITERATION= 1 SECTION= 1 TIME= O27592E+07 LOAD CASE= 1
NODE TEMP 612 30621868 659 32810989 706 34324696 753 35215103 800 35508962
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I SECTION
Multi-Pin Instrumentation Feedthroughs
I bull Multi-Pin
bull 1 0 and 20 Conductors bull 700 Volts - 1 0 Amps
Please order by Part Number Note that listed prices are for single unit sales Contact factory for quantity discounts
12 Description
Units are designed and rated for high and ultra high vacuum applications They are constructed of vacuum grade materials including 032 diameter moshylybdenum conductor pins with high purity alumina insulation on type 304 stainless steel weldable mounts and flanges Atmospheric side mating conshynectors are supplied For additional connectors see page 141 Vacuum side connectors are detailed on page 145
12 General Specifications
Voltage Rating 700V DC Current Rating 10 Amps Maximum Current All Pins Loaded 10 Pins 50 Amps 20 Pins 75 Amps
Temperature Rating Del-Weld amp Del-Seal to 450degC Kwik-Flange amp Del-Thread to 150degC Connectors bull to 125degC
8akeable to 450degC without connector 8akeable to 450degC without connector
O-nog or Teflon tape
Del-Weld bull 10 and 20 Conductor Pins Weldable Adapter
I -II I
c --
No Part Unit Pins Number Reference A B C 0 CA Price
10 9121000 601 B0875-1 747 60 211 379 395 $23000 20 9121001 60181142-2 1372 75 230 360 455 $37000
Del-Seal -10 and 20 Conductor Pins Metal Seal Flange
1ooIf---CA--~ I
I
Flange Reference Nom F
~08 ~~~pound~_~~ ~ ~ ~~~(middotfi~~- -_~_ ~ ~-~~lt
Unit G H CA Price
261
235
--
SECTION
Del-Seal middot5000 Volts Metal Seal Flange
See Tallie
Four Conductors pound2 ~~273
Part No Reference Conductor Amps Flange Price
IC e 050 Copper 15 050 Nickel 5
f- 100 - 75 -50 ~-500-- I
I See Table
Eight Conductors 100 Lshy r shy273
Part No Reference Conductor Amps Flange Price
9422032 601A0418-1 094 Copper 30 2 $28500 9422033 601A0418-2 092 Nickel 15 2 $28500 9422034 601A0418-3 050 Copper 15 2 $28500 9422035 601A0418-4 050 Nickel 5 2 $28500 ~ 100 i- 75 50 --000middotshy
Twelve Conductors
Part No Reference Conductor Amps Flange Pt1ce
m
- -lt
9422036 601B19n-2 094 Copper 30 234 $35000 L9422037 601B19n-1 092 Nickel 15 234 $35000 9422038 601B19n-4 050 Copper 15 234 $35000 LSeeTabie
9422039 601B19n-3 050 Nickel 5 234 $35000
I SECTION
-(wik-Flange bull 10 and 20 Conductor PinsISO O-Ring Flange
~~I
I
--~-~-middotc ---________
-= == I0=0--1 K
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No Part Kwik- Ref Unit Pins Number Reference Flange ISO K L M CA Price
10 9123000 60182481-1 K075 NW16 118 261 329 445 $35000 10 9123001 60182481-2 K100 NW25 157 211 379 395 $35000 10 9123002 60182481-3 K150 NW40 216 211 379 395 $35500 10 9123003 60182481-4 K200 NW50 295 211 379 395 $35500 20 9123004 60182482-1 K150 NW40 216 230 360 455 $45000 20 9123005 60182482-2 K200 NW50 295 230 360 455 $45000
~-
supplied with each feedthrough in
200 ~ i
50 100Pin
7520-Pin-~t+t+Mf)l
10middotPin 150 2QmiddotPin
00 deg0
0 00 deg CA-----I$-~amp IMulti-Pin Connectors
One mating air-side connector is 135 lOoPin
19720-Pin
Section 1middot2 To order additional I I connectors see page 141
1-=--250 lOoPin--1 293 2OmiddotPin
Note CA (Connector Attached) is the distance from end of connector to the vacuum sealing surface
09
--------------------_- - shy
![Page 22: D-Zero Engineering Note #3740.225-EN -318 End Calorimeter .../67531/metadc833106/m2/1/high_re… · nichrome wire will be wrapped around the OD of the tube (within the insulating](https://reader034.fdocuments.net/reader034/viewer/2022042210/5eadeca80353600afe1aa543/html5/thumbnails/22.jpg)
1
1
LOAD STEP 2 ITERATION= 18 TIME= 026944E+07 LOAD CASE=
NODE TEMP 612 30393084 659 31706194 706 32494853 753 32907025 800 33033968
LOAD STEP 2 ITERATION= 19 TIME 027052E+07 LOAD CASE=
NODE TEMP 612 30410800 659 31791743 706 32636547 753 33085752 800 33225621
LOAD STEP 2 ITERATION= 20 TIME 027160E+07 LOAD CASE=
NODE TEMP 612 30427144 659 31870668 706 32767269 753 33250639 800 33402432
LOAD STEP 2 ITERATION 21 TIME 027268E+07 LOAD CASE
NODE TEMP 612 30442222 659 31943482 706 32887869 753 33402758 800 33565552
LOAD STEP 2 ITERATION= 22 TIME= 027376E+07 LOAD CASE=
NODE TEMP 612 30456133 659 320 10658 706 32999130 753 33543097 800 33716041
LOAD STEP 2 ITERATION 23 TIME- 027484E+07 LOAD CASE
NODE TEMP 612 30468967 659 320 72632 706 33101776 753 33672670 800 33854876
SECTION= 1
SECTION= 1
SECTION= 1
1
SECTION= 1
1
SECTION= 1
1
SEmON 1 1
LOAD STEP 2 ITERATION= 24 SECTION= 1 TIME= 027592E+07 LOAD CASE= 1
_ NODE TEMP 612 30480807 659 32129806 706 331 96472 753 33792016 800 33982961
LOAD STEP 3 ITERATION= 1 SECTION= 1 TIME= O27592E+07 LOAD CASE= 1
NODE TEMP 612 30621868 659 32810989 706 34324696 753 35215103 800 35508962
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Appendix C
Drawjnes Sketches and Manufacturo[s Data Sheets
-------
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~ - t---sectf-B
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~------------------------------------------I01J------------------___________________________~ (N()INAL rtNISH[D L(NGTH)
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END FFUSION PUMP AND R
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I SECTION
Multi-Pin Instrumentation Feedthroughs
I bull Multi-Pin
bull 1 0 and 20 Conductors bull 700 Volts - 1 0 Amps
Please order by Part Number Note that listed prices are for single unit sales Contact factory for quantity discounts
12 Description
Units are designed and rated for high and ultra high vacuum applications They are constructed of vacuum grade materials including 032 diameter moshylybdenum conductor pins with high purity alumina insulation on type 304 stainless steel weldable mounts and flanges Atmospheric side mating conshynectors are supplied For additional connectors see page 141 Vacuum side connectors are detailed on page 145
12 General Specifications
Voltage Rating 700V DC Current Rating 10 Amps Maximum Current All Pins Loaded 10 Pins 50 Amps 20 Pins 75 Amps
Temperature Rating Del-Weld amp Del-Seal to 450degC Kwik-Flange amp Del-Thread to 150degC Connectors bull to 125degC
8akeable to 450degC without connector 8akeable to 450degC without connector
O-nog or Teflon tape
Del-Weld bull 10 and 20 Conductor Pins Weldable Adapter
I -II I
c --
No Part Unit Pins Number Reference A B C 0 CA Price
10 9121000 601 B0875-1 747 60 211 379 395 $23000 20 9121001 60181142-2 1372 75 230 360 455 $37000
Del-Seal -10 and 20 Conductor Pins Metal Seal Flange
1ooIf---CA--~ I
I
Flange Reference Nom F
~08 ~~~pound~_~~ ~ ~ ~~~(middotfi~~- -_~_ ~ ~-~~lt
Unit G H CA Price
261
235
--
SECTION
Del-Seal middot5000 Volts Metal Seal Flange
See Tallie
Four Conductors pound2 ~~273
Part No Reference Conductor Amps Flange Price
IC e 050 Copper 15 050 Nickel 5
f- 100 - 75 -50 ~-500-- I
I See Table
Eight Conductors 100 Lshy r shy273
Part No Reference Conductor Amps Flange Price
9422032 601A0418-1 094 Copper 30 2 $28500 9422033 601A0418-2 092 Nickel 15 2 $28500 9422034 601A0418-3 050 Copper 15 2 $28500 9422035 601A0418-4 050 Nickel 5 2 $28500 ~ 100 i- 75 50 --000middotshy
Twelve Conductors
Part No Reference Conductor Amps Flange Pt1ce
m
- -lt
9422036 601B19n-2 094 Copper 30 234 $35000 L9422037 601B19n-1 092 Nickel 15 234 $35000 9422038 601B19n-4 050 Copper 15 234 $35000 LSeeTabie
9422039 601B19n-3 050 Nickel 5 234 $35000
I SECTION
-(wik-Flange bull 10 and 20 Conductor PinsISO O-Ring Flange
~~I
I
--~-~-middotc ---________
-= == I0=0--1 K
~f I032 Oa I
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No Part Kwik- Ref Unit Pins Number Reference Flange ISO K L M CA Price
10 9123000 60182481-1 K075 NW16 118 261 329 445 $35000 10 9123001 60182481-2 K100 NW25 157 211 379 395 $35000 10 9123002 60182481-3 K150 NW40 216 211 379 395 $35500 10 9123003 60182481-4 K200 NW50 295 211 379 395 $35500 20 9123004 60182482-1 K150 NW40 216 230 360 455 $45000 20 9123005 60182482-2 K200 NW50 295 230 360 455 $45000
~-
supplied with each feedthrough in
200 ~ i
50 100Pin
7520-Pin-~t+t+Mf)l
10middotPin 150 2QmiddotPin
00 deg0
0 00 deg CA-----I$-~amp IMulti-Pin Connectors
One mating air-side connector is 135 lOoPin
19720-Pin
Section 1middot2 To order additional I I connectors see page 141
1-=--250 lOoPin--1 293 2OmiddotPin
Note CA (Connector Attached) is the distance from end of connector to the vacuum sealing surface
09
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![Page 23: D-Zero Engineering Note #3740.225-EN -318 End Calorimeter .../67531/metadc833106/m2/1/high_re… · nichrome wire will be wrapped around the OD of the tube (within the insulating](https://reader034.fdocuments.net/reader034/viewer/2022042210/5eadeca80353600afe1aa543/html5/thumbnails/23.jpg)
LOAD STEP 2 ITERATION= 24 SECTION= 1 TIME= 027592E+07 LOAD CASE= 1
_ NODE TEMP 612 30480807 659 32129806 706 331 96472 753 33792016 800 33982961
LOAD STEP 3 ITERATION= 1 SECTION= 1 TIME= O27592E+07 LOAD CASE= 1
NODE TEMP 612 30621868 659 32810989 706 34324696 753 35215103 800 35508962
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I SECTION
Multi-Pin Instrumentation Feedthroughs
I bull Multi-Pin
bull 1 0 and 20 Conductors bull 700 Volts - 1 0 Amps
Please order by Part Number Note that listed prices are for single unit sales Contact factory for quantity discounts
12 Description
Units are designed and rated for high and ultra high vacuum applications They are constructed of vacuum grade materials including 032 diameter moshylybdenum conductor pins with high purity alumina insulation on type 304 stainless steel weldable mounts and flanges Atmospheric side mating conshynectors are supplied For additional connectors see page 141 Vacuum side connectors are detailed on page 145
12 General Specifications
Voltage Rating 700V DC Current Rating 10 Amps Maximum Current All Pins Loaded 10 Pins 50 Amps 20 Pins 75 Amps
Temperature Rating Del-Weld amp Del-Seal to 450degC Kwik-Flange amp Del-Thread to 150degC Connectors bull to 125degC
8akeable to 450degC without connector 8akeable to 450degC without connector
O-nog or Teflon tape
Del-Weld bull 10 and 20 Conductor Pins Weldable Adapter
I -II I
c --
No Part Unit Pins Number Reference A B C 0 CA Price
10 9121000 601 B0875-1 747 60 211 379 395 $23000 20 9121001 60181142-2 1372 75 230 360 455 $37000
Del-Seal -10 and 20 Conductor Pins Metal Seal Flange
1ooIf---CA--~ I
I
Flange Reference Nom F
~08 ~~~pound~_~~ ~ ~ ~~~(middotfi~~- -_~_ ~ ~-~~lt
Unit G H CA Price
261
235
--
SECTION
Del-Seal middot5000 Volts Metal Seal Flange
See Tallie
Four Conductors pound2 ~~273
Part No Reference Conductor Amps Flange Price
IC e 050 Copper 15 050 Nickel 5
f- 100 - 75 -50 ~-500-- I
I See Table
Eight Conductors 100 Lshy r shy273
Part No Reference Conductor Amps Flange Price
9422032 601A0418-1 094 Copper 30 2 $28500 9422033 601A0418-2 092 Nickel 15 2 $28500 9422034 601A0418-3 050 Copper 15 2 $28500 9422035 601A0418-4 050 Nickel 5 2 $28500 ~ 100 i- 75 50 --000middotshy
Twelve Conductors
Part No Reference Conductor Amps Flange Pt1ce
m
- -lt
9422036 601B19n-2 094 Copper 30 234 $35000 L9422037 601B19n-1 092 Nickel 15 234 $35000 9422038 601B19n-4 050 Copper 15 234 $35000 LSeeTabie
9422039 601B19n-3 050 Nickel 5 234 $35000
I SECTION
-(wik-Flange bull 10 and 20 Conductor PinsISO O-Ring Flange
~~I
I
--~-~-middotc ---________
-= == I0=0--1 K
~f I032 Oa I
tI L ~ I bull M--j
No Part Kwik- Ref Unit Pins Number Reference Flange ISO K L M CA Price
10 9123000 60182481-1 K075 NW16 118 261 329 445 $35000 10 9123001 60182481-2 K100 NW25 157 211 379 395 $35000 10 9123002 60182481-3 K150 NW40 216 211 379 395 $35500 10 9123003 60182481-4 K200 NW50 295 211 379 395 $35500 20 9123004 60182482-1 K150 NW40 216 230 360 455 $45000 20 9123005 60182482-2 K200 NW50 295 230 360 455 $45000
~-
supplied with each feedthrough in
200 ~ i
50 100Pin
7520-Pin-~t+t+Mf)l
10middotPin 150 2QmiddotPin
00 deg0
0 00 deg CA-----I$-~amp IMulti-Pin Connectors
One mating air-side connector is 135 lOoPin
19720-Pin
Section 1middot2 To order additional I I connectors see page 141
1-=--250 lOoPin--1 293 2OmiddotPin
Note CA (Connector Attached) is the distance from end of connector to the vacuum sealing surface
09
--------------------_- - shy
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Appendix C
Drawjnes Sketches and Manufacturo[s Data Sheets
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I SECTION
Multi-Pin Instrumentation Feedthroughs
I bull Multi-Pin
bull 1 0 and 20 Conductors bull 700 Volts - 1 0 Amps
Please order by Part Number Note that listed prices are for single unit sales Contact factory for quantity discounts
12 Description
Units are designed and rated for high and ultra high vacuum applications They are constructed of vacuum grade materials including 032 diameter moshylybdenum conductor pins with high purity alumina insulation on type 304 stainless steel weldable mounts and flanges Atmospheric side mating conshynectors are supplied For additional connectors see page 141 Vacuum side connectors are detailed on page 145
12 General Specifications
Voltage Rating 700V DC Current Rating 10 Amps Maximum Current All Pins Loaded 10 Pins 50 Amps 20 Pins 75 Amps
Temperature Rating Del-Weld amp Del-Seal to 450degC Kwik-Flange amp Del-Thread to 150degC Connectors bull to 125degC
8akeable to 450degC without connector 8akeable to 450degC without connector
O-nog or Teflon tape
Del-Weld bull 10 and 20 Conductor Pins Weldable Adapter
I -II I
c --
No Part Unit Pins Number Reference A B C 0 CA Price
10 9121000 601 B0875-1 747 60 211 379 395 $23000 20 9121001 60181142-2 1372 75 230 360 455 $37000
Del-Seal -10 and 20 Conductor Pins Metal Seal Flange
1ooIf---CA--~ I
I
Flange Reference Nom F
~08 ~~~pound~_~~ ~ ~ ~~~(middotfi~~- -_~_ ~ ~-~~lt
Unit G H CA Price
261
235
--
SECTION
Del-Seal middot5000 Volts Metal Seal Flange
See Tallie
Four Conductors pound2 ~~273
Part No Reference Conductor Amps Flange Price
IC e 050 Copper 15 050 Nickel 5
f- 100 - 75 -50 ~-500-- I
I See Table
Eight Conductors 100 Lshy r shy273
Part No Reference Conductor Amps Flange Price
9422032 601A0418-1 094 Copper 30 2 $28500 9422033 601A0418-2 092 Nickel 15 2 $28500 9422034 601A0418-3 050 Copper 15 2 $28500 9422035 601A0418-4 050 Nickel 5 2 $28500 ~ 100 i- 75 50 --000middotshy
Twelve Conductors
Part No Reference Conductor Amps Flange Pt1ce
m
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9422036 601B19n-2 094 Copper 30 234 $35000 L9422037 601B19n-1 092 Nickel 15 234 $35000 9422038 601B19n-4 050 Copper 15 234 $35000 LSeeTabie
9422039 601B19n-3 050 Nickel 5 234 $35000
I SECTION
-(wik-Flange bull 10 and 20 Conductor PinsISO O-Ring Flange
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10 9123000 60182481-1 K075 NW16 118 261 329 445 $35000 10 9123001 60182481-2 K100 NW25 157 211 379 395 $35000 10 9123002 60182481-3 K150 NW40 216 211 379 395 $35500 10 9123003 60182481-4 K200 NW50 295 211 379 395 $35500 20 9123004 60182482-1 K150 NW40 216 230 360 455 $45000 20 9123005 60182482-2 K200 NW50 295 230 360 455 $45000
~-
supplied with each feedthrough in
200 ~ i
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7520-Pin-~t+t+Mf)l
10middotPin 150 2QmiddotPin
00 deg0
0 00 deg CA-----I$-~amp IMulti-Pin Connectors
One mating air-side connector is 135 lOoPin
19720-Pin
Section 1middot2 To order additional I I connectors see page 141
1-=--250 lOoPin--1 293 2OmiddotPin
Note CA (Connector Attached) is the distance from end of connector to the vacuum sealing surface
09
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12~r
FER~I NATIONAL ACCELERATOR LABORATORY UNITED STATES DEPARTMENT OF ENERGY
END FFUSION PUMP AND R
SGAU
FULL
1-1 rAT f f LAVO t r 7-29-l1
tf ~ _
-4 rshytf I
- 7 -1(
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I SECTION
Multi-Pin Instrumentation Feedthroughs
I bull Multi-Pin
bull 1 0 and 20 Conductors bull 700 Volts - 1 0 Amps
Please order by Part Number Note that listed prices are for single unit sales Contact factory for quantity discounts
12 Description
Units are designed and rated for high and ultra high vacuum applications They are constructed of vacuum grade materials including 032 diameter moshylybdenum conductor pins with high purity alumina insulation on type 304 stainless steel weldable mounts and flanges Atmospheric side mating conshynectors are supplied For additional connectors see page 141 Vacuum side connectors are detailed on page 145
12 General Specifications
Voltage Rating 700V DC Current Rating 10 Amps Maximum Current All Pins Loaded 10 Pins 50 Amps 20 Pins 75 Amps
Temperature Rating Del-Weld amp Del-Seal to 450degC Kwik-Flange amp Del-Thread to 150degC Connectors bull to 125degC
8akeable to 450degC without connector 8akeable to 450degC without connector
O-nog or Teflon tape
Del-Weld bull 10 and 20 Conductor Pins Weldable Adapter
I -II I
c --
No Part Unit Pins Number Reference A B C 0 CA Price
10 9121000 601 B0875-1 747 60 211 379 395 $23000 20 9121001 60181142-2 1372 75 230 360 455 $37000
Del-Seal -10 and 20 Conductor Pins Metal Seal Flange
1ooIf---CA--~ I
I
Flange Reference Nom F
~08 ~~~pound~_~~ ~ ~ ~~~(middotfi~~- -_~_ ~ ~-~~lt
Unit G H CA Price
261
235
--
SECTION
Del-Seal middot5000 Volts Metal Seal Flange
See Tallie
Four Conductors pound2 ~~273
Part No Reference Conductor Amps Flange Price
IC e 050 Copper 15 050 Nickel 5
f- 100 - 75 -50 ~-500-- I
I See Table
Eight Conductors 100 Lshy r shy273
Part No Reference Conductor Amps Flange Price
9422032 601A0418-1 094 Copper 30 2 $28500 9422033 601A0418-2 092 Nickel 15 2 $28500 9422034 601A0418-3 050 Copper 15 2 $28500 9422035 601A0418-4 050 Nickel 5 2 $28500 ~ 100 i- 75 50 --000middotshy
Twelve Conductors
Part No Reference Conductor Amps Flange Pt1ce
m
- -lt
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9422039 601B19n-3 050 Nickel 5 234 $35000
I SECTION
-(wik-Flange bull 10 and 20 Conductor PinsISO O-Ring Flange
~~I
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-= == I0=0--1 K
~f I032 Oa I
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No Part Kwik- Ref Unit Pins Number Reference Flange ISO K L M CA Price
10 9123000 60182481-1 K075 NW16 118 261 329 445 $35000 10 9123001 60182481-2 K100 NW25 157 211 379 395 $35000 10 9123002 60182481-3 K150 NW40 216 211 379 395 $35500 10 9123003 60182481-4 K200 NW50 295 211 379 395 $35500 20 9123004 60182482-1 K150 NW40 216 230 360 455 $45000 20 9123005 60182482-2 K200 NW50 295 230 360 455 $45000
~-
supplied with each feedthrough in
200 ~ i
50 100Pin
7520-Pin-~t+t+Mf)l
10middotPin 150 2QmiddotPin
00 deg0
0 00 deg CA-----I$-~amp IMulti-Pin Connectors
One mating air-side connector is 135 lOoPin
19720-Pin
Section 1middot2 To order additional I I connectors see page 141
1-=--250 lOoPin--1 293 2OmiddotPin
Note CA (Connector Attached) is the distance from end of connector to the vacuum sealing surface
09
--------------------_- - shy
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Drawjnes Sketches and Manufacturo[s Data Sheets
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I SECTION
Multi-Pin Instrumentation Feedthroughs
I bull Multi-Pin
bull 1 0 and 20 Conductors bull 700 Volts - 1 0 Amps
Please order by Part Number Note that listed prices are for single unit sales Contact factory for quantity discounts
12 Description
Units are designed and rated for high and ultra high vacuum applications They are constructed of vacuum grade materials including 032 diameter moshylybdenum conductor pins with high purity alumina insulation on type 304 stainless steel weldable mounts and flanges Atmospheric side mating conshynectors are supplied For additional connectors see page 141 Vacuum side connectors are detailed on page 145
12 General Specifications
Voltage Rating 700V DC Current Rating 10 Amps Maximum Current All Pins Loaded 10 Pins 50 Amps 20 Pins 75 Amps
Temperature Rating Del-Weld amp Del-Seal to 450degC Kwik-Flange amp Del-Thread to 150degC Connectors bull to 125degC
8akeable to 450degC without connector 8akeable to 450degC without connector
O-nog or Teflon tape
Del-Weld bull 10 and 20 Conductor Pins Weldable Adapter
I -II I
c --
No Part Unit Pins Number Reference A B C 0 CA Price
10 9121000 601 B0875-1 747 60 211 379 395 $23000 20 9121001 60181142-2 1372 75 230 360 455 $37000
Del-Seal -10 and 20 Conductor Pins Metal Seal Flange
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~08 ~~~pound~_~~ ~ ~ ~~~(middotfi~~- -_~_ ~ ~-~~lt
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See Tallie
Four Conductors pound2 ~~273
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IC e 050 Copper 15 050 Nickel 5
f- 100 - 75 -50 ~-500-- I
I See Table
Eight Conductors 100 Lshy r shy273
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9422032 601A0418-1 094 Copper 30 2 $28500 9422033 601A0418-2 092 Nickel 15 2 $28500 9422034 601A0418-3 050 Copper 15 2 $28500 9422035 601A0418-4 050 Nickel 5 2 $28500 ~ 100 i- 75 50 --000middotshy
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9422039 601B19n-3 050 Nickel 5 234 $35000
I SECTION
-(wik-Flange bull 10 and 20 Conductor PinsISO O-Ring Flange
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10 9123000 60182481-1 K075 NW16 118 261 329 445 $35000 10 9123001 60182481-2 K100 NW25 157 211 379 395 $35000 10 9123002 60182481-3 K150 NW40 216 211 379 395 $35500 10 9123003 60182481-4 K200 NW50 295 211 379 395 $35500 20 9123004 60182482-1 K150 NW40 216 230 360 455 $45000 20 9123005 60182482-2 K200 NW50 295 230 360 455 $45000
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1-=--250 lOoPin--1 293 2OmiddotPin
Note CA (Connector Attached) is the distance from end of connector to the vacuum sealing surface
09
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I SECTION
Multi-Pin Instrumentation Feedthroughs
I bull Multi-Pin
bull 1 0 and 20 Conductors bull 700 Volts - 1 0 Amps
Please order by Part Number Note that listed prices are for single unit sales Contact factory for quantity discounts
12 Description
Units are designed and rated for high and ultra high vacuum applications They are constructed of vacuum grade materials including 032 diameter moshylybdenum conductor pins with high purity alumina insulation on type 304 stainless steel weldable mounts and flanges Atmospheric side mating conshynectors are supplied For additional connectors see page 141 Vacuum side connectors are detailed on page 145
12 General Specifications
Voltage Rating 700V DC Current Rating 10 Amps Maximum Current All Pins Loaded 10 Pins 50 Amps 20 Pins 75 Amps
Temperature Rating Del-Weld amp Del-Seal to 450degC Kwik-Flange amp Del-Thread to 150degC Connectors bull to 125degC
8akeable to 450degC without connector 8akeable to 450degC without connector
O-nog or Teflon tape
Del-Weld bull 10 and 20 Conductor Pins Weldable Adapter
I -II I
c --
No Part Unit Pins Number Reference A B C 0 CA Price
10 9121000 601 B0875-1 747 60 211 379 395 $23000 20 9121001 60181142-2 1372 75 230 360 455 $37000
Del-Seal -10 and 20 Conductor Pins Metal Seal Flange
1ooIf---CA--~ I
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~08 ~~~pound~_~~ ~ ~ ~~~(middotfi~~- -_~_ ~ ~-~~lt
Unit G H CA Price
261
235
--
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Del-Seal middot5000 Volts Metal Seal Flange
See Tallie
Four Conductors pound2 ~~273
Part No Reference Conductor Amps Flange Price
IC e 050 Copper 15 050 Nickel 5
f- 100 - 75 -50 ~-500-- I
I See Table
Eight Conductors 100 Lshy r shy273
Part No Reference Conductor Amps Flange Price
9422032 601A0418-1 094 Copper 30 2 $28500 9422033 601A0418-2 092 Nickel 15 2 $28500 9422034 601A0418-3 050 Copper 15 2 $28500 9422035 601A0418-4 050 Nickel 5 2 $28500 ~ 100 i- 75 50 --000middotshy
Twelve Conductors
Part No Reference Conductor Amps Flange Pt1ce
m
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9422039 601B19n-3 050 Nickel 5 234 $35000
I SECTION
-(wik-Flange bull 10 and 20 Conductor PinsISO O-Ring Flange
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No Part Kwik- Ref Unit Pins Number Reference Flange ISO K L M CA Price
10 9123000 60182481-1 K075 NW16 118 261 329 445 $35000 10 9123001 60182481-2 K100 NW25 157 211 379 395 $35000 10 9123002 60182481-3 K150 NW40 216 211 379 395 $35500 10 9123003 60182481-4 K200 NW50 295 211 379 395 $35500 20 9123004 60182482-1 K150 NW40 216 230 360 455 $45000 20 9123005 60182482-2 K200 NW50 295 230 360 455 $45000
~-
supplied with each feedthrough in
200 ~ i
50 100Pin
7520-Pin-~t+t+Mf)l
10middotPin 150 2QmiddotPin
00 deg0
0 00 deg CA-----I$-~amp IMulti-Pin Connectors
One mating air-side connector is 135 lOoPin
19720-Pin
Section 1middot2 To order additional I I connectors see page 141
1-=--250 lOoPin--1 293 2OmiddotPin
Note CA (Connector Attached) is the distance from end of connector to the vacuum sealing surface
09
--------------------_- - shy
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Drawjnes Sketches and Manufacturo[s Data Sheets
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I SECTION
Multi-Pin Instrumentation Feedthroughs
I bull Multi-Pin
bull 1 0 and 20 Conductors bull 700 Volts - 1 0 Amps
Please order by Part Number Note that listed prices are for single unit sales Contact factory for quantity discounts
12 Description
Units are designed and rated for high and ultra high vacuum applications They are constructed of vacuum grade materials including 032 diameter moshylybdenum conductor pins with high purity alumina insulation on type 304 stainless steel weldable mounts and flanges Atmospheric side mating conshynectors are supplied For additional connectors see page 141 Vacuum side connectors are detailed on page 145
12 General Specifications
Voltage Rating 700V DC Current Rating 10 Amps Maximum Current All Pins Loaded 10 Pins 50 Amps 20 Pins 75 Amps
Temperature Rating Del-Weld amp Del-Seal to 450degC Kwik-Flange amp Del-Thread to 150degC Connectors bull to 125degC
8akeable to 450degC without connector 8akeable to 450degC without connector
O-nog or Teflon tape
Del-Weld bull 10 and 20 Conductor Pins Weldable Adapter
I -II I
c --
No Part Unit Pins Number Reference A B C 0 CA Price
10 9121000 601 B0875-1 747 60 211 379 395 $23000 20 9121001 60181142-2 1372 75 230 360 455 $37000
Del-Seal -10 and 20 Conductor Pins Metal Seal Flange
1ooIf---CA--~ I
I
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~08 ~~~pound~_~~ ~ ~ ~~~(middotfi~~- -_~_ ~ ~-~~lt
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261
235
--
SECTION
Del-Seal middot5000 Volts Metal Seal Flange
See Tallie
Four Conductors pound2 ~~273
Part No Reference Conductor Amps Flange Price
IC e 050 Copper 15 050 Nickel 5
f- 100 - 75 -50 ~-500-- I
I See Table
Eight Conductors 100 Lshy r shy273
Part No Reference Conductor Amps Flange Price
9422032 601A0418-1 094 Copper 30 2 $28500 9422033 601A0418-2 092 Nickel 15 2 $28500 9422034 601A0418-3 050 Copper 15 2 $28500 9422035 601A0418-4 050 Nickel 5 2 $28500 ~ 100 i- 75 50 --000middotshy
Twelve Conductors
Part No Reference Conductor Amps Flange Pt1ce
m
- -lt
9422036 601B19n-2 094 Copper 30 234 $35000 L9422037 601B19n-1 092 Nickel 15 234 $35000 9422038 601B19n-4 050 Copper 15 234 $35000 LSeeTabie
9422039 601B19n-3 050 Nickel 5 234 $35000
I SECTION
-(wik-Flange bull 10 and 20 Conductor PinsISO O-Ring Flange
~~I
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No Part Kwik- Ref Unit Pins Number Reference Flange ISO K L M CA Price
10 9123000 60182481-1 K075 NW16 118 261 329 445 $35000 10 9123001 60182481-2 K100 NW25 157 211 379 395 $35000 10 9123002 60182481-3 K150 NW40 216 211 379 395 $35500 10 9123003 60182481-4 K200 NW50 295 211 379 395 $35500 20 9123004 60182482-1 K150 NW40 216 230 360 455 $45000 20 9123005 60182482-2 K200 NW50 295 230 360 455 $45000
~-
supplied with each feedthrough in
200 ~ i
50 100Pin
7520-Pin-~t+t+Mf)l
10middotPin 150 2QmiddotPin
00 deg0
0 00 deg CA-----I$-~amp IMulti-Pin Connectors
One mating air-side connector is 135 lOoPin
19720-Pin
Section 1middot2 To order additional I I connectors see page 141
1-=--250 lOoPin--1 293 2OmiddotPin
Note CA (Connector Attached) is the distance from end of connector to the vacuum sealing surface
09
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![Page 29: D-Zero Engineering Note #3740.225-EN -318 End Calorimeter .../67531/metadc833106/m2/1/high_re… · nichrome wire will be wrapped around the OD of the tube (within the insulating](https://reader034.fdocuments.net/reader034/viewer/2022042210/5eadeca80353600afe1aa543/html5/thumbnails/29.jpg)
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END FFUSION PUMP AND R
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I SECTION
Multi-Pin Instrumentation Feedthroughs
I bull Multi-Pin
bull 1 0 and 20 Conductors bull 700 Volts - 1 0 Amps
Please order by Part Number Note that listed prices are for single unit sales Contact factory for quantity discounts
12 Description
Units are designed and rated for high and ultra high vacuum applications They are constructed of vacuum grade materials including 032 diameter moshylybdenum conductor pins with high purity alumina insulation on type 304 stainless steel weldable mounts and flanges Atmospheric side mating conshynectors are supplied For additional connectors see page 141 Vacuum side connectors are detailed on page 145
12 General Specifications
Voltage Rating 700V DC Current Rating 10 Amps Maximum Current All Pins Loaded 10 Pins 50 Amps 20 Pins 75 Amps
Temperature Rating Del-Weld amp Del-Seal to 450degC Kwik-Flange amp Del-Thread to 150degC Connectors bull to 125degC
8akeable to 450degC without connector 8akeable to 450degC without connector
O-nog or Teflon tape
Del-Weld bull 10 and 20 Conductor Pins Weldable Adapter
I -II I
c --
No Part Unit Pins Number Reference A B C 0 CA Price
10 9121000 601 B0875-1 747 60 211 379 395 $23000 20 9121001 60181142-2 1372 75 230 360 455 $37000
Del-Seal -10 and 20 Conductor Pins Metal Seal Flange
1ooIf---CA--~ I
I
Flange Reference Nom F
~08 ~~~pound~_~~ ~ ~ ~~~(middotfi~~- -_~_ ~ ~-~~lt
Unit G H CA Price
261
235
--
SECTION
Del-Seal middot5000 Volts Metal Seal Flange
See Tallie
Four Conductors pound2 ~~273
Part No Reference Conductor Amps Flange Price
IC e 050 Copper 15 050 Nickel 5
f- 100 - 75 -50 ~-500-- I
I See Table
Eight Conductors 100 Lshy r shy273
Part No Reference Conductor Amps Flange Price
9422032 601A0418-1 094 Copper 30 2 $28500 9422033 601A0418-2 092 Nickel 15 2 $28500 9422034 601A0418-3 050 Copper 15 2 $28500 9422035 601A0418-4 050 Nickel 5 2 $28500 ~ 100 i- 75 50 --000middotshy
Twelve Conductors
Part No Reference Conductor Amps Flange Pt1ce
m
- -lt
9422036 601B19n-2 094 Copper 30 234 $35000 L9422037 601B19n-1 092 Nickel 15 234 $35000 9422038 601B19n-4 050 Copper 15 234 $35000 LSeeTabie
9422039 601B19n-3 050 Nickel 5 234 $35000
I SECTION
-(wik-Flange bull 10 and 20 Conductor PinsISO O-Ring Flange
~~I
I
--~-~-middotc ---________
-= == I0=0--1 K
~f I032 Oa I
tI L ~ I bull M--j
No Part Kwik- Ref Unit Pins Number Reference Flange ISO K L M CA Price
10 9123000 60182481-1 K075 NW16 118 261 329 445 $35000 10 9123001 60182481-2 K100 NW25 157 211 379 395 $35000 10 9123002 60182481-3 K150 NW40 216 211 379 395 $35500 10 9123003 60182481-4 K200 NW50 295 211 379 395 $35500 20 9123004 60182482-1 K150 NW40 216 230 360 455 $45000 20 9123005 60182482-2 K200 NW50 295 230 360 455 $45000
~-
supplied with each feedthrough in
200 ~ i
50 100Pin
7520-Pin-~t+t+Mf)l
10middotPin 150 2QmiddotPin
00 deg0
0 00 deg CA-----I$-~amp IMulti-Pin Connectors
One mating air-side connector is 135 lOoPin
19720-Pin
Section 1middot2 To order additional I I connectors see page 141
1-=--250 lOoPin--1 293 2OmiddotPin
Note CA (Connector Attached) is the distance from end of connector to the vacuum sealing surface
09
--------------------_- - shy
![Page 30: D-Zero Engineering Note #3740.225-EN -318 End Calorimeter .../67531/metadc833106/m2/1/high_re… · nichrome wire will be wrapped around the OD of the tube (within the insulating](https://reader034.fdocuments.net/reader034/viewer/2022042210/5eadeca80353600afe1aa543/html5/thumbnails/30.jpg)
--
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Appendix C
Drawjnes Sketches and Manufacturo[s Data Sheets
-------
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f----------------------------s~~~T~~~l~g~-H-)-------------------shy
~------------------------------------------I01J------------------___________________________~ (N()INAL rtNISH[D L(NGTH)
~
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_____ _
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bull stNSITIVITY 10 ATMCXlSEC
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001laquo)1 IC l[ OfIIHO 1 tw~r~--~~ lJPo
e MAX All r4Ct~ tcr~ IYAf(PIAl
12~r
FER~I NATIONAL ACCELERATOR LABORATORY UNITED STATES DEPARTMENT OF ENERGY
END FFUSION PUMP AND R
SGAU
FULL
1-1 rAT f f LAVO t r 7-29-l1
tf ~ _
-4 rshytf I
- 7 -1(
- - c ~
If
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4 s(1) J LLf l ~ f L~laquoJjwJle(2)~
- tmiddot shy
I SECTION
Multi-Pin Instrumentation Feedthroughs
I bull Multi-Pin
bull 1 0 and 20 Conductors bull 700 Volts - 1 0 Amps
Please order by Part Number Note that listed prices are for single unit sales Contact factory for quantity discounts
12 Description
Units are designed and rated for high and ultra high vacuum applications They are constructed of vacuum grade materials including 032 diameter moshylybdenum conductor pins with high purity alumina insulation on type 304 stainless steel weldable mounts and flanges Atmospheric side mating conshynectors are supplied For additional connectors see page 141 Vacuum side connectors are detailed on page 145
12 General Specifications
Voltage Rating 700V DC Current Rating 10 Amps Maximum Current All Pins Loaded 10 Pins 50 Amps 20 Pins 75 Amps
Temperature Rating Del-Weld amp Del-Seal to 450degC Kwik-Flange amp Del-Thread to 150degC Connectors bull to 125degC
8akeable to 450degC without connector 8akeable to 450degC without connector
O-nog or Teflon tape
Del-Weld bull 10 and 20 Conductor Pins Weldable Adapter
I -II I
c --
No Part Unit Pins Number Reference A B C 0 CA Price
10 9121000 601 B0875-1 747 60 211 379 395 $23000 20 9121001 60181142-2 1372 75 230 360 455 $37000
Del-Seal -10 and 20 Conductor Pins Metal Seal Flange
1ooIf---CA--~ I
I
Flange Reference Nom F
~08 ~~~pound~_~~ ~ ~ ~~~(middotfi~~- -_~_ ~ ~-~~lt
Unit G H CA Price
261
235
--
SECTION
Del-Seal middot5000 Volts Metal Seal Flange
See Tallie
Four Conductors pound2 ~~273
Part No Reference Conductor Amps Flange Price
IC e 050 Copper 15 050 Nickel 5
f- 100 - 75 -50 ~-500-- I
I See Table
Eight Conductors 100 Lshy r shy273
Part No Reference Conductor Amps Flange Price
9422032 601A0418-1 094 Copper 30 2 $28500 9422033 601A0418-2 092 Nickel 15 2 $28500 9422034 601A0418-3 050 Copper 15 2 $28500 9422035 601A0418-4 050 Nickel 5 2 $28500 ~ 100 i- 75 50 --000middotshy
Twelve Conductors
Part No Reference Conductor Amps Flange Pt1ce
m
- -lt
9422036 601B19n-2 094 Copper 30 234 $35000 L9422037 601B19n-1 092 Nickel 15 234 $35000 9422038 601B19n-4 050 Copper 15 234 $35000 LSeeTabie
9422039 601B19n-3 050 Nickel 5 234 $35000
I SECTION
-(wik-Flange bull 10 and 20 Conductor PinsISO O-Ring Flange
~~I
I
--~-~-middotc ---________
-= == I0=0--1 K
~f I032 Oa I
tI L ~ I bull M--j
No Part Kwik- Ref Unit Pins Number Reference Flange ISO K L M CA Price
10 9123000 60182481-1 K075 NW16 118 261 329 445 $35000 10 9123001 60182481-2 K100 NW25 157 211 379 395 $35000 10 9123002 60182481-3 K150 NW40 216 211 379 395 $35500 10 9123003 60182481-4 K200 NW50 295 211 379 395 $35500 20 9123004 60182482-1 K150 NW40 216 230 360 455 $45000 20 9123005 60182482-2 K200 NW50 295 230 360 455 $45000
~-
supplied with each feedthrough in
200 ~ i
50 100Pin
7520-Pin-~t+t+Mf)l
10middotPin 150 2QmiddotPin
00 deg0
0 00 deg CA-----I$-~amp IMulti-Pin Connectors
One mating air-side connector is 135 lOoPin
19720-Pin
Section 1middot2 To order additional I I connectors see page 141
1-=--250 lOoPin--1 293 2OmiddotPin
Note CA (Connector Attached) is the distance from end of connector to the vacuum sealing surface
09
--------------------_- - shy
![Page 31: D-Zero Engineering Note #3740.225-EN -318 End Calorimeter .../67531/metadc833106/m2/1/high_re… · nichrome wire will be wrapped around the OD of the tube (within the insulating](https://reader034.fdocuments.net/reader034/viewer/2022042210/5eadeca80353600afe1aa543/html5/thumbnails/31.jpg)
Appendix C
Drawjnes Sketches and Manufacturo[s Data Sheets
-------
) ) )
~ - t---sectf-B
f----------------------------s~~~T~~~l~g~-H-)-------------------shy
~------------------------------------------I01J------------------___________________________~ (N()INAL rtNISH[D L(NGTH)
~
----------- al0 oal -----shy(ItAPTor TAP( LENGtH) I
_____ _
L t-=r ~ 7-[-17r~ r
- 1-~- PJfr~~ middotS
r 1 -~u- ~~~~ )bull=~1-bullbull shy~J _ __ -~ ~ ~ fllt c~ 3_~~ I CO 1shy
t
--
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L_____________ _ ~-onrslmiddotrmiddotAL P-tl~1 shy
I) AL W[LOS TO IE vAQAAI LEAllt TIGHT IIOTU I A
2 LEAllt fU1 NO LEAllt PoALL IE O[T[ctAalE (I-1= -r1I~ 777~~ON TIC IIOIT SldITI SCALE or A -~ --y-~-L ~ ~ HELl l[AIC TlCTDIt ITH A NI
bull stNSITIVITY 10 ATMCXlSEC
- c ~~~~~~-~ir~~~~~=~- ~~-~~ rC
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I SECTION
Multi-Pin Instrumentation Feedthroughs
I bull Multi-Pin
bull 1 0 and 20 Conductors bull 700 Volts - 1 0 Amps
Please order by Part Number Note that listed prices are for single unit sales Contact factory for quantity discounts
12 Description
Units are designed and rated for high and ultra high vacuum applications They are constructed of vacuum grade materials including 032 diameter moshylybdenum conductor pins with high purity alumina insulation on type 304 stainless steel weldable mounts and flanges Atmospheric side mating conshynectors are supplied For additional connectors see page 141 Vacuum side connectors are detailed on page 145
12 General Specifications
Voltage Rating 700V DC Current Rating 10 Amps Maximum Current All Pins Loaded 10 Pins 50 Amps 20 Pins 75 Amps
Temperature Rating Del-Weld amp Del-Seal to 450degC Kwik-Flange amp Del-Thread to 150degC Connectors bull to 125degC
8akeable to 450degC without connector 8akeable to 450degC without connector
O-nog or Teflon tape
Del-Weld bull 10 and 20 Conductor Pins Weldable Adapter
I -II I
c --
No Part Unit Pins Number Reference A B C 0 CA Price
10 9121000 601 B0875-1 747 60 211 379 395 $23000 20 9121001 60181142-2 1372 75 230 360 455 $37000
Del-Seal -10 and 20 Conductor Pins Metal Seal Flange
1ooIf---CA--~ I
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~08 ~~~pound~_~~ ~ ~ ~~~(middotfi~~- -_~_ ~ ~-~~lt
Unit G H CA Price
261
235
--
SECTION
Del-Seal middot5000 Volts Metal Seal Flange
See Tallie
Four Conductors pound2 ~~273
Part No Reference Conductor Amps Flange Price
IC e 050 Copper 15 050 Nickel 5
f- 100 - 75 -50 ~-500-- I
I See Table
Eight Conductors 100 Lshy r shy273
Part No Reference Conductor Amps Flange Price
9422032 601A0418-1 094 Copper 30 2 $28500 9422033 601A0418-2 092 Nickel 15 2 $28500 9422034 601A0418-3 050 Copper 15 2 $28500 9422035 601A0418-4 050 Nickel 5 2 $28500 ~ 100 i- 75 50 --000middotshy
Twelve Conductors
Part No Reference Conductor Amps Flange Pt1ce
m
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9422036 601B19n-2 094 Copper 30 234 $35000 L9422037 601B19n-1 092 Nickel 15 234 $35000 9422038 601B19n-4 050 Copper 15 234 $35000 LSeeTabie
9422039 601B19n-3 050 Nickel 5 234 $35000
I SECTION
-(wik-Flange bull 10 and 20 Conductor PinsISO O-Ring Flange
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No Part Kwik- Ref Unit Pins Number Reference Flange ISO K L M CA Price
10 9123000 60182481-1 K075 NW16 118 261 329 445 $35000 10 9123001 60182481-2 K100 NW25 157 211 379 395 $35000 10 9123002 60182481-3 K150 NW40 216 211 379 395 $35500 10 9123003 60182481-4 K200 NW50 295 211 379 395 $35500 20 9123004 60182482-1 K150 NW40 216 230 360 455 $45000 20 9123005 60182482-2 K200 NW50 295 230 360 455 $45000
~-
supplied with each feedthrough in
200 ~ i
50 100Pin
7520-Pin-~t+t+Mf)l
10middotPin 150 2QmiddotPin
00 deg0
0 00 deg CA-----I$-~amp IMulti-Pin Connectors
One mating air-side connector is 135 lOoPin
19720-Pin
Section 1middot2 To order additional I I connectors see page 141
1-=--250 lOoPin--1 293 2OmiddotPin
Note CA (Connector Attached) is the distance from end of connector to the vacuum sealing surface
09
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![Page 32: D-Zero Engineering Note #3740.225-EN -318 End Calorimeter .../67531/metadc833106/m2/1/high_re… · nichrome wire will be wrapped around the OD of the tube (within the insulating](https://reader034.fdocuments.net/reader034/viewer/2022042210/5eadeca80353600afe1aa543/html5/thumbnails/32.jpg)
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I SECTION
Multi-Pin Instrumentation Feedthroughs
I bull Multi-Pin
bull 1 0 and 20 Conductors bull 700 Volts - 1 0 Amps
Please order by Part Number Note that listed prices are for single unit sales Contact factory for quantity discounts
12 Description
Units are designed and rated for high and ultra high vacuum applications They are constructed of vacuum grade materials including 032 diameter moshylybdenum conductor pins with high purity alumina insulation on type 304 stainless steel weldable mounts and flanges Atmospheric side mating conshynectors are supplied For additional connectors see page 141 Vacuum side connectors are detailed on page 145
12 General Specifications
Voltage Rating 700V DC Current Rating 10 Amps Maximum Current All Pins Loaded 10 Pins 50 Amps 20 Pins 75 Amps
Temperature Rating Del-Weld amp Del-Seal to 450degC Kwik-Flange amp Del-Thread to 150degC Connectors bull to 125degC
8akeable to 450degC without connector 8akeable to 450degC without connector
O-nog or Teflon tape
Del-Weld bull 10 and 20 Conductor Pins Weldable Adapter
I -II I
c --
No Part Unit Pins Number Reference A B C 0 CA Price
10 9121000 601 B0875-1 747 60 211 379 395 $23000 20 9121001 60181142-2 1372 75 230 360 455 $37000
Del-Seal -10 and 20 Conductor Pins Metal Seal Flange
1ooIf---CA--~ I
I
Flange Reference Nom F
~08 ~~~pound~_~~ ~ ~ ~~~(middotfi~~- -_~_ ~ ~-~~lt
Unit G H CA Price
261
235
--
SECTION
Del-Seal middot5000 Volts Metal Seal Flange
See Tallie
Four Conductors pound2 ~~273
Part No Reference Conductor Amps Flange Price
IC e 050 Copper 15 050 Nickel 5
f- 100 - 75 -50 ~-500-- I
I See Table
Eight Conductors 100 Lshy r shy273
Part No Reference Conductor Amps Flange Price
9422032 601A0418-1 094 Copper 30 2 $28500 9422033 601A0418-2 092 Nickel 15 2 $28500 9422034 601A0418-3 050 Copper 15 2 $28500 9422035 601A0418-4 050 Nickel 5 2 $28500 ~ 100 i- 75 50 --000middotshy
Twelve Conductors
Part No Reference Conductor Amps Flange Pt1ce
m
- -lt
9422036 601B19n-2 094 Copper 30 234 $35000 L9422037 601B19n-1 092 Nickel 15 234 $35000 9422038 601B19n-4 050 Copper 15 234 $35000 LSeeTabie
9422039 601B19n-3 050 Nickel 5 234 $35000
I SECTION
-(wik-Flange bull 10 and 20 Conductor PinsISO O-Ring Flange
~~I
I
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-= == I0=0--1 K
~f I032 Oa I
tI L ~ I bull M--j
No Part Kwik- Ref Unit Pins Number Reference Flange ISO K L M CA Price
10 9123000 60182481-1 K075 NW16 118 261 329 445 $35000 10 9123001 60182481-2 K100 NW25 157 211 379 395 $35000 10 9123002 60182481-3 K150 NW40 216 211 379 395 $35500 10 9123003 60182481-4 K200 NW50 295 211 379 395 $35500 20 9123004 60182482-1 K150 NW40 216 230 360 455 $45000 20 9123005 60182482-2 K200 NW50 295 230 360 455 $45000
~-
supplied with each feedthrough in
200 ~ i
50 100Pin
7520-Pin-~t+t+Mf)l
10middotPin 150 2QmiddotPin
00 deg0
0 00 deg CA-----I$-~amp IMulti-Pin Connectors
One mating air-side connector is 135 lOoPin
19720-Pin
Section 1middot2 To order additional I I connectors see page 141
1-=--250 lOoPin--1 293 2OmiddotPin
Note CA (Connector Attached) is the distance from end of connector to the vacuum sealing surface
09
--------------------_- - shy
![Page 33: D-Zero Engineering Note #3740.225-EN -318 End Calorimeter .../67531/metadc833106/m2/1/high_re… · nichrome wire will be wrapped around the OD of the tube (within the insulating](https://reader034.fdocuments.net/reader034/viewer/2022042210/5eadeca80353600afe1aa543/html5/thumbnails/33.jpg)
--------
I EC [55poundOVT[~ ~Cflr 2~C -I - j 100 J-- shy
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12~r
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END FFUSION PUMP AND R
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1-1 rAT f f LAVO t r 7-29-l1
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I SECTION
Multi-Pin Instrumentation Feedthroughs
I bull Multi-Pin
bull 1 0 and 20 Conductors bull 700 Volts - 1 0 Amps
Please order by Part Number Note that listed prices are for single unit sales Contact factory for quantity discounts
12 Description
Units are designed and rated for high and ultra high vacuum applications They are constructed of vacuum grade materials including 032 diameter moshylybdenum conductor pins with high purity alumina insulation on type 304 stainless steel weldable mounts and flanges Atmospheric side mating conshynectors are supplied For additional connectors see page 141 Vacuum side connectors are detailed on page 145
12 General Specifications
Voltage Rating 700V DC Current Rating 10 Amps Maximum Current All Pins Loaded 10 Pins 50 Amps 20 Pins 75 Amps
Temperature Rating Del-Weld amp Del-Seal to 450degC Kwik-Flange amp Del-Thread to 150degC Connectors bull to 125degC
8akeable to 450degC without connector 8akeable to 450degC without connector
O-nog or Teflon tape
Del-Weld bull 10 and 20 Conductor Pins Weldable Adapter
I -II I
c --
No Part Unit Pins Number Reference A B C 0 CA Price
10 9121000 601 B0875-1 747 60 211 379 395 $23000 20 9121001 60181142-2 1372 75 230 360 455 $37000
Del-Seal -10 and 20 Conductor Pins Metal Seal Flange
1ooIf---CA--~ I
I
Flange Reference Nom F
~08 ~~~pound~_~~ ~ ~ ~~~(middotfi~~- -_~_ ~ ~-~~lt
Unit G H CA Price
261
235
--
SECTION
Del-Seal middot5000 Volts Metal Seal Flange
See Tallie
Four Conductors pound2 ~~273
Part No Reference Conductor Amps Flange Price
IC e 050 Copper 15 050 Nickel 5
f- 100 - 75 -50 ~-500-- I
I See Table
Eight Conductors 100 Lshy r shy273
Part No Reference Conductor Amps Flange Price
9422032 601A0418-1 094 Copper 30 2 $28500 9422033 601A0418-2 092 Nickel 15 2 $28500 9422034 601A0418-3 050 Copper 15 2 $28500 9422035 601A0418-4 050 Nickel 5 2 $28500 ~ 100 i- 75 50 --000middotshy
Twelve Conductors
Part No Reference Conductor Amps Flange Pt1ce
m
- -lt
9422036 601B19n-2 094 Copper 30 234 $35000 L9422037 601B19n-1 092 Nickel 15 234 $35000 9422038 601B19n-4 050 Copper 15 234 $35000 LSeeTabie
9422039 601B19n-3 050 Nickel 5 234 $35000
I SECTION
-(wik-Flange bull 10 and 20 Conductor PinsISO O-Ring Flange
~~I
I
--~-~-middotc ---________
-= == I0=0--1 K
~f I032 Oa I
tI L ~ I bull M--j
No Part Kwik- Ref Unit Pins Number Reference Flange ISO K L M CA Price
10 9123000 60182481-1 K075 NW16 118 261 329 445 $35000 10 9123001 60182481-2 K100 NW25 157 211 379 395 $35000 10 9123002 60182481-3 K150 NW40 216 211 379 395 $35500 10 9123003 60182481-4 K200 NW50 295 211 379 395 $35500 20 9123004 60182482-1 K150 NW40 216 230 360 455 $45000 20 9123005 60182482-2 K200 NW50 295 230 360 455 $45000
~-
supplied with each feedthrough in
200 ~ i
50 100Pin
7520-Pin-~t+t+Mf)l
10middotPin 150 2QmiddotPin
00 deg0
0 00 deg CA-----I$-~amp IMulti-Pin Connectors
One mating air-side connector is 135 lOoPin
19720-Pin
Section 1middot2 To order additional I I connectors see page 141
1-=--250 lOoPin--1 293 2OmiddotPin
Note CA (Connector Attached) is the distance from end of connector to the vacuum sealing surface
09
--------------------_- - shy
![Page 34: D-Zero Engineering Note #3740.225-EN -318 End Calorimeter .../67531/metadc833106/m2/1/high_re… · nichrome wire will be wrapped around the OD of the tube (within the insulating](https://reader034.fdocuments.net/reader034/viewer/2022042210/5eadeca80353600afe1aa543/html5/thumbnails/34.jpg)
L I m) )~16 UIA DRilL lHRU 16 HOlES )
1 SOQ MINIMUM WIDTHEO SP 225 APART or FINISH AREA(II A 9250 BOLT CIRCLE
- ~~ 10 000
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e MAX All r4Ct~ tcr~ IYAf(PIAl
12~r
FER~I NATIONAL ACCELERATOR LABORATORY UNITED STATES DEPARTMENT OF ENERGY
END FFUSION PUMP AND R
SGAU
FULL
1-1 rAT f f LAVO t r 7-29-l1
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I SECTION
Multi-Pin Instrumentation Feedthroughs
I bull Multi-Pin
bull 1 0 and 20 Conductors bull 700 Volts - 1 0 Amps
Please order by Part Number Note that listed prices are for single unit sales Contact factory for quantity discounts
12 Description
Units are designed and rated for high and ultra high vacuum applications They are constructed of vacuum grade materials including 032 diameter moshylybdenum conductor pins with high purity alumina insulation on type 304 stainless steel weldable mounts and flanges Atmospheric side mating conshynectors are supplied For additional connectors see page 141 Vacuum side connectors are detailed on page 145
12 General Specifications
Voltage Rating 700V DC Current Rating 10 Amps Maximum Current All Pins Loaded 10 Pins 50 Amps 20 Pins 75 Amps
Temperature Rating Del-Weld amp Del-Seal to 450degC Kwik-Flange amp Del-Thread to 150degC Connectors bull to 125degC
8akeable to 450degC without connector 8akeable to 450degC without connector
O-nog or Teflon tape
Del-Weld bull 10 and 20 Conductor Pins Weldable Adapter
I -II I
c --
No Part Unit Pins Number Reference A B C 0 CA Price
10 9121000 601 B0875-1 747 60 211 379 395 $23000 20 9121001 60181142-2 1372 75 230 360 455 $37000
Del-Seal -10 and 20 Conductor Pins Metal Seal Flange
1ooIf---CA--~ I
I
Flange Reference Nom F
~08 ~~~pound~_~~ ~ ~ ~~~(middotfi~~- -_~_ ~ ~-~~lt
Unit G H CA Price
261
235
--
SECTION
Del-Seal middot5000 Volts Metal Seal Flange
See Tallie
Four Conductors pound2 ~~273
Part No Reference Conductor Amps Flange Price
IC e 050 Copper 15 050 Nickel 5
f- 100 - 75 -50 ~-500-- I
I See Table
Eight Conductors 100 Lshy r shy273
Part No Reference Conductor Amps Flange Price
9422032 601A0418-1 094 Copper 30 2 $28500 9422033 601A0418-2 092 Nickel 15 2 $28500 9422034 601A0418-3 050 Copper 15 2 $28500 9422035 601A0418-4 050 Nickel 5 2 $28500 ~ 100 i- 75 50 --000middotshy
Twelve Conductors
Part No Reference Conductor Amps Flange Pt1ce
m
- -lt
9422036 601B19n-2 094 Copper 30 234 $35000 L9422037 601B19n-1 092 Nickel 15 234 $35000 9422038 601B19n-4 050 Copper 15 234 $35000 LSeeTabie
9422039 601B19n-3 050 Nickel 5 234 $35000
I SECTION
-(wik-Flange bull 10 and 20 Conductor PinsISO O-Ring Flange
~~I
I
--~-~-middotc ---________
-= == I0=0--1 K
~f I032 Oa I
tI L ~ I bull M--j
No Part Kwik- Ref Unit Pins Number Reference Flange ISO K L M CA Price
10 9123000 60182481-1 K075 NW16 118 261 329 445 $35000 10 9123001 60182481-2 K100 NW25 157 211 379 395 $35000 10 9123002 60182481-3 K150 NW40 216 211 379 395 $35500 10 9123003 60182481-4 K200 NW50 295 211 379 395 $35500 20 9123004 60182482-1 K150 NW40 216 230 360 455 $45000 20 9123005 60182482-2 K200 NW50 295 230 360 455 $45000
~-
supplied with each feedthrough in
200 ~ i
50 100Pin
7520-Pin-~t+t+Mf)l
10middotPin 150 2QmiddotPin
00 deg0
0 00 deg CA-----I$-~amp IMulti-Pin Connectors
One mating air-side connector is 135 lOoPin
19720-Pin
Section 1middot2 To order additional I I connectors see page 141
1-=--250 lOoPin--1 293 2OmiddotPin
Note CA (Connector Attached) is the distance from end of connector to the vacuum sealing surface
09
--------------------_- - shy
![Page 35: D-Zero Engineering Note #3740.225-EN -318 End Calorimeter .../67531/metadc833106/m2/1/high_re… · nichrome wire will be wrapped around the OD of the tube (within the insulating](https://reader034.fdocuments.net/reader034/viewer/2022042210/5eadeca80353600afe1aa543/html5/thumbnails/35.jpg)
1-1 rAT f f LAVO t r 7-29-l1
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~ ~111 J 1C (Jj S(~t) =0J T L~QJJ
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I ) 771~nrA JS) +- LetJ~~
Ii i
4 s(1) J LLf l ~ f L~laquoJjwJle(2)~
- tmiddot shy
I SECTION
Multi-Pin Instrumentation Feedthroughs
I bull Multi-Pin
bull 1 0 and 20 Conductors bull 700 Volts - 1 0 Amps
Please order by Part Number Note that listed prices are for single unit sales Contact factory for quantity discounts
12 Description
Units are designed and rated for high and ultra high vacuum applications They are constructed of vacuum grade materials including 032 diameter moshylybdenum conductor pins with high purity alumina insulation on type 304 stainless steel weldable mounts and flanges Atmospheric side mating conshynectors are supplied For additional connectors see page 141 Vacuum side connectors are detailed on page 145
12 General Specifications
Voltage Rating 700V DC Current Rating 10 Amps Maximum Current All Pins Loaded 10 Pins 50 Amps 20 Pins 75 Amps
Temperature Rating Del-Weld amp Del-Seal to 450degC Kwik-Flange amp Del-Thread to 150degC Connectors bull to 125degC
8akeable to 450degC without connector 8akeable to 450degC without connector
O-nog or Teflon tape
Del-Weld bull 10 and 20 Conductor Pins Weldable Adapter
I -II I
c --
No Part Unit Pins Number Reference A B C 0 CA Price
10 9121000 601 B0875-1 747 60 211 379 395 $23000 20 9121001 60181142-2 1372 75 230 360 455 $37000
Del-Seal -10 and 20 Conductor Pins Metal Seal Flange
1ooIf---CA--~ I
I
Flange Reference Nom F
~08 ~~~pound~_~~ ~ ~ ~~~(middotfi~~- -_~_ ~ ~-~~lt
Unit G H CA Price
261
235
--
SECTION
Del-Seal middot5000 Volts Metal Seal Flange
See Tallie
Four Conductors pound2 ~~273
Part No Reference Conductor Amps Flange Price
IC e 050 Copper 15 050 Nickel 5
f- 100 - 75 -50 ~-500-- I
I See Table
Eight Conductors 100 Lshy r shy273
Part No Reference Conductor Amps Flange Price
9422032 601A0418-1 094 Copper 30 2 $28500 9422033 601A0418-2 092 Nickel 15 2 $28500 9422034 601A0418-3 050 Copper 15 2 $28500 9422035 601A0418-4 050 Nickel 5 2 $28500 ~ 100 i- 75 50 --000middotshy
Twelve Conductors
Part No Reference Conductor Amps Flange Pt1ce
m
- -lt
9422036 601B19n-2 094 Copper 30 234 $35000 L9422037 601B19n-1 092 Nickel 15 234 $35000 9422038 601B19n-4 050 Copper 15 234 $35000 LSeeTabie
9422039 601B19n-3 050 Nickel 5 234 $35000
I SECTION
-(wik-Flange bull 10 and 20 Conductor PinsISO O-Ring Flange
~~I
I
--~-~-middotc ---________
-= == I0=0--1 K
~f I032 Oa I
tI L ~ I bull M--j
No Part Kwik- Ref Unit Pins Number Reference Flange ISO K L M CA Price
10 9123000 60182481-1 K075 NW16 118 261 329 445 $35000 10 9123001 60182481-2 K100 NW25 157 211 379 395 $35000 10 9123002 60182481-3 K150 NW40 216 211 379 395 $35500 10 9123003 60182481-4 K200 NW50 295 211 379 395 $35500 20 9123004 60182482-1 K150 NW40 216 230 360 455 $45000 20 9123005 60182482-2 K200 NW50 295 230 360 455 $45000
~-
supplied with each feedthrough in
200 ~ i
50 100Pin
7520-Pin-~t+t+Mf)l
10middotPin 150 2QmiddotPin
00 deg0
0 00 deg CA-----I$-~amp IMulti-Pin Connectors
One mating air-side connector is 135 lOoPin
19720-Pin
Section 1middot2 To order additional I I connectors see page 141
1-=--250 lOoPin--1 293 2OmiddotPin
Note CA (Connector Attached) is the distance from end of connector to the vacuum sealing surface
09
--------------------_- - shy
![Page 36: D-Zero Engineering Note #3740.225-EN -318 End Calorimeter .../67531/metadc833106/m2/1/high_re… · nichrome wire will be wrapped around the OD of the tube (within the insulating](https://reader034.fdocuments.net/reader034/viewer/2022042210/5eadeca80353600afe1aa543/html5/thumbnails/36.jpg)
I SECTION
Multi-Pin Instrumentation Feedthroughs
I bull Multi-Pin
bull 1 0 and 20 Conductors bull 700 Volts - 1 0 Amps
Please order by Part Number Note that listed prices are for single unit sales Contact factory for quantity discounts
12 Description
Units are designed and rated for high and ultra high vacuum applications They are constructed of vacuum grade materials including 032 diameter moshylybdenum conductor pins with high purity alumina insulation on type 304 stainless steel weldable mounts and flanges Atmospheric side mating conshynectors are supplied For additional connectors see page 141 Vacuum side connectors are detailed on page 145
12 General Specifications
Voltage Rating 700V DC Current Rating 10 Amps Maximum Current All Pins Loaded 10 Pins 50 Amps 20 Pins 75 Amps
Temperature Rating Del-Weld amp Del-Seal to 450degC Kwik-Flange amp Del-Thread to 150degC Connectors bull to 125degC
8akeable to 450degC without connector 8akeable to 450degC without connector
O-nog or Teflon tape
Del-Weld bull 10 and 20 Conductor Pins Weldable Adapter
I -II I
c --
No Part Unit Pins Number Reference A B C 0 CA Price
10 9121000 601 B0875-1 747 60 211 379 395 $23000 20 9121001 60181142-2 1372 75 230 360 455 $37000
Del-Seal -10 and 20 Conductor Pins Metal Seal Flange
1ooIf---CA--~ I
I
Flange Reference Nom F
~08 ~~~pound~_~~ ~ ~ ~~~(middotfi~~- -_~_ ~ ~-~~lt
Unit G H CA Price
261
235
--
SECTION
Del-Seal middot5000 Volts Metal Seal Flange
See Tallie
Four Conductors pound2 ~~273
Part No Reference Conductor Amps Flange Price
IC e 050 Copper 15 050 Nickel 5
f- 100 - 75 -50 ~-500-- I
I See Table
Eight Conductors 100 Lshy r shy273
Part No Reference Conductor Amps Flange Price
9422032 601A0418-1 094 Copper 30 2 $28500 9422033 601A0418-2 092 Nickel 15 2 $28500 9422034 601A0418-3 050 Copper 15 2 $28500 9422035 601A0418-4 050 Nickel 5 2 $28500 ~ 100 i- 75 50 --000middotshy
Twelve Conductors
Part No Reference Conductor Amps Flange Pt1ce
m
- -lt
9422036 601B19n-2 094 Copper 30 234 $35000 L9422037 601B19n-1 092 Nickel 15 234 $35000 9422038 601B19n-4 050 Copper 15 234 $35000 LSeeTabie
9422039 601B19n-3 050 Nickel 5 234 $35000
I SECTION
-(wik-Flange bull 10 and 20 Conductor PinsISO O-Ring Flange
~~I
I
--~-~-middotc ---________
-= == I0=0--1 K
~f I032 Oa I
tI L ~ I bull M--j
No Part Kwik- Ref Unit Pins Number Reference Flange ISO K L M CA Price
10 9123000 60182481-1 K075 NW16 118 261 329 445 $35000 10 9123001 60182481-2 K100 NW25 157 211 379 395 $35000 10 9123002 60182481-3 K150 NW40 216 211 379 395 $35500 10 9123003 60182481-4 K200 NW50 295 211 379 395 $35500 20 9123004 60182482-1 K150 NW40 216 230 360 455 $45000 20 9123005 60182482-2 K200 NW50 295 230 360 455 $45000
~-
supplied with each feedthrough in
200 ~ i
50 100Pin
7520-Pin-~t+t+Mf)l
10middotPin 150 2QmiddotPin
00 deg0
0 00 deg CA-----I$-~amp IMulti-Pin Connectors
One mating air-side connector is 135 lOoPin
19720-Pin
Section 1middot2 To order additional I I connectors see page 141
1-=--250 lOoPin--1 293 2OmiddotPin
Note CA (Connector Attached) is the distance from end of connector to the vacuum sealing surface
09
--------------------_- - shy
![Page 37: D-Zero Engineering Note #3740.225-EN -318 End Calorimeter .../67531/metadc833106/m2/1/high_re… · nichrome wire will be wrapped around the OD of the tube (within the insulating](https://reader034.fdocuments.net/reader034/viewer/2022042210/5eadeca80353600afe1aa543/html5/thumbnails/37.jpg)
SECTION
Del-Seal middot5000 Volts Metal Seal Flange
See Tallie
Four Conductors pound2 ~~273
Part No Reference Conductor Amps Flange Price
IC e 050 Copper 15 050 Nickel 5
f- 100 - 75 -50 ~-500-- I
I See Table
Eight Conductors 100 Lshy r shy273
Part No Reference Conductor Amps Flange Price
9422032 601A0418-1 094 Copper 30 2 $28500 9422033 601A0418-2 092 Nickel 15 2 $28500 9422034 601A0418-3 050 Copper 15 2 $28500 9422035 601A0418-4 050 Nickel 5 2 $28500 ~ 100 i- 75 50 --000middotshy
Twelve Conductors
Part No Reference Conductor Amps Flange Pt1ce
m
- -lt
9422036 601B19n-2 094 Copper 30 234 $35000 L9422037 601B19n-1 092 Nickel 15 234 $35000 9422038 601B19n-4 050 Copper 15 234 $35000 LSeeTabie
9422039 601B19n-3 050 Nickel 5 234 $35000
I SECTION
-(wik-Flange bull 10 and 20 Conductor PinsISO O-Ring Flange
~~I
I
--~-~-middotc ---________
-= == I0=0--1 K
~f I032 Oa I
tI L ~ I bull M--j
No Part Kwik- Ref Unit Pins Number Reference Flange ISO K L M CA Price
10 9123000 60182481-1 K075 NW16 118 261 329 445 $35000 10 9123001 60182481-2 K100 NW25 157 211 379 395 $35000 10 9123002 60182481-3 K150 NW40 216 211 379 395 $35500 10 9123003 60182481-4 K200 NW50 295 211 379 395 $35500 20 9123004 60182482-1 K150 NW40 216 230 360 455 $45000 20 9123005 60182482-2 K200 NW50 295 230 360 455 $45000
~-
supplied with each feedthrough in
200 ~ i
50 100Pin
7520-Pin-~t+t+Mf)l
10middotPin 150 2QmiddotPin
00 deg0
0 00 deg CA-----I$-~amp IMulti-Pin Connectors
One mating air-side connector is 135 lOoPin
19720-Pin
Section 1middot2 To order additional I I connectors see page 141
1-=--250 lOoPin--1 293 2OmiddotPin
Note CA (Connector Attached) is the distance from end of connector to the vacuum sealing surface
09
--------------------_- - shy
![Page 38: D-Zero Engineering Note #3740.225-EN -318 End Calorimeter .../67531/metadc833106/m2/1/high_re… · nichrome wire will be wrapped around the OD of the tube (within the insulating](https://reader034.fdocuments.net/reader034/viewer/2022042210/5eadeca80353600afe1aa543/html5/thumbnails/38.jpg)
I SECTION
-(wik-Flange bull 10 and 20 Conductor PinsISO O-Ring Flange
~~I
I
--~-~-middotc ---________
-= == I0=0--1 K
~f I032 Oa I
tI L ~ I bull M--j
No Part Kwik- Ref Unit Pins Number Reference Flange ISO K L M CA Price
10 9123000 60182481-1 K075 NW16 118 261 329 445 $35000 10 9123001 60182481-2 K100 NW25 157 211 379 395 $35000 10 9123002 60182481-3 K150 NW40 216 211 379 395 $35500 10 9123003 60182481-4 K200 NW50 295 211 379 395 $35500 20 9123004 60182482-1 K150 NW40 216 230 360 455 $45000 20 9123005 60182482-2 K200 NW50 295 230 360 455 $45000
~-
supplied with each feedthrough in
200 ~ i
50 100Pin
7520-Pin-~t+t+Mf)l
10middotPin 150 2QmiddotPin
00 deg0
0 00 deg CA-----I$-~amp IMulti-Pin Connectors
One mating air-side connector is 135 lOoPin
19720-Pin
Section 1middot2 To order additional I I connectors see page 141
1-=--250 lOoPin--1 293 2OmiddotPin
Note CA (Connector Attached) is the distance from end of connector to the vacuum sealing surface
09
--------------------_- - shy