Carpenter & Paterson Variable Support 09V.pdf

VARIABLESUPPORTS

Catalog No.09V

CARPENTER & PATERSON, INC.DESIGNERS • ENGINEERS • MANUFACTURERS

SALES OFFICES AND WAREHOUSES

SALES OFFICES, WAREHOUSES AND MANUFACTURING PLANTS

CALIFORNIA 5097 Zambrano Street City of Commerce, CA 90040 Tel: 323 622 1830 Fax: 323 622 1837

MARYLAND 8941 D’Arcy Road Upper Marlboro, MD 20774 Tel: 301 333 4631 Fax: 301 333 4638

MASSACHUSETTS 225 Merrimac Street Woburn, MA 01801 Tel: 781 935 2950 Fax: 781 935 7664

NEW JERSEY (SOUTH) 3900 River Road, P.O. Box 556 Pennsauken, NJ 08110-0556 Tel: 856 488 1988 Fax: 856 488 0824

CANADA 921 Barton Street, Unit 3 Stoney Creek, ON L8E 5P5 Tel: 905 664 6866 Fax: 905 664 2751

LOUISIANA 434 Latigue Road Waggaman, LA 70094 Tel: 504 431 7722 Fax: 504 431 7900

NEW JERSEY (NORTH) 369 Jefferson Avenue Saddle Brook, NJ 07663 Tel: 973 772 1800 Fax: 973 772 8333

PENNSYLVANIA 484 Galiffa Drive Donora Industrial Park Donora, PA 15033 Tel: 724 379 8461 Fax: 724 379 8463

DESIGNERS • ENGINEERS • MANUFACTURERS

EXECUTIVE OFFICES 225 Merrimac Street, Woburn, MA 01801

Tel: 781 935 2950 • Fax: 781 935 7664 e-mail: [email protected] www.carpenterandpaterson.com

1. PRICES & DESIGNS: Prices and designs are subject to change without notice. All prices are F.O.B. point of shipment, unless otherwise stated. 2. DELIVERY: Seller will make every effort to complete delivery of products as indicted on seller’s acceptance of an order, but seller assumes no responsibility or liability, and will accept no backcharge for loss or damage due to delay or inability to deliver caused by acts of God, war, labor difficulties, accident, delays of carriers, contractors or suppliers, inability to obtain materials, shortages of fuel and energy, or and other causes of any kind beyond the control of seller. Under no circumstances shall seller be liable for any special or consequential damages or for loss, damage, or expenses directly or indirectly arising from delays or failure to give notice of delay. 3. SHIPMENTS: All products shipped will be carefully examined, counted, and packed. No claim for shortages will be allowed unless made in writing within ten (10) days of receipt of shipment. Claims for products damaged or lost in transit should be made on the carrier as seller’s responsibility ceases and the title passes on delivery to the carrier. 4. FREIGHT: All prices are F.O.B. point of shipment. On shipments weighing 2000 pounds or more, rail freight or motor freight at the lowest published rate is allowed to all US rail points or all US highway points listed in published tariffs (Hawaii and Alaska excluded). 5. RETURNS: Seller cannot accept the return of any product unless its written permission has been first obtained. Credit will be allowed on the basis of the price charged for the merchandise less a standard handling charge of twenty percent (20%) and less any freight charges allowed or paid by seller. Material not in first class salable condition will be subject to the total cost of reconditioning. Special or non-standard products are not subject to cancellation or return except on such terms as seller may specify upon application. 6. PRODUCT APPLICATION: Seller’s products are indented for installation and service as illustrated or described in seller’s catalog. Seller shall not be responsible for any losses or damage sustained by the buyer or any other person as a result of misapplication. Buyer shall defend, indemnify and save seller harmless from any and all liability or alleged liability, expenses, including legal fees arising from personal injuries including death or damage to property caused by reason of improper and/or negligent installation of pipe hangers designed and fabricated by seller. In accordance with our product development program, we reserve the right to revise the design and application of our products without notification. For latest product information, please contact the nearest Carpenter & Paterson office. 7. WARRANTY: Carpenter & Paterson, Inc. warrants for one (1) year from date of shipment that all products of Carpenter & Paterson manufacture will be free from defects in material and workmanship when used for the purpose which Carpenter & Paterson recommends. Carpenter & Paterson warrants the products which it sells of other manufacturers only to the extent they are warranted to Carpenter & Paterson by the supplier. Claim for breach of the above warranty must be made within thirty (30) days from the date the material was determined by the Buyer to be defective or in any event within twelve (12) months from the date of delivery to the original users, unless otherwise stated. If Carpenter & Paterson deems to its satisfaction that the products are defective, the product will be repaired or replaced by Carpenter & Paterson, and no other charge will be allowed for labor or expense in repairing or replacing said product by the Buyer. In any event the amount of any adjustment shall not exceed the net sales price of the defective product. Where engineering design or fabrication work is supplied, Buyer’s acceptance of Seller’s design or delivery of work, shall relieve Carpenter & Paterson of all further obligation other than as expressed in Carpenter & Paterson’s product warranty. The foregoing constitutes the Purchaser’s sole and exclusive remedy under Carpenter & Paterson warranty. THIS WARRANTY IS IN LIEU OF ALL OTHER WARRANTIES EXPRESSED OR IMPLIED, INCLUDING ANY IMPLIED WARRANTY OF FITNESS OR FITNESS FOR A PARTICULAR PURPOSE. CARPENTER & PATERSON MAKES NO WARRANTY OF MECHANTABILITY. IN NO EVENT AND UNDER NO CIRCUMSTANCES WILL CARPENTER & PATERSON BE LIABLE FOR PERSONAL INJURY OR PROPERTY DAMAGE ARISING IN ANY MANNER OUT OF THE USE OR APPLICATION OF THE GOODS WHICH ARE THE SUBJECT OF THIS PROPOSAL. UNDER NO CIRCUMSTANCES AND IN NO EVENT WILL CARPENTER & PATERSON BE LIABLE FOR CONSEQUENTIAL, SPECIAL, OR INCIDENTAL DAMAGES WHETHER FOR BREACH OF CONTRACT OR WARRANTY, NEGLIGENCE, OR ANY OTHER TORTIOUS ACT OR OMISSION. The terms of this warranty can be modified or changed only by authorization in writing by an officer of Carpenter & Paterson, Inc. Carpenter & Paterson neither assumes, nor authorizes any person to assume for it any obligation in connection with the sale of its products or parts of products which have been; repaired or altered outside of Sellers factory; subject to misuse, negligence, or accidents; or used in a manner contrary to the Seller’s instructions or recommendations. Seller shall not be responsible for design errors due to inaccurate or incomplete information supplied by the Buyer, or its representative. Carpenter & Paterson, Inc. reserves the right to revise product design without notification. 8. TAXES: The amount of taxes applicable to the sale of material or services shall be added to the purchase price and shall be paid by buyer unless buyer provides seller with an exemption certificate acceptable to the taxing authorities. 9. PRICING INFORMATION: Orders Of any size will be accepted. However, orders less than $150.00 will be subject to a $25.00 Handling Charge in addition to the cost of the material and freight, if any. Prices are subject to change without notice. We are not responsible for typographical errors. 10. TERMS: Net thirty (30) days; 1-1/2% per month service charge (18% per annum) will be charged on all delinquent accounts plus court costs and attorney fees.

VARIABLE SPRING SUPPORTS

e take pleasure in presenting to the piping

industry the most versatile line of engineered

hangers and supports.

We enjoy a position of leadership based upon

years of experience in designing and manufacturing

quality pipe iupport devices. Our supports have

been employed with outstanding success in the

chemical, processing and electric power industries.

Our personnel are committed to respond quickly

to customer requirements and service needs on

both standard items and specialized applications.

We are totally a service oriented company

We are staffed with engineers knowledgeable in

every phase ofpipe support design and application.

We are equipped to evaluate support design on the

basis of function, reliability and manufacturing econ-

omy, and to suggesi improved designs using either

standard or custom items for special requirements.

All products are manufactured under a scientffic,

statistical quality control system which assures that

the finished product will conform to pre-determined

standards highest in the industrlt. It is your guarantee

of consistent, uniform quality at all times.

INDEX PAGE

Service and Specifications ............. ..........2

Design Features....... ............2

Travel Series, Size and

Type Selection................... ....................2-3

Presets and Travel Stops .......................... 3

Instal lation and Adjustment ..................... 3

Size and Series Selection

Procedure..... ........................4

Size and Series Selection Chart(Imperial - IPS) ........................................5

Size and Series Selection Chart(Metric - MKS) ................6-1

Nameplate and Cutaway Detail................ 8

Figure 291 .............. .............8

Manufacturers Conversion Table .............9

Series 9 I 0 Dimensions ..................... 1 0- 1 6

Series 920 Dimensions .....................I'7 -23

Series 940 Dimensions .....................24-30

Series 960 Dimensions .....................31 -37

Series 980 Dimensions .....................38-44

Technical Information .. .....................46- 49


INTRODUCTIONThe Variable Support is a spring loaded device used for the

support of piping and equipment where normal verticalmovement is anticipated. Variable Supports are manufac-

tured in five different Travel Series which allow up to ten

inches of movement and twenty-five different sizes allow-ing up to 50,000 pounds of load. Seven different mountingTypes allow the user the widest selection of configurationsto accommodate practically every hanger design.

RECOMMENDED SERVICENormally for support of piping systems where thermalchanges cause the system,dimensions and position to

change, and where load transfer to equipment is not a prob-

lem. Maximum recommended variation from the operating

load is 257o. Aconstant suppofi should be used when

Variability exceeds 257o. Also used for support of equip-

ment and ductwork to customer specifications.

SPECIFICATIONSA11 spring units are designed to meet the requirements of:. ASME Code for Pressure Piping, ASME B31.1, 831.3. Manufacturers Standardizatton Society (MSS), SP-58'

and SP-69. Federal Specification A-A-1 192-A. British Standard BS3974

STANDARD DESIGN FEATURES. Precompression - precompressing the spring coil into the

hanger casing saves headroom by reducing the size of the

casing, reduces the installed envelope size and also

weight and erection time.

' Spring casing protects the coil from damage and weather'. Steel Construction - spring, casing, and internal parts are

fabricated of steel making them rugged and compact' Allwelding is done to the strict requirements of ASMESection IX.

. The Piston Plate serves as a centering device and

guide maintaining coil concentricity under normaloperating conditions.

. Load Indicators are visible in the slots and are

clearly readable.. Stainless steel nameplate and travel scale are

corrosion resistant.. All spring hangers are calibrated for accurate

loading conditions.. The unit is preset at the factory to the Cold Load

upon request.. For each series there is a reserve travel at the upper

and lower limits of the working range of the spring'. Allowable spring coil stresses conform to MSS-SP-58'. Standard finish is a quality rust resisting primer paint.. A turnbuckle or other suitable coupling is utilized

for adjustment of rod type spring units. F type springs

utilize an adjustable load column.. All F type units are supplied with a load flange.

OPTIONAL DESIGN FEATURES. Travel Stop - set at the Cold load position changes the

spring into a rigid support for hydrostatic testing or other

pu{poses. The strength ofthe Travel Stop is designed so

that it can withstand (up to) 2 times the normal load.. Adjustable Travel Stop - allows the resetting of

Preset/Travel Stop at any location within the normaloperating range of the travel.

. Limit Stops - permanently installed to prevent the

movement of the pipe beyond a predetermined distance

or load within the travel range of the spring.. Load Column Guide - for Type F units only, to prevent

tipping of the Load Flange due to anticipated eccentric

loading.. Extended Load Column - for Type F units only, the

length of the load column is furnished longer than nor-mal per customer request.

. Lifting Lugs - are available on larger sizes to facilitateerection and installation.

. Hot-dip Galvanized Finish - available for protectionagainst weather and corrosive conditions. The unit is gal-

vanized to ASTM A-153 except the spring coil which is

epoxy powder coated to assure protection to the coil as itflexes. The load column of the F Type spring is electro-galvanized. Maximum ambient temperature for the epoxy

powdered coating is 350'F (111' C).. Epoxy Paint Finish - available for protection against

weather and corosive conditions. The unit is painted

with a two-part zinc rich epoxy paint except the spring

coil which is epoxy powder coated.. Stainless Steel Construction - allows the greatest

degree of corrosion protection. Constructed completelyof stainless steel except the spring coil which can be

epoxy powder coated for economY.

DETERMINING THE TRAVEL SERIESIn choosing the proper Variable Spring Travel Series itmust first be determined that the calculated movement willfall within the working range of the support and that the

variability of the unit does not induce unacceptable loads

on the other supports or connections. Five (5) standard

Travel Series are available ranging from 17+" through 10".

SIZE AND SERIES SELECTION PROCEDURE

The size of the Variable Spring suppoft selected depends

upon the total piping load to be supported' Complete

sizing information is given on the SIZE and SERIES

SELECTION PROCEDURE shown in this catalog.

DETEHMINING THE TYPE

The type of Variable Spring slrpport to be selected depends

upon the physical characteristics of the structure to which

the hanger assembly will be attached. Consideration must

be given to available headroom, whether the piping will be

supported from above or below the hanger, interferences,

etc. There are ieven (7) standard types available for each

Travel Series; they are:. Tlpe A - Is attached to the supporling member by a verti-

cal rod threaded into the top of the case.. Type B - For use where headroom is limited. The unit has a

single lug for attachment to the stlucture to permit connect-

ing with a bolt or pin to a clevis or welded beam attachment.


. lYpe C - Also designed for limited headroom applica-tions. The unit has two lugs welded to the top of the cas-ing to permit connecting with a bolt or pin through a sin-gle lug attachment to the structure.

. Type D - Designed for use where the variable spring ispositioned above the supporting structure and springadjustment is made from the top.

. Tlpe E - Also designed for use where the variable springis positioned above the supporting structure, but wherethe spring adjustment must be below the structure onwhich the case is supported.

. Type F - Designed to support piping from below. Usedto support pipe from the floor or where supporl fromoverhead is not practical.

. Tlpe G - For irse where headroom is limited or an obstruc-tion prohibits the use of a single rod type Variable Spring.

LOAD PRESET BAR AND TRAVEL STOPThe Load Preset Bars are installed at the factory at the ColdLoad setting of the unit.

The Travel Stops, which are optional and will be providedonly if ordered, include both the Load Preset Bars to pre-set the unit at the Cold Load setting and more imporlantly a

down limit stop which locks the unit at that position.

This locking effect results in the unit functioning as a rigidhanger during erection, hydrostatic testing, chemical clean-ing or other condition which may cause the unit to exceedits load rating. The Travel Stops are designed for twice the

maximum working load of the unit and are installed at thefactory with a "Caution" tag which calls attention to thefact that they must be removed before system startup.

I NSTALLATION AN D ADJUSTM ENTIn following these installation instructions note that theadjustment is accomplished by rotating the turnbuckle, rodcoupling or load column provided with the spring unit.

Firmly secure the spring unit to the structure. Attach theappropriate rod and/or pipe attachment. Cut the bandingholding the Load Presets or Travel Stops. Remove the

down limit stops, if applicable. To remove the LoadPresets, the spring load must be increased slightly by use ofthe adjustment means provided. After the Load Presets orTravel Stops have been removed, readjust the spring unitback to the exact Cold Load setting.

Prior to startup, be sure all of the spring units have hadtheir Load Presets or Travel Stops removed, and have beenadjusted to their Cold Load setting.

After starlup and when the piping system has stabilizedthermally, the Lpad Indicator on the unit should be at theHot Load (Operating) setting. If it is not, the spring shouldbe adjusted to the Hot Load setting. No further adjustmentshould be needed.

ORDERING INSTRUCTIONS:When ordering a Variable Spring Support please specify foreach unit:

1. Tlavel Series: 910,920,940,960, or 980

2. Spring Bpe: A, B, C, D, E, F or G

3. Spring Size: 0 through 22 for all Travel Series; 000 and00 available for Travel Series 920 only

4. Movement and Direction of movement from the Cold(Installed) position to the Hot (Operating) position.

5. Hot Load (Operating position).

6. Cold Load (Installed position).

7. Rod Spacing: For Type G only, specify center to centerrod dimension

8. Customer hanger identification or Mark Number (if any).

9. Finish: Primer Painted, Galvanized, Epoxy Painted,Stainless Steel, or Special Customer Requirements.

10. Type B and C units do not come with connection pins tothe structure. If required, please order as a Figure 291and specify pin size and finish.

11. Specify if unit requires Travel Stops, Lifting Lugs,Limit Stop Load Column Guide, Adjustable TravelStops or any other special feature desired.

TYPICAL APPLICATIONS OF VARIABLE SPRING SUPPORTS

iflfl# 1,.f1 . ll.r'l!e.

EXISTING STEEL

TYPE GTYPE A TYPE B TYPE C TYPE D TYPE E TYPE F


SIZE AND SERIES SELECTION PROCEDURE

The key criteria in selecting the size and series of a VariableSpring suppofi is a factor known as Variability. This is a cal-culation of the percentage change in the supporling force ofa variable spring between the Hot (Operating Condition) andthe Cold (Installed Condition). The formula is shown below.For practical purposes this percentage relates to the amountof load the spring transfers back into the piping system priorto operation. The lower the Variability the lower the effecton the system while in the Cold position. Since the Hot Loadis the actual Operating Load of the piping, loading due toVariability is not a factor.

The Spring Rate is the amount of load required to deflect a

spring coil over a given distance and is expressed in poundsper inch (Newtons per millimeter).

The Movement is the amount the piping system changes dueto thermal growth when moving from the Cold to Hot position.

Variability = Movement x Spring RateHot Load

% Variability = Variability x 100

The Cold Load is calculated by adding (for UP movement)or subtracting (for DOWN movement) the product of SpringRate times the Movement to or from the Hot Load.

If an allowable Variability is not specified, good practicewould be to :use 257o as specified by MSS-SP-5S.

TO SELECT THE PROPER SIZE AND SERIES

1. Find the Hot Load in one of Spring Size columns on theappropriate SIZE AND SERIES SELECTION CHARTfound on page 5, 6, or J.

2. Calculate the maximum allowable Spring Rate from theformula;

Spring Rate = Variability x Hot LoadMovement

3. Stay in the column and choose the Travel Series with a

Spring Rate equal to or less than the value calculated.

4. Calculate the Cold Load and check that both the HotLoad and Cold Load fall within the Working Range of the

Travel Series selected.

5. If your requirements are not met, move to an adjacentSpring Size column and recalculate again using the aboveprocedure.

If the Movement or loading requirements cannot be satis-fied, select a Travel Series with a greater Working Rangeand recalculate.

If any combination of Load, Movement and/or Variabilitycannot achieve the desired results the use of a ConstantSupport should be considered.

Variability = 20Vo Maximum

SOLUTION:

1. Calculate Spring Rate.

0.20 x 307 lbs. =0.50 inches

0.20 x '1366 N =13mm

EXAMPLE:Select a Variable SpringHot Load = 307 lbs.Movement = V2" tJp

for the following conditions:or 1366 N or 139 Kgor 13 mm or 13 mm207a max. 207o max.

122.8 lbs. per inch, or

21 N/mm, or

0.20 x 139 Kg = 2:4 Kg/mm13mm

2. Find the Spring Size column on the SIZE AND SERIESSELECTION CHART where the Hot Load is 307lbs.,or 1366 N or 139 Kg.

(A Size 5, Series 920 fits the criteria).

3. Calculate the Cold Load.

63 lbs. per inch x 0.50 inches

11 Npermmx13mm

1.12Kgpermmx13mm = 15Kg

Since the Movement is UP, add the above load change tothe Hot Load.

307 lbs. + 32 lbs. = 339 lbs. Cold Load, or

1366N + 143N = 1509 N Cold Load, or

139 Kg + 15 Kg = 154 Kg Cold Load

4. Now check to see if the Hot Load and Cold Load fit inthe Working Range of a Size 5 Series 920. If so, youhave selected the proper unit.

If you are unable to find the proper size and series ofyour application, please call us.

= 32 lbs., or

= 143 N, or


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TYPICAL NAMEPLATE DESIGNS

FIG, NO,: ]L

SIZE TYPE

CALIBRATED LOAD TRAVEL

MARK NUMBER SEBIAL NIJMBEF

VARIABLE SPRING CUTAWAY DETAIL

lN. c LBS.

-0=il+--112

- gl+

1

-ttA*l----l

f--l .,r'f--_-lHOTr-]

l\ilK.#

SERIALNUMBER

FIGURE NO.91(l

o

COLD

CLEVIS PIN WITH COTTERSFigure 291The Figure 291 is used with Type C Variable Springs to

secure the spring to the structural connection.

Material: Carbon Steel

Finish: Plain, Hot-dip galvanized

Ordering: Specify pin diameter, figure number, and finishFor Metric applications Specify Figure M291.

TYPE C PIN SELECTION TABLE

I

SPRINGSIZE

00dT03000 To 5

PINDIA.

D E H I, w

MA)t.RECOM

LOADYz

16

3/s

10

3At

5

3

76

1t /,

5T

1130502',1

6TO86TO8

3/+

19

1/g

10

./ t6

5

3

76

2Vq

571810R05t

9TO9TO

t1

ilTs

22

tk

10

l/,

6

4102

3Vt83

271012055

12 AND 13

I2AND 13

IVz,q

Ts

10

Vt

6

512'l

4Vt108

49bU

22064

14 AND 15

14AND 15

1616

lz/s

35

V,

13

)/t6

8

5Y2

140

4V2

1148000

35587

lYs41

Y2

13

the

R

6

t52)

127

t 163051',]35

7

T

lTs

48Y8

16

7Aa

11

7

t78

\l/,

r46157006qR40

8

8 57

5

16

7Ae

l1lV+184

6

t522010092A82

9

9

2Y2

64

)/s

16

1/u,

11

8

2036,/+

1'71

2'7200120996

IU20

23/4

1A

.A

t67Aa

11

I2{t7

6Tt1T1

33500r49021

3

76Tt19

t/16

11

8Vq2t0

6Tq

1714158t)184964

2222

3V+

83

T+

19

t/rc

11

8Y2

216 178

50580225000

v,&ffi !Affi R_"H $pH!ruffi $L$ pp0mTs

COMPARATIVE SCALED DIFFERENCES

Figure 910

LOAD PRESET BAR AND TRAVEL STOP Fisure e40

Figure 920

rLoad Preset Bar

Figure 960

Figure 980

MANUFACTURERS CONVERSION TABLE

ANYILINTERNATIONAL

BASICENGINEERS

BERGEN-PATERSON

BERGEN-POWER BINDER

CARPENTER &P,{TERSON

CARPENTER &PATERSON LTD.

82

B-26898

Triple

Quad

401

402403

400

VS1 or 3100

VS2 or 3200

VS4 or 3400

VS6 or 3600

vs8

910

920

940

960q80

BV35BVTO

BV140

482468

498

DV35DVTO

DV140DV21O

COMET/PSL CENTRAL FEE & MASON FRONEK GRINNELL LEIBFRIED NPS

V1

v2V3

FSC-IFSC-2

FSC-4

FSC-6

410

420

430

15

30

60

90

at

B-268

98

Triple

Quad

sR

D

VSVMVL

POWERPIPING

PHSINDUSTRIES

PIPINGTECHNOLOGIES PSC

SHAW-FRONEK

500

600

700

800

910

920940960

PTP-1

PTP-2

PTP-4

PTP.6

910

920960

980

12

25

50

75


-*]i*n

SERIES 910 . TYPE A

Ordering: Specify Figure Number (Travel Series), Type, Size, HotLoad, Cold Load, Movement and Direction of Movement (from theCold/Installed position to the Hot/Operating position), and HangerIdentification Number (if any). Specify any other optional feature(s)as necessary.

Note: Please see page 45 to calculate Rod Take-Out.

For cor:rosion resistant units specify the Figure Number with the letterprefix "C", e.g. C910

For metric units specify the Figure Number with the letter prefix "M"e.g. M910 or MC910.

DIMENsIoNs TEMPERATURE LOADS

SIZE

RODSIZE

A

CASELGTH

B

CASEDIA.

C R,

lvilN.THD.

ENGM'TF'

RODENGM'T

G

APPROXWGTEACH

Vz

M126Vs

1564

102l:194

t/s

22

t/a

221

?2Vz

M126Ts

r624

102

8

203

1/s

22Ta

228

3.6I2 M 2 178

4t02

7Vs

194Tt22

Ts

229

4.1

t\tI r/z

87)e/16

1Ll8%213

Tt2?

Ts

D,12.

44

v,Ml2

'73/s

1875eAe

l4t1t/s200

t/s

22

t/t

2213

5q5

5

Yz

M1273/s

187

5gAa

14175h194

Ts

22

Ts

22I46.4

b

6

5k

M168Vz

2166Ys

168

9

229IVs29

I25

20

9.1

7YE

M168Y2

216b78

168

83/t

213IYB29

1

25

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9.15k

M168Vz116

br

168

li206

Vs IVs29

1

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tt10

3/,

M2010

2548%219

I0Y+)6

lVq1/

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3h 4tlt8.1

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0%

M2010

2546%219

ItJV+

260IVt1)

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43q5

)/t

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11

27911/t

32

ITs35

5022.1

2

2

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M24lrn286

8v219

I}Ts276

1,5

41

1s/z

4l51

25.9I

\rt)allVt196

6%2t9

10 Vz

267 41

Vs 15/B

4to4

29

44

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T2?05

8%219

11r/B

?Rq nifq 2

5l5

5

1Vt

M3012

3058%219

1|Ts?Rq

l3A

442

51

889.9

6

6

lVtM36

l3Vz

.14.1

8%219

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51

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48.1

1

7

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2Tz

6014364.9

8

8

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>h 123/+

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406 73

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61251

113.9

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464123/q

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6'.7

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M64215/t

549123/q

at420Ts.51 8

3Tz

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387115.5

21

21

23/+

M7223

584

l2Tq324

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4VB

105

430195

,.2

t)3

l\ilROvA27VzAOq

123/q11L

263/t6'74

4WlnR

4VB

1n5J//

161 7

INcuBs

Mu-r-rusrnns

FAHRENIfiIT

CsLsrus

PouNos

NewroNs

PouNDs

KII.ocRAMs

10

Wnrcnr

VARIABLE SPRINIG SUPPORTS

m7:)T IIF;WW=

d-

;

FIGURE 910 TYPE B

Ordering: Specify Figure Number (Travel Series), Type, Size, Hot Load,

Cold Load, Movement and Direction of Movement (from the Cold/Installedposition to the Hot/Operating position), and Hanger Identification Number(if any). Specify any other optional feature(s) as necessary.

Pins for attachment to the structure are not included with the unit and mustbe ordered separately as a Figure 291, shown on page 8 of this catalog. Forordering specify Figure Number, pin diameter and finish.

For corrosion resistant units specify the Figure Number with the letter prefix"C", e.g. C910

For metric units specify the Figure Number wjth the letter prefix "M" e.g.

M9l0 or MC910.Note: Please see page 45 to calculate Rod Take-Out.

INcnEs

MLLIMETERS

FeHnnNnnrr

Cs.snls

PoLTNDS

NEwroNs

PouNDs

KrLocRAMs

U

SIZE

RODSIZE

A

CASELGTH

R

CASEDIA,

C E

1VllN.

THD.ENGM'T

F

HG'IIOFPINH R T

LUGHOLEDIA.

APPROXWGT.EACH

v,MI2

6VE

156

4

t029Ys

232

1/a

22

Wz

38

lV+

3lY1

6Vrc,

t7

'7

3.2

Y2

MI263/t

r624

r029Vz

24]lTs

221Y2

38

lVt32

V+

6

t/tt

l78

3.6

2

2

Vz

M121

178

1102

9Vs

/-) /"

Ts

22IVz38

IVt2)

Vt6

IAa

1'7

94

V2

M12ltA187

5eAe

1419Ts251

Ts

22l,t/z38

lt/t32

Vq

6/ro1

12

5.4

44

Y2

JVTl

'T3/t

1875ehe

14193/s

238Tt22

11/z

38

l1/t32

n6

Vrc

IT

13

5.9

v,Ml2

'7Ts

r875eAt

1419n232

1/t

22lVz

38

lVt32

V+

6

tAt

t71,4

6.4

66

5/s

M168v,216

6,/8

168

nv,lot

IVt29

lV2

38

l/q32

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6

3/rc

2l

'2t)

9.1

1

7

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2166,/t168

9t/8

251lVs29

Wz

38

lVq

32

V+

6

3/tt

21

2091

)/g

M16IJ

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\Vq1)

Vt

6

13/a

21

2210

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25487i219

1l r/a

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1Vt 1Y4

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10

15/tr'

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U

0

3/q

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2548%719

l13A?qR

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11/+

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3/t

10

t5/td

2443

203/q

M2010

a<t8%219

I2Vz318

1r/+

32

lVt38

LVq

32

3/t

10

5/a

24

5023

2

2

1

M24lIVq286

8%219

127/s

327

1%

4l 51

IVz

38

V1

13

1Vq

?)5726

3

3

I

M24IIV4286

X/ri

2192

318

V2 1%41

1V2

38

t/2

13

1Y41a

6429

l4t4

IVtM30

t2305

87i219

l4t/s?65

l3A44

3'76

2

51

5/s

16

ty,38

68

31

55

IVcM30

12305

8%219

143/s

36513k

443

'762

51

Tt16

IVz

38

XX

40

65

1V,

M3613Vz

3438%219

1.57/s

4032

51

J

T6

2Vz

64

3/+

19

Y+

441 106

48

7

1

13/t

M4215Vs

3848%2r9

nVq438

Z5/s

67.i

76

2

64

V1 Yl

19

z51

t+J65

8

8

2

M48l6%422

l2T+

324/\)

508

lt/R

T3

4o)

3

t6

1/q

1q

1tA

60251114

9

9

,!Y4

M56I8%464

I IJ/4 2It/s556

3V2Rq

4v,114

3

76Tc

ls25h

67

284129

20

20/,y2

l\'1642|r/s549

1'.) i/t

324

'241/r,

6323Tz

98

4Vz

II44

r02 25

Z7/s

13

381

176'21

11234

M72/-J

5R4l2Yq

32426Vt667

4/q108

41.r4

4

t02

'3YB

'79430195

2222

3

M80x62TY2

699123/q

324313/t

8064Vq

10R

5121

41n,

I25

33/z

86

577

262

f-n

LUG HOLEDIAMETER

DrMENsroNs Tnlcnrurunn LoADS WETcrrT


L LUG HOLEDIAMETER

f)TMENsToNsTEMPER{TURE Lolls

SERIES 910 . TYPE C

Ordering: Specify Figure Number (Travel Series), Type, Size, Hot Load, ColdLoad, Movement and Direction of Movement (from the Cold/Installed position to

the Hot/Operating position), and Hanger Identification Number (if any). Specifyany other optional feature(s) as necessary.

Pins for attachment to the structure are not included with the unit and must be

ordered separately as a Figure 291, shown on page 8 ofthis catalog. For orderingspecify Figure Number, pin diameter and finish.

For corrosion resistant units specify the Figure Number with the letter prefix "C",e.g. C910


For metric units specify the Figure Number with the letter prefix "M" e.g. M910or MC910.

-l ''-l r-T

?;I

l-:

STZR,

RODSIZE

A

CASELGTH.

B

CASEDLA.

C E

MIN.THD.

ENGM'TF

HGT.OFPINH R s T

LUGHOLEDIA.

APPROXWGTEACH

Vz

M126/s156

4

102

9VB

1)LTs

22lY2

38

rl,t32

Ts

22V4

6

lVte

1'7

7

-1.L

Il

v,M12

6Ts

1624

1029Y2at1

Ts

22l1/z

38

lVt3?

t/8

22V+

6

rlrc1T

5

3.61A

M12Ot/4

1714

10)9t/8

?-12.

t/s

22

tvt38

It/t12

t/s

))Vt6

11/rc

17

941

Vz

M12.1 3/g

1R7

JY/t6

141Yt/8

251

t/8

22l,t/t38

It/+12

1/s

22

1/+

6

1t/rc

17

t25.4

44

Vz

Ml213/s

1?'.l5e/t141

o-1,/"

238Tt22

lVt38

LVq

32

Tt22

t/q

6

ItAa

IT13

5.9V1

M12T3/s

187

5e/rc

1419YB

232Ts

22

lYz

38

lVq

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22Vt

6

1t/rc

17

t46.4

6

6

s/g

M168Vz

2166%168

nv,267

1YB

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38

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ItAe1"1

1/t

6

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r689t/8

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ti/td

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t/t

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3/s

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2548%219

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1/s

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2548%219

l.ZVz

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t1/,

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443

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lr: 68

38 31

2

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1:t3

55

11/+

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305

8%219

I4f8365

l3A//+t3

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2

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1i:38

2

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79

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284

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98

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4

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5

12',7

4l0?

31/z

98

1

25

3% 571

86 : 262

A-A

IrqcHns

Mn-r.nmrsns

FetnnNHsn

Crr-srus

Pouxos

Nr.wroNs

PourosKn-ocnlvs

12

WRrcnr


SERIES 910 TYPE D

HANGERSIZR,

RODSIZE

A

CASELENGTH

B

CASEDIA.

C E

HGT. OFSPACER

M

APPROX.WEIGHT

EACHt/2

Ml26YB

1564

10,9Y2)41

2Vt57

027

V,

M]263/s

1624

10293/s

23871/+

576

2.7

2

2 M 2

T

178

4

10210

?54ZVt

57

1

J.l3

3 M 27Tt187 .

5eAt

14110,/E

264

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10

4.544 M 2

tyE

t87)e/).6

141

i0-/i)6L

) l/,

\7II

5

5

t/z

l\4121t187

5eha

141lul^164

'2tc

5'7

T2<A

6

6

5

Ml68k216

6t/s

168

1|t/a

29823/t

6018

8.27

7

s/s

M168Vz

2166Yt168

ll3A298

23/s

60I77.1

5/t

M168Vz

2166%168

113/t

29823/s

60

'/u

9.1

9

9

Y]

M2010

254E78

219I3Tc349

IYR

67

Jf)

i6(.)

0

1/4

I\,f?01t)

1\A8%219

l33A?4q

)a/a

67

'19

183/,

M2010

a</8%219

1334?4q

'2Ys

6'74621

2

2

1

M24llVt286

85^

2r915%397

2Ts

73

50

23

J

3

1

M24IIV+286

8%219

15%397

2Ts

IJ5'7

2644

IVqM30

I

30s

2 6r

219IlVt1?{

1t/^

835927

It/q\,{3n

t2?n5

8%219

I74i2

3Vt79

7715

L6

t61V2

M3613Yz?A1

8%219

L9Y1

4893V,8q

9543

7

7

ITtM42

r5%384

8%219

21.1/z

54633/t

9-5

128

58

8

8

2

M4816,/s

^aa

IZTt324

235

6004

102230104

t)

9 M56l8/+464

1

32423/4 Lit/g

657

4Vt108

l.)6117

/U10

2Y2

M64215549

123/,t

?1429t/z'152

4V+1nR

34')155

21

21

)\/,

M7223584

123/1

3243lt/s752

4Vz

II4319172

2222

3

M80x6271/z

699123/t

32437

9405

t1'7485lta

ROD, NUTS,AND WASHERNOT FURNISHED

-TM

I-ll1

B

-c


For conosion resistant units specify the Figure Number with the letterprefix "C", e.g. C910

For metric units specify the Figure Number with the letter prefix "M"e.g. M910 or MCg10.

INCHES

MtLLttr{erEns

FaHBeNHerr

Cplsrus

POUNDS

NEwroNS

PoUNDS

Knocnaus

DTMENSToNS TEnpnrurunr LoADs Wmcnr

13


--C

R.H. AND L.H.ROD ANDNUT NOTFURNISHED,LENGTHTO SUITCUSTOIV]ERREQUIRE|\ilENT

SERIES 910 TYPE E


For corrosion resistant units specify the Figure Number with the letterprefix "C", e.g. C910

For metric units specify the Figure Number with the letter prefix "M"e.g. M9l0 or MC910.

'l lA F

TURNBUCKLEIS FURNISHED

DnrmNsroNs Tnupon-rrunn

IIANGERsITn

RODSIZE

A

CASELENGTH

B

CASEDIAMETER

C

MIN.THD.ENGM'T

F

APPROX.WEIGHT

E,dCH00

V2

[iI1 ?6Ys

156

4102

7/s

226

2;7t/z

M1263/s

r624(\2

Ts

226

2.1'2

2

v,M12

T

1784o)

Ts

22

l3.2

3

3

V2

Mi213/s

1875e/a141

t/s

221045

4

4

l/"

M12lls187

5 e/ta

141

1/s

2?1l

-5

55

Vz

Ml213

1R7

9/td

1415 7/s

22

12

5.46

6

5

Ml68t/z 6tk

r6Rln?s

I

7.7

1

T

7

5/B

M168v,216

65/s

16RIVB79

l

8.2

IJ

6 5/s

M168Y2

2166Vs

168IVs)q

ztJgt

9I

3/t

M2010

2548%219

IV1

323616

00

'/+M20

10

254U78

219TA1l

39l8

3/,

M20It)

254llr219

lV+

32

4621

2

1

M24111/t)R6

8)A219

7i41

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3

3

1

M24IIV4286

8%219

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5126

44

It/qM30

T2

305

8%219

l./tAA

5927

5

.5

IVqN,{?n 305

2 678

21913/t

M77

356

6

1y,t\{16

1'3Yz

7476Yn

219 51

95

437

7

13/q

M4215Vs\RA

6%219

D/8

67

12858

8

8

2

M48I6Vt422

l2Tt324

/,t/8

71230104

9

9

).V4

M56I8Y4464

123/t

3243Yz

8925E117

'21)

202V2

M6421sk549

l2Vt324

3Ta

98

342155

21

21

')r/+

M722'3

s84lT/tn4

4Vq

1083t9t72

22))

3MROX6

27Vt6qq

l') i/)

3244Vt108

485220

INcrns

Mn-Lnarrsns

FermqmrrCBr-srus

PouNos

NEwroNs

PouNDs

KLocRAMS

14

WEIGHT

VARIABLF SPRINIG SUPPORTS

B

SERIES 910 - TYPE F

+* The Installed Height should be the mid-point between the Maximum and Minimum OverallHeight "X" , plus the thickness of the Load Flange, and plus any DOWN piping movementwhen applicable.

Ordering: Specify Figure Number (Travel Series), Type, Size, Hot Load, Cold Load,Movement and Direction of Movement (from the Cold/Installed position to theHot/Operating position), Installed Height, and Hanger IdentificationNumber (if any). Specify any other optional feature(s) as necessary.

For corrosion resistant units specify the Figure Number with the letter prefix "C", e.g. C910

For metric units specify the Figure Number with the letter prefix "M" e.g. M910 or MC910.

["]

SIZE

CASELNGTH.

B

CASEDIA,

C

BOTTOMFLANGE

BOLT DIA.BOTTOMFI,ANGE

BOUT

CIRCLBn'rrn I vlx

OYERALLLNGTH. X **MIN. MAX.

LOADFLANGE

DIA.

tOADFLANGITHICK,

APPROXWGT,EACH

0

0

45/s

1n4

t02

5/t

M16

tAxTlzxith6x190x190

7178

9Tt248

61/z

1566r/s

168

'31/t

s8lt6

1254

+1/g

r244

102

7E

M16

tA x'llz x 7)h

6x190x1907

t7893/+

248634

162

61/s

17531/s

98Vt

6t2

5.4'2

25V2140

4t0?

5/z

lv{16

tAxlV2xlt/26x190x190 r78

9t/1

2481

178

'7Vt

191

3Ts

98

Y4

6

13

5.93

?

5/r130

5e/ta

141

3/t

M20

t/+ x'11/z xTlz6 x 190 x 190

1,/t157

93/+

1486Vz

1651Vr.

18r

)78

131

Vt

6

i88.2

4

4

51/z

140

5eAe

141

3A

M20

lAx'lVzxTlt6x 190x 190

73/t

191

93/t

)4?6Tt175

1t/t191

5%131

t/q

62U

9.1

5

5

5Tt

r495e/rc

141

t/t

M20

1A xTlzxTt/z6x190x190

73/t

197

93/t

2487Vt

184

11L

2005%131

1/,

6

2t9.5

0

6

)t/E

r49OY8

168

1/4

M20YBx9 x9

9 x229 x2299Vt

235l.\Vt267

7Y2

191

8

20363/s

162lq

6

33

15

1

7)t/B149

6t/s

168

r/t

M20

1/8X9 X99 x729 x229

9YllJ)

t0v,261

8r

2066J/1

222

bY8

162Vt

6

JJ

15

8

R

65/z

168

65/s

168

3/t

l\,{?0

3 x9x9g x229 x229

9Vt2.35

I0Vt1.61

8%lli

9

229O/B

162Vq

6

i)16

9

I71/s

187

8%

219

3/t

M20hxl3V,txl3t/t13x337x33?

I\eAa268

l0y4411

0r/"

238r0.4264

8%213

V2

3

o6

31

10

10

7Ts

200

8%

219

3/t

M20hxI3tAxl3V+13x337x33?

l0%o268

16lq413

9Ts

25110%)'76

8%211

th

j1T

72

1i1i

6Y2

165

6YB

2r9

t/4

M20V)xI3lAxl3Yl13x337x33?

l\eAs268

161/t

413

8Vt216

91/t

2418%213

Y2

l3747t

6t/t115

8%719

r/t

M20V2xI3\Ax13tA13x337x337

lue/16

268

16Vq

413

87775

07/a

2518%

213Y2

t378

35131a

8Vt210

87s

219

t/+

M20V2xl'3tAxI13x337x

Vt

11

lue/t6

268l6Vc

413

l\Vt260

llVt286

83/s

2r3Vz

L3

81

3T

14

14

8V,216

8%219

3/+

M20lzxl3tAxl3t/t13x337x33?

ll)eAa

26816lt413

tu '/2)6'.7

LIV21q)

8-h21?

l)?

8438

15

15

83/t

222

8%

219

1/,

M20

r/2xl3tAxl3t/4

1.3 x337 x331l0e/a268

1611413

l}Ta1I\

I l3/t

2988%213

Vt

t398

44

16

16

10

t)+8%

219Tc

M20

1/2x131/4xI3tA

13x337x337l}eAr'268

161/t

413

l2305

13

330

8%

213

1/z

13

113

5lnfi

1,lv+

286678

219'/4

M20V2x13thxl31h13x337x337

l}eAr,

268l6Vt413

13Vt

JJ/1.4Vt

362

8t2r3

V2

l3138

63

fZYB1nR

123/tT4

3/t

M20

)kxlltAxlltA16x438x438

157+

400

2l533

131/s

35214t/t

378

12Vz

318

Vt

t3253

115

19tq

13r/z 123/t?)4

3/t

M20

j/sxll thxll t/!

l6x'138x43fl5-/+dnn

I l4t/s?7R

15%40i

I2Vt318

Vz

-l

211123

20

20

151/t

387

l1t/t

324

3/t

M20

t/sxl'ltAxl7t/t16x438x438

1.53/t

400

,)I

5??11

43218

457

I / t/,j

3tR

t/z

t333 I153

2I2t

15Ts

403

I tt/,

324Tt

M20

5/8x|',ltAx17t/1

16x438x438T53A

400

2t533

18

457

19

483

12th

318

V2

13

356

161'tl22

'lUlB

511

l2Tt)14

'/4M20

5/8xlltAxlltA16x438x438

151/t

400

2t533

J:)y4

565

23Vt

591

121/t

318

Y2

13

443

201

DrmNsroNs TEMPER{TURE LoADs Wnrcur

INcHES

MILLIMETERS

FennENnnrr

Cpr-srus

PoLrNDs

NswroNs

PouNos

Kn,ocnatras

15

i {,,;iX,{\i:irifl-Fi $pffi I ruffi $U ppffi ffiT$

a'+

I

I

C-C Rod Dimension as specifiedby customer

Ordering: Specify Figure Number(Travel Series), Type, Size, TotalLoad, Hot Load per spring, Cold Loadper spring, Movement and Directionof Movement (frorn the Cold/Installedposition to the Hot/Operating position),Center to Center of Rods dimensionand Hanger Identification Number(if any). Specify any other optionalfeature(s) as necessary.

For corrosion resistant units specifythe Figure Number with the letter pre-fix "C", e.g. C910

For metric units specify the FigureNumber with the letter prefix "M" e.g.M9l0 or MC9l0.Note: See page 45 to calculate Take-Out

rC

FIGURE 910 TYPE G

HANGERSIZE

RODSIZE

A

CASELf,NGTH

B

CASEDLA.METBR

C E

MIN. TI{D.ENGM'T

F'

CHANNELSIZE

MAX.c-c

UtLq,NNI'LSPACING

w P

APPROX.WEIGHT

EACII0

0

Y2

M126Vg

156

4t02

2z/s

60

1/s

22

C3 x 4.1C'15 x 6

t4610

7r16

ty,38

25

I 1.3V2

Mt2bjAr62

4

102

2Ta

60Ta

22C3 x 4.1

C75 x624

610

5/s

16

lY238

25

I 1.32

2V2

Ml27

1784

t02,1.1/B

60

t/B

22

C3 x 4.1

C75 x6l+

610

5h

16

th1R

t611.8

Y2

Ml2lrk187

)'/16141

tt/877

t/s

22C3 x 4.1

CT5 x630

762

3/t

t92

5lJI

t4.5Y2

M12

'7Ts

1875e/rc

141

2Tt73

t/s

z2c3 x 4.1a7\u6

30762

t/,

t92

51

35

15.95

5

Vz

M1273/s

187

5e/rc

1412Ts

73Ts

22C3 x 4.1C'75 x 6

30762

Y1

19 51

31

16.86

6

YB

Ml66n2t6

6Va

168

3Vg'79

lVB

29C3 x 4.1

C75 x636

914l)\ 51

49

22.2IT

5k

M166t/2

2t6b)r68

t/t

193 IYs

29C3 x 4.1

C75x636

9141

)54lJ

21.8t

Ml68V2)16

6%168

'3Ys

79IVt29

C3 x 4.1

C75x636

9141

25

,)

51

)J1/

o

9

3/t

M2010

2546%215

4Vt108

lVt11

C4 x 5.4C100 x 8

Jb914

1Vt

32

3

7686

390

0

3/t

M2010

a<t8%219

4Y1

r081V4

32c4 x 5.4Cl00 x 8

36914

IV4

JIJ

1692

41.71

1

3/t

M2010

25485

2191W108

lVq

32C4 x 5.4C100 x 8

36914

IV+32

3'76

109494

2

2

IM24

ll.Vt286

8%219

57143

l5/B

41

C5 x 6.7C130 x 10

36

914IVt38

4

102l.'2t54.9

3

3

1

M24I1l.+286

678

219JY8

143

fs41

C5 x 6.7C130 x 10

36

914IY)38

4

t02138

62.644

lVqt\,f?0

I7?o5

8%219

)r/4146

Iyl44.

L) X 0./Cli0 x 10 838

1Y2

38

4

t02r4465.3

5

5

MM?O

I'230.5

iJIA

2.19

<l/,

146I3/t44

C8 x 11.5C200 x 17

36914

7YB

544

102190

86,26

6

Wz

M3613Vz

-141

8%219

6

r522

51

C8 x 11.5

C200 x l736914

IYB54

410.7

226102.5

l7

13h

M42L5'^384

8%219

6r/s

168

Zt/t6T

C8 x 11.5

C200 x 17

JO

9142

544

102300

1 36.1

8

8

IM48

L6%Aa1

I2Ttt1/

6t/8

t752Tz

IJ

CI2 x 20.7Cl30 x 3l

42t067

25/s

67

4102

518235

U

g2V't

M56lSVq464

1.23/t

1241Y2

l9l'3Vz

8g Cl30 x 31

I 2 20.1X 42t067

2rh67

4102

582lo+

2020

2VzM64

215/8

549l')j/tT4

1t/a

2003t/tg8

at!. x tu.ICli0 x il

4U

1016

D/E

6T

4102

763J+O. I

2l2t

2Yq

M72IJ

584

123/+

3248V+

2104n108

C15 x 33.9C380 x .50

481219

3Vs't9

4102

lJ7

396 44

22

22

3

M80x6211/z

69912Tt

3248Vq

2104Y4

108

C15 x 33.9C380 x 50

481219

-)-/t{

864

10)I 163

5')',1 \

DnrnNsrorls TEMPERATURE

INcrms

Mnr-ni,tersns

FAHRENHEIT

Csr-srus

POLTNDS

NEwroNs

PoUNDS

K[ocRAMs

16

WErcH'l'

VARIAB[.H SPRIIUG $I.' PP#ffiT$

-lSERIES 920 - TYPE A

Ordering: Specify Figure Number (Travel Series), Type, Size, HotLoad, Cold Load, Movement and Direction of Movement (from theCold/Installed position to the HotiOperating position), and HangerIdentification Number (if any). Specify any other optional feature(s)as necessary.


For metric units specify the Figure Nuinber with the letter prefix "M"e.g. M920 or MC920.Note: Please see page 45 to calculate Rod Take-Out.

INcHrs FAHRTNHEIT Pou\DS Pot nos

MTLLTMETERS Cet-srus NEwroNS I Ktt-ocr.nrras

B

I

SIZE

RODSIZE

A

CASELNGTH

R

CASEDIA.

{- E

MIN. THDENGM'T

F

RODENGM'1

G

APPRX.WGT.EACH

u00000

Yz

Ml28

2034

102lTs200

Tz

22

Ts

226

2.70000

V2

M12

QI/^

2354

1026t/g

ll)Tz

22

t/R

22 3.2

Vz

M1297/s

2514

t029Y2

241

t/B

11

t/z

22l045

Vz

M129Ts

2514o)

9n241

t/8

22

t/z

22

11

5

2

2

t/z

Ml29t/s251

4102

9Vz

241Ts

22

Ts

22T2

5.4

V2

Ml2l0

2545eAe

I4I95h244

Ts

22Tt22

l177

4

4Y2

M1210

2545e/rc

14r9V8

241

I/B

22

t/s

22

t9R6

5

5

Vz

M12TU 5eAt

141

9y824

't/z

22

t/c

2220g1

b

6

Ts

M16I298

r/q b)

168

11V+tR6

IV8)a

lVs)q

28

13

7

5/z

M16IIr/c298

65/8

16R

llY4286

lVs1A

IVs29

29l3

)/8

M16llr/t?qR

67s168

lIVt286

lVs

291.Vs

29

3l15

o

9

Tq

M201ZVz

3188%219

l2Vt308

lVq

32lVt32

)4a/

0

0

3/q

M20133/t

34985/B

219]r33/t

340

lVt32

lVt?2

6730

Tq

M20l2Y2

318

6Y8

219Izh1nR

IVc11 32

6831

2

2

1

M2413

130rJ%

219125/s

321l5h41

l5h4l

7634

13

t?1

M2415%397

8%219

I5Vt387

1%

4IlVs

4t85

391l

14

IVq

M30I6V,419

8%219

16

406lTt44

lt44

9t)

41

5

,5

1AM30

16Y2

4198%219

16

406ITt44

F/t44

r20

6

6

IVz

M3619

483872t9

18%471

251

251

156'11

T M42

3/+ 2

540lVa 8%

219/v/8524

2,/z6'.7

25/s

61

2t196

8I

2M48

203/+

521l'2r/t324

203/s

5182Ts

73

2Ts

73

JJd153

U

Iat /,

M5623V,59'7

l23A324

Lj v8

5873v,89

3Yz

89

J6t113

2020

2Vz

M6429V4

743l.2Tt324

28Ts

iJJ3't/ts8

3Tsg8

546248

D/JM12

31./B

822l2]/t11.4

'32

8134n108

4Y4

108

601

273

,!t))

3

M80x638%sR1

T23A

i2438%981

4Y1

108

4t/410R

81116R

DnrnNsroNs TnMPER{TURE Wucnr

17

VARIABLH SPRING SUPPORT$

-ll r

A-A

DrMENsroNs TElpliurunn Lo,r.ls

FIGURE 920 TYPE B

Ordering: Specify Figure Number (Travel Series), Type, Size, Hot Load,Cold Load, Movement and Direction of Movement (from the Cold/Installedposition to the Hot/Operating position), and Hanger Identification Number(if any). Specify any other optional feature(s) as necessary.

Pins for attachment to the structure are not included with the unit and mustbe ordered separately as a Figure 291, shown on page 8 of this catalog. Forordering specify Figure Number, pin diameter and finish.


For metric units specify the Figure Number with the letter prefix "M" e.g.M910 or MC910.Note: Please see page 45 to calculate Rod Take-Out.

:[-]

-!

SIZE

RODSIZE

A

CASELNGTI

B

CASEDIA.

C R

MIN,THREADENGM'T

F

HGT.OFPINH R T

LUGHOLEDIA.

APPROX.WEIGHT

F'A(.HUUU

000Vt

M128

2034

10291/s

232

t/t

22IV2

38It/q32

Vt

6

ItAt

17

6

2,7UU

00Y2

M12

ol/,

2354

t021.01/s

257

t/s

22Iy2?R

IVq1)

Yt

6

IVte

17

7

3.2V2

Ml29t/8

2514

10211

219Ts

22TY,

381Y4

11

t/4

6

1r/rc

1'.l

t04.5

I1

t/2

Ml29!/s251

4102

i1279

Ta

22IY,38

1Y4

32

Vc

6

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811

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I luc HorrDIAMETER

INcHes

MLLIMETERS

FaHneNup,tt

Cemrus

PouNos

Npwroxs

Poulrus

KILocR{MS

1B

Wsrcur

VARIABLH SPRING SUFPORTS

T*l i. s

-t t---- T

SERIES 920 . TYPE C

Ordering: Specify Figure Number (Travel Series), Type, Size, Hot Load, ColdLoad, Movement and Direction of Movement (from the Cold/Installed position tothe Hot/Operating position), and Hanger Identification Number (if any). Specifyany other optional feature(s) as necessary.

Pins for attachment to the structure are not included with the unit and must be

ordered separately as a Figure 291, shown on page 8 ofthis catalog. For orderingspecify Figure Number, pin diameter and finish.


For metric units specify the Figure Number with the letter prefix "M" e.g. M910 orMC910.Note: Please see page 45 to calculate

Rod Take-Out.INcHES

Mu-LrNtersns

FAHRENHEIT

CeLsrus

Pounos

NEwroNS

PouulsKnocn-c14s

A.A

SIZE

RODSIZE

A

CASE,NGTI

B

CASEDIA.

C E

MIN.THD,

ENGM'TF

HGT.]F PIN

H R S T

LUGHOLEDIA.

APPROX.WEIGHT

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DMENSIONS TEMPERATURE LOADS WEIGHT


A -l ISERIES 920 TYPE D

HANGERSIZE

RODSIZE

A

CASELENGTH

B

CASEDIA.

C E

HGT OFSPACER

M

APPROX.WEIGHT

EACH00u000

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ROD, NUTS,AND WASHER

E

j


For corrosion resistant units specify the Figure Number with the ietterprefix "C", e.g. C920


DnrpNsrous TEN,TPERAIURE Lolls

20

WEIGHT


SERIES 920 TYPE E

HANGERSIZE

RODSIZE

A

CASELENGTH

R

CASEDIAMETER

C

MIN. THD.ENGM'T

F

APPROX.WEIGHT

EACH

UUU

000

Vtt\/{1 ?

8

2034

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226

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714324

R.H, AND L.H.ROD AND NUTNOT FURNISHED.LENGTH TO SUITCUSTOMERREOUIREIVIENT

/MUST BE

,

TACK WELDEDBY CUSTOMEF

-!\ru"*rr"l*

IS FURNISHED

Ordering: Specify Figure Number (Travel Series), Type, Size, HotLoad, Cold Load, Movement and Direction of Movement (from the

Cold/Installed position to the Hot/Operating position), and Hanger

Identification Number (if any). Specify any other optional feature(s)

as necessary.

For corrosion resistant units specify the Figure Number with the lettel

prefix "C", e.g. C920

For metric units specify the Figure Nrrmber with the letter prefix "M"e.g. M920 or MC920.

INCHES

MILrME'rERS

FAHRENHEIT

CeLsrus

PoUNDS

NEwroNS

POUNDS

Kn-ocRAMs

DTMENSToNS TEN'IPER{1'URI WEIGHT

WARIABN-H SPRING SI..I PPORTS

X

SERIES 920 . TYPE F

** The Installed Height should be the mid-point between the Maximum and Minimun OverallHeight "X" , plus the thickness of the Load Flange, and plus any DOWN piping movementwhen applicable.

Ordering: Specify Figure Number (Travel Series), Type, Size, Hot Load, Cold Load,Movement and Direction of Movement (from the Cold/Installed position to theHot/Operating position), Installed Height, and Hanger IdentificationNumber (if any). Specify any other optional feature(s) as necessary.

For conosion resistant units specify the Figure Number with the le-tter prefix "C", e.g. C920


DnmNsrollsTnlpnrurunn LoADs

SIZE

CASELNGTH

B

CASEDIA.c

BOTTONIFTANGE

BOLT DIABOTTOMFTANGE

BOLTCIRCLE

MIN. MAX.

OVERALL LOADLENGTH X,I* FLANGEMIN. IMAX. I DIA.

tOADFLANG[THIfK

APPROX

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2

318

Vt ti:

13

485

2202l21

25

6i5I2-1/t )/!

tq./8x Itt/1x uf16x438x'138

r5%400

21

51?21./q

70529r/t756

12Yt?1R

1.4 \l

t1 I 1'

311/z

f,0nl23A214

Ta

1g

sAxlTlAxlltA16x438x438

153/t

40021511

34k867

36Vs

918

1"

3

t/z

8

Vt

13

675

306

INcirss

Mn-r-rursrsns

F,qunBNHrn

Cm-snls

PouNos

Newrorqs

PouNDs

KILocRAMS

22

WEIGHT

VARIAB!.E SPRING SUPPORTS

--

FIGURE 920 - TYPE G

C-C Rod Dimension as speci{iedby customer

Ordering: Specify Figure Number (Travel

Series), Type, Size, Total Load, Hot Load perspring, Cold Load per spring, Movement and

Direction of Movement (from the ColMnstalledposition to the Hot/Operating position), Centerto Center of Rods dimension and HangerIdentification Number (if any). Specify any

other optional feature(s) as necessary.

For corrosion resistant units specify the FigureNumber with the letter prefix "C", e.g. C920

Note: Please see page 45 to calculate Take-Out'

For metric units specify the Figure Numberwith the letter prefix "M" e.g. M920 or MC920.

HANGERSIZF],

R(rtSIZE

A

CASELENGTH

B

CASEDIAMETER

C E

MIN,THD.ENGM'T

FCHANNEL

SIZEMAX,C-C

CHANNtsLSPACING

w P

AWEIGHT

EACH

PPR()X

00(.)

000V2

M128

203

4t02

th

41

I t/s

22C3 x 4.1

C75x61+

610

5k

16

ty,38

24

11

0000

Vz

Ml29n

23504

102

13/z

i5Ts

22

C3 x 4.1

C75x61"4

610

5h

16

lVz

38

t612

U

0

Vz

M1297/s

2514

t02r3k?5

Ts

22C3 x 4.1

C75 x624610

5/s

t6IV,38

.i(,

l4

VMl2

9Ts

251

4102

l3hJ.)

Ts

22C3 x 4.1C75x6

24610

s/s

16

lY2

38

3014

'z

2

1/z

M129t/8

2514

102lTs35

1/B

22

C3 x 4.1C.15 x 6

an

610

.kL6

lYz JJ

15

V,

M1210)54

5eAa

141

lTt48

Ts

22C3 x 4.1

C75x630

162

3/+

t92

51

4I19

4

4v,

M1210

2545e/to

l4lI1/s

48

1/z

22

C3 x 4.1

C75x6JU

762

)/t

1S

2

51

462l

5

5

V2

Mt210

2545eAt

14rIt/s48

1/s

22

C3 x 4.1

C75x630

762

3A

l92

51

5l23

6

6

t/z

M16IlTa298

by8

168

ltl/t46

lVs29

C:l x 4.1

C75x636914

1

25

I51

63)q

5A

Ml6llTt298

65/c

168

113/to

46IVs29

c3 x 4.1C75x6

36914

1

25

I51

6228

5

M16ll298

t/q 65h168

113/ts

46IVB29

C3 x 4.1

C75x636

9141

25

')

5l11

32

9q

Tq

M2012t/z

31R

8%ato

lt/8

IJ

lVti2

C4 x 5.4Cl00 x 8

JO

914IVt11

3

76113

51

00

Y1

M20l31A14q

8%2r9

21/s'71

lVt32

C4 x 5.4C100 x 8

-if)914

11/t

32

3

161'2356

3/q

M20l2Vt318

U%

2t92Ts lVt

32

C4 x 5.4C100 x 8

36914

lVt32

3

76

143

65

2

2

IM24

13

330

678

2193Ts

98

15/t

41

c5 x 6.7C130 x l0

36

914IVz

38

4

102

t6lT3

3

3

IM24

l55k397

8%2r9

3Ts

98

1%41

C5 x 6.7

Cl30 x l036

914lt/z?R

4

102

t82R3

44

Wq

M301

4t96 Vt 8%

2193I'/16

97

1

44

\/+ C5 x 6.7

Ci30 x 10

JJ838

IVz

38

4102

191

87

5

5

lV+M30

16t/z

4198%2r9

313/r,

97

L3/t

44C8 x 11.5

C200 x 17

J6914

2V8

544

102

260118

6

6

IVz

M3619

483U%

2t9J'/Ng8

2

51

L6X ll.)C200 x 17

36914

'Lt/8

54

402

327

148

T

7

13/c

M422IY1540

6y8

21935492

D/R

67

c8 x 11.5

C200 x 17

36914

2

54

Vs 4102

431

198

8

8

2

M48

'lur/4

527

I'2J/+

1243Ts

98

l1/8,7\

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Cl30 x 31

42t06T

)367

4

102

69t313

l91g

) l/,

M5623

597

Vz 1214

3243t/B

98

3Vz

8g

Cl2x70.TCl30 x 3l

1tr067

)r/s6'.7

4r02

778353

2020

lYzM64

fOl/t

141123/q1a,4

3Ts

98

3Ts

98

CI2 x20.1C130 x 31

40I 016

Zt/s

67

4102

10814S0

Ly4

M723234R?1

123/t

32431/a

98

4Vt108

Cl5 x 33.9C380 x 50

48219

3Vs

T9

4102

1216552

2222

3

M80x638%981

ITA\14

4Y1

108

4V4

10R

Cl5 x 3J.9Ci80 x 50

48

t21933/s

86

4102

t632140

INCHES

MtLLI\4ETERS

FAHRENHEIT

Cn.snls

Pounos

NEwroNS

POUNDS

KILocRAMS

DIMENsIONS TEMPERATURE LOADS WEIcHT

23

VARIABLE SPR!NG SUPPORTS

SERIES 940 - TYPE A



For metric units specify the Figure Number with the letter prefix "M"e.g. M940 or MC940.Note: Please see page 45 to calculate Rod Tafe-Out.

f)nr.rRNsror*s TRrrrpnnlrrnR

SIZE

RODSIZE

A

CASELGTH

B

CASEDIA.

C B

MIN.THD.

ENGM'TF'

RODENGM'T

c

APPROX.WGT

U

0V2

tvt't,I4Vt762

4

102l4Ys

359Ta

22Ts

22

16

7.31/"

Mr2t6

4064

1025t/s403

I t/F

22Tz

2217

7,1Y2

Ml2l'7Vz

4454

102L:IJh

441

1/E

))Tz

22 8.6Vz

M126V,394

5eAo

14r153/s

391Tz

22

1/8

22 12

44

l/"

MTzI

4327 5e/rc

141

I6Ta429

Ta

22

Ts

22

31

I4V2

N,{1 tl8

457lY/1

1416 I 1/p,

4541 Ts

22

Ts

22-14

15

66

s/s

Ml6t8%4r|t

65kr68

ilJ464

V+ fYB

291/s29

4)20

)/s

M1620

5086j/s168

2t)508

l,ls29

IVB

294420

,h

M162l

53365

16821YB

537\vs)q

1/8)9

53

249

9

T+

M202I

533

8%219

201/t

530IYq)/

llt32

873q

00

r/+

M20) lJ.t/^

6168%219

24VB

613lY4

32IVt32

9'7

441

I

3/+

M20Iyy24q5

XY8

21919Tz

492lVq

32IVt32

t1552

2

2

1

M2421V2546

8%219

zIsk54?

I5/g

41

l%41 59

3

3

1

M2421

6868%219

26Tt683

YE

4tl/E I.11 l

44

I/tM30

11 l/,

't058%219

211/z

699lTt44

l)A44

156

11

55

lr/tMi0

,!. I )/8

6958%2t9

11 t/,

69213/q

44lTat1

21296

66

lth.M36

32tk829

6/82t9

JLY2

826 5l2

51

l6ut2T

1

7

ITcM42 q4n

87s

215365/s

93025/B

67

2.Vg

67

3t4170

8

8

2

M4836Vz

927l,'23/q

324J0%924

/.t/8 lt/81i

) /t)t5q

9

9

2WM56

42VB

i070

1 13/^

32442

1067

31/z

893Vt89

661300

^)202t/z

M6449t257

Vz I2Tq324

49Vs

t2543Ts

98

3Ta

98943428

21)1

'2t/q

M12545h1 i87

T/t324

54Y2

1384

4VtlnR

4t/t108

1

221)

3ItQnv(

6T70)

I2'A21,1

61 Y+

17n't4lttna

4Vt1na

11234,4 \

INcrns

Mn-mrnrrns

FaHnlNHBn

Csr-srus

PouNDs

NEwroNs

PouNDs

KrLocRAMs

24

WEIGHT


?

A

FIGURE 940 TYPE B

SIZE

RODSIZE

A

CASELGTH

B

CASEDIA.

C E

MIN.THD.

ENGM'TF

HGI.OFPINH R T

LUGHOLEDL4,,

APPROXWGT.EACH

Vz

M12l4Vl362

4t02

15%397

Ts

22

IY238

lVq

32w6

1l/ttt

T7

16.

V,

M1216

4064

r02r13k441

t/s

2211/z

38

lV4

32V4

6

ttAe

t7t7

7;7

2

2

V,

M1211V2

44\4

102L8h47q

T*22

lVz

38

lVq32

Vt6

It/tt

1"1

19

8.6

3

3

Vz

M12-rM12

I5Yz3q4

5eAr

141

l6Ts429

Ts

22lt/z M

\)Vt6

1|/rt

1T

lo12

44

I7432

5e/o

141

18%

461

fE

22

It/z38

1V+

32Vt

6

1Vrc

11

3114

Vz

Ml218

457

5e/rc

14rI9Ta

492Ta

22

lVz38

tw32

Vt

6

tl/rr

I73415

66

s/s

M1618%467

b)

168

19r/t502

IVt1Q

tv,38

lVt32

Vt

6

b/t6

21

45)o

1

7

-jlll

M16 ^l5086/i168

2l,t/z\46

1Vs

29lVt38

IV+

32

Vt

6

tJ/te

)14420

y8

M16 54n6%168

22V,512

lVz

29

IY,J6

lVt32

t/q

6

13/r

21

53

24

9

9

,A

t\itt021 8%

219223/s

568lVtJZ

lV238

lVq1)

rh

0

15/ts

2487

39

10l0

3A

M20241l6r6

87i219

25t/s

651

lt/q32

lt/z38

IV4

1t

3

10

t5Aa

24 ++3/+

M20\9Vz495

UX2t9

nr/8530

Llt?)

lVz16

Wa

32Tt10

15/to

24

115

52

2)

1

M24)lVz546

8%219

z'3k594

F/B41

2

51

lVz-16

V,

13

IV,I?''.:)

12959

3

3

IM24

u686

8%219

28Tt 1%

4I2

5rIVz3R

Vz

t3llq32

t4666

l4l4

IV+M30

213/t705

85^219

3\Vz775

13/t

443

T6

,2

51

s/B

16

|/.38

156

71

5

5lVt

M30273/s

6958%219

30Vt768

lq44

316

2

5l

5/s

16

1.Vz

38

2r2g6

66

IVz

M36J/-t8829

EY8

2r935v,902

2

51

3

762Y2

64

t/t

t9I/n

Y+ 280127

1'7

ITtM42

31

940678

2t939Vt1006

25h6'l

3/o

2Vz

64T+

t92

51

314170

8

I2

M4836V2

927

t)t/,\)4"

40Ts1026

2Ts

73

4102

J76

3/+

lo'23/s

6n570259

L9

t9

11/,

M564'2t/s1 n?0

123/t

324+o

1 168

3Vz

89

4Vz

t143

'76

3/t

1q25/s

6T

661

300

)n2t/z

M6449Vz

1251

123/+1at

53Ts

1368

3Ts

98

+t/2

1144

1021

25

2Ts

T3

94'3428

1t/,

M72545

1 38i127+

)l+)9

t4994Vt1nR

41/t

114

4t02

I

25

37s

79

r 036410

'2',2

22-)

M80x667

1702123/t114

111/ t

1 8351Vq

r085

T2T

41n,

I 3TsR6

t423645

A-A

Ordering: Specify Figure Number (Travel Series), Type, Size, Hot Load,

cold Load, Mov"-ent and Direction of Movement (from the cold/Installedposition to the Hot/Operating position), and Hanger Identification Number(if any). Specify any other optional feature(s) as necessary.

Pins for attachment to the structure afe not included with the unit and must

be ordered separately as a Figure 29 1 , shown on page 8 of this catalog. For

ordering specify Figure Number, pin diameter and finish.

For corosion resistant units specify the Figure Number with the letter prefix"C", e.g. C910

For metric units specify'the Figure Number with the letter prefix "M" e.g.

M910 or MC910.Note: Please see page 45 to calculate Rod Take-Out.

INcrms

MnLfirternns

FennpNHpn

CBmrus

PouNDs

NEwroNs

PoLrNDs

Knocneus

I 'ro

ro,-.DIAMETER

f)rN{ENsroNs TENPER{TURE LoADs WEIGHT

25


Tl

Ar

SERIES 940. TYPE C


Pins for attachment to the structure are not included with the unit and must beordered separately as a Figure 291, shown on page 8 ofthis catalog. For orderingspecify Figure Number, pin diameter and finish.


For metric units specify the Figure Number with the letter prefix "M" e.g. M910 orMC9l0.Note: Please see page 45 to calculate Rod Take-Out.

WRrcnr

Ii

l

B

L LUG HOLEDIAMETER

Druonsrolls TEMPERA.TURT,I

LII

I

HH

LIl

SIZE

RODSIZE

A

CASELGTH

R

CASEDIA.

C E

MIN.THD.

ENGM'TF

HGT.OFPINH R s T

LUGHOLEDIA.

WGTEACH

0

0

t/z

M12l.4Vt

3624

102r5%1q'7

1/N

22

1Yl38

lVq

32

lV41l

l/,

6

tI/td

\716

t.JVz

Ml216

4064

102173/s

441

t/a

22\V2

38

IV1

32lVtJ/-

W6

I)/ta

17

I

1.11

I2

hM12

l.lVt445

4

r021.81/s

479

t/t

22IYt3R

lVa

32

lVt32

lt6

tVe

17

19R6

3

1

V2

lv{1, 3945 Vz )Y/16

141l6Ts429

Tt22

It/z?R

lVq7)

lVc12

Vq

6

1|/tt

11

26

124

4

Vz

Ml2 4i25eAe

141It%

+o/Ts

22IVt38

TK1)

l1/q

?2Vt6

tlAa

l731

145

5

Vz

M12l8

4575eAe

141

19./B4q)

78

22

lVt38

lVt32

1Vt

32

t/t

6Itt17

34

15

6

6

s

M1618%

467

6s/t

168193/t

502lY829

lY2

J6lVt32

1W

32

1/+

6

t3/tr'

21

45

z0

7

5/s

M]620

50865h

168

211/z

546l,t/s)q

lVz

38

IYl32

lVt32

t/t

6

t3/t

21

%M16 533

2 I 65k168

21V2

572IVB00

IV21R

IVt32

lVa

32

Vq

6

t3/rt

21

5324

y,1

N4rn2r

511lJys

2t9ZT/s568

lVt32

lVz?R

lV+12

lVt12

3k

10

15Aa

2487

390

0

3/+

M2024Vt616

6%J

?1ql)Vf651

l.lqJI

lV2

38l14tl

11/t

11

3/8

10

15/rc

1t97

441

1

T+

M2019t/z

4958%215

'20|/s

.530

lVt32

IVt38

lVt32

1Va

32

3/s

t0t)/rc 115

522

2

1

M2421V2

5468%2t9

23Tt594

lys4t

I51

IVz

38

I5

41

th

l31Vt

321295q

J

3

I

M24).t

6868%219

28Ts/ -1-)

1%

41

IVt38

tv11

Vt

13

lrA32

146

664

4lV+

Ml0 705

67s

2193UY2'/1 5

13/t

443

76

,2

51

I r,: 156

38 7r0--)tf

i65

5

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27 tk695

8%219

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768ll+44

3

162

51

2

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fi 1l: lll6:38 i 96

6

6

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M36325h829

8%219

35lz902

).

513

762t/z

642%60

-1,.1

lql-t44

l6t,t21

7

7

l3/tM42

3T

9408%219

39]8I 006

l./86',7

J

T6

2V,o4

2-r's

60ftl9

)51

314170

8

8

2

M4836Vz927

t1t, 40Ta

1026

) t/r

734

1023

T6

2t/t13

3/,

1923/t

60570259

9

9

7VtM56

42Ys

1070

l2Tt1l+

461168

3Vt

894)/z114

3'76

3VB'7q

Y1

19

25/s

61

661300

IUt0

2Y2\,/t6a

49Vz1)\'.1

1)\/,

i2453Ts

1368

3Ts

98

4Vt114

4102

3%86

I1\

71/s'71

943428

2lz1

a\/

M7254%1 ?R7

1',2-ft

\)t59

14994Vt108

4Vz

n44

1023,/s

92i

253YB

79t036L70

22

223

M80x667

17021234

324

I )I/,

1 8354Vt10R

5

11'7

41n1

3Trg8

1

25

33/t

86

1423

645

INcuns

Mtr-lnrernns

FAHRENHEIT

CBr-srus

Pouwos

NEwroNs

PouNos

Knocnlvs

26



E

qc

Ordering: Specify Figure Number (Travel Series), Type' Size, HotLoad, Cold Load, Movement and Direction of Movement (from the



as necessary.


For metric units specify the Figure Number with the Ietter prefix "M"e.g. M940 or MC940.

INcHes

Mn,I,IMETERS

FAHRENHEIT

CsLsrus

PouNDs

NEwroNs

PotxlsKn-ocRAMs

SERIES 940 TYPE D

HANGERSIZR,

RODSIZE

A

CASELENGTH

B

CASEDIA.

C

HGT. OFSPACER

E

ROD I

TAKEOI]TIMI

APPROX.WEIGHT

EACHv,

M12I4V+

3621

102

'J',)v2

5'.72

7Y2

19T15

6.8

V,

M12l6

4064

10224Y4

6t67Vz

191l56.8

M 2

Ilt/z445

4

102

1\1/,

6541V2

191

t68.2

J

3 N,I jt5y,394

5e/rc141

233/t

635lI/z191

at

11

Vt

Ml2IT

+J,a

JY/16

141

't5vt

641

'tvz

191

t913

5

.5

V,

M12i8

457

5e/rc

l4l261/t

667

'7Y2

191 5

5k

M1618%

467

65

168

263/t

6't9ly219],

43)o

'7

T

)/g

M1620

50865h

168

26Y4

718TY2

19l421g

t

M1621

533

65

168

19 t/8

7s97Ts200

51It

9

9

1/,

M202T

533d%2r9

3t)

to/.7Ta

20084

J6

t0l0

3/t

M2024Vt616

678

21933Vt845

7Ts200

94+J

3/t

M2019y2,4 0<

8%zr9

28Vz1a A

7Ts

2009o44

2

2

IM24

2fV2546

8%219

31Vs

79t6'l8

206103

3

3

IM24

2T686

872t9

JbY8

9308r

206t3963

44

llqMln

27T+

7058%l

21938h968

8Vz216

t4968

5 I1/tM30

2'.13/s

695

678

2r9J t'/8q56

8%2r3

I,UU

91

66

lVzM35

3 ).y8

82987s219

435/s

I 108

83/+

22276r118

ITI7

1.3/+

M42JI940

8%219

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l24t9t/1

235

J+J156

8

8

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'36t/t

92'7

123/+

:\ 1,+

45V4

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1465331^1

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) t/t

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11)/i

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6152

615

279

2020

2Y2

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6

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386

23/c

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32476V2

1q415

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I21T579

DftIENSIONS TEMPER{TURE


MUST BETACK WELDEDBY CUSTOMER

L.H.THD.

/MUST BE

-TACK WELDEDBY CUSTOMER

DrlrnusroNs TrMpnruruns

SERIES 940 TYPE E

Ordering: Specify Figure Number (Travel Series), Type, Size, HotLoad, Cold Load, Movement and Direction of Movement (from theCold/Installed position to the Hot/Operating position), and HangerIdentification Number (if any). Specify any other optional feature(s) as

necessary.



R.H. AND L,H.ROD ANDNUT NOTFURNISHED.LENGTHTO SUITCUSTOMERREOUIREMENT

T6"

I

HANGERSIZE

RODSIZE

A

CASELENGTH

B

CASEDIAMETER

C

MIN. THD.ENGM'T

F

APPROX.WEIGHT

EACHU

0Y2

M12I4Vt362

4102

t/t

22I

6.8

.5

V2

Mt2I6

4064

r02Ts

2222

t/z

Mr211 Vt

4454

102

Ts

2218

8.2v,

M12L5Y2iq4

Je/16

141

1/a

2224

11

4

4 M 2

t7432

)t/t6141

t/s

22t9t3

)5 M 2

18,1<1

5eAt

141

t/s

22

66

)/g

M16l8%467

6%168

|/s29

431n

/ttu{1 6

/t)508

6Y8

168

lVs29

4219

,/s

Ml62I

533by8

168

l/s29

51

l3Tt

M2087s

2t9lV'tJ/-

d4

380

0

3/t

M20

1lt/.

6168%219

lVt12

9+

43Y+

M2019y,495

8%219

lY1

32 44,2

1I

M24ZI12

5468%219

l5A41

103

473

3

IM24

21

686llr219

1%

41

139

634

4

lVtM30 705

878

219

tr/u

11!

6855

1W

M30/- t-18

6958%219 44

t/t

66

I12M36

325/8

8298%219

2

5l261|8

7

7

I3/tM42

3t940

872t9

2t/B

61J+J156

IR

zM4R

36

927

Vt l2Tq324

114

13

533

242o

9

2V+

M5642Y81 n?0

12r/t214.

3

89

V2 615

2792020

2t/z

M6449V2

1251l!/1324

3t/ag8

85t)386

2I21

lY4M'|2

54Ys

1387

123/q

32441/+

108931425

22),?

3

MROX661

1'.7{\1

123/+111

4V+lnR

12775?0

F

INcrms

Mn.LIN{ETEns

FeunrNHBrr

Cstsrus

PouNos

NEw-roNs

PouNos

Krlocnnus

28

Loitos WEIGHT


T

-T

** The Installed Height should be the mid-point between the Maximum and Minimum Overall

Heighr "x" , plus the thickness of the Load Flange, and plus any DOWN piping movement

when applicable.

Ordering: Specify Figure Number (Travel Series), Type, Size, Hot Load, Cold Load,

Movement and Direction of Movement (from the Cold/Installed position to the

Hot/Operating position), Installed Height, and Hanger IdentificationNumber (if any). Specify any other optional feature(s) as necessary'

For conosion resistant units specify the Figure Number with the letter prefix "C", e.g. C940


SERIES 940 . TYPE F

SIZR

CASELNGTH.

B

CASEDIA.

C

BOTTON,I

FLANGEBOLT DIA.

BOTTOMFT,ANGR

BOLTCIRCLE

NIIIN. lllAx.

OVERALLLNGTH. X **MIN. 1 N{AX,

LOADFLANGE

DIA.

LOADFLANG[THICK.

APPROXWGT.EACH'T

10

I ).r/l

3244

102

)/s

t6

1/J xlll x lrL6x19lx19l

7

178

93/t1/a

14Vt

362l6Yt4t3

3t/N

98

It6

14Vt

368

4102

5A

t614x71/2xlt/2

6x191x1911

178

93/t

248 406

6 18

45'.7

3t/r,gR

1/t

6

23

10

16

4064

102

%

l6

tA x'7|L x 11/)

6x191x1911

178

9,/t248

Ilt/t/t45

19Vt

49531/s

98

tA

6

t612

141/s

359

<t)/.,

141

3/c

19

1A xlV) xlv26x191x191

1 tltr91

93/t

24815%351

11,/s

448

5%

t37

tA

6

Jti

t7

157:

3945e/rc

141

3A

19

tAxlhxlth6x191x191

13/q

197

93/t

248to78,tto

18

457

5%

137

t/.t

6

4320

5

5

16r/8

429

5e/rc

111

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l9

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1t/s

197

93/t

248

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518

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111

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16

21

6

6

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l/,

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62

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168

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162 6

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235

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63/s

162

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6

10

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19%

498

8%

219

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l9hx137+xl3f13x337x337

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213

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13

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54

10

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11 I

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3/t

1g

r,4xlJ/+x1371i x 137 x 337

]eAo

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213V2

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xys

219

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5848%213

t/t

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156

7l3 74VB

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4

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619

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19

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13x337x337l()Yr

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hx l3)Ax IJt/.i3x337x137

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616

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724

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102

6

6

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7408%

219

3/t

1g

1/2xI3tAxl31A13 x 337 x 337

10%r

268

16Vt

413

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841

Vt 8-r'i

213

t/z

13

281

127

l111

33lt845

8)^zr9

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tg

thx 1314x l3t/.13 x 337 x 337

l0%o

268l6Y1

413

35./8

899

'JlVtq46

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Vz

13

378

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8

37Vs

816

I )\/t

1)A

3/t

19'Ax11tAx111/.16x438x438

15%

400

2I533

347s3,61

36lt921

12Vt

318

Vz

13

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t9T9

36%930

123/t

324

3/t

l9

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i5/+400

2Is33

38%981

403/+

1035

12Vt

318

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13

611

280

20

20

+-1lJ

1 095

1 ))/324

3/t

19'/BX LlrAx llt/.16x438x4i8

157+

400

2I533

46

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1219

l2th318

)h

t3855388

21

21

48l/r1232

123/t

Jl+

r/t

1g

s/sxlltAxl'7V16x438x438

157+

400

zt533

50%

1286525/s

1 ???121/z

1tR

t/:

t3910413

22

22

59%

1521

I t-rll

\1.4

3/t

1g

s/sxI71/txllA16x438x438

15X

400

2I533

62r/t1 594

643/+

1 645

I2Vt318

1/:

13

123 I

55t

lNcrEs

MLLIMETERS

FAHRENHEIT

CBr-srus

PoUNDS

NEwroNs

PoUNDS

KtLocneus

I)rN,rENsroNS TEN{pERdruRE LoADs WETGHT

VARIABI-E SPRI NG SI.J PPORT$

Ordering: Specify Figure Number (TravelSeries), Type, Size, Total Load, Hot Load perspring, Cold Load per spring, Movement andDirection of Movement (from the Cold/Installed position to the Hot/Operating posi-tion), Center to Center of Rods dimension andHanger Identification Number (if any). Specifyany other optional f-eature(s) as necessary.

For corrosion resistant units specify the FigureNumber with the letter prefix "C", e.g. C940

For metric units specify the Figure Numberwith the lefter prefix "M" e.g. M940 or MC940.Note: Please see page 45 to calculate Rod Take-Out.L-c-l

FIGURE 940 TYPE G

HANGERSIZE

RODSIZE

A

CASELENGTH

B

CASEDIAX,IETER

C E

NIIN. TIID.ENGM'T

FCHANNEL

SIZEMAX.C.C

CILANNELSPACING

w P

APPROX.WEIGHT

EACHU

0

1/z

M12AN362

1102

1%

3-5

Tt22

CJ X 4.IC75x6

l4610

5/s

16

l/238

42tq

II

Y2

M12l6

4461

t02t%35

Ts

72C3 x 4.1

C75x6at

610

r

16

IVz

38

43

2AI2

t/z

Ml2I

4451 Vt 4

102l3l35

Ts

22

C3 x 4.1

C75x6'24

610

5/s

16lt/zIX

48

223

3

12

Mt2l5Yz794

)e/t6

141

1/t

48l t/t

22C3 x 4.1

C75x630

762

3/q

19

2.51

6l28

1

4

1/z

Ml2I1 JY/16

141

1t/s4R

t/s

22

Ci x 4.1

C75x630

762

3A

19

2

51

7t32

Vz

M1218

45'7

5eAa

141

lTs4R

t/s

22C3 x 4.1C.75 x 6

JU

762

3/t

19

2

51

77

35b

6

%M16

18%

467

654

168

lTs48

1Vs

2qC3 x 1.1

C75x6Jf)9\4

I25

I51

t0045

Yli

M16/U

5086%168

1l/t48

1t/s

29

C3 x 4.1

C'15 x 6J6

914I I

51

9E44

78

Ml6 533

2 67168

lt/t48

1r

29C3 x 4.1

C15 x636914

1

25I165i

9I M20

2t533

lJy8

2\9 T3

Lv,r

32

u4 x ).4C100 x 8

36

9t411/t

'tl3

76i8483

00

1/1

M20EYs

219l,t/f

7ilVt1)

C4 x 5.1Cl00 x I

Jb914

lVt32

3

76204ol

t/c

M'Ol9Vt4q5

8%219

)7h'7?

lV111

C4 x 5.4C100 x I

-ib914

lVt32

3

76

24

1092

2

1

M242IVt546

8%219

31/s

98

l)^41

C5 x 6.7Cl30 x 10

36s14

IVt1R

410t

ut?l

3

3

I

M2427

6868%219 l

31/s

98

1%

4lC5 x 6.7

C130 x 10

36

914IVz

38

4

102i01138

44

).1+

M30llt/4705

678

219 I

3t/s

98

13/q

44C5 x 6.7

C130 x 10

36

914IV,38

4

102324147

5 IV+M30

21)/B

6952678

219J1/B

98

l3A4A

C8 x 11.5

C200 x 1?

Jb914

) t/a

544

102

445202

66

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3',D

8298/s215

3Tsg8

2.51

L6 X ll.)C.200 x 1'7

-i09t4

Ly8

54

4

102)/J260

7

7

lTqM12

3T940

8%219

3Ys

92

25

67C8 x 11.5C200 x 17

36914

'2Yt

544

102t6l346

8

8

2

M4836Y2

921l23A

Jl+J78

9821/s

73

C12 x 20.7

C130 x 31

4'.)

ta6723/t

604

't0?It55\)A

9

9

')l/,

M5642Vs

1070

123/t

324-) 7lt

98

3Vz

89Cl2 x20.7Cl30 x 3l

421067

25h6T

4102

1336606

/t)20

2

M64Vt 49t/2

1257

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98

.1t/N

98

C12 x20;lC130 x 31

401016

2Ts

73

4102

t874850

21

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)4/81387

1214114

Jt/s

98

4lt108

LI) X JJ,9C380 x 50

46

t2193Ys

79

4102

2086

9462'.2

223

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1702l')r/a 4t/t

10841/t108

L]) X JJ.YC380 x 50

48219

33

864

1n')26561295

DrNrENsIoNs TEMPERATURE LoADs

30


SERIES 960 . TYPE A

SIZE

RODSIZE

A

CASEI,NGTH

B

CASEDIA.

C E

MIN.THD.ENGM'T

F

RODNGM'1

G

APPR,X.WGT.EACH

'))10

v,M12

20V2

5214

r02203/c

518

Ts

22

Ts1')

V2

M1223Vs

5R74

10223

584

t/8

22

t/z

22

23

10

z2

Vz

M12

1<V

6454

102

t{1,

64tTs

22

7/s

22t612

J3

Y2

t\,{1?

1451,

5155eAa

14l22Y2

572Tt22

7/t

223516

Vz

Ml225W648

)Y/16

141253/a

645Ts

22

f822

43

20

v,M12

/6660

5eAe

141

25Tz

657

Ts

22

t/s

224822

6

6

s/s

M161.O

6606,/s168

ht/4654

IYB29

1.1/s

29bJ29

T

7

r/8

Mi629 6t/s

168

/U/1730

lVB29

IVz

29b429

5/s

M1630v,'7'7\

65

168

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lVs29

lVs29

/)34

9

9

3/t

h,{?n281/s

133872t9

'2V/t

730IVt32

lV+

32I'2356

101n

3/t

M2034k876

6Y8

21934Ts873

tn-)1

lYti2

13961

3A

M20t6Tt1

8%219

27Ts

708

IVt32

IVti2

163'14

2

2

I

M2430V2

17585h219

307s

172FA41

1s/s

41

t8584

3

3

IM24

38'4968

8%2t9

38

965

1/841

l5/s

4I21095

t4T4

IVtivt?0

383/t

984678

21938Vz978

l3A

441%

4T tn?

5

5

IVc

M3038V2

9786%219

38Vt9T2

ITt44

z51

300136

66

1Y2

M36463/s

r 178

8%219

46Vq

t17 5 51

25l

403183

1'7

17

lTtM42

)u%1289

87s219

50%1280

25/s

6T

ZVs

67

535

243

8

8

IM48

511295

123/+

i1+)U/tt1292

2t/t L'/8

73

7ri35

9o

) t/^

M5658%1492

123/t

324587s1495

3Yt89

3v,89

929421

2020

2v,M64

693/q

1772

1',)l/1

i2469s/s

1 768JfE98

3t/ag8

t342609

I1

2TtM72

llyl1969

\')3/t?)4

I l)/8

1 965

4Vq

108

4Vt108

1842836

2222

3

M80x694t/s2410

123/q

32495YB

)4161Vq

108

4Vq

10R

2350r 065

Ordering: Specify Figure Number (Travel Series), Type, Size, HotLoad, Cold load, Movement and Direction of Movement (from the



as necessary.

For corrosion resistant units specify the Figure Number with the letter

prefix "C", e.g. C960

For metric units specify the Figure Number with the letter prefix "M"e.g. M960 or MC960.Note: Please see page 45 to calculate Rod Take-Out'

DrMENsroNs TnuPnrurunn

INcnrs

MIr,LrNrerrns

FeHneNHgtt

Cnr-srus

PoUNDS

NtwroNs

POUNDS

KILoGR-AMS

'31


;l

FIGURE 960 TYPE B

Ordering: Specily Figure Number (Travel Series), Type, Size, Hot Load,Cold Load, Movement and Direction of Movement (from the Cold/Installedposition to the Hot/Operating position), and Hanger Identification Number(if any). Specify any other optional feature(s) as necessary.

Pins for attachment to the structure are not included with the unit and mustbe ordered separately as a Figure 291, shown on page 8 ofthis catalog. Forordering specify Figure Number, pin diameter and finish.


For metric units specify the Figure Number with the'letter prefix "M" e.g.M910 or MC910.Note: Piease see page 45 to calculate Rod Take-Out.

A.A

LUG HOLEDIAMETER

Drnrulrsroxs TRprpr:n,ru.rnR

32

SIZE

RODSIZE

A

CASELGTH.

B

CASEDIA.

C E

MIN.THD.

ENGM'TF

TIGT.OFPINH R T

LUGHOLEDIA.

APPROX.WGT,EACH

t/z

Ml220t/z

521

4102

217/s

556Ts

22

1)/2

38

lI/q32

Vt

6

tt/r,

11

22

i0Vt

M1223Vt587

4

102

111/-

622

t/s

/21Y2

38lVt Vt

6

ttAa

17 t0L

2

I/"

M1225

645

t/s 4

102763/+

679Ts

221t, IY4

32Vt5

Ilta17

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J

3

Y2

N/1' 575Je/1

141

6 ).4

610Ts

22IY,38

lYl32

Vt

6

tVrc

1T

3516

Vt

Mt225Vt64R

JY/16

t4l26|/s683

t/s

22lY2

38

lI/tJ/-

Vt

6

tIle

I743

205

5

Vt

M12lo660

5e/ta

141

273/s

6q5

t/t

22lY2?R

Ilt72

Vt

6

tIAr,

l74d

226

6

%M16

26

6606Ys

168

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6921 t/t

29L)h.

1'llt/t12

lq6

I

zlrAs 64

29

778

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137

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168

301/+

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6

ti/ta

1163

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168

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32

1/,

6

| 3/tt

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r/t

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0

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21139

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711

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291

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24163

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l, t/t?R

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18584

3

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9688%

21940

1016

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51

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.F

SERIES 960. TYPE C



For corrosion resistant units specily the Figure Number with the letter prefix "C",e.g. C910

For metric units specify the Figure Number with the letter prefix "M" e.g. M910 orMC910.Note: Please see page 45 to calculate Rod Take-Out.

INcsEs

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(- E

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A-lROD, NUTS,AND WASHERNOT FURNISHED

DrrroNsrousTEMPERATURE Lolls

SERIES 960 TYPE D


Cold/Installed position to the Hot/Operating position), and HangerIdentification Number (if any). Specify any other optional feature(s) as

necessary.



HANGERSIZE

RODSIZE

A

CASELENGTH

B

CASEDIA.

C E

HGT. OFSPACER

M

APPROX.WEIGHT

EACH0

0

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52r4

t02/9Y4756

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34

VARIABLE SPRII{G SUPPORTS

MUST BE -\TACK WELDEDBY CUSTOMER

L,H, THD. -/

MUST BE

R.H. AND L,H.ROD AND NUTNOT FURNISHED,LENGTH TOSUIT CUSTOI\,4ERREQUIREMENT

SERIES 960 TYPE E

Ordering: Specify Figure Number (Travel Series), Type, Size, HotLoad, Cold Load, Movement and Direction of Movement (from theCold/Installed position to the Hot/Operating position), and HangerIdentification Number (if any). Specify any other optional feature(s) asnecessary.



iI

I

TACK WELDEDBY CUSTOMER

\--- rLa\ F

.TURNBUCKLE

IS FURNISHED

HANGERSIZE

RODSIZE

A

CASELENGTH

B

CASEDIAMBTER

C

MIN. THD.ENGM'T

F

APPROX.WEIGHT

}'.ACHU

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VARIABI.E SPRI!NG SUPPORTS

i

I

B

SERIES 960 - TYPE F

** The Installed Height should be the mid-point between the Maximum and Minimum OverallHeight "X" , plus the thickness of the Load Flange, and plus any DOWN piping movementwhen applicable.

Ordering: Specify Figure Number (Travel Series), Type, Size, Hot Load, Cold Load.Movement and Direction of Movement (from the Cold/Installed position to theHot/Operating position), Installed Height, and Hanger IdentificationNumber (if any). Specify any other optional feature(s) as necessary.

For conosion resistant units specify the Figure Number with the letter prefix "C", e.g. C960


!.-l

SIZE

C

LNGTH.B

A SE LAS!,DIA,

C

sul lulvlFLANGE

BOLT DIABOTTOMFLANGE

BOLICIRCLE

NIIN.I MAX.

OYERALLLNGTH. X **MIN. MAX.

LOADFLANGE

DIA,

I,OADFLANGETHICK.

APPROXWGT.EACH

18./,r

4',76

4102

7s

16

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1

178

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DnTENSToNsTEMPERATURE Lo'r.rs Wnrcur


L --C-C Rod Dimension -r

d- A I ur specified s

I

^lt.:

FIGURE 960 TYPE G

Ordering: Specify Figure Number (Travel Series), Type,Size, Total Load, Hot Load per spring, Cold Load perspring, Movement and Direction of Movement (from theCold/Installed position to the Hot/Operating position),Center to Center of Rods dimension and HangerIdentification Number (if any). Specify any other optionaifeature(s) as necessary.

For corrosion resistant units specify the Figure Numberwith the letter prefix "C", e.g. C960

For metric units specify the Figure Number with the letterprefix "M" e.g. M960 or MC960.Note: Please see page 45 to calculate Rod Take-Out.

as specrileoby customerffi=

O FI-Eirt q

Ias,ffiw4rch:

W)I It'111 If/f/) 1 1

wilLr lI1Trl-

m_ft1=w,ilffi

HANGERKUUSIZE

A

LAbLLENGTH

B

LASI!DIAMETER

C E

.LVllN. lflu.ENGM'T

FCHANNET,

SIZBMAX.C-C

CHANNELSPACING

lv P

APPROX,WBIGHT

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5 .1X 36

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36qlA

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98

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36s14

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36

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98

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36

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219

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36

91.4

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67

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48

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l\cHFs F,rHnurnln i Por ros PoL \DS

MTrJ-rMFTF.Rs I CRr.snls Nrwrous Krr-ocnavs

DTMENsToNS Tol,rpnnqrunn WRrcnr

5t


SERIES 980 . TYPE A

Ordering: Specify Figure Number (Travel Series), Type, Size, HotLoad, Cold Load, Movement and Direction of Movement (from theColdllnstalled position to the Hot/Operating position), and HangerIdentification Number (if any). Specify any other optional feature(s)as necessafy.


For metric units specify the Figure Number with the letter prefix "M"e.g. M980 or MC980.Note: Please see page 45 to calculate Rod Take-Out.

DTMENsIoNs TEMPERATURE Lolos

SIZE

RODSIZE

A

CASELGTH

B

CASEDIA.

C E

lvlll\.THD,

ENGM'TF

RODENGM'T

G

\PPROXWGTEACH

V2

l\l[1')21

6864

t02261/B

683

Tt22

Ts

2232

151/"

Ml229t/s'7d6

410')

29Vt Tt72

1/a

22

t+t5

2

2

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M1230%'7'72

410?

3jVt"168

1/s

22

t/a

22 7

3

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1/"

M1229y,749

5eAo

141293/s

746Tc

72

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225224

44 M 2

3l813

5 eAe

t4rltt/8

810Ts

22

Ts

2262

2855 t\4 )

34,/+

88i)Y/t6

141J+.v8a?o

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z2

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22b6

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66

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41

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1

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8840

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1010

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678

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1137

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lt/q32

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89

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rA

FIGURE 980 TYPE B

Ordering: Specify Figure Number (Travel Series), Type, Size, Hot Load,Cold Load, Movement and Direction of Movement (from the Cold/lnstalledposition to the Hot/Operating position), and Hanger Identilication Number(if any). Specify any other optional feature(s) as necessary.

Pins for attachment to the structure are not included with the unit and mustbe ordered separately as aFigure 291, shown onpage 8 of this catalog. Forordering specify Figure Number, pin diameter and finish.

For corosion resistant units specify the Figure Number with the letter prefix"C", e.g. C910

For metric units specify the Figure Number with the letter prefix "M" e.g.M910 or MC910.


INrcues

MnrmerrnsFernENnnn

CBlsrusPouNos

NEwroNs

PouNDs

Krt-ocn,cN4s

LUG HOLEDIAMETER

SIZE

RODSIZE

A

CASELGTH

B

CASEDIA.

C E

MIN.THD.

ENGM'TF

HGT.OFPINH R T

LUGHOLEDIA.

APPROX.WGT.EACH

i)0

Y2

\,r1)/.t

6R64

10116./g

721

t/g

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32V,I

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17

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7464

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t/t

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I)/+1)

t/,

6

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1'l3415

2

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22

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-.)

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22

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17

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28

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A-A

DTTURNsToNsTEMPERATURE Lttlls WEIGHT

eo

VARIABLF SPRING SUPPORTS

SERIES 980 . TYPE C

Ordering: Specify Figure Number (Travel Series), Type, Size, Hot Load, ColdLoad, Movement and Direction of Movement (from the Cold/Installed position tothe Hot/Operating position), and Hanger Identification Number (if any). Specifyany other optional f'eature(s) as necessary.



For metric units specify the Figure Number with the letter prefix "M" e.g. M910or MC9i0.Note: Please see page 45 to calculate Rod Take-Out.IL LUG HOLE

DIAMETER

DTNTNsIoNsTEMPER{TURE Lo,r.ls

SIZE

RODSIZE

A

CASELGTII

B

CASEDIA.

C E

MIN.THD.

ENGM'TF

HGT.OFPINH R S T

LUGHOLE

APPROXWGT

00

Vz

N[1 '

21686

402

).6r/g

721Ts

22lVz

38

lY1

321A32

%

6

114r,

l132

l5Vz

\,{1 ?29Ts

1464

t0230r/'t781

t/z

22

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llt32

lt6

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l1.14

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313/l806

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lr/t7)

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l7JX

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INCHES

\{tr-LTMETERS

FAHRENIfiIT

CnsrusPouNls

NewroNs

PouNos

KLoGRAMS

Wmcnr



SERIES 980 TYPE D

HANGERSIZE

RODSIZE

A

CASELENGTH

R

CASEDIA.

C E

HGT. OFSPACER

M

APPROX.WEIGHT

R,ACH

t)

0

v,Ml2

27

6864

10236t/t92.1

8V2)16

32l5

Vz

M1229Tt746

4102

38%981

8Vz

21634

15

2

2

Vz

M123U./E

7724

102395/t1 006

8Vz

2t6J6IT

Vz

M12,!912'749

Se/ta

141

3814984

8v,216

5224

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Vz

r,{1?J/"

813

5eAo

141

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8Vz

21662

28

5

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343/t

883

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l4]144118

8y,216

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66

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8V2tto

YU

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65/c

168

4'lVz1207

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6.78

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as necessary.



INCHES

M]LLIMETERS

FAHRENI{EIT

CeLsrus

PouNlsNEwroNs

PoUNDS

Kn.ocRAMs

D]MENSIONS TEMPER{TURE

41


R,H, AND L.H.ROD AND NUTNOT FURNISHED,LENGTH TOSUIT CUSTOMERREOUIREMENT

SERIES 980 TYPE E

Ordering: Specify Figure Number (Travel Series), Type, Size, HotLoad, Cold Load, Movement and Direction of Movement (from theCold/Installed position to the Hot/Operating position), and HangerIdentification Number (if any). Specify any other optional feature(s)as necessafy.



L.H. THD.

MUST BETACK WELDEDBY CUSTOMER

l--- F

I

--T1

12',

HANGERSIZE

RODSIZE

A

CASELENGTH

B

CASEDIAMETER

C

MIN. THD.ENGM'T

F

APPROX,WEIGHT

EACH0

0

Vz

MI227

6864

102Ts

22JI15

I1

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Ml2'191/8

7464

102

Ts

22341.5

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1

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6

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168

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IJt122509

l9l9

1t /,

M567 5r/c

192412,/t11A.

JY2Rq

I3 105q4

2020

21/z

M6490

228612Tl2at

3Ts

981812R4q

21

2tl)/t

M12100

2540123/4

Jl+4V4

108

2052931

2211

JMROX6

124Y2216'.)

IZTt2)t

4l+rnR

283 I1)9.L

Ir,rcHns

VIILLIMETERs

FAHRENHEIT

Cer-srus

PouNlsNEwroNs

PouNos

KlLocRAMs

DTMENsIoNs TEMPERATURE Lolls


I]

L

.c-]

*t' The Installed Height should be the mid-point between the Maximum and Minimr-rm Overall

Height "X" , plus the thickness of the Load Flange, and pius any DOWN piping movement

when applicable.

Ordering: Specify Figure Number (Travel Series), Type, Size, Hot Load, Cold Load,Movement and Direction of Movement (from the Cold/Installed position to the

Hot/Operating position), Installed Height, and Hanger IdentificationNumber (if any). Specify any other optional feature(s) as necessary.

For corrosion resistant units specify the Figure Number with the letter prefix "C", e.g. C980


Wrrr;nt

SERIES 980 . TYPE F

SIZE

CASELNGTH.

B

UAS!,DIA.c

sul lu1\'lFLANGE

BOLT DIABOTTOMFLANGE

BOLTCIRCLE

NIIN. N{AX,

OVERALLLNGTH, X'K*X,IIN. ] NIAX.

LOADFLANGE

DIA,

LOADFLANGETHICK,

APPROXWGT.EACH

25k648

4

102

*l6

14xlY2xlh6x191x191

1

178

91/t

248)t

686

29

7313Tsg8

1/t

6

50

23

21r/t

7024

1ntYs

16

tAxThxTh6xl91x19l

1

178

9)/t248

29t/t740

llrT9I

3Ts

98

Vt

6

5L)

IJ

31r/E

8034

102

%16

lAxlt/tx'lh6x191x191

7

178

9:/+

24833

841

35r

892 98

ft Vt

6

56

25

28111 141

)/t

t9

lAXT1/zXlttz

6x191x191lt/t197

9Tt248

!9)/2149

SlVzRn0

5-7

1i7t/,t

68t)

36

4

4

30,^772

5e/n

111'/t19

1A xlV2x I l26xl91x19l

1 t/+

197

9J/J

)t9,3th810

331/t

860534137

t/+

6

90

41

-t-) 7li

841

)Yr6

141

r/t

1g

taxIrbx lti)6x191x191

T,/t19'7

9,/t248

34Vz

876

36%

930

5%

t37Vt

6

99

6

6

I D/A

8t26/l168

)/+

lq:/lx9x9

10 x229 x22991/t

235

r0k267

31864

36Vt

szl6%

162Vt

6

130

sg

7

389fr')

6%168

3/t

19

.r'lx9x910 x229 x229

9)/t235

l]Vt267

39t/s

1013

11t/t1064

6

t62X t/t

6

t)95q

38,4S8,1

6%

168

1/t

19

%x9x910x229x229

914235

t0k267

4tlI 016

421061

6,4162

)/t

614064

9

9

38965

8%

219

,/+

19

tbx131Axl31/:

13x337x337l07rr,

268l6Vt413

4l)1016

4')1n67

8*111

IA

I3240

t0g

0

0

42Ts

1089

6Y8

2r9

,/t

ls/lxISIA(lSt/13 x 337 x 337

l0%r?6R

I6I/t413

111/s

I 140

461/s

l19183/

213Vt

13

260118

31Vt861

8)^219

t/t

1g

Ix13r/x13/+13x337 x33T

10%o

268

16Vt

413

3614

918

3814

968

8%1t -)

Vt

13

ldu127

/.

z36%gi0

8r's

21c)

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1g

1/2x131Axl31A

13 x337 x33710e/u,

2681614

413

.) i\,/8

981

40%

1032

u./8

2t3Vt

13

310

141I 46/s

1 1S1

8%1r0

3/t

t9V)xI3\AxI31A13x337x337

l0%o

268l6lt413

48%

TMI50%I O')

8-/i211

t/2

l333rl150

1

4

173/s

1 203

8%

2t9ftl9

t/2x13\AxI3V.

13 x33T x331L0%r

268

10'441i

:19./s

12545 l7!1 305

8%213

Vt

13

340

154

5

5

17./^

1203

87219

Y)

t9/:xliL/+xl3'r11 x117 x11'7

l0%r169.

16IA411

19/81254

51%I 305

8%

213t,13

140

200

Lb

i6)bYl1435

8r^219

74

lqtLxl3tAx 13rA

13x337 x31'7l0%o268

161/t

413

58/:1486

60)h

1537

8%

13

)ou

7

b4-/'r

1645

8Ys

215Alq

hx131/txI3tA13 x 337 x 337

lleAt268

161/+

413

6641695

6U%

1746

8%tt:)

Y)

13

750

340

8

8

6lYN

t\6')123/+

324

j/t

19

5/8 x ll tA x 1'l tA

16x438x438157+

400

2t533

6T/+1619

65-rz+

1610IZVz

318

h'1?

11205nR

9

I70%1194

123/t

1t+

1/+

i9

5/sx lltAx lltA16x438x438

157+

4002I

533

I llA1 R4R

1 4,/t1 Rqq

Llt/2?1R

t/l

13

1220

553

20

20

6 J'/8

2124

I ).1,/l

374

3A

1g

AxIltAxll\A16 x 438 x 438

15/+400

2I53?

86/2191

88/,r,\a l,')

l21h

318

V:

t31700

771

21

21

921/s

2359I

3:24

23/t ft1g

5/sx111/lxlltAl6 x 438 x 438

$v400

2l.533

95

241391

2464l2Y2

318

Vt

t3t 8l0R'1

22

22

Ltl^2975

lzjA324 lg

'/sx111Ax111A16x438x438

153/,

40021

533

11()Vt

3029

12|,Vc

3080 318

2 Vt t/:

t321501111

-9I rS/<"/^o:-/e/

\/

INCHES

!4II.r-TMETERS

FlumNsErrCELsrus

POUNDS

NpwroxsPOUNDS

KrLocRAMs

Drr,rENSroNsTpnrpBrurunn Loals

-.n


-C-C Rod Dimension -l

Ordering: Specify Figure Number (Travel Series),Type, Size, Total Load, Hot Load per spring, ColdLoad per spring, Movement and Direction ofMovement (from the Cold/Installed position to theHot/Operating position), Center to Center of Rodsdimension and Hanger Identification Number (if any)Specify any other optional feature(s) as neoessary.

For corosion resistant units specify the FigureNumber with the letter prefix "C", e.g. C980


For metric units specify the Figure Number with theletter prefix "M" e.g. M980 or MC980.

FIGURE 980 TYPE G

HANGERSIZE

KUT,'

SIZEA

UAStsLENGTH

B

UASUDIAMETER

C E

MIN. THD.ENGM'T

FCTLANNEL

sr7['MAX.C-C

UHANNUfSPACING

w P

AfTKUX.WEIGHT

EACHU

0 M 227

6864n)

l%15

Tt))

C3 x 4.1

C75x6'24

610 t6IVz38

6429

M 229Ts

7464

102r%35

Ts

22LJ X 4.1

C75x6l4

610

,/8

16

L1h 681t

M 2

JU/8772

4

LA2

t/835

1/B

22C3 x 4.1C75x6

24610

%16

1V: 76i4

Vt

M1219 y2

7495e/ta

141l1/a

48

t/8

22C3 x 4.1C75x6

307fi-

3A

t92

51

10447

44

1/z

Ml232

RI?5eAa

14111/s

48

1/s

)1C3 x 1.1C;75 x 6

JU762

./1

t9I

51

r2456

55

V2

l\iT1,341/+

8835e/rc

14117/s

48Ts

22CJ X 4.1C75x6

JUtol

Y1

19I

,51 6236

6

6

s

M1634

864o./8

168

It/848

178

29Ci x 4.1

C75x6.i t)

9141 2

51

180g?.

7

%M16

Jlt/B962

o/8168

11/s

48th29

C3 x 1.1

C;75 x 636gi4

1

511/080

%Mt6

39Tt1010

0/816R

L1/t

4RIVE

?qC3 x 4.1C75x6

36

9t4I

25 5lztt96

9g

TtM20

391/s

10138%

2192t/s

T3

lV4

32C4 x 5.4C100 x 8

-Jb

914lVtll

J76

J4U154

t0t0

1/t

M20441/8

1 140d78

219lt/81J

t/J

JIc4 x 5.4C100 x 8

JO

914lVt32

J76

3

1'70

1A

Y1

M20JOys

918U%

219l//8"t3

IV+32

C4 x 5.4Cl00 x I

.ib914

l)/t?1

3'16

438lqq

2)

IM24

39V+

99'7

8%)1q

3TaqR

l5^41

C5 x 6.7Cl30 x l0

36914

lVzi8

4102

5062i0

JJ

1

M2449Vz1251

B%219

31/s

981%

41

C5 x 6.7C130 x 10

36

914lt/238

4142 260

41

lt/tM30 1276

d78

2t94Ys

105 1tL) X 0./

Ci30 x l0-i0914

lY238

4r02

bu0275

55

lr/tM30

19./41264

6/8219

1t/s105

\/t

44C8 x 11.5C2(n x 17

.iosl4

2YB

544

10264U381

t66

1V2lvf16

601524

6Y8

21937/tqR

C8 x 11.5C200 x 17

36914

2Y854

110.)

1 100/qq

71

13/t

M4268V,t140

8%219

3%91

2s/t6'.7

C8 x 11.5

C200 x U-)o914

2V8

54

4102

1466665

d

8

IM48

001676

I l1/4Jl+

3t/8

98 73

c12 x 20.7C130 x 31

4/.1067

,!r/8

604

1022244101 8

l9l9 M56

/)r/41924

l2r/t324

3 t/3

98-l)/z

89C12 x 20.7C130 x 31

4L106'.7

/,t/8

6'7

4102

).6ltJil88

2020

2t/zM64

901)9,6

123/t1)A

31/sqR

3TsqR

C12 x20.7C130 x l1

401n16

27/s'71

410.1

31441 6qR

21

21

23/t

M72100

2540123/t

3243Tt

9B

4Vq

108

C15 x 33.9C380 x 50

4812t9

3VB

794

10241U41862

,,J

M80x6I l+/23t62

Ilr/43l+

1f898

41/t

108

L1] X JJ.YC380 x 50

461219

J1/8

86+

t02)00r2568

INcnrsI\rI]r-r-rN4erEBs

FlrrngNnrrrCsLsrus

PouNlsNpwroNs

PouNos

Krlocnq,rlls

Drwusrous Tnlrpnrurunn Wrrcnr


OUT CALCULATION

Type C

Type G

For Spring Types A, B, C, and G, the Rod Takeout can be calculated by adding the spring deflection ofthe loadindicator at the cold load setting (found on pages 5-7) to the "E" dimension and then subtracting 3"to compensate for one half of the turnbuckle gap used for adjustment.

Example: A Figure 9208 Size f4, with an lnstalled Load of 4000 lbs. Has a Rod Take out of (1-9"+1.5"-3") = 17.5"

Type D

This spring type does not require any adjustment to its' "E" dimension.

Type E

Hanger rod length to be determined by the customer.

Note: Please confirm that sufficient thread length is available

on the rod for field adjustment for all spring types.

VARIABLE SPRING

Type A

ROD TAKE

Type B

&e$3&L.R#sffiMW*iffig*Ki,(ftslm:II3S#T*.*leJfR$sqtftra{gt{f

rL

'-x"!

ftr/1

flF,€I"!r.; ;

45

TECHNICAL INFORMATION

REFERENCE DATA - METRIC CONVERSION CHARTTOCONVERTFROM TO MULTIPLY BY

Angle degreeradian (rad)

radian (rad)degree

1.745329 x l0''?

5;729578 x l0-'

Area foot'?

inchtcircular milsquare centimeter (cm'?)

square meter (m'?)

square meter (m'?)

square meter (m')

square meter (m'?)

square meter (m')square meter (m'?)

square inch (in')foot'?

inchtcircular mi1

9.290304 x 1l'z6.451600 x 10"5,067075 x 10'o1.550003 x 10'1.076391 x 10t'1.550003 x 10-l1.973525 x 10.'

Bending lbf.ftMoment of lbf.inTorque N.m

N.m

newton meter (N.m)newton meter (N.m)lbf.ftlbf.in

1 .355818L129848 x 10'1.375621 x 10'8.850748

Force pounds-force (lbf) newtons (N) 4.448222

Length foot (ft)inch (in)milinch (in)meter (m)meter (m)meter (m)micrometer (pm)

meter (m)meter (m)meter (m)micrometer (prm)

foot (ft)inch (in)milInch (in)

3.048000 x 10'1

2.540000 x 10'2.540000 x 10r2.540000 x 10"3.2808403.937008 x 10-1

3.937008 x 10*3.937008 x 105

Mass ounce (avoirdupois)pound (avoirdupois)on (short, 2000 lb)on (1ong,22401b)kilogram (kg)kilogram (kg)kilogram (kg)kilogram (kg)

kilogram (kg)kilogram (kg)kilogram (kg)kilogram (kg)ounce (avoirdupois)pound (avoirdupois)ton (shor1 2000 lb)ton (long 22401b)

2.834952 x4.535924 x9.0'71847 x1.016047 x3.527396 x2.2046221.1023i1 x9.842064 x

10"10',

10'10{10.,

10,10,

Mass Per lblftUnit Length lb/in

kg/mkg/m

kilogram per meter (kg/m)kilogram per meter (kg/m)lb/ftlb/in

1.4881647.78579'7 x 10-\6.719689 x 10.'

5.599741 x 1.0'

Mass Per lb/ft'Unit Volume lb/in'

kg/m'kg/m3lbs/ft'

kilogram per cubic meter (kg/mr)kilogram per cubic meter (kg/m3)

1b/fflb/in'1bs/in:

1.601846 x 10r2.'76'/990 x 10"6.242797 x 10'1

3 612730 x 105

i.728000 x 10-3

Mass PerArea Unit

lb/fr'kg/m'

kilogram per square meter (kg/m')pound per square foot (lb/ft':)

48824282.048161 x 10'r

Pressure orStress

lbf/in'(psi)kip/in? (ksi)lbf/in'(psi)pascal (Pa)pascal (Pa)

megapascals (MPa)

6.894757 x 1013

6-894757 x 10t6

6.894751 x I0'1.450377 x 104

1.450377 x 107

7-450377 x10"

pascal (Pa)

pascal (Pa)

megapascals (MPa)pound force per sq. inch (psi)kip per sq. inch (ksi)lbf/in'(psi)

SectionProperties

S (m')S (in3)

1(m')I (in')E (Pa)

E (psi)

section modulus S (in')section modulus S (M')moment of inertia I (ino)

moment of inertia I (M')modulus of elasticity E (psi)modulus of elasticity E (Pa)

1.638706 x 10'6.102374 x l)-a4.162314 x 101

2.402510 x 10-6

6.894757 x 10tr

1.45037'/ x10'Temperature degreeFahrenheit

degree Celsiusdegree Celsiusdegree Fahrenheit

toc = t"F - 32) / 1.8

tots=1.8toc+32

Volume footlinch3

cubic centimeter (cmr)cubic meter (mr)

cubic meter (m3)

gailon (U.S. liquid)

cubic meter (m3)

cubic meter (m3)

cubic inch (in')foot3inch3

cubic meter (m3)

2.831685 x 102

1.638706 x 10'?

6.102374 x l0'3.531466 x 10-'6.102376 x 10-a

3.785412 x 10'

ABBREVIATIONS

AISC = American Institute ofSteeI Construction

AISI = American Iron & SteeiInstitute

ANSI = American NationalStandards Institute

ASTM = Anlerican Society forTesting & Materials

AWWA = American Water Works

NFPA

AssociationDiameterFeetGaugeInside DiameterTnch

PoundsMaximumMinimumManufacturers'Standardization SocietyNationai Fire ProtectionAssociationOutside DiameterOuncesPounds Per Square InchPoly Vinyl ChlorideUnified Course ThreadsUnified Course Threads(Rounded Root)

METRIC SYMBOLS

Dia.Fr.GaI.D.In.Lbs.Max.Min.MSS

o.D.Oz.psiPVCUNCUNCR

cmkgKNmpmfilmMPaNNmPa

centlmeterkilogramkilonewtonmetermicrometermillimetermegapascalnewtonnewton-meterpascal

40


PIPE WEIGHTS FOR STANDARD AND HEAVY WEIGHT PIPE

Pipe Weights are based on Carbon Steel pipe

PIPE DATA PIPE WEIGHTNominal Pipe Outside Dia. Wall Th'k d Gas. Air. Steam w/WaterPipe Size Schedule tn mm ln lbs/ft Nlm lbs/ft N/m

%"(15mm)

std / 40XS/80

0.840 22 00

094'/

0.91.1

t2t6

1.01.2

141',l

%"(2Omm)

std / 40XS/80

1.050 28 0.0.

l354

t.l1.5

1'.7

22t.41.7

2024

1"(25mm)

std / 40XS/80

1.315 J4 00

33'79

1.72.2

2532

2.12.5

3036

1%"(32mm)

std / 40XS/80

1.660 42 0.0.

409t

2.33.0

.JJ

442.93.6

4352

t%"(40mm)

std / 40XS/80

1.900 48 0.1450.200

2.73.6

4053

3.64.4

5364

2',(5Omm)

std / 40XS/80

2.375 60 0.1540.218

J.t5.0

5373

5.16.3

7592

2%"(65mm)

std / 40XS/80

2.875 75 0.2030.276

5.8'7 '7

85112

7.99.5

115139

-l(80mm)

srd / 40XS/80

3.500 89 0.2160.300

'1.6

10111

15011

13

157191

.1/)

lgOmm)std / 40xs/80

4.000 r02 0.2260.318

9.1

13

133182

l316

195239

4"(100mm)

Srd / 40XS/80

4.500 tt4 0.2370.331

11

l5t5'72Lg

16

20238291

5'( l25mm)

std / 40XS/80

5.563 141 0.2580.3'75

15

21

213303

2329

340418

6"150mm)

std / 40xs/80

6.625 i68 0.2tt00.432

19

292',77

41731

40460582

8"(20Omm)

std / 40XS/80

8,625 219 03220.500

2943

4t7633

5063

tJ3922

10'(2)Umm)

std / 40XS/60

t0.75 2',73 0.3650.500

4055

591'799

7587

10901271

12"(300mm)

SrdXS

12.'75 235 0.3750.500

5065

I /,J95s

99112

14391641

14"(35Omm)

Srd / 30XS

14.00 355.6 0.3750.500

5512

7961052

lr4130

t6691892

16"(400mm)

srd / 30XS/40

16.00 406.4 0.3750.500

6383

9131208

142l-59

20692326

18'(450mm)

stdXS

18.00 457.2 0.3750.500

71

9310301364

172192

25092800

20"(500mm)

Srd / 20XS/30

20.00 508.0 0.3'750.500

79r04

1147ts20

20522'7

29883313

24"(600mm)

std / 20XS

24.00 609.6 0.3150.500

95125

13811 831

279306

40674460

30"( /)Umm)

stdXS/20

30.00 762.0 0.3'/50.500

It9l -58

17312299

410444

59836478

36"(900mm)

SrdXS/20

36.00 9t4.4 0.3750.500

143190

20822766

56660'7

82568853

taI

(1050mm)std

XS/2042.00 1066.8 0.3'75

0.500r67222

24333 /-J+

746194

108881i587

.47


USEFUL WEIGHT FORMULAS

PIPEWeight (1b/f0 = 10.68 x T x (D - T) x F

PIPE CONTENTSWeight 0b/f0 = 0.3405 x G x (D - 2T)']

LEGENDD = Outside Diameter (inches)

F = Material Weight FactorG = Specific Gravity of Pipe Contents

Normally 1.0 for water, 0 for air and steam.

L = Length (inches)

T = Pipe Wall, Plate, or Bar Thickness (inches)

W= Width (inches)

PLATE AND BARWeight (lb) = 0.2833 x T x W x L x F

ROUND RODWeight (lb/ft) = 2.6'7D2

MATERIAL WEIGHT FACTORSCarbon Steel & Cr-Mo ..................1.00Aluminum ...................... :...............0.35

Brass ............. ..........1.12

Cast lron .................0.91

Copper ....................1.14Ferritic stainless steel .....................0.95

Austenitic stainless steel ................ 1.02

Wrought iron ..................................0.98

CALCULATING OF PIPINIG INSULATION WEIGHT

The weight per foot of insulation is calculated by using the weightfactor "X" from the table below and multiplying by the insulationdensity (lbs/cu-ft).

EXAMPLE: A 16" pipe wrth 3%" of insulation is lbund to have a

weight factor of 1.49 (from table below). With an insulation density of11 lb/cu-ft, the calculation for insulation weight is 1.49 x 17 = 16.39

INSULATION WEIGHT FACTOR _ X

NOMINAL NOMINAL INSULATION THICKNESSPIPE SIZE | 1" l%" 2" I 2y"" 3" 3yr" I 4" 4U" I 5" I 5%" I 6"

1

1%

t%2

2%

J

3%

4568

1012

l41618

2024

.05'7

.051

.066

.080

.091

.10

.15

.13

.15

.t7

.10

.12

.11

.14

.t9

.1'l

.23

.21.A

.27

.34

.43

.50

.51

.5'7

.64

.70

.83

.16

.15

.21

.21

.2'7

.25

.31

.30

.34

.38

.41

.59

.68

.70

.78

.81

.961.13

.23

.22

.29

.29

.36

.34

.41

.39

.45

.51

.66

.75

.88

.901.01l.t2r.231.44

.Jl

.30

.38

.37

.46

.44

.54

.51

.58

.64

.80

.931.011.111.241.371.501,77

.4U

.39

.48

.47

.58

.56

.66

.63

.71

.83

.97r.t21.281.34r.491.64t.792.10

.59

.70

.68

.78

.'7'7

.88

.9'l1.171.321.521.57l.'141.922.092.44

.83

.81

.96t.041.13t.361.54l.'741.812.012.212.402.80

-971.101.201.341.561.761.992.072.292.5r1-t-)3.16

t.'751.992.242.342.582.823.063.54

2.502.622.883.t43.403.92

General Formula: For pipe sizes not shown in the table above (special

O.D. pipe, etc.), use the lbllowing formula to determine the insulation weight:

Insulation Weight: (lb/f0 = 0.0218 x I x T x (T + D)

Where: I = Insulation density (lb/cu-ft)T = Insulation thickress 1inches.1

D= Outside diameter of pipe (inches)

48


COMMON STRUCTURAL SHAPES USED FOR PIPE SUPPORTS

STRUCTURALSHAPE SIZE

WEIGHTPER

FOOTDEPTH

IN

FLANGEWIDTH

INTHICKNESS

IN

SECTIONMODULUS

IN3

ANGLE

Ll%xl%x%L2x2x%

L2%x 2%x %

2.33.24.1

I%2

at/L /)

1%

22%

l//4t//4t//4

0.130.250.38

L3x3x%L3x3x%L3x3x%

4.97.29.4

aJaJaJ

3

JaJ

t//4

'/s

t//)

0.s80.83t.07

L3% x 3%x%L4x4x%L4x4x%

8.59.8

12.8

3%

44

3%

44

l//8\/,/a

%

1.15t.5z1.97

L5 x5 x%L6x6x'/,L6x6x%

16.2t9.628.7

5

66

5

66

Yt1//2f//4

3.164.616.66

CHANNEL

C3x4.lC4x5.4C 5 x6.7

4.15.46.7

aJ

45

t%l%t%

%5//t6

7ro

1.101.933.00

C,6 x 8.2C8xl1.5

C 10 x 15.3

8.211.515.3

68

l0

l'/,'rt/.

2%

5/,/16

%1/

4.388.14

13.50

C 12x20.lC 15 x 33.9

20.133.9

t215

J3%

t//2

%

21.5042.00

SQUARETUBING

ST 2x2x%ST3x3x%ST4x4x%

5.48.8

12.2

2J

4

2J4

t//Jt//4l,//4

0.112.104.II

ST4x4x%ST 4x4x%ST6x6x%

n.321.619.0

446

446

%t//2t//4

5.356.r3

10.10

ST6x6x%ST6x6x%ST8x8x%

27.535.225.8

668

668

\//8tl

%

13.9016.8018.80

ST8x8x%ST8x8x%

38.948.9

8

8

8

8

%l//)

26.4032.90

I.BEAM

S 4 xl.1W4x13W6x12

7.713.012.0

44'/t6

2%

44

5,//t63//8t//4

3.045.467.31

W6x15W6x20W8x18

15.020.018.0

66%

8'/t

66

5%

%3//85/

9.12r3.4015.20

W8x24W8x31W IO x22

24.031.022.0

J'/,8

10,/,

6%

8

5%

%

%o

%

20.9021.5023.20

W10x33W 12x26W12x40

33.026.040.0

9%

r2%t2

8

6%

8

'7//16

a//8t//2

35.0033.4051.90

Note: Flange thickness for I-Beam and Channel is the "mean" thickness

\-.

49

VARIABLESUPPORTS

Catalog No.09V

CARPENTER & PATERSON, INC.DESIGNERS • ENGINEERS • MANUFACTURERS

SALES OFFICES AND WAREHOUSES

SALES OFFICES, WAREHOUSES AND MANUFACTURING PLANTS

CALIFORNIA 5097 Zambrano Street City of Commerce, CA 90040 Tel: 323 622 1830 Fax: 323 622 1837

MARYLAND 8941 D’Arcy Road Upper Marlboro, MD 20774 Tel: 301 333 4631 Fax: 301 333 4638

MASSACHUSETTS 225 Merrimac Street Woburn, MA 01801 Tel: 781 935 2950 Fax: 781 935 7664

NEW JERSEY (SOUTH) 3900 River Road, P.O. Box 556 Pennsauken, NJ 08110-0556 Tel: 856 488 1988 Fax: 856 488 0824

CANADA 921 Barton Street, Unit 3 Stoney Creek, ON L8E 5P5 Tel: 905 664 6866 Fax: 905 664 2751

LOUISIANA 434 Latigue Road Waggaman, LA 70094 Tel: 504 431 7722 Fax: 504 431 7900

NEW JERSEY (NORTH) 369 Jefferson Avenue Saddle Brook, NJ 07663 Tel: 973 772 1800 Fax: 973 772 8333

PENNSYLVANIA 484 Galiffa Drive Donora Industrial Park Donora, PA 15033 Tel: 724 379 8461 Fax: 724 379 8463

DESIGNERS • ENGINEERS • MANUFACTURERS

EXECUTIVE OFFICES 225 Merrimac Street, Woburn, MA 01801

Tel: 781 935 2950 • Fax: 781 935 7664 e-mail: [email protected] www.carpenterandpaterson.com

Carpenter & Paterson Variable Support 09V.pdf

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