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Transcript of Behrens pumps
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Heinrich Behrens Pumpenfabrik - Von-Thnen-Str.7 - D-28307 Bremen Tel.: 49(0)421 4 86 81-0 - Fax: 49(0)421 4 86 81 11 - E-Mail: [email protected]
Behrens Pumpen
Final drawings and Manuals
for
Hyundai Samho Heavy Ind.
HSHI 234
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Behrens PumpenHSHI 234
Service Type
Hull No.
Seria
l no.
Des
ign
Del
iver
yfla
nge
Term
inal
box
Gau
gepo
sitio
n
Hyundai Samho Heavy Industries Co., Ltd. 1700 Youngdang-Ri, Samho-Myun
Gauge, terminal box and flange position
Pos.
VRF 9/350 61344 180 270 Loose1Main cooling SW pump no.11
VRF 9/350 61345 0 270 Loose1Main cooling SW pump no.21
VRF 9/350 61346 0 270 Loose1Main cooling SW pump no.31
VRF 3/350 61347 0 270 Loose1FW generator ejector pump6
VRF 7/350 61348 0 0 Loose1Bilge, Fire & GS pump no.17
VRF 7/350 61349 180 180 Loose1Bilge, Fire & GS pump no.27
VRF 7/290 G 61350 180 180 C1M/E JW cooling pump no.18
VRF 7/290 G 61351 0 0 A1M/E JW cooling pump no.28
SOH 222 W G 61352 90 90 A5M/E air cooler chemical cleaning pump9
UP 25-72/180 61353 0 0 Loose1Hot water circulating pump10
SFH 334 WW G 61354 90 90 A5Composite boiler feed water pump no.111
SFH 334 WW G 61355 90 90 A5Composite boiler feed water pump no.211
VAL 302/2R 61356 0 90 Loose2Main LO pump no.115
VAL 302/2R 61357 0 135 Loose2Main LO pump no.215
VRF 9/350 G 61358 180 270 Loose1Central FW pump no.116
VRF 9/350 G 61359 0 270 Loose1Central FW pump no.216
VRF 9/350 G 61360 180 270 Loose1Central FW pump no.316
VRF 7/350S 61361 180 270 Loose1Ballast pump no.117
VRF 7/350S 61362 0 270 Loose1Ballast pump no.217
BS 50 61363 0 90 Loose3Oily bilge pumpP1
PL 300 61364 90 90 ASludge pumpP2
SFN 80 61365 180 0 B2Emergency fire pumpE1
CR 5-9 F 61366 0 0 Loose1Hydrophore pump no.1H1
CR 5-9 F 61367 0 0 Loose1Hydrophore pump no.2H1
Design 8 : see outline drawing
16.02.2005
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Behrens PumpenHyundai Samho Heavy Industries Co., Ltd. 1700 Youngdang-Ri, Samho-Myun HSHI 234
16.02.2005
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Behrens Pumpen Data sheet e-motor
Customer Newbuilding HSHI 234 Order no.: 224678
Item PumptypeSerial no.
Service Motor rating[kW]
Requiredshaft po.
[kW]
Ratedcurrent
[A]
startingcurrent
[A]
Startingmethod
Powerfactor
etaSpeed
[rpm]
E-motortype
S
p
a
c
e
h
e
a
t
e
r
E
n
c
l
o
s
u
r
e
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s
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a
t
i
o
n
P
T
1
0
0
3
x
P
T
C
C
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r
t
i
f
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a
t
e
S
P
M
N
i
p
p
l
e
Hyundai Samho Heavy Industries Co., Ltd. 1700 Youngdang-Ri, Samho-Myun
cos
GLClassif.
VRF 9/35061344
Main cooling SW pump no.1 IP 55 105,00 85,70 163,0 1.080,0 0,90directF to B 1780WEG CSM 280 S/1 x440V/60Hz
0,94
VRF 9/35061345
Main cooling SW pump no.2 IP 55 105,00 85,70 163,0 1.080,0 0,90directF to B 1780WEG CSM 280 S/1 x440V/60Hz
0,94
VRF 9/35061346
Main cooling SW pump no.3 IP 55 105,00 85,70 163,0 1.080,0 0,90directF to B 1780WEG CSM 280 S/1 x440V/60Hz
0,94
VRF 3/35061347
FW generator ejector pump IP 55 25,00 17,20 41,4 310,0 0,86directF to B 1765WEG CSM 180 L-46440V/60Hz
0,92
VRF 7/35061348
Bilge, Fire & GS pump no.1 IP 55 125,00 80,00104,00
193,0 1.467,0 0,90directF to B 3570WEG CSM 280 S/7 x440V/60Hz
0,94
VRF 7/35061349
Bilge, Fire & GS pump no.2 IP 55 125,00 80,00104,00
193,0 1.467,0 0,90directF to B 3570WEG CSM 280 S/7 x440V/60Hz
0,94
VRF 7/290 G61350
M/E JW cooling pump no.1 IP 55 42,00 35,00 68,9 482,0 0,87directF to B 1770WEG CSM 200 L-48440V/60Hz
0,92
VRF 7/290 G61351
M/E JW cooling pump no.2 IP 55 42,00 35,00 68,9 482,0 0,87directF to B 1770WEG CSM 200 L-48440V/60Hz
0,92
SOH 222 W G61352
M/E air cooler chemical cleaning pump
IP 55 2,60 1,50 4,9 32,6 0,85directF to B 1700CSM 100L-49440V/60Hz
0,82
UP 25-72/18061353
Hot water circulating pump IP 55 0,20 0,10 0,3 3,0 directF to B 3450.10440V/60Hz
Page 1printed: 16.02.2005 of 3
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Behrens Pumpen Data sheet e-motor
Customer Newbuilding HSHI 234 Order no.: 224678
Item PumptypeSerial no.
Service Motor rating[kW]
Requiredshaft po.
[kW]
Ratedcurrent
[A]
startingcurrent
[A]
Startingmethod
Powerfactor
etaSpeed
[rpm]
E-motortype
S
p
a
c
e
h
e
a
t
e
r
E
n
c
l
o
s
u
r
e
I
n
s
u
l
a
t
i
o
n
P
T
1
0
0
3
x
P
T
C
C
e
r
t
i
f
i
c
a
t
e
S
P
M
N
i
p
p
l
e
Hyundai Samho Heavy Industries Co., Ltd. 1700 Youngdang-Ri, Samho-Myun
cos
GLClassif.
SFH 334 WW G61354
Composite boiler feed water pump no.1
IP 55 6,60 5,50 11,3 90,6 0,87directF to B 1760CSM 132S-411440V/60Hz
0,88
SFH 334 WW G61355
Composite boiler feed water pump no.2
IP 55 6,60 5,50 11,3 90,6 0,87directF to B 1760CSM 132S-411440V/60Hz
0,88
VAL 302/2R61356
Main LO pump no.1 IP 55 230,00230,00
147,00192,00
368,0 2.466,0 0,86
0,86
transforF to B 17801780
CSM 315S/M-415 x440V/60Hz
0,95
VAL 302/2R61357
Main LO pump no.2 IP 55 230,00230,00
147,00192,00
368,0 2.466,0 0,86
0,86
transforF to B 17801780
CSM 315S/M-415 x440V/60Hz
0,95
VRF 9/350 G61358
Central FW pump no.1 IP 55 99,00 81,40 154,0 1.091,0 0,90directF to B 1780WEG CSM 280 S/16 x440V/60Hz
0,94
VRF 9/350 G61359
Central FW pump no.2 IP 55 99,00 81,40 154,0 1.091,0 0,90directF to B 1780WEG CSM 280 S/16 x440V/60Hz
0,94
VRF 9/350 G61360
Central FW pump no.3 IP 55 99,00 81,40 154,0 1.091,0 0,90directF to B 1780WEG CSM 280 S/16 x440V/60Hz
0,94
VRF 7/350S61361
Ballast pump no.1 IP 55 63,00 54,20 97,3 729,0 0,91directF to B 1775WEG CSM 250 S/17 x x440V/60Hz
0,93
VRF 7/350S61362
Ballast pump no.2 IP 55 63,00 54,20 97,3 729,0 0,91directF to B 1775WEG CSM 250 S/17 x x440V/60Hz
0,93
BS 5061363
Oily bilge pump IP 55 2,60 1,50 4,9 32,6 0,85directF to B 1700CSM 100L-4P1440V/60Hz
0,82
Page 2printed: 16.02.2005 of 3
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Behrens Pumpen Data sheet e-motor
Customer Newbuilding HSHI 234 Order no.: 224678
Item PumptypeSerial no.
Service Motor rating[kW]
Requiredshaft po.
[kW]
Ratedcurrent
[A]
startingcurrent
[A]
Startingmethod
Powerfactor
etaSpeed
[rpm]
E-motortype
S
p
a
c
e
h
e
a
t
e
r
E
n
c
l
o
s
u
r
e
I
n
s
u
l
a
t
i
o
n
P
T
1
0
0
3
x
P
T
C
C
e
r
t
i
f
i
c
a
t
e
S
P
M
N
i
p
p
l
e
Hyundai Samho Heavy Industries Co., Ltd. 1700 Youngdang-Ri, Samho-Myun
cos
Classif.
PL 30061364
Sludge pump IP 55 15,00 7,00 29,0 173,0 directF to B 1750SK42-160M-4P2440V/60Hz
SFN 8061365
Emergency fire pump IP 55 34,00 29,00 54,2 406,0 0,89transforF to B 3555WEG CSM 200 L-2E1 x440V/60Hz
0,92
CR 5-9 F61366
Hydrophore pump no.1 IP 55 2,20 1,80 4,5 36,0 directF to B 3450.H1440V/60Hz
CR 5-9 F61367
Hydrophore pump no.2 IP 55 2,20 1,80 4,5 36,0 directF to B 3450.H1440V/60Hz
Page 3printed: 16.02.2005 of 3
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13/192
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14/192
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Behrens Pumpen Von-Thnen-Str.7 28307 Bremen Germany
Tel.+49 (421) 48681-0 - Fax +49 (421) 48681-11 - [email protected]
Regreasing intervalsCustomer: HYUNDAI SAMHO Heavy Industries CO.,LTD.
Projekt: S 232/ 233/ 234/ 235
Item No. Purpose Pump type Regreasing Interval Regreasing Quantity Point of application(hours) (gram/bearing) Motor/ Pump
1 Main cooling sea water pump no.1-3 VRF 9/350 G 1200 25 2/26 FW generator ejector pump VRF 3/350 G 1700 15 0/27 Bilge, fire & GS pump no. 1+2 VRF 7/350 G 480 20 2/28 M/E J/W cooling pump no.1+2 VRF 7/290 G 1500 20 2/29 M/E air cooler chem. clean pump SOH 222 WG life time10 Hot water circ. pump UP 25-72/180 life time11 Composite boiler feed water pump no. 1+2 SFH 334 WWG life time15 Main LO pump no. 1+2 VAL 302/2R 2000 20 2/016 Central FW pump no.1-3 VRF 9/350 G 1200 25 2/217 Ballast pump no. 1+2 VRF 7/350S G 1500 25 2/2P1 Oily bilge pump BS 50 life timeP2 Sludge pump PL 300 life timeE1 Emergency fire pump SFN 80 7000 8 0/2H1 Hydrophore pump no.1+2 CR 5-9 F life time
As a lubricant, use quality rolling contact bearing greases having the following specification: For all Pumps:Saponification basis: Lithium or Calcium-sulfonat with anti- corrosion additives, water repellent Initialing filling done!
Handling temperatures -20C up to +120CWalk penetration: 250 to 295Dropping Point: 180C
Standard: SEB 181252/ SEB 18103K3K
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Behrens PumpenSPARE PART & TOOL LIST
Customer Hyundai Samho Heavy Industries Co.Order 224678
Project HSHI 234
Item P1
Type: BS 50Service: Oily bilge pump
Serial no.: 61363Spare parts
Item Qty Name
1 set packing
1 set gaskets
1 pc. DUO-piston
1 set valve springs
Item E1
Type: SFN 80Service: Emergency fire pump
Serial no.: 61365Spare parts
Item Qty Name
321.1 1 pc. double deep groove ball bearing
321.2 1 pc. double deep groove ball bearing
461 1 set stuffing box packing ring
Tools:Qty. Name
1 grease gun
1 Spare part & Tool box
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Behrens PumpenItem 1
VRF 9/350ServiceType:
Main cooling SW pump no.1
Description Vertical inline centrifugal pump
HSHI 234
Technical data
Viscosity
MediumTemperature
DensityCapacitySuction pressure
940,00
2,00
(bar)(cbm/h)
Delivery pressureDifference pressure
::
(bar)(bar)
::
-0,501,50
32:(C)(cst) :
:(kg/cbm)
NPSH (r) (m) : 5,50
85,7094,00
(kW)
1780(rpm)
:
::(kW)
Speed
Power consumptionMotor required
1030
Materials
Prime moverWEG CSM 280 S/M-4Type
PowerRated currentStarting current
105,00163,00
1080,00
(kW) :::
(A)(A)
IM V1, IP 55, ISO BE-Motor :
::
Power supply :(V / Hz)
ExecutionStarting
440 / 60DOL
PTCSPMSpace heater
no::: no
WeightsPump / e-motor Total(kg) (kg)802,00885,00 1.687,00:
Classification:
Pump CasingImpellerWear ringsShaft
Bearings Rolling contactLubrication
Shaft seal Packing
greaseType :
:Coupling
Type ::Material
::::
Type : flexible spacer
Connectionssuction sidepressure side
DN PN300300
1010
:
Bronze G-CuSn10Duplex st steelBronze G-CuSn12Stainless steel
Ramie + PTFE
Hyundai Samho Heavy Industries Co., Ltd. 1700 Youngdang-Ri, Samho-Myun
GL, certificate for pump and e-motor
Technical specification
Serial no. 61344
29724 BH, T.P. 7 bar 02 GL 05
/
14842 H 12 GL 04PumpE-motor
::
E-Motor Nr. : QA 31571
16.02.2005
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Behrens PumpenItem 1
VRF 9/350ServiceType:
Main cooling SW pump no.2
Description Vertical inline centrifugal pump
HSHI 234
Technical data
Viscosity
MediumTemperature
DensityCapacitySuction pressure
940,00
2,00
(bar)(cbm/h)
Delivery pressureDifference pressure
::
(bar)(bar)
::
-0,501,50
32:(C)(cst) :
:(kg/cbm)
NPSH (r) (m) : 5,50
85,7094,00
(kW)
1780(rpm)
:
::(kW)
Speed
Power consumptionMotor required
1030
Materials
Prime moverWEG CSM 280 S/M-4Type
PowerRated currentStarting current
105,00163,00
1080,00
(kW) :::
(A)(A)
IM V1, IP 55, ISO BE-Motor :
::
Power supply :(V / Hz)
ExecutionStarting
440 / 60DOL
PTCSPMSpace heater
no::: no
WeightsPump / e-motor Total(kg) (kg)802,00885,00 1.687,00:
Classification:
Pump CasingImpellerWear ringsShaft
Bearings Rolling contactLubrication
Shaft seal Packing
greaseType :
:Coupling
Type ::Material
::::
Type : flexible spacer
Connectionssuction sidepressure side
DN PN300300
1010
:
Bronze G-CuSn10Duplex st steelBronze G-CuSn12Stainless steel
Ramie + PTFE
Hyundai Samho Heavy Industries Co., Ltd. 1700 Youngdang-Ri, Samho-Myun
GL, certificate for pump and e-motor
Technical specification
Serial no. 61345
29725 BH, T.P. 7 bar 02 GL 05
/
14842 H 12 GL 04PumpE-motor
::
E-Motor Nr. : QA 31573
16.02.2005
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Behrens PumpenItem 1
VRF 9/350ServiceType:
Main cooling SW pump no.3
Description Vertical inline centrifugal pump
HSHI 234
Technical data
Viscosity
MediumTemperature
DensityCapacitySuction pressure
940,00
2,00
(bar)(cbm/h)
Delivery pressureDifference pressure
::
(bar)(bar)
::
-0,501,50
32:(C)(cst) :
:(kg/cbm)
NPSH (r) (m) : 5,50
85,7094,00
(kW)
1780(rpm)
:
::(kW)
Speed
Power consumptionMotor required
1030
Materials
Prime moverWEG CSM 280 S/M-4Type
PowerRated currentStarting current
105,00163,00
1080,00
(kW) :::
(A)(A)
IM V1, IP 55, ISO BE-Motor :
::
Power supply :(V / Hz)
ExecutionStarting
440 / 60DOL
PTCSPMSpace heater
no::: no
WeightsPump / e-motor Total(kg) (kg)802,00885,00 1.687,00:
Classification:
Pump CasingImpellerWear ringsShaft
Bearings Rolling contactLubrication
Shaft seal Packing
greaseType :
:Coupling
Type ::Material
::::
Type : flexible spacer
Connectionssuction sidepressure side
DN PN300300
1010
:
Bronze G-CuSn10Duplex st steelBronze G-CuSn12Stainless steel
Ramie + PTFE
Hyundai Samho Heavy Industries Co., Ltd. 1700 Youngdang-Ri, Samho-Myun
GL, certificate for pump and e-motor
Technical specification
Serial no. 61346
29726 BH, T.P. 7 bar 02 GL 05
/
14842 H 12 GL 04PumpE-motor
::
E-Motor Nr. : QA 31575
16.02.2005
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Heinrich Behrens Pumpenfabrik - Von-Thnen-Str. 7 - D-28307 Bremen Tel.: 49 (0)421 4 86 81-0 - Fax: 49 (0)421 4 86 81 11 - email:[email protected]
Page 1 of 8
BehrensPumpen
Operating instructions for centrifugal pumps
1.0 General Directions Every pump is subjected to a trial run on our test field and delivered in a fully operational shape . The present Operating Instructions are intended to inform the operators an expert exploitation . No liability would be assumed for damages resulting from the inobservation of these instructions . A guarantee within the framework of our terms of delivery would be granted only if the pump is being used
for the service conditions identified and confirmed ( rating plate ) In all queries and spare parts orders , please state the following details: ( See rating plate ) 1. Works No. 2. Pump Type / Size 3. Year of Manufacture 4. Designation of the replacement parts needed , by specifying the sectional drawing number and parts items . Should the pumping set not immediately be taken into operation , then check the pump interior for humidity
and dry it out . A means of preservation should be applied in case of a prolonged storing period .
2.0 Installation of Pump The resident superintendents has to advise the erection personnel of the safety requirements and of
particular local regulations . Connection of the pump to the piping system has to be established free of any stresses , which means that all
forces and moments resulting from the system are to be intercepted before junction points . Where the pump is delivered without drive motor , the electric motor has to be carefully sighted via the
coupling and the alignment be checked according to appendix A. If non steel pipes are employed for the sea-water pump line, such as inside coated or CuNiFe pipes, the
sacrifice pipe or the anode (Zn or Fe) must be always installed near the pump suction. After installation of the pump aggregate, the alignment of the flexible coupling must be checked
according to appendix A. Final Check: The pumping set must allow for an easy manual rotation on the coupling . Verification of the Sense of Rotation: The sense of rotation must coincide with the rotation sense arrow shown on the pump . Verify the sense of rotation by shortly starting the drive of the liquid filled pump.
3.0 Commissioning / Stopping 3.1 Preparation: Fill the volute casing of the pump with the medium to be conveyed . Open the suction sided shut-off fitting for full passage . 3.2 Starting: Start up the pump against the closed pressure gate valve .
As soon as the pump commences delivery with its full discharge power ( pressure increase on delivery sided pressure gauge ) , slowly open the shut-off fitting . ( An extended run of the pump against the closed shut-off fitting is not permitted . Inadmissible heating ) The pump must be protected against back flow (non-return flaps on the suction and delivery side) and pressure shocks.
3.3 Stopping: Close the pressure gate valve .
In the presence of non-return fittings ( pressure sided ) , the pump may be stopped without taking any further measures .
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Heinrich Behrens Pumpenfabrik - Von-Thnen-Str. 7 - D-28307 Bremen Tel.: 49 (0)421 4 86 81-0 - Fax: 49 (0)421 4 86 81 11 - email:[email protected]
Page 2 of 8
3.4 Shutdown:
If the pump is not used for prolonged periods , clean and preserve all components . Store the pumping set in a dry state .
For the stand-by-pumps care is to be taken , that the pump shaft will be turned appr. twice a week to avoid damages of the bearings by vibration .
4.0 Operational Supervision 4.1 Operating Point:
Continuously supervise the operational discharge head of the pump ( for data refer to rating plate ) as the difference of the pressure readings between pressure and suction flanges of the pump .Correct it by a regulating fitting to be provided on the discharge side .
4.2 Bearings: Pump Type VNF :
Attention! Leakage holes at bearing seat must be always open in case mechanical seal is leaking - so that no water can run into the bearings ! Regularly check the running noise of the bearings . A uniform , purring sound is audible in the event of an unobjectionable bearing contact .
Damaged bearings cause a loud , irregular , chattering noise . (In such a case, examine the bearings.) 4.3 Shaft Seals: Shaft seals must never run dry , not even for short periods ! 4.3.1Mechanical Gland Seals:
In operation , mechanical gland seals are running free of leakages , which means that the low quantity of conveying medium required for lubrication evaporates when escaping from the sealing gap . Supervise the escape of leaking water in the range of the seal or at the checking outlet . If a drop by-drop escape of fluid is exceeded , then examine the mechanical gland seal .
Replace it , if necessary . 4.3.2Stuffing Boxes:
When using packing material ( stuffing box ) , allow for a generous leakage during the running-in period ( about 2 hours ) of the packing rings . During the further operation , uniformly read-just the stuffing box gland until the leakage decreases to the desired minimum ( slight dripping ) . During this procedure , check shaft and stuffing box for temperature rise. In the event of symptoms for overheating , do not tighten the gland any further but slacken it slightly so as to again achieve the normal temperature by an increased leakage . Afterwards , slightly readjust the gland until the escape of leakage is again under control . If both temperature and tightness have themselves adjusted to a uniform value , a check is still required at prolonged time intervals .
4.4 Suction Sided Fittings: All fittings ( filters , butterfly valves , gate valves etc. ) are to be continuously examined for full passage
.
5.0 Maintenance 5.1 Bearings (Pump) All pumps are delivered with grease lubricated rolling contact bearings . Regrease through a grease nipple by using a grease gun .
The regreasing intervals and the quantities of grease to be refilled are obvious from the table given below .
During all disassemblies - but not exceeding 4 years - carefully clean the bearings from old grease residues . then reintroduce the new charge by spreading or refilling bearing grease into all bearing cavities between the rolling elements .
As a lubricant , use quality rolling contact bearing greases having the following specification : Saponification basis: LITHIUM with anti-corrosion additives , water repellent Dripping point: about 190C . Handling temperatures: -30C up to +120C . Walk penetration: 250 to 295 Standard: SEB 181252 SEB 18103 K3K
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Heinrich Behrens Pumpenfabrik - Von-Thnen-Str. 7 - D-28307 Bremen Tel.: 49 (0)421 4 86 81-0 - Fax: 49 (0)421 4 86 81 11 - email:[email protected]
Page 3 of 8
5.0 Maintenance
List 1 for: VNF1/290, 1/325, 2/300, 2/325, 2/400, 3/300, 3/325, 3/400, 4/300, 4/325, 5/300, 5/325 and for all sizes of the pumptypes SFN, SFS, STN, STS
DN D Regreasing Interval (hours)
Regreasing Quantity
(discharge side DN) rpm rpm rpm rpm gram/bearing 1450 1750 2900 3500
Up to DN 100 13.000 11.000 8.000 7.000 8
DN 125-150 12.000 10.000 7.500 6.200 10
DN 200-250 11.000 9.500 6.500 4.800 15
DN 300-350 10.000 9.000 20 List 2 for: all sizes of pumptypes VRW + VRF and for VNF5/420, 7/300, 7/350, 7/420, 8/300, 9/325
DN D Regreasing Interval (hours)
Regreasing Quantity
(discharge side DN) rpm rpm rpm rpm gram/baring 1450 1750 2900 3500
Up to DN 100 3.000 2.000 1.000 800 15
DN 125-150 2.500 1.700 900 700 15
DN 200-250 2.000 1.500 700 480 20
DN 300-400 1.700 1.200 25 List 3 for VRF 11/420D G
DN D Regreasing Interval (hours)
Regreasing Quantity
(discharge side DN) rpm rpm rpm rpm gram/baring 950 1150 1450 1750
DN 400 500 2.200 1.900 1.300 1.000 25
5.2 Mechanical Gland Seal
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Heinrich Behrens Pumpenfabrik - Von-Thnen-Str. 7 - D-28307 Bremen Tel.: 49 (0)421 4 86 81-0 - Fax: 49 (0)421 4 86 81 11 - email:[email protected]
Page 4 of 8
Mechanical gland seals do not necessitate any particular maintenance during operation . 5.3 Stuffing Boxes
Stuffing box packings must not seal definitely tight . A dripping leakage is necessary to prevent overheating or even burning of the packing due to frictional heat .
Retighten the packing in compliance with item 4.3 in the event of heavy leakage . Commence with replacing individual packing rings in case of a corresponding wear-down ( 2 rings at
the maximum per stuffing box ) . If no sufficient sealing effect can be obtained by this measure ,then clean and repack the stuffing box .
5.4 Electric Motors Electric motors supplied from us are provided with a bearing grease charge for 2000 hours of operation. Carry out maintenance by following the requirements of the manufacturers of the electric motors .
6.0 Trouble shooting check list Operational Trouble Number of Code Register Pump refuses to prime 1 , 2 , 5 , 7 , 10 , 11 Pump fails to discharge 3 , 7 Pump operates irregularly after start-up or discontinues to discharge 4 , 5 , 6 , 7 Discharge flow too small 5 , 6 , 7 , 10 , 11 , 16 , 17 , 23 , 25 , 26 Discharge pressure too low 5 , 8 , 11 , 14 , 15 , 17 , 23 , 25 , 26 Increased power absorption of the drive 8 , 9 , 10 , 12 , 14 , 17 , 22 , 24 , 31 Pump runs unsteadily 7 , 8 , 10 , 12 , 13 , 14 , 17 , 20 , 21 , 25 , 26 Pump runs hot 13 , 16 , 17 , 19 , 22 , 24 , 31 Leakage through shaft seal 28 , 29 , 30 , 31 , 32 Bearings run hot 18 , 19 , 20 , 21 , 27 , 30 , 33 , 34
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Heinrich Behrens Pumpenfabrik - Von-Thnen-Str. 7 - D-28307 Bremen Tel.: 49 (0)421 4 86 81-0 - Fax: 49 (0)421 4 86 81 11 - email:[email protected]
Page 5 of 8
6.0 Trouble shooting check list Cause Remedy 1 Ejector not operable Check control voltage and compressed air supply 2. Self-priming stage without operating fluid Fill up pump and switch same to "Ansaugen" 3 Pump not sufficiently vented Evacuate or fill up pump with conveying medium 4. Suction sided piping system insufficiently vented Draw off air pockets . Shut off lateral branches of
piping system 5. Suction line or shaft seal leaky Check shaft seal , pressure test suction line , shut
off branch pipes of system 6. Suction line breathes air Medium covering on suction pipe inlet to be
checked increased 7. Suction lift too high Check arrangement or resistances of suction (NPSH[of system]to low) system . Fully open all suction sided fittings .
Clean filters . Examine piping for clogging . 8. Pump does not operate at its operating point Regulate operating point via discharge sided (refer to ordering data and/or rating plate) regulating device and/or orifice plate 9. Conveying medium fails to coincide with Consult us (Specific gravity and viscosity) ordering data 10. Wrong sense of rotation Check drive , change terminals of electric motor 11. Speed too slow Check drive 12. Speed too high Check drive 13. Discharge flow insufficient Check system resistances , open shut-off fittings
and/or examine terminals . Check system for possible clogging
14. Discharge flow to high Regulate operating point 15. Discharge head insufficient Check system resistances , fully open all fittings ,
clean piping system and filters , remove foreign bodies
16. Resistances of system too high Refer to item 13 17. Unfavourable influence due to parallel Check system operation or because of branches 18. Pumping set inadequately aligned Check seating and stress-free connection of piping
Realign! 19. Pump stressed during installation Check for and eliminate stresses from pipe lines
and seating 20. Misalignment and/or untrue revolving of shaft Shaft and check for alignment 21. Imbalance of rotor Balance rotor 22. Sealing rings discolour Refer to item 19 . Check and regulate operating
point 23. Sealing rings worn down Replace rings 24. Rotor is rubbing on casing Refer to items 19 and 20 . Examine bearing arrangement 25. Impeller damaged Recondition or replace impeller 26. Clogging in piping system and/or in impeller Remove deposits and/or foreign bodies from
within pipe and pump 27. Increased axial thrust Check operating point . Check equalising holes of
impeller 28. Damage to mechanical gland seal owing Replace mechanical gland seal to dry running 29. Mechanical gland seal fitting faulty Check fitting arrangement 30. Sealing fluid/cooling fluid supply insufficient Check pipe lines and pressure and/or supply 31. Stuffing box obliquely or tightened too strongly Correct tightening torque 32. Shaft seal worn Repack , or replace mechanical gland seal 33. Bearings filled with too much grease Remove surplus grease 34. Bearings defective Replace bearings
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Heinrich Behrens Pumpenfabrik - Von-Thnen-Str. 7 - D-28307 Bremen Tel.: 49 (0)421 4 86 81-0 - Fax: 49 (0)421 4 86 81 11 - email:[email protected]
Page 6 of 8
7.0 Maintenance and Inspection schedule (Interval Periods) Works to be carried out Interval Period(Hours) Stuffing box Retightening 250 Adding of packing rings or repacking 2000 Replacement of shaft sleeves 12000 Mechanical Gland Seal Replacement of same 8000 Rolling Contact Bearing Regreasing siehe 5.1 Replacement 20000 Coupling Checking the packages 12000 Inspection Verification of revolving clearances 12000
8.0 Description of the Priming Pump (Liquid Seal Pump) The liquid seal priming pump consists of the air pump housing and bladed air pump impeller . The bladed impeller is mounted on the same shaft as the rotor . It is fitted into the air pump housing but with sufficient clearance to prevent wear of the housing walls . After the priming pump has been primed with the medium to be handled , a ring of liquid is formed in the pump housing as a result of the centrifugal force set up by the rotation of the bladed impeller , and a sickle-shaped working space is formed around the hub of the impeller . This working space is divided by the blades into individual chambers , the liquid ring being first enlarged and then reduced during rotation . With cubical expansion the air or the liquid is drawn in through the suction slot , and with cubical contraction it is ejected through the pressure slot . The air pump is set in such a way that it can withdraw from the rear of the rotor through ducts provided for the purpose , the control cock being set to "Ansaugen"(suction) . At first , an air/water mixture is forcefully ejected ; this continues until a regular flow of water establishes itself . The pump is now filled with water and delivery starts automatically . This is the end of the priming period , the control cock is set to "Betrieb"(operation) and the water drawn in is constantly circulated through the pump .
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Heinrich Behrens Pumpenfabrik - Von-Thnen-Str. 7 - D-28307 Bremen Tel.: 49 (0)421 4 86 81-0 - Fax: 49 (0)421 4 86 81 11 - email:[email protected]
Page 7 of 8
9.0 Alignment for flexible coupling When aligning the coupling halves, the angular and parallel offset misalignments of shafts relative to each other should be as small as possible. Alignment to be carried out in two planes as shown in fig. 1.1 with a straight edge (offset misalignment) and spacer bar (angular misalignment). A dial indicator will give greater accuracy. Fig. 1.1
Axial movement Angular misalignment Offset misalignment
Coupling size
S mm
Perm. Deviation mm
Angular misalignment Kw
S max S min mm
Offset misalignment Kr
Mm
58 5 0,10 0,10 68 5 0,11 0,11 80 5 +1 0,13 0,13 95 5 +1 0,15 0,15
110 5 +1 0,18 0,18 125 5 +1 0,21 0,21 140 5 +1 0,24 0,24 160 6 +1 0,27 0,27 180 6 +1 0,30 0,30 200 6 +1 0,34 0,34 225 6 +1 0,38 0,38
Straight edge
Gap gauge
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Heinrich Behrens Pumpenfabrik - Von-Thnen-Str. 7 - D-28307 Bremen Tel.: 49 (0)421 4 86 81-0 - Fax: 49 (0)421 4 86 81 11 - email:[email protected]
Page 8 of 8
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Behrens Pumpen
Type: VRF
Stckliste Spare part list
Specification des pieces dtaches
1014P Blatt 1
Teil Item Repre
Benennung
Designation
Dsignation
102 Spiralgehuse Volute casing Corps volute 161.1 Gehusedeckel Cover of casing Couvercle de corps 211.1 Pumpenwelle Pump shaft Arbre de pompe 230 Laufrad Impeller Roue circulatrice 320 Doppelrillenkugellager Ball bearing Roulement billes 322 Pendelrollenlager Roller bearing Roulement billes 332 Lagerstuhl Bearing seat Coussinet 341 Antriebslaterne Motor support Support de moteur 360 Lagerdeckel Cover of bearing Couvercle de palier
400.1 Flachdichtung Gasket Joint 420.1 V-Ring V-ring Joint lvres 421 Simmerring Simmer ring Anneau de retenue 452 Stopfbuchsbrille Stuffing box gland Bride de presse-toupe 461 Stopfbuchspackung Packing Garniture
502.1 Spaltring Wearing ring Bague d`usure 502.2 Spaltring Wearing ring Bague d`usure 524 Wellenschutzhlse Shaft protection sleeve Chemise darbre
554.1 Unterlegscheibe Washer Disque 554.2 Unterlegscheibe Washer Disque 554.3 Unterlegscheibe Washer Disque 636 Schmiernippel Grease nipple Graisseur 720 Langnippel Barrel nipple Tuyau double nipple
860.1 Kupplungsteil Coupling part Accouplement 860.2 Kupplungsteil Coupling part Accouplement 860.3 Kupplungsteil Coupling part Accouplement 860.4 Kupplungsteil Coupling part Accouplement 867 Kupplungspuffer Coupling packing Intercalaires d`accouplement 900 Ringschraube Lifting eye screw Vis
901.1 Sechskantschraube Hexagon head screw Vis tte hexagonale 902.1 Stiftschraube Stud screw Prisonnier 902.2 Stiftschraube Stud screw Prisonnier 902.3 Stiftschraube Stud screw Prisonnier 902.4 Stiftschraube Stud screw Prisonnier 903.1 Verschluschraube Plug Bouchon 903.2 Verschluschraube Plug Bouchon 903.3 Verschluschraube Plug Bouchon
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Behrens Pumpen
Type: VRF
Stckliste Spare part list
Specification des pieces dtaches
1014P Blatt 2
Teil Item Repre
Benennung
Designation
Dsignation
912.1 Entleerungsstopfen Plug Bouchon 912.2 Entleerungsstopfen Plug Bouchon 914.1 Innensechskantschraube Socket head cap screw Vis six pans creux 914.2 Innensechskantschraube Socket head cap screw Vis six pans creux 920.1 Sechskantmutter Nut Ecrou hexagonal 920.2 Sechskantmutter Nut Ecrou hexagonal 920.3 Sechskantmutter Nut Ecrou hexagonal 920.4 Sechskantmutter Nut Ecrou hexagonal 922 Laufradmutter Impeller nut Ecrou de roue 923 Kontermutter Contre nut Ecrou de arbre
940.1 Pafeder Fitting key Ressort d`ajustage 940.2 Pafeder Fitting key Ressort d`ajustage
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Behrens PumpenItem 6
VRF 3/350ServiceType:
FW generator ejector pump
Description Vertical inline centrifugal pump
HSHI 234
Technical data
Viscosity
MediumTemperature
DensityCapacitySuction pressure
70,00
4,80
(bar)(cbm/h)
Delivery pressureDifference pressure
::
(bar)(bar)
::
-0,504,30
32:(C)(cst) :
:(kg/cbm)
NPSH (r) (m) : 4,20
17,2020,80
(kW)
1765(rpm)
:
::(kW)
Speed
Power consumptionMotor required
1030
Materials
Prime moverWEG CSM 180 L-4Type
PowerRated currentStarting current
25,0041,40
310,00
(kW) :::
(A)(A)
IM V1, IP 55, ISO BE-Motor :
::
Power supply :(V / Hz)
ExecutionStarting
440 / 60DOL
PTCSPMSpace heater
no::: no
WeightsPump / e-motor Total(kg) (kg)183,00273,00 456,00:
Classification:
Pump CasingImpellerWear ringsShaft
Bearings Rolling contactLubrication
Shaft seal Packing
greaseType :
:Coupling
Type ::Material
::::
Type : flexible spacer
Connectionssuction sidepressure side
DN PN125125
1616
:
Bronze G-CuSn10NiAl-BronzeBronze G-CuSn12Stainless steel
Ramie + PTFE
Hyundai Samho Heavy Industries Co., Ltd. 1700 Youngdang-Ri, Samho-Myun
according to GL without certificate
Technical specification
Serial no. 61347
/
E-Motor Nr. : BP 07473
16.02.2005
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Heinrich Behrens Pumpenfabrik - Von-Thnen-Str. 7 - D-28307 Bremen Tel.: 49 (0)421 4 86 81-0 - Fax: 49 (0)421 4 86 81 11 - email:[email protected]
Page 1 of 8
BehrensPumpen
Operating instructions for centrifugal pumps
1.0 General Directions Every pump is subjected to a trial run on our test field and delivered in a fully operational shape . The present Operating Instructions are intended to inform the operators an expert exploitation . No liability would be assumed for damages resulting from the inobservation of these instructions . A guarantee within the framework of our terms of delivery would be granted only if the pump is being used
for the service conditions identified and confirmed ( rating plate ) In all queries and spare parts orders , please state the following details: ( See rating plate ) 1. Works No. 2. Pump Type / Size 3. Year of Manufacture 4. Designation of the replacement parts needed , by specifying the sectional drawing number and parts items . Should the pumping set not immediately be taken into operation , then check the pump interior for humidity
and dry it out . A means of preservation should be applied in case of a prolonged storing period .
2.0 Installation of Pump The resident superintendents has to advise the erection personnel of the safety requirements and of
particular local regulations . Connection of the pump to the piping system has to be established free of any stresses , which means that all
forces and moments resulting from the system are to be intercepted before junction points . Where the pump is delivered without drive motor , the electric motor has to be carefully sighted via the
coupling and the alignment be checked according to appendix A. If non steel pipes are employed for the sea-water pump line, such as inside coated or CuNiFe pipes, the
sacrifice pipe or the anode (Zn or Fe) must be always installed near the pump suction. After installation of the pump aggregate, the alignment of the flexible coupling must be checked
according to appendix A. Final Check: The pumping set must allow for an easy manual rotation on the coupling . Verification of the Sense of Rotation: The sense of rotation must coincide with the rotation sense arrow shown on the pump . Verify the sense of rotation by shortly starting the drive of the liquid filled pump.
3.0 Commissioning / Stopping 3.1 Preparation: Fill the volute casing of the pump with the medium to be conveyed . Open the suction sided shut-off fitting for full passage . 3.2 Starting: Start up the pump against the closed pressure gate valve .
As soon as the pump commences delivery with its full discharge power ( pressure increase on delivery sided pressure gauge ) , slowly open the shut-off fitting . ( An extended run of the pump against the closed shut-off fitting is not permitted . Inadmissible heating ) The pump must be protected against back flow (non-return flaps on the suction and delivery side) and pressure shocks.
3.3 Stopping: Close the pressure gate valve .
In the presence of non-return fittings ( pressure sided ) , the pump may be stopped without taking any further measures .
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Heinrich Behrens Pumpenfabrik - Von-Thnen-Str. 7 - D-28307 Bremen Tel.: 49 (0)421 4 86 81-0 - Fax: 49 (0)421 4 86 81 11 - email:[email protected]
Page 2 of 8
3.4 Shutdown:
If the pump is not used for prolonged periods , clean and preserve all components . Store the pumping set in a dry state .
For the stand-by-pumps care is to be taken , that the pump shaft will be turned appr. twice a week to avoid damages of the bearings by vibration .
4.0 Operational Supervision 4.1 Operating Point:
Continuously supervise the operational discharge head of the pump ( for data refer to rating plate ) as the difference of the pressure readings between pressure and suction flanges of the pump .Correct it by a regulating fitting to be provided on the discharge side .
4.2 Bearings: Pump Type VNF :
Attention! Leakage holes at bearing seat must be always open in case mechanical seal is leaking - so that no water can run into the bearings ! Regularly check the running noise of the bearings . A uniform , purring sound is audible in the event of an unobjectionable bearing contact .
Damaged bearings cause a loud , irregular , chattering noise . (In such a case, examine the bearings.) 4.3 Shaft Seals: Shaft seals must never run dry , not even for short periods ! 4.3.1Mechanical Gland Seals:
In operation , mechanical gland seals are running free of leakages , which means that the low quantity of conveying medium required for lubrication evaporates when escaping from the sealing gap . Supervise the escape of leaking water in the range of the seal or at the checking outlet . If a drop by-drop escape of fluid is exceeded , then examine the mechanical gland seal .
Replace it , if necessary . 4.3.2Stuffing Boxes:
When using packing material ( stuffing box ) , allow for a generous leakage during the running-in period ( about 2 hours ) of the packing rings . During the further operation , uniformly read-just the stuffing box gland until the leakage decreases to the desired minimum ( slight dripping ) . During this procedure , check shaft and stuffing box for temperature rise. In the event of symptoms for overheating , do not tighten the gland any further but slacken it slightly so as to again achieve the normal temperature by an increased leakage . Afterwards , slightly readjust the gland until the escape of leakage is again under control . If both temperature and tightness have themselves adjusted to a uniform value , a check is still required at prolonged time intervals .
4.4 Suction Sided Fittings: All fittings ( filters , butterfly valves , gate valves etc. ) are to be continuously examined for full passage
.
5.0 Maintenance 5.1 Bearings (Pump) All pumps are delivered with grease lubricated rolling contact bearings . Regrease through a grease nipple by using a grease gun .
The regreasing intervals and the quantities of grease to be refilled are obvious from the table given below .
During all disassemblies - but not exceeding 4 years - carefully clean the bearings from old grease residues . then reintroduce the new charge by spreading or refilling bearing grease into all bearing cavities between the rolling elements .
As a lubricant , use quality rolling contact bearing greases having the following specification : Saponification basis: LITHIUM with anti-corrosion additives , water repellent Dripping point: about 190C . Handling temperatures: -30C up to +120C . Walk penetration: 250 to 295 Standard: SEB 181252 SEB 18103 K3K
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Heinrich Behrens Pumpenfabrik - Von-Thnen-Str. 7 - D-28307 Bremen Tel.: 49 (0)421 4 86 81-0 - Fax: 49 (0)421 4 86 81 11 - email:[email protected]
Page 3 of 8
5.0 Maintenance
List 1 for: VNF1/290, 1/325, 2/300, 2/325, 2/400, 3/300, 3/325, 3/400, 4/300, 4/325, 5/300, 5/325 and for all sizes of the pumptypes SFN, SFS, STN, STS
DN D Regreasing Interval (hours)
Regreasing Quantity
(discharge side DN) rpm rpm rpm rpm gram/bearing 1450 1750 2900 3500
Up to DN 100 13.000 11.000 8.000 7.000 8
DN 125-150 12.000 10.000 7.500 6.200 10
DN 200-250 11.000 9.500 6.500 4.800 15
DN 300-350 10.000 9.000 20 List 2 for: all sizes of pumptypes VRW + VRF and for VNF5/420, 7/300, 7/350, 7/420, 8/300, 9/325
DN D Regreasing Interval (hours)
Regreasing Quantity
(discharge side DN) rpm rpm rpm rpm gram/baring 1450 1750 2900 3500
Up to DN 100 3.000 2.000 1.000 800 15
DN 125-150 2.500 1.700 900 700 15
DN 200-250 2.000 1.500 700 480 20
DN 300-400 1.700 1.200 25 List 3 for VRF 11/420D G
DN D Regreasing Interval (hours)
Regreasing Quantity
(discharge side DN) rpm rpm rpm rpm gram/baring 950 1150 1450 1750
DN 400 500 2.200 1.900 1.300 1.000 25
5.2 Mechanical Gland Seal
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Heinrich Behrens Pumpenfabrik - Von-Thnen-Str. 7 - D-28307 Bremen Tel.: 49 (0)421 4 86 81-0 - Fax: 49 (0)421 4 86 81 11 - email:[email protected]
Page 4 of 8
Mechanical gland seals do not necessitate any particular maintenance during operation . 5.3 Stuffing Boxes
Stuffing box packings must not seal definitely tight . A dripping leakage is necessary to prevent overheating or even burning of the packing due to frictional heat .
Retighten the packing in compliance with item 4.3 in the event of heavy leakage . Commence with replacing individual packing rings in case of a corresponding wear-down ( 2 rings at
the maximum per stuffing box ) . If no sufficient sealing effect can be obtained by this measure ,then clean and repack the stuffing box .
5.4 Electric Motors Electric motors supplied from us are provided with a bearing grease charge for 2000 hours of operation. Carry out maintenance by following the requirements of the manufacturers of the electric motors .
6.0 Trouble shooting check list Operational Trouble Number of Code Register Pump refuses to prime 1 , 2 , 5 , 7 , 10 , 11 Pump fails to discharge 3 , 7 Pump operates irregularly after start-up or discontinues to discharge 4 , 5 , 6 , 7 Discharge flow too small 5 , 6 , 7 , 10 , 11 , 16 , 17 , 23 , 25 , 26 Discharge pressure too low 5 , 8 , 11 , 14 , 15 , 17 , 23 , 25 , 26 Increased power absorption of the drive 8 , 9 , 10 , 12 , 14 , 17 , 22 , 24 , 31 Pump runs unsteadily 7 , 8 , 10 , 12 , 13 , 14 , 17 , 20 , 21 , 25 , 26 Pump runs hot 13 , 16 , 17 , 19 , 22 , 24 , 31 Leakage through shaft seal 28 , 29 , 30 , 31 , 32 Bearings run hot 18 , 19 , 20 , 21 , 27 , 30 , 33 , 34
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Heinrich Behrens Pumpenfabrik - Von-Thnen-Str. 7 - D-28307 Bremen Tel.: 49 (0)421 4 86 81-0 - Fax: 49 (0)421 4 86 81 11 - email:[email protected]
Page 5 of 8
6.0 Trouble shooting check list Cause Remedy 1 Ejector not operable Check control voltage and compressed air supply 2. Self-priming stage without operating fluid Fill up pump and switch same to "Ansaugen" 3 Pump not sufficiently vented Evacuate or fill up pump with conveying medium 4. Suction sided piping system insufficiently vented Draw off air pockets . Shut off lateral branches of
piping system 5. Suction line or shaft seal leaky Check shaft seal , pressure test suction line , shut
off branch pipes of system 6. Suction line breathes air Medium covering on suction pipe inlet to be
checked increased 7. Suction lift too high Check arrangement or resistances of suction (NPSH[of system]to low) system . Fully open all suction sided fittings .
Clean filters . Examine piping for clogging . 8. Pump does not operate at its operating point Regulate operating point via discharge sided (refer to ordering data and/or rating plate) regulating device and/or orifice plate 9. Conveying medium fails to coincide with Consult us (Specific gravity and viscosity) ordering data 10. Wrong sense of rotation Check drive , change terminals of electric motor 11. Speed too slow Check drive 12. Speed too high Check drive 13. Discharge flow insufficient Check system resistances , open shut-off fittings
and/or examine terminals . Check system for possible clogging
14. Discharge flow to high Regulate operating point 15. Discharge head insufficient Check system resistances , fully open all fittings ,
clean piping system and filters , remove foreign bodies
16. Resistances of system too high Refer to item 13 17. Unfavourable influence due to parallel Check system operation or because of branches 18. Pumping set inadequately aligned Check seating and stress-free connection of piping
Realign! 19. Pump stressed during installation Check for and eliminate stresses from pipe lines
and seating 20. Misalignment and/or untrue revolving of shaft Shaft and check for alignment 21. Imbalance of rotor Balance rotor 22. Sealing rings discolour Refer to item 19 . Check and regulate operating
point 23. Sealing rings worn down Replace rings 24. Rotor is rubbing on casing Refer to items 19 and 20 . Examine bearing arrangement 25. Impeller damaged Recondition or replace impeller 26. Clogging in piping system and/or in impeller Remove deposits and/or foreign bodies from
within pipe and pump 27. Increased axial thrust Check operating point . Check equalising holes of
impeller 28. Damage to mechanical gland seal owing Replace mechanical gland seal to dry running 29. Mechanical gland seal fitting faulty Check fitting arrangement 30. Sealing fluid/cooling fluid supply insufficient Check pipe lines and pressure and/or supply 31. Stuffing box obliquely or tightened too strongly Correct tightening torque 32. Shaft seal worn Repack , or replace mechanical gland seal 33. Bearings filled with too much grease Remove surplus grease 34. Bearings defective Replace bearings
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Heinrich Behrens Pumpenfabrik - Von-Thnen-Str. 7 - D-28307 Bremen Tel.: 49 (0)421 4 86 81-0 - Fax: 49 (0)421 4 86 81 11 - email:[email protected]
Page 6 of 8
7.0 Maintenance and Inspection schedule (Interval Periods) Works to be carried out Interval Period(Hours) Stuffing box Retightening 250 Adding of packing rings or repacking 2000 Replacement of shaft sleeves 12000 Mechanical Gland Seal Replacement of same 8000 Rolling Contact Bearing Regreasing siehe 5.1 Replacement 20000 Coupling Checking the packages 12000 Inspection Verification of revolving clearances 12000
8.0 Description of the Priming Pump (Liquid Seal Pump) The liquid seal priming pump consists of the air pump housing and bladed air pump impeller . The bladed impeller is mounted on the same shaft as the rotor . It is fitted into the air pump housing but with sufficient clearance to prevent wear of the housing walls . After the priming pump has been primed with the medium to be handled , a ring of liquid is formed in the pump housing as a result of the centrifugal force set up by the rotation of the bladed impeller , and a sickle-shaped working space is formed around the hub of the impeller . This working space is divided by the blades into individual chambers , the liquid ring being first enlarged and then reduced during rotation . With cubical expansion the air or the liquid is drawn in through the suction slot , and with cubical contraction it is ejected through the pressure slot . The air pump is set in such a way that it can withdraw from the rear of the rotor through ducts provided for the purpose , the control cock being set to "Ansaugen"(suction) . At first , an air/water mixture is forcefully ejected ; this continues until a regular flow of water establishes itself . The pump is now filled with water and delivery starts automatically . This is the end of the priming period , the control cock is set to "Betrieb"(operation) and the water drawn in is constantly circulated through the pump .
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Heinrich Behrens Pumpenfabrik - Von-Thnen-Str. 7 - D-28307 Bremen Tel.: 49 (0)421 4 86 81-0 - Fax: 49 (0)421 4 86 81 11 - email:[email protected]
Page 7 of 8
9.0 Alignment for flexible coupling When aligning the coupling halves, the angular and parallel offset misalignments of shafts relative to each other should be as small as possible. Alignment to be carried out in two planes as shown in fig. 1.1 with a straight edge (offset misalignment) and spacer bar (angular misalignment). A dial indicator will give greater accuracy. Fig. 1.1
Axial movement Angular misalignment Offset misalignment
Coupling size
S mm
Perm. Deviation mm
Angular misalignment Kw
S max S min mm
Offset misalignment Kr
Mm
58 5 0,10 0,10 68 5 0,11 0,11 80 5 +1 0,13 0,13 95 5 +1 0,15 0,15
110 5 +1 0,18 0,18 125 5 +1 0,21 0,21 140 5 +1 0,24 0,24 160 6 +1 0,27 0,27 180 6 +1 0,30 0,30 200 6 +1 0,34 0,34 225 6 +1 0,38 0,38
Straight edge
Gap gauge
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Heinrich Behrens Pumpenfabrik - Von-Thnen-Str. 7 - D-28307 Bremen Tel.: 49 (0)421 4 86 81-0 - Fax: 49 (0)421 4 86 81 11 - email:[email protected]
Page 8 of 8
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Behrens Pumpen
Type: VRF
Stckliste Spare part list
Specification des pieces dtaches
1014P Blatt 1
Teil Item Repre
Benennung
Designation
Dsignation
102 Spiralgehuse Volute casing Corps volute 161.1 Gehusedeckel Cover of casing Couvercle de corps 211.1 Pumpenwelle Pump shaft Arbre de pompe 230 Laufrad Impeller Roue circulatrice 320 Doppelrillenkugellager Ball bearing Roulement billes 322 Pendelrollenlager Roller bearing Roulement billes 332 Lagerstuhl Bearing seat Coussinet 341 Antriebslaterne Motor support Support de moteur 360 Lagerdeckel Cover of bearing Couvercle de palier
400.1 Flachdichtung Gasket Joint 420.1 V-Ring V-ring Joint lvres 421 Simmerring Simmer ring Anneau de retenue 452 Stopfbuchsbrille Stuffing box gland Bride de presse-toupe 461 Stopfbuchspackung Packing Garniture
502.1 Spaltring Wearing ring Bague d`usure 502.2 Spaltring Wearing ring Bague d`usure 524 Wellenschutzhlse Shaft protection sleeve Chemise darbre
554.1 Unterlegscheibe Washer Disque 554.2 Unterlegscheibe Washer Disque 554.3 Unterlegscheibe Washer Disque 636 Schmiernippel Grease nipple Graisseur 720 Langnippel Barrel nipple Tuyau double nipple
860.1 Kupplungsteil Coupling part Accouplement 860.2 Kupplungsteil Coupling part Accouplement 860.3 Kupplungsteil Coupling part Accouplement 860.4 Kupplungsteil Coupling part Accouplement 867 Kupplungspuffer Coupling packing Intercalaires d`accouplement 900 Ringschraube Lifting eye screw Vis
901.1 Sechskantschraube Hexagon head screw Vis tte hexagonale 902.1 Stiftschraube Stud screw Prisonnier 902.2 Stiftschraube Stud screw Prisonnier 902.3 Stiftschraube Stud screw Prisonnier 902.4 Stiftschraube Stud screw Prisonnier 903.1 Verschluschraube Plug Bouchon 903.2 Verschluschraube Plug Bouchon 903.3 Verschluschraube Plug Bouchon
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Behrens Pumpen
Type: VRF
Stckliste Spare part list
Specification des pieces dtaches
1014P Blatt 2
Teil Item Repre
Benennung
Designation
Dsignation
912.1 Entleerungsstopfen Plug Bouchon 912.2 Entleerungsstopfen Plug Bouchon 914.1 Innensechskantschraube Socket head cap screw Vis six pans creux 914.2 Innensechskantschraube Socket head cap screw Vis six pans creux 920.1 Sechskantmutter Nut Ecrou hexagonal 920.2 Sechskantmutter Nut Ecrou hexagonal 920.3 Sechskantmutter Nut Ecrou hexagonal 920.4 Sechskantmutter Nut Ecrou hexagonal 922 Laufradmutter Impeller nut Ecrou de roue 923 Kontermutter Contre nut Ecrou de arbre
940.1 Pafeder Fitting key Ressort d`ajustage 940.2 Pafeder Fitting key Ressort d`ajustage
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Behrens PumpenItem 7
VRF 7/350ServiceType:
Bilge, Fire & GS pump no.1
Description Vertical inline centrifugal pump
HSHI 234
Technical data
Viscosity
MediumTemperature
DensityCapacitySuction pressure
90,00 -
-
280,00
9,00 3,00
(bar)-
(cbm/h)
Delivery pressureDifference pressure
::
(bar)(bar)
::
9,00 3,00
32:(C)(cst) :
:(kg/cbm)
NPSH (r) (m) : 6,10 6,50-
80,00--
114,00 114,00104,00(kW)
3570(rpm)
:
::(kW)
Speed
Power consumptionMotor required
1030
Materials
Prime moverWEG CSM 280 S/M-2 HOType
PowerRated currentStarting current
125,00193,00
1467,00
(kW) :::
(A)(A)
IM V1, IP 55, ISO BE-Motor :
::
Power supply :(V / Hz)
ExecutionStarting
440 / 60DOL
PTCSPMSpace heater
no::: no
WeightsPump / e-motor Total(kg) (kg)780,00570,00 1.350,00:
Classification:
Pump CasingImpellerWear ringsShaft
Bearings Rolling contactLubrication
Shaft seal Packing
greaseType :
:Coupling
Type ::Material
::::
Type : flexible spacer
Connectionssuction sidepressure side
DN PN200200
1616
Self-priming unit Type :
:
Bronze G-CuSn10NiAl-BronzeBronze G-CuSn12Stainless steel
Ramie + PTFE
self-priming unit AELE - 45level switch controlled, air driven selfpriming unit mounted on pump
Hyundai Samho Heavy Industries Co., Ltd. 1700 Youngdang-Ri, Samho-Myun
GL, certificate for pump and e-motor
Technical specification
Serial no. 61348
29727 BH, T.P. 15 bar 02 GL 05
/
14843 H 12 GL 04PumpE-motor
::
E-Motor Nr. : QA 31464
16.02.2005
-
Behrens PumpenItem 7
VRF 7/350ServiceType:
Bilge, Fire & GS pump no.2
Description Vertical inline centrifugal pump
HSHI 234
Technical data
Viscosity
MediumTemperature
DensityCapacitySuction pressure
90,00 -
-
280,00
9,00 3,00
(bar)-
(cbm/h)
Delivery pressureDifference pressure
::
(bar)(bar)
::
9,00 3,00
32:(C)(cst) :
:(kg/cbm)
NPSH (r) (m) : 6,10 6,50-
80,00--
114,00 114,00104,00(kW)
3570(rpm)
:
::(kW)
Speed
Power consumptionMotor required
1030
Materials
Prime moverWEG CSM 280 S/M-2 HOType
PowerRated currentStarting current
125,00193,00
1467,00
(kW) :::
(A)(A)
IM V1, IP 55, ISO BE-Motor :
::
Power supply :(V / Hz)
ExecutionStarting
440 / 60DOL
PTCSPMSpace heater
no::: no
WeightsPump / e-motor Total(kg) (kg)780,00570,00 1.350,00:
Classification:
Pump CasingImpellerWear ringsShaft
Bearings Rolling contactLubrication
Shaft seal Packing
greaseType :
:Coupling
Type ::Material
::::
Type : flexible spacer
Connectionssuction sidepressure side
DN PN200200
1616
Self-priming unit Type :
:
Bronze G-CuSn10NiAl-BronzeBronze G-CuSn12Stainless steel
Ramie + PTFE
self-priming unit AELE - 45level switch controlled, air driven selfpriming unit mounted on pump
Hyundai Samho Heavy Industries Co., Ltd. 1700 Youngdang-Ri, Samho-Myun
GL, certificate for pump and e-motor
Technical specification
Serial no. 61349
29728 BH, T.P. 15 bar 02 GL 05
/
14843 H 12 GL 04PumpE-motor
::
E-Motor Nr. : QA 31463
16.02.2005
-
Heinrich Behrens Pumpenfabrik - Von-Thnen-Str. 7 - D-28307 Bremen Tel.: 49 (0)421 4 86 81-0 - Fax: 49 (0)421 4 86 81 11 - email:[email protected]
Page 1 of 8
BehrensPumpen
Operating instructions for centrifugal pumps
1.0 General Directions Every pump is subjected to a trial run on our test field and delivered in a fully operational shape . The present Operating Instructions are intended to inform the operators an expert exploitation . No liability would be assumed for damages resulting from the inobservation of these instructions . A guarantee within the framework of our terms of delivery would be granted only if the pump is being used
for the service conditions identified and confirmed ( rating plate ) In all queries and spare parts orders , please state the following details: ( See rating plate ) 1. Works No. 2. Pump Type / Size 3. Year of Manufacture 4. Designation of the replacement parts needed , by specifying the sectional drawing number and parts items . Should the pumping set not immediately be taken into operation , then check the pump interior for humidity
and dry it out . A means of preservation should be applied in case of a prolonged storing period .
2.0 Installation of Pump The resident superintendents has to advise the erection personnel of the safety requirements and of
particular local regulations . Connection of the pump to the piping system has to be established free of any stresses , which means that all
forces and moments resulting from the system are to be intercepted before junction points . Where the pump is delivered without drive motor , the electric motor has to be carefully sighted via the
coupling and the alignment be checked according to appendix A. If non steel pipes are employed for the sea-water pump line, such as inside coated or CuNiFe pipes, the
sacrifice pipe or the anode (Zn or Fe) must be always installed near the pump suction. After installation of the pump aggregate, the alignment of the flexible coupling must be checked
according to appendix A. Final Check: The pumping set must allow for an easy manual rotation on the coupling . Verification of the Sense of Rotation: The sense of rotation must coincide with the rotation sense arrow shown on the pump . Verify the sense of rotation by shortly starting the drive of the liquid filled pump.
3.0 Commissioning / Stopping 3.1 Preparation: Fill the volute casing of the pump with the medium to be conveyed . Open the suction sided shut-off fitting for full passage . 3.2 Starting: Start up the pump against the closed pressure gate valve .
As soon as the pump commences delivery with its full discharge power ( pressure increase on delivery sided pressure gauge ) , slowly open the shut-off fitting . ( An extended run of the pump against the closed shut-off fitting is not permitted . Inadmissible heating ) The pump must be protected against back flow (non-return flaps on the suction and delivery side) and pressure shocks.
3.3 Stopping: Close the pressure gate valve .
In the presence of non-return fittings ( pressure sided ) , the pump may be stopped without taking any further measures .
-
Heinrich Behrens Pumpenfabrik - Von-Thnen-Str. 7 - D-28307 Bremen Tel.: 49 (0)421 4 86 81-0 - Fax: 49 (0)421 4 86 81 11 - email:[email protected]
Page 2 of 8
3.4 Shutdown:
If the pump is not used for prolonged periods , clean and preserve all components . Store the pumping set in a dry state .
For the stand-by-pumps care is to be taken , that the pump shaft will be turned appr. twice a week to avoid damages of the bearings by vibration .
4.0 Operational Supervision 4.1 Operating Point:
Continuously supervise the operational discharge head of the pump ( for data refer to rating plate ) as the difference of the pressure readings between pressure and suction flanges of the pump .Correct it by a regulating fitting to be provided on the discharge side .
4.2 Bearings: Pump Type VNF :
Attention! Leakage holes at bearing seat must be always open in case mechanical seal is leaking - so that no water can run into the bearings ! Regularly check the running noise of the bearings . A uniform , purring sound is audible in the event of an unobjectionable bearing contact .
Damaged bearings cause a loud , irregular , chattering noise . (In such a case, examine the bearings.) 4.3 Shaft Seals: Shaft seals must never run dry , not even for short periods ! 4.3.1Mechanical Gland Seals:
In operation , mechanical gland seals are running free of leakages , which means that the low quantity of conveying medium required for lubrication evaporates when escaping from the sealing gap . Supervise the escape of leaking water in the range of the seal or at the checking outlet . If a drop by-drop escape of fluid is exceeded , then examine the mechanical gland seal .
Replace it , if necessary . 4.3.2Stuffing Boxes:
When using packing material ( stuffing box ) , allow for a generous leakage during the running-in period ( about 2 hours ) of the packing rings . During the further operation , uniformly read-just the stuffing box gland until the leakage decreases to the desired minimum ( slight dripping ) . During this procedure , check shaft and stuffing box for temperature rise. In the event of symptoms for overheating , do not tighten the gland any further but slacken it slightly so as to again achieve the normal temperature by an increased leakage . Afterwards , slightly readjust the gland until the escape of leakage is again under control . If both temperature and tightness have themselves adjusted to a uniform value , a check is still required at prolonged time intervals .
4.4 Suction Sided Fittings: All fittings ( filters , butterfly valves , gate valves etc. ) are to be continuously examined for full passage
.
5.0 Maintenance 5.1 Bearings (Pump) All pumps are delivered with grease lubricated rolling contact bearings . Regrease through a grease nipple by using a grease gun .
The regreasing intervals and the quantities of grease to be refilled are obvious from the table given below .
During all disassemblies - but not exceeding 4 years - carefully clean the bearings from old grease residues . then reintroduce the new charge by spreading or refilling bearing grease into all bearing cavities between the rolling elements .
As a lubricant , use quality rolling contact bearing greases having the following specification : Saponification basis: LITHIUM with anti-corrosion additives , water repellent Dripping point: about 190C . Handling temperatures: -30C up to +120C . Walk penetration: 250 to 295 Standard: SEB 181252 SEB 18103 K3K
-
Heinrich Behrens Pumpenfabrik - Von-Thnen-Str. 7 - D-28307 Bremen Tel.: 49 (0)421 4 86 81-0 - Fax: 49 (0)421 4 86 81 11 - email:[email protected]
Page 3 of 8
5.0 Maintenance
List 1 for: VNF1/290, 1/325, 2/300, 2/325, 2/400, 3/300, 3/325, 3/400, 4/300, 4/325, 5/300, 5/325 and for all sizes of the pumptypes SFN, SFS, STN, STS
DN D Regreasing Interval (hours)
Regreasing Quantity
(discharge side DN) rpm rpm rpm rpm gram/bearing 1450 1750 2900 3500
Up to DN 100 13.000 11.000 8.000 7.000 8
DN 125-150 12.000 10.000 7.500 6.200 10
DN 200-250 11.000 9.500 6.500 4.800 15
DN 300-350 10.000 9.000 20 List 2 for: all sizes of pumptypes VRW + VRF and for VNF5/420, 7/300, 7/350, 7/420, 8/300, 9/325
DN D Regreasing Interval (hours)
Regreasing Quantity
(discharge side DN) rpm rpm rpm rpm gram/baring 1450 1750 2900 3500
Up to DN 100 3.000 2.000 1.000 800 15
DN 125-150 2.500 1.700 900 700 15
DN 200-250 2.000 1.500 700 480 20
DN 300-400 1.700 1.200 25 List 3 for VRF 11/420D G
DN D Regreasing Interval (hours)
Regreasing Quantity
(discharge side DN) rpm rpm rpm rpm gram/baring 950 1150 1450 1750
DN 400 500 2.200 1.900 1.300 1.000 25
5.2 Mechanical Gland Seal
-
Heinrich Behrens Pumpenfabrik - Von-Thnen-Str. 7 - D-28307 Bremen Tel.: 49 (0)421 4 86 81-0 - Fax: 49 (0)421 4 86 81 11 - email:[email protected]
Page 4 of 8
Mechanical gland seals do not necessitate any particular maintenance during operation . 5.3 Stuffing Boxes
Stuffing box packings must not seal definitely tight . A dripping leakage is necessary to prevent overheating or even burning of the packing due to frictional heat .
Retighten the packing in compliance with item 4.3 in the event of heavy leakage . Commence with replacing individual packing rings in case of a corresponding wear-down ( 2 rings at
the maximum per stuffing box ) . If no sufficient sealing effect can be obtained by this measure ,then clean and repack the stuffing box .
5.4 Electric Motors Electric motors supplied from us are provided with a bearing grease charge for 2000 hours of operation. Carry out maintenance by following the requirements of the manufacturers of the electric motors .
6.0 Trouble shooting check list Operational Trouble Number of Code Register Pump refuses to prime 1 , 2 , 5 , 7 , 10 , 11 Pump fails to discharge 3 , 7 Pump operates irregularly after start-up or discontinues to discharge 4 , 5 , 6 , 7 Discharge flow too small 5 , 6 , 7 , 10 , 11 , 16 , 17 , 23 , 25 , 26 Discharge pressure too low 5 , 8 , 11 , 14 , 15 , 17 , 23 , 25 , 26 Increased power absorption of the drive 8 , 9 , 10 , 12 , 14 , 17 , 22 , 24 , 31 Pump runs unsteadily 7 , 8 , 10 , 12 , 13 , 14 , 17 , 20 , 21 , 25 , 26 Pump runs hot 13 , 16 , 17 , 19 , 22 , 24 , 31 Leakage through shaft seal 28 , 29 , 30 , 31 , 32 Bearings run hot 18 , 19 , 20 , 21 , 27 , 30 , 33 , 34
-
Heinrich Behrens Pumpenfabrik - Von-Thnen-Str. 7 - D-28307 Bremen Tel.: 49 (0)421 4 86 81-0 - Fax: 49 (0)421 4 86 81 11 - email:[email protected]
Page 5 of 8
6.0 Trouble shooting check list Cause Remedy 1 Ejector not operable Check control voltage and compressed air supply 2. Self-priming stage without operating fluid Fill up pump and switch same to "Ansaugen" 3 Pump not sufficiently vented Evacuate or fill up pump with conveying medium 4. Suction sided piping system insufficiently vented Draw off air pockets . Shut off lateral branches of
piping system 5. Suction line or shaft seal leaky Check shaft seal , pressure test suction line , shut
off branch pipes of system 6. Suction line breathes air Medium covering on suction pipe inlet to be
checked increased 7. Suction lift too high Check arrangement or resistances of suction (NPSH[of system]to low) system . Fully open all suction sided fittings .
Clean filters . Examine piping for clogging . 8. Pump does not operate at its operating point Regulate operating point via discharge sided (refer to ordering data and/or rating plate) regulating device and/or orifice plate 9. Conveying medium fails to coincide with Consult us (Specific gravity and viscosity) ordering data 10. Wrong sense of rotation Check drive , change terminals of electric motor 11. Speed too slow Check drive 12. Speed too high Check drive 13. Discharge flow insufficient Check system resistances , open shut-off fittings
and/or examine terminals . Check system for possible clogging
14. Discharge flow to high Regulate operating point 15. Discharge head insufficient Check system resistances , fully open all fittings ,
clean piping system and filters , remove foreign bodies
16. Resistances of system too high Refer to item 13 17. Unfavourable influence due to parallel Check system operation or because of branches 18. Pumping set inadequately aligned Check seating and stress-free connection of piping
Realign! 19. Pump stressed during installation Check for and eliminate stresses from pipe lines
and seating 20. Misalignment and/or untrue revolving of shaft Shaft and check for alignment 21. Imbalance of rotor Balance rotor 22. Sealing rings discolour Refer to item 19 . Check and regulate operating
point 23. Sealing rings worn down Replace rings 24. Rotor is rubbing on casing Refer to items 19 and 20 . Examine bearing arrangement 25. Impeller damaged Recondition or replace impeller 26. Clogging in piping system and/or in impeller Remove deposits and/or foreign bodies from
within pipe and pump 27. Increased axial thrust Check operating point . Check equalising holes of
impeller 28. Damage to mechanical gland seal owing Replace mechanical gland seal to dry running 29. Mechanical gland seal fitting faulty Check fitting arrangement 30. Sealing fluid/cooling fluid supply insufficient Check pipe lines and pressure and/or supply 31. Stuffing box obliquely or tightened too strongly Correct tightening torque 32. Shaft seal worn Repack , or replace mechanical gland seal 33. Bearings filled with too much grease Remove surplus grease 34. Bearings defective Replace bearings
-
Heinrich Behrens Pumpenfabrik - Von-Thnen-Str. 7 - D-28307 Bremen Tel.: 49 (0)421 4 86 81-0 - Fax: 49 (0)421 4 86 81 11 - email:[email protected]
Page 6 of 8
7.0 Maintenance and Inspection schedule (Interval Periods) Works to be carried out Interval Period(Hours) Stuffing box Retightening 250 Adding of packing rings or repacking 2000 Replacement of shaft sleeves 12000 Mechanical Gland Seal Replacement of same 8000 Rolling Contact Bearing Regreasing siehe 5.1 Replacement 20000 Coupling Checking the packages 12000 Inspection Verification of revolving clearances 12000
8.0 Description of the Priming Pump (Liquid Seal Pump) The liquid seal priming pump consists of the air pump housing and bladed air pump impeller . The bladed impeller is mounted on the same shaft as the rotor . It is fitted into the air pump housing but with sufficient clearance to prevent wear of the housing walls . After the priming pump has been primed with the medium to be handled , a ring of liquid is formed in the pump housing as a result of the centrifugal force set up by the rotation of the bladed impeller , and a sickle-shaped working space is formed around the hub of the impeller . This working space is divided by the blades into individual chambers , the liquid ring being first enlarged and then reduced during rotation . With cubical expansion the air or the liquid is drawn in through the suction slot , and with cubical contraction it is ejected through the pressure slot . The air pump is set in such a way that it can withdraw from the rear of the rotor through ducts provided for the purpose , the control cock being set to "Ansaugen"(suction) . At first , an air/water mixture is forcefully ejected ; this continues until a regular flow of water establishes itself . The pump is now filled with water and delivery starts automatically . This is the end of the priming period , the control cock is set to "Betrieb"(operation) and the water drawn in is constantly circulated through the pump .
-
Heinrich Behrens Pumpenfabrik - Von-Thnen-Str. 7 - D-28307 Bremen Tel.: 49 (0)421 4 86 81-0 - Fax: 49 (0)421 4 86 81 11 - email:[email protected]
Page 7 of 8
9.0 Alignment for flexible coupling When aligning the coupling halves, the angular and parallel offset misalignments of shafts relative to each other should be as small as possible. Alignment to be carried out in two planes as shown in fig. 1.1 with a straight edge (offset misalignment) and spacer bar (angular misalignment). A dial indicator will give greater accuracy. Fig. 1.1
Axial movement Angular misalignment Offset misalignment
Coupling size
S mm
Perm. Deviation mm
Angular misalignment Kw
S max S min mm
Offset misalignment Kr
Mm
58 5 0,10 0,10 68 5 0,11 0,11 80 5 +1 0,13 0,13 95 5 +1 0,15 0,15
110 5 +1 0,18 0,18 125 5 +1 0,21 0,21 140 5 +1 0,24 0,24 160 6 +1 0,27 0,27 180 6 +1 0,30 0,30 200 6 +1 0,34 0,34 225 6 +1 0,38 0,38
Straight edge
Gap gauge
-
Heinrich Behrens Pumpenfabrik - Von-Thnen-Str. 7 - D-28307 Bremen Tel.: 49 (0)421 4 86 81-0 - Fax: 49 (0)421 4 86 81 11 - email:[email protected]
Page 8 of 8
-
Behrens Pumpen
Type: VRF
Stckliste Spare part list
Specification des pieces dtaches
1014P Blatt 1
Teil Item Repre
Benennung
Designation
Dsignation
102 Spiralgehuse Volute casing Corps volute 161.1 Gehusedeckel Cover of casing Couvercle de corps 211.1 Pumpenwelle Pump shaft Arbre de pompe 230 Laufrad Impeller Roue circulatrice 320 Doppelrillenkugellager Ball bearing Roulement billes 322 Pendelrollenlager Roller bearing Roulement billes 332 Lagerstuhl Bearing seat Coussinet 341 Antriebslaterne Motor support Support de moteur 360 Lagerdeckel Cover of bearing Couvercle de palier
400.1 Flachdichtung Gasket Joint 420.1 V-Ring V-ring Joint lvres 421 Simmerring Simmer ring Anneau de retenue 452 Stopfbuchsbrille Stuffing box gland Bride de presse-toupe 461 Stopfbuchspackung Packing Garniture
502.1 Spaltring Wearing ring Bague d`usure 502.2 Spaltring Wearing ring Bague d`usure 524 Wellenschutzhlse Shaft protection sleeve Chemise darbre
554.1 Unterlegscheibe Washer Disque 554.2 Unterlegscheibe Washer Disque 554.3 Unterlegscheibe Washer Disque 636 Schmiernippel Grease nipple Graisseur 720 Langnippel Barrel nipple Tuyau double nipple
860.1 Kupplungsteil Coupling part Accouplement 860.2 Kupplungsteil Coupling part Accouplement 860.3 Kupplungsteil Coupling part Accouplement 860.4 Kupplungsteil Coupling part Accouplement 867 Kupplungspuffer Coupling packing Intercalaires d`accouplement 900 Ringschraube Lifting eye screw Vis
901.1 Sechskantschraube Hexagon head screw Vis tte hexagonale 902.1 Stiftschraube Stud screw Prisonnier 902.2 Stiftschraube Stud screw Prisonnier 902.3 Stiftschraube Stud screw Prisonnier 902.4 Stiftschraube Stud screw Prisonnier 903.1 Verschluschraube Plug Bouchon 903.2 Verschluschraube Plug Bouchon 903.3 Verschluschraube Plug Bouchon
-
Behrens Pumpen
Type: VRF
Stckliste Spare part list
Specification des pieces dtaches
1014P Blatt 2
Teil Item Repre
Benennung
Designation
Dsignation
912.1 Entleerungsstopfen Plug Bouchon 912.2 Entleerungsstopfen Plug Bouchon 914.1 Innensechskantschraube Socket head cap screw Vis six pans creux 914.2 Innensechskantschraube Socket head cap screw Vis six pans creux 920.1 Sechskantmutter Nut Ecrou hexagonal 920.2 Sechskantmutter Nut Ecrou hexagonal 920.3 Sechskantmutter Nut Ecrou hexagonal 920.4 Sechskantmutter Nut Ecrou hexagonal 922 Laufradmutter Impeller nut Ecrou de roue 923 Kontermutter Contre nut Ecrou de arbre
940.1 Pafeder Fitting key Ressort d`ajustage 940.2 Pafeder Fitting key Ressort d`ajustage
-
TYP/TYPE AELE 35/45/55/65 PD-AELE-11-BEHRENS-GB.DOC
vatec-Maschinenbau GmbH e-mail: [email protected] www.vatec.de1
Table of contents1 Commissioning
2 Maintenance and repair
2.1 Disassembly and assembly of the compressed air ejector2.2 Disassembly and assembly of the jet system2.3 Disassembly and assembly of the shut-off system
3 Appendix
3.1 Dimensions3.2 Spare parts3.2 Circuit Diagramm
Operating voltage 220V-230V 50/60 HzEnclosure IP65Power input 16 VANominal pressure PN 10Compressed working air required 5 - 7 barMaterial:Float chamber Bronze GCuSn10Ejector casing Bronze GCuSn10Nozzle system PolyetyleneInner parts Stainless SteelSealings NBRSize of Nozzle: 35 45 55 65Suction capacity max. Nl/min 300 500 700 1000Air consumption at 6 bar l/min 70 120 180 240Pressure-Stage: U V WSwitch-on Point bar 0,3 0,6 1,1Switch-off Point bar 0,5 1,1 1,6
Connections:Venting suction sideVenting discharge sideExhaust, DrainagePressure switchCableCompressed working air
A1A2BCEP
-
TYP/TYPE AELE 35/45/55/65 PD-AELE-11-BEHRENS-GB.DOC
vatec-Maschinenbau GmbH e-mail: [email protected] www.vatec.de 2
1. Commissioning
For commissioning pay attention to following steps:- Check all pipe connections and pipes for proper lay and leakage.- Check all electrical connections.- Check the compressed air connection
Caution
Please pay attention to modification for special design.
2. Maintenance and repair
The system functions with slightly maintenance work. Following inspections respectively work should be performedin fixed intervals which depend on pumping medium, operation mode and operation time.- Check all components for proper function
2.1 Disassembly and assembly of the compressed air ejector
Before starting work, the compressed air ejector must be switched to a power off mode.
Before starting work, the compressed air ejector must be disconnected from the compressed air supply.Starting torque for the thread connections are to be taken from the corresponding DIN-Norm.
Caution
We advise to exchange all sealings at repair work.
Disassembly of the compressed air ejector:- Take off cable plug at the solenoid valve of the compressed air ejector.- Loosen the exhaust and compressed air pipe.- Loosen the assembling screws of the compressed air ejector and remove the compressed air ejectorAssembly takes place in reversed order.
2.2 Disassembly and assembly of the jet system- Fix the compressed air ejector and turn out the long nibble.- Pull out the mixing jet of the casing- Take out the driving jet of the casing.Assembly takes place in reversed order.
Caution
The long nipple has to be screwed on the casing powerful. The check nut may not to be twisted.The long nipplemust be fitted with a bolt protection medium (e.g. Loctite).
2.3 Disassembly and assembly of the shut-off valve- Loosen the pressure switch casing at the compressed air ejector
Pressure switch casing is spring pressurized.
- Take out the compression spring and loosen the safety nut at the spring seating. Use the safety nut at thepiston (jet side) for supporting.
- Take out spring seating, guide ring and valve seling of the compressed air ejektor.- Take out the Piston rod with mounted piston.Assembly takes place in reversed order.
Caution
When assembling the piston the gasket is to be pressed via compressed air supply by a similar formed tool.
-
TYP/TYPE AELE 35/45/55/65 PD-AELE-11-BEHRENS-GB.DOC
vatec-Maschinenbau GmbH e-mail: [email protected] www.vatec.de3
3. Appendix
3.1 Dimensions
13413d/A4
-
TYP/TYPE AELE 35/45/55/65 PD-AELE-11-BEHRENS-GB.DOC
vatec-Maschinenbau GmbH e-mail: [email protected] www.vatec.de 4
3.2 Spare parts
14153b/A4
-
TYP/TYPE AELE 35/45/55/65 PD-AELE-11-BEHRENS-GB.DOC
vatec-Maschinenbau GmbH e-mail: [email protected] www.vatec.de5
3.3 Circuit diagramm
Circuit diagramm of the aspirator
Recommended connecting plan for time delayed starting of the centrifugal pumps.
30176/A3
-
Behrens PumpenItem 8
VRF 7/290 GServiceType:
M/E JW cooling pump no.1
Description Vertical inline centrifugal pump
HSHI 234
Technical data
Viscosity
MediumTemperature
DensityCapacitySuction pressure
295,00
3,00
(bar)(cbm/h)
Delivery pressureDifference pressure
::
(bar)(bar)
::
1,504,50
80:(C)(cst) :
:(kg/cbm)
NPSH (r) (m) : 4,10
35,0040,00
(kW)
1770(rpm)
:
::(kW)
Speed
Power consumptionMotor required
1000
Materials
Prime moverWEG CSM 200 L-4Type
PowerRated currentStarting current
42,0068,90
482,00
(kW) :::
(A)(A)
IM V1, IP 55, ISO BE-Motor :
::
Power supply :(V / Hz)
ExecutionStarting
440 / 60DOL
PTCSPMSpace heater
no::: no
WeightsPump / e-motor Total(kg) (kg)260,00350,00 610,00:
Classification:
Pump CasingImpellerWear ringsShaft
Bearings Rolling contactLubrication
Shaft seal Mechanical seal
greaseType :
:Coupling
Type ::Material
::::
Type : flexible spacer
Connectionssuction sidepressure side
DN PN200200
1010
:
Cast iron GG-25Bronze G-CuSn10Bronze G-CuSn12Stainless steel
Carbon-SiC EPDM
Hyundai Samho Heavy Industries Co., Ltd. 1700 Youngdang-Ri, Samho-Myun
GL, certificate for pump
Technical specification
Serial no. 61350
29729 BH, T.P. 6 bar 02 GL 05
/
Pump :
E-Motor Nr. : BP 11823
16.02.2005
-
Behrens PumpenItem 8
VRF 7/290 GServiceType:
M/E JW cooling pump no.2
Description Vertical inline centrifugal pump
HSHI 234
Technical data
Viscosity
MediumTemperature
DensityCapacitySuction pressure
295,00
3,00
(bar)(cbm/h)
Delivery pressureDifference pressure
::
(bar)(bar)
::
1,504,50
80:(C)(cst) :
:(kg/cbm)
NPSH (r) (m) : 4,10
35,0040,00
(kW)
1770(rpm)
:
::(kW)
Speed
Power consumptionMotor required
1000
Materials
Prime moverWEG CSM 200 L-4Type
PowerRated currentStarting current
42,0068,90
482,00
(kW) :::
(A)(A)
IM V1, IP 55, ISO BE-Motor :
::
Power supply :(V / Hz)
ExecutionStarting
440 / 60DOL
PTCSPMSpace heater
no::: no
WeightsPump / e-motor Total(kg) (kg)260,00350,00 610,00:
Classification:
Pump CasingImpellerWear ringsShaft
Bearings Rolling contactLubrication
Shaft seal Mechanical seal
greaseType :
:Coupling
Type ::Material
::::
Type : flexible spacer
Connectionssuction sidepressure side
DN PN200200
1010
:
Cast iron GG-25Bronze G-CuSn10Bronze G-CuSn12Stainless steel
Carbon-SiC EPDM
Hyundai Samho Heavy Industries Co., Ltd. 1700 Youngdang-Ri, Samho-Myun
GL, certificate for pump
Technical specification
Serial no. 61351
29730 BH, T.P. 6 bar 02 GL 05
/
Pump :
E-Motor Nr. : BP 11822
16.02.2005
-
Heinrich Behrens Pumpenfabrik - Von-Thnen-Str. 7 - D-28307 Bremen Tel.: 49 (0)421 4 86 81-0 - Fax: 49 (0)421 4 86 81 11 - email:[email protected]
Page 1 of 8
BehrensPumpen
Operating instructions for centrifugal pumps
1.0 General Directions Every pump is subjected to a trial run on our test field and delivered in a fully operational shape . The present Operating Instructions are intended to inform the operators an expert exploitation . No liability would be assumed for damages resulting from the inobservation of these instructions . A guarantee within the framework of our terms of delivery would be granted only if the pump is being used
for the service conditions identified and confirmed ( rating plate ) In all queries and spare parts orders , please state the following details: ( See rating plate ) 1. Works No. 2. Pump Type / Size 3. Year of Manufacture 4. Designation of the replacement parts needed , by specifying the sectional drawing number and parts items . Should the pumping set not immediately be taken into operation , then check the pump interior for humidity
and dry it out . A means of preservation should be applied in case of a prolonged storing period .
2.0 Installation of Pump The resident superintendents has to advise the erection personnel of the safety requirements and of
particular local regulations . Connection of the pump to the piping system has to be established free of any stresses , which means that all
forces and moments resulting from the system are to be intercepted before junction points . Where the pump is delivered without drive motor , the electric motor has to be carefully sighted via the
coupling and the alignment be checked according to appendix A. If non steel pipes are employed for the sea-water pump line, such as inside coated or CuNiFe pipes, the
sacrifice pip