background image

Cooling  Oil  - 

 

Anytime  the  pump  is

removed from operation, the cooling 
oil in  the  motor  ousing  should  be 

 

h

checked visually  for  oil  level  and 

 

contamination. To  check  oil,  set  unit 

 

upright.  Remove cap  screws  (6),  lift 

 

conduit box assembly (4) from motor 

 

housing  (3), 

disconnect 

Do  Not 

wiring  from  motor  leads.  With a 

 

flashlight,  visually  inspect  the  oil  in 
the motor housing (3) to make sure it 

 

 

is clean and clear, light amber in color 

 

and  free from  suspended  particles. 

 

Milky white oil indicates the presence 

 

of  water.  Oil  level should  be  just 

 

above  the  motor  when pump  is  in 

 

vertical position.

Seal  Chamber  -

  Drain  oil  from  seal 

chamber by placing pump on its side 
with  pipe  plug  (18)  downward  and 
remove  pipe  plug  (18).  If  the  oil  is 
found to  contain  c

 

onsiderable  water 

or other 

 

contamination, the shaft seal 

(19)  should

be  inspected  and 

 

replaced if required.

After  leak  is  repaired,  dispose  of  old 
oil properly, and re ill with new oil.

f

Use  soap  solution around  the  sealed 

 

areas  above  the  oil level  and nspect 

 

  i

joints  for  "air  bubbles". If,  after  ive 

 

f

minutes,  the  pressure  is  still holding 

 

constant,  and  no  "bubbles"  /oil 
seepage is observed, slowly bleed the 
pressure  and  remove  the  gauge 
assembly. Replace  oil.  Leek  must  be 

 

located and repaired if pressure does 

 

not hold.

Seal  Chamber  - 

Check  that  seal 

c

 

hamber is  full  of  oil  by  removing 

pipe plug (18). Apply pipe sealant to 

 

p

 

ressure gauge assembly and tighten 

into  hole  in  bearing housing  (1 ). 

 

5

P

 

ressurize seal chamber to 20-25  PSI 

and check for leaks.

Oil  Replacement 

-  Set  unit  upright 

and re ill with new cooling oil as per 

  f

table. Fill to just above motor as an air 

 

space must  remain  in  the  top  of  the 

 

housing

to

compensate  for  oil 

 

 

expansion. Reassemble the o-ring (5) 

 

and conduit box (4) to motor housing 

 

 

(3).  Apply  thread  locking compound 

 

to cap screws (6) and place into holes 

 

and torque to 15 ft/lbs.

Oil Replacement:
Seal  Chamber  -

  Refill  chamber 

c

 

ompletely  full  with  new  cooling oil 

or reuse the uncontaminated oil.

Figure 2

a)    Inspect  motor  chamber  for  oil 

level and contamination.

b)  Inspect  impeller  and  body  for 

excessive build-up or clogging.

c)  Inspect motor, bearings and shaft 

seal for wear or leakage.

NOTE:  Item  numbers  in  (  )  refer  to 
Figure 6.

4

Servicing

Ÿ

If  oil  is  found  to  be  clean  and 
uncontaminated 

(measuring 

above 15  V  breakdown),  re ill 

 

k

f

the housing.

Ÿ

If  oil  is  found  to  be  dirty  or 
contaminated

(or 

measures 

 

below  15 

  breakdown), the 

kV

 

pump 

must 

be 

carefully 

inspected for  leaks  at  the  shaft 

 

seal,  conduit  box, o-rings,  pipe 

 

plug  and  pressure  valve, before 

 

re illing  with  oil.  To  locate  the

f

 

leak, perform a pressure test.

Oil Testing

Ÿ

Drain  oil  into  a  clean,  dry 
container  p

 

lacing pump  on  it’s 

side,  remove  cap crews  (6),  lift

  s

 

conduit  box  assembly (4)  from 

 

motor  housing  (3).  In  sepa ate

r

 

container drain seal chamber by 
removing pipe plug (18).

Ÿ

Check  oil  for  contamination 
using an oil tester with a range to 

 

30 kV breakdown.

Pressure  builds  up  extremely 
fast,  increase  pressure  by 
"TAPPING"  air  nozzle.  Too 
much  pressure  will  damage 
seal. 

DO  NOT  exceed  10  PSI 

in housing and 20-25 PSI in 
seal chamber.

Pressure Test
Motor  Housing  -

  Oil  should  be  at 

normal  level.  Remove  pressure  valve 
(1 )  from motor  housing  (3).  Apply 

1

 

pipe  sealant to  pressure  gauge 

 

assembly  and  tighten into  hole (See 

 

 

Figure 2). Pressurize motor housing to 

 

10 PSI.

DO 

NOT

 

overfill 

oil. 

Overfilling of housing with oil 
can  create  excessive  and 
dangerous  hydraulic  pressure 
which  can  destroy  the  pump 
and create a hazard.

Overfilling oil voids warranty.

06

Service

Cooling Oil

Recommended Supplier/Grade

BP

Enerpar SE100

Conoco

Pale Parafin 22

Mobile

D.T.E. Oil Light

Shell Canada

Transformer-10

Texaco

Diala-Oil-AX

barmesapumps.com

Summary of Contents for 6BSE12036LDS

Page 1: ...s Handling Pumps IMPORTANT Read all instructions in this manual before operating or servicing a pump 6BSE LDS 6BSE HLDS 9 12 18 24 30 HP 1150 RPM 18 24 30 36 48 60 HP 1750 RPM 6BSE HLDS 30 60 HP 6BSE LDS 9 30 HP 18 60 HP Last update 08 07 2020 barmesapumps com ...

Page 2: ...ory items associatedwithornearthepump T h i s p u m p i s n o t i n t e n d e d f o r u s e i n swimming pools or water installations where there is DANGER humancontactwithpumpedfluid Riskofelectric shock To reduce risk of electric shock always disconnect pump from power source before DANGER handling any aspect of the pumping system Lockoutpowerandtag Do not lift carry or hang pump by the electric...

Page 3: ...seal sliderailcoupling SRC 6 The moisture cord and or temperature cord is size 18 5 type SO Ø0 485 for all models 6BSE18034LDS 18 230 3 1750 50 6 232 F 2 3 G 1 34 891 6BSE18044LDS 18 460 3 1750 25 3 116 F 2 3 G 1 34 891 6BSE24034LDS 24 230 3 1750 62 8 290 E 2 3 G 1 34 928 6BSE24044LDS 24 460 3 1750 31 4 145 E 2 3 G 1 34 928 6BSE30034LDS 30 230 3 1750 75 8 364 E 2 3 G 1 34 985 6BSE30044LDS 30 460 3...

Page 4: ... SIZE CORD TYPE CORD O D WEIGHT pounds 6BSE30034HLDS 30 230 3 1750 76 364 F 2 3 G 1 34 957 6BSE30044HLDS 30 460 3 1750 38 182 F 2 3 G 1 34 957 6BSE36034HLDS 36 230 3 1750 90 434 E 2 3 G 1 34 963 6BSE36044HLDS 36 460 3 1750 45 217 F 2 3 G 1 34 963 6BSE48044HLDS 48 460 3 1750 65 290 E 2 3 G 1 34 974 6BSE60044HLDS 60 460 3 1750 78 363 E 2 3 G 1 34 1005 46BSE HLDS 46BSE LDS barmesapumps com ...

Page 5: ...uplex stations or basins with a slide rail system Barmesa SRC which allows the pump s to be installed or removed without requiring personnel to enter the station or resting on the basin floor 4Discharge Piping Discharge piping should be as short as possible and sized no smaller than the pump discharge Do not reduce the discharge pipe size below that which is provided on the pump Both a check valve...

Page 6: ... phase information stamped on the pump name plate 2 Check Pump Rotation Improper motor rotation can result in poor pump performance and can damage the motor and or pump Check rotation on three phase units by momentarily applying power and observe the kickback Kickback should always be in a counter clockwise direction as viewed from motor end or opposite to impeller rotation Impeller rotation is co...

Page 7: ... box 4 to motor housing 3 Apply thread locking compound to cap screws 6 and place into holes and torque to 15 ft lbs Oil Replacement Seal Chamber Refill chamber completely full with new cooling oil or reuse the uncontaminated oil Figure 2 a Inspect motor chamber for oil level and contamination b Inspect impeller and body for excessive build up or clogging c Inspect motor bearings and shaft seal fo...

Page 8: ...nd bell from motor 1 Remove wave washer Remove upper bearing 2 with a wheel puller if damaged or worn Vertically lift stator 1 from rotor shaft Inspect windings for shorts and resistance Test the temperature sensors by checking for continuity between the black and white wires If defective contact factory or motor service station Pull motor rotor shaft with bearing 1 3 from bearing housing 1 Remove...

Page 9: ...r cap screws 25 Conduit Box Assembly Check power 38 and control cables 39 for crackes or damage and replace complete conduit box 4 if required See Figure 4 Bring motor wires through opening in top of motor housing 3 check sleeving and replace if damaged Position square ring 5 in conduit box 4 and reconnect leads using connectors and insulators See Figures 5 for wiring schematics Refill with coolin...

Page 10: ... should be approximately 0 012 inch 09 Service G T1 T7 T2 T8 T3 T9 T4 T5 T6 G L1 L2 L3 GREEN BLACK RED WHITE MOTOR LEADS THREE PHASE 230V AC Cable Motor Lead Number Green Green Black 1 and 7 Red 2 and 8 White 3 and 9 4 5 and 6 together Figure 5 T2 T3 T4 T7 T5 T8 T6 T9 G L2 L3 RED WHITE MOTOR LEADS T1 L1 BLACK G G GREEN THREE PHASE 460V AC Cable Motor Lead Number Green Green Black 1 Red 2 White 3 4...

Page 11: ...Figure 6 10 Repair Parts VOLUTE FOR 6BSE HLDS barmesapumps com For Repair Part Please supply Model Number and Serial as shown on Name Plate and Part Description and Part Number as shown on Parts List ...

Page 12: ...11 Parts List 46BSE LDS barmesapumps com 30400423 For Repair Part Please supply Model Number and Serial as shown on Name Plate and Part Description and Part Number as shown on Parts List ...

Page 13: ...12 Parts List 46BSE HLDS barmesapumps com 30400423 For Repair Part Please supply Model Number and Serial as shown on Name Plate and Part Description and Part Number as shown on Parts List ...

Page 14: ... supply leads to ensure proper impeller rotation 11 Repair fixturesasrequiredtoeliminateleakage 12 Check pump temperature limits and fluid temperature 13 Replace portion of discharge pipe with flexible connector or tighten existing piping 14 Turn to automatic position 15 Check for leaks around basin inlet and outlets Pump will not turn off 2a Float movement restricted 2b Switch will not activate p...

Page 15: ......

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