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MAIN STRUCTURE AND USE METHOD 

  STRUCTURE 

This  type  of  pump  consists  of  gasoline/diesel  engine  and  water  pump  which  drove  by  a  same 

driving axle. The pump is fixed on a frame through shock absorber device, so it compact in structure 

and convenience for use of movement. For structure of self-priming pump. 

The  pump  consists  of  pump  body,  pump  cover,  flow  guidance,  impeller  and  seal  part  etc.  The 

pump  body  and  pump  cover  are  made  from  high  quality  die-casting  of  aluminum  alloy.  The  flow 

guidance  and impeller are made from high strength cast iron, shaft sealing is machinery  type sealing. 

The  suction  and  discharge  pipe  connector  are  made  from  engineering  plastic  so  it  can  be  connected 

with rubber pipe. 

The  outlet  of  pump  is  higher  than  the  inlet  of  impeller  so  that  it  can  start  which  only  need  fill 

water  into  the  body  of  the  pump.  The  inlet  of  pump  is  fixed  with  a  one-way  valve  to  prevent  liquid 

from being drained into water pool from the pump body which action by siphon after stop the machine. 

It must guarantee store enough liquid in the pump body for next start. 

The rotary direction is anticlockwise as viewed from inlet direction of impeller. 

 

 

  MAIN POINT OF USE 

 

The coupling of suction pipe to the pump must be tight, reliable and no leakage. 

 

A filter net must be added into the inlet of suction pipe as a protection , so as to avoid impurity be 

sucker into the pump and stick or damage the impeller. 

 

Prime the pump until the water overflow. 

 

Do not run it at high speed, unless you prime it. 

 

Drain off the pump for storage.   

 

  PROCEDURE OF USE 

1. Adding water 

When start the pump for the first time, it only need to add a few water into the pump and self-priming 

after start, so not necessary bottom valve.   

2. Start the engine, Please see manual of diesel engine or gasoline engine. 

 

  USE AND MAINTENANCE 

1.According to normal stipulation, the vacuum of pump by suction be expressed with allowable NPSH 

(Net  Positive  Suction  Head). When  the  pump  work  at  the  area  of  lower  than  250m  altitude.  It  can 

estimate  suction  head  of  pump  which  10m  minus  allowable  NPSH  is  it.  Follow  increasing  with 

altitude,  the  atmosphere  should  be  decreased,  so  the  suction  head  of  pump  also  be  decreased.  The 

value of decrease can be estimated which 10m minus local atmosphere value is it (m water column). 

2.Pipeline is better with short pipe and straight pipe, so it can decrease unnecessary loss of pipeline. 

The  pipeline  must  be  supported  to  avoid  from  vibrating  and  damaging  the  pump  by  oppressive. 

Before  operation  it  must  check  connection  part  between  pump  and  pipeline  whether  there  is  loose 

phenomenon and special pay attention to leakage of inlet pipeline. 

3.The filter net must keep a certain distance between river surface, river bottom and river bank. The 

net must dip into water no less than 0.3m to avoid suction air and to keep a distance, which is not 

less than 0.2m from river bottom, river bank to avoid suction stone or weeds. 

4.If  the  gap  between  impeller  and  the  surface  of  flow  guidance  is  over  1mm,  so  that  it  can  be 

Содержание TI3 KGP80B

Страница 1: ......

Страница 2: ...re of Use 4 Ⅳ Use and Maintenance 5 Ⅴ Installation of Connective Pipe 6 ANALYSIS OF MALFUNCTION AND REMEDY 7 PARTS DRAWING OF SELF PRIMING PUMP 9 Ⅰ Detailed list of Parts for 2 self priming pump 11 Ⅱ Detailed list of Parts for 3 self priming pump 11 Ⅲ Detailed list of Parts for 4 self priming pump 12 Ⅳ Detailed list of Parts for 1 5 self priming high pressure pump 13 ...

Страница 3: ... outlet Diameter mm 80 3 Max head m 19 Max Suction head m 8 Self primin g pump Max Capacity m3 h 60 MODEL 168F 1 Displacement cc 196 Max Output hp rpm 6 5 3600 Oil Capacity L 0 6 Engine Fuel tank capacity L 3 6 Net Weight Kg 33 Pump unit Net Dimension L W H mm 505 370 442 K G P 50 B Light combustion fuel tank Model Water pump Gasoline engine K G P 40 H High pressure Model Water pump Gasoline engin...

Страница 4: ...mpeller Prime the pump until the water overflow Do not run it at high speed unless you prime it Drain off the pump for storage Ⅲ Ⅲ Ⅲ Ⅲ PROCEDURE OF USE 1 Adding water When start the pump for the first time it only need to add a few water into the pump and self priming after start so not necessary bottom valve 2 Start the engine Please see manual of diesel engine or gasoline engine Ⅳ Ⅳ Ⅳ Ⅳ USE AND ...

Страница 5: ...y seal 10 Impeller 11 Flow guidance 12 Pump cover OVERALL DIMENSIONS TABLE OF SELF PRIMING PUMP Unit mm Type H1 H2 H3 H4 L1 50B 348 297 151 106 248 80B 410 348 171 106 325 5 When change machinery seal be sure to apply adhesive to the connection between steel part 7 and pump cover When fixed it do not hit by force to prevent wear slice fracture Fig 2 Structure diagram of machinery seal 1 Seal ring ...

Страница 6: ... used lift or total lift Check the position of installation and remedy according to the cause The pump can not do pumping Seal wear and leakage Change machinery seal part The filter net pipeline or impeller is obstructed Clean up the obstruction Speed is now Increase speed Impeller or seal is wore seriously and the gap is too large Adjust the gap or change impeller and machinery seal part Inlet pi...

Страница 7: ...ion head is too high and cause cavitation Check suction head and lower the position of pump Out put of water is too large Decrease the output of water Inlet pipe is obstructed by foreign body so the resistance is too large Check inlet pipe and filter net to clean up Rotary part is loosed Listen carefully and inspect the part which cause the noise and stop the machine to adjust Installing for pump ...

Страница 8: ...7 PARTS DRAWING OF SELF PRIMING PUMP ...

Страница 9: ...8 PARTS DRAWING OF SELF PRIMING HIGH PRESSURE PUMP ...

Страница 10: ... washer 1 7 diversion device 1 8 impeller 1 9 machinery seal 1 10 GB900 76 bolt M6 50 2 11 seal ring 1 12 cover of water pump 1 13 GB900 76 bolt M6 55 1 14 GB923 76 bolt M6 3 15 elbow 1 16 gasket 2 17 nut 2 18 connector 2 19 gasket 1 20 clap door 1 21 inlet connecting pipe 1 22 GB5782 86 bolt M6 25 4 23 filter net 1 24 connecting pipe 1 25 GB97 1 85 washer 6 4 26 GB6172 86 net M6 4 27 throat clip ...

Страница 11: ...mp 1 6 gasket 1 7 diversion device 1 8 impeller 1 9 machinery seal 1 10 GB900 76 bolt M6 55 3 11 seal ring 1 12 cover of water pump 1 13 GB900 76 bolt M6 1 14 GB923 76 bolt M6 3 15 elbow 1 16 gasket 2 17 nut 2 18 connector 2 19 gasket 1 20 clap door 1 21 connecting pipe 1 22 GB5782 86 bolt M8 30 4 23 filter net 1 24 connecting pipe 1 25 GB97 1 85 Gasket 8 4 26 GB6172 86 net M8 4 27 throat clip 3 ...

Страница 12: ...mp 1 6 gasket 1 7 diversion device 1 8 impeller 1 9 machinery seal 1 10 GB900 76 bolt M6 55 3 11 seal ring 1 12 cover of water pump 1 13 GB900 76 bolt M6 1 14 GB923 76 bolt M6 3 15 elbow 1 16 gasket 2 17 nut 2 18 connector 2 19 gasket 1 20 clap door 1 21 connecting pipe 1 22 GB5782 86 bolt M8 30 4 23 filter net 1 24 connecting pipe 1 25 GB97 1 85 Gasket 8 4 26 GB6172 86 net M8 4 27 throat clip 3 ...

Страница 13: ...12 connector 1 13 nut 1 14 case of water pump 1 15 Bottom valve 1 16 Screw M4 12 1 17 GB5787 86 Screw M8 40 4 18 GB97 1 85 Washer 4 19 O rubber seal 4 20 GB5787 86 Screw M8 35 8 21 Spring washer 8 22 Nut M8 8 23 Draining plug 1 24 Bottom valve weight 1 25 Diffuser 1 26 Valve 1 27 Rubber seal 1 28 Cover 1 29 Plastic bush 2 30 GB5787 86 Screw M10 15 1 31 Spring washer φ10 1 32 GB97 1 85 Washer φ10 1...

Страница 14: ...13 No Code Name Qty Remarks 37 O rubber seal 1 38 Diffuser 1 39 Axle 1 40 Axle fence washer 1 41 Mechanical seal 1 42 O rubber seal 1 43 Pump casing 1 44 Diffuser 1 45 Plastic bush 1 46 Impeller 1 ...

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