Eurolube Equipment 15715 Service Manual Download Page 12

EUROLUBE EQUIPMENT AB

stråssavägen 2, sE-711 76 storå, sweden

EMAIL 

[email protected] 

PHONE 

+46 581 836 65 

FAX 

+46 581 409 75 

www.eurolube.com

PART NO 15715

10:1 HV AIR OPERATED OIL PUMP

12

sYMPTOM

POssIBLE REAsON

sOLUTION

Pump does not operate

Inadequate air supply pressure or restricted air line
Clogged lines, hoses, valves, etc
Damaged air motor

Increase air line size or clean air supply 

(1)

. Assure air is on and valves are open

Open; clear 

(1)

Service / replace air motor

Air motor is not tripping over

Air motor seals are worn/damaged

Service / replace air motor / ensure a filter is used on air inlet to pump

Air is leaking from exhaust and/or seal dam-
age, etc

Air motor seals are worn/damaged

Service / replace air motor / ensure a filter is used on air inlet to pump

Fluid is leaking from the exhaust

Fluid seal [44, fig 8] is worn/damaged

Replace fluid seal

Erratic pump operation

Air entering suction line
Pressure relief valve is stuck
Fluid level too low
Air motor icing

Check for loose suction connections
Replace fluid piston
Refill, reprime or flush
Run pump at lower pressure, run at lower 
cycles per minute; clean muffler [17]

Pump runs continously

Empty fluid supply
Blockage in pump tube in foot valve [39]
Lower ball [40] is stuck in foot valve [39]
Lower seal [49] is worn or damaged

Refill, reprime or flush
Remove pump tube, clear blockage
Replace ball and reseat foot valve
Replace

Pump operates slowly, and pump output on 
both strokes is low

Inadequate air supply pressure or restricted air line
Closed or clogged dispensing valve
Air inlet strainer/filter clogged

Increase air supply; increase air supply size
Clear 

(1)

Clear 

(1)

Troubleshooting

The pump is intended for non-corrosive and petroleum based liquids. It may NOT be used for other 

• 

purposes or for pumping gasoline,  
or other explosive liquids.
Check that all components used are suitable for the operating pressure of the system.

• 

Do not use higher pressure than required for the satisfactory functioning of the system.

• 

Before a system is put into operation it is recommended that the system be pressurized to 1,3 times max. 

• 

working pressure.
Before work is undertaken on the pump the compressed air should be disconnected from the pump and the 

• 

whole system  
should then be depressurized. 
Check all components thoroughly for damage and leakage.

• 

Ensure that the compressed air is disconnected from the pump and the system is depressurized when 

• 

system is not in use i.e. overnight or during longer shut down periods as there is always a risk of hoses 
bursting or pipework leaking etc. 

General

The pump is made up of two main parts: A compressed air operated two way piston air motor and a double acting 
liquid pump. The liquid is sucked into the pump tube via the bottom valve. When the piston moves upwards liquid 
is forced out of the fluid outlet. The fluid is forced out of the pump when the piston is moving in both directions. 
The relationship between the air piston and the pump piston determines the ratio of the pump. If the pump ratio 
is 50:1 the theoretical fluid pressure will be 50 times to the air pressure, when the pump stalls out. The air is 
exhausted from the pump via a sound attenuator.  

installation/Operation

To achieve long pump life we recommend that filter regulator to be installed prior to the air inlet of the pump. 

1. 

Remove the protective packaging from the pump and also the protective plugs. 

2. 

Fit the 2” pump adaptor firmly on to the barrel.

3. 

Mount the pump into the pump adaptor and lock into position. 

4. 

Fit and secure the outlet hose.

5. 

Fit and secure the air inlet hose, slowly increase the air pressure letting the pump slowly build up fluid pres-

6. 

sure.

Ensure there are no leaks either on the air inlet or at the fluid outlet. To obtain maximum vacuum all connec-

7. 

tions should be sealed and tight.
Slowly increase the air pressure to optimum working pressure. 

8. 

Warning!

 

The maximum permitted air pressure is 10bar, do not exceed this limit. Service: Before any service-

work is carried out the compressed air must be turned off to the pump or the air coupling disconnected. And  
the fluid outled must be depressurized completely.

Maintenance

Before any service work is carried out the compressed air must be turned off to the pump or the air coupling 

1. 

disconnected. And the fluid outlet must be depressurized completely.
Clean the air filter, remove all pollutants including condensed water.

2. 

Check system for any air or fluid leaks.

3. 

Always keep the equipment clean and remove foreign objects, ensure no pollutants enter the barrel as these 

4. 

will be pumped into the system.
When changing the barrel make sure the pump remains clean (Do not put on to floor otherwise the grease will 

5. 

become polluted). 
When depressurizing the system or removing the outlet hose from the pump ensure there is a container avail-

6. 

able to drain the excess grease into.  

Service

For your personal safety ensure the air is disconnected from the pump, and the fluid discharge is depressur-

1. 

ized before any service is carried out. Be cautious when repressurizing the system after any service work is 
carried out.
During service procedures it is important to avoid any scratching or any other damage to gasket or bearings 

2. 

surfaces. Keep tools and benches clean. Be extremely cautious when assembling or dismantling V-packings 
and O-rings. Exchange all worn or damaged parts no matter how slightly damaged they seem.
Clean and grease all gasket, bearing surfaces including O-rings and gaskets with teflon grease when reas-

3. 

sembling pump.
Try to use paraffin to clean pump parts. If water based cleaners are used, wipe parts clean & dry immediately 

4. 

to avoid corrosion.  

Eurolube Equipment AB, Stråssavägen 2, SE-71176 Storå, Sweden, declares hereby that the products:
Air operated oil pump, model: 15715 Are in conformity with the requirements of the Council´s Machinery Directive 2006/42/EC.

Storå September 3, 2012

(1) Follow the Pressure Relief Procedure and disconnect the fluid line.  If the pump starts when the air is turned on again, the line, etc. is clogged.

DEcLARATION OF cONFORMITY

Morgan Gustavson, 
Product director (Authorized representative for Eurolube Equipment AB and responsible for technical documentation).

PRODUcT sAFETY INsTRUcTIONs

Summary of Contents for 15715

Page 1: ... from thermal expansion A pump s ability to deliver grease is based on the pressure bar psi and quantity of air supplied to the air motor and the amount of material discharge back pressure to be overcome within the system Warning Do NOT use solvents or other explosive fluids An explosion can result in the pump when aluminium and zink parts come in contacts with certain solvents Never point a contr...

Page 2: ...OIL PUMP 2 Figure 12 Complete Pump Dimensions Features Ø 155 6 hole circle 45 2 17 Ø 11 5 4places equallyspaced 55 TYP 45 155 5 hole circle 11 5 4 places equally spaced 1 NPT F Fluid Inlet Port 3 4 NPT F Fluid Outlet Port 1 2 NPT F Air Inlet Port 78 264 654 127 67 91 152 292 ...

Page 3: ... scarring the pump surface Using a socket wrench hold the 1 2 Hex Acorn Nut 11 on the pump Cap 1 With a 6 second socket wrench loosen and remove the 1 2 Hex Nut 10 and Lock washer 9 at the other end of the 1 2 13 Threaded Stud 7 Then remove the Acorn Nut 11 and Stud 7 as a group Do not remove the Acorn Nut from the Threaded Stud Repeat the procedure for the other three Studs Set aside all fastener...

Page 4: ...hreads of the 5 16 Jam Nuts 25 and install on the stems 23 and tighten to 70 in lbs using two open end wrenches It will be necessary to secure the hex cap of the Valve Stem 23 with an open end wrench while securing the first nut Then install the O Ring Seals 24 into the gland of the two Valve Stems 23 FIGURE 3 Secure the Rod Head 33 in a bench vise clamping the part across the flats Apply 3 Loctit...

Page 5: ...31766 Spring 2 2 31 831767 Retainer Spring 3 3 Item PART NO DESCRIPTION QTY IN PUMP SERVICE KIT QTY 900020 900027 900028 32 831768 Trip Rod 1 1 33 831769 Rod Head 1 1 34 831770 Retainer Spring Threaded 1 1 35 830641 Label Eurolube 1 36 830350 Label Warning 1 37 832114 Lifting Eye 1 38 831823 Fluid Adapter Lion HP 10 1 1 39 831993 Foot Valve Seat Vented 1 40 806962 Ball 2 41 829769 Pin Footvalve 1 ...

Page 6: ... 32 31 30 34 25 25 15 21 23 24 20 25 25 23 24 Figure 2 Head Assembly Assembly Stage 1 Figure 3 Head Assembly Assembly Stage 2 G G L G L G L 25 Item number Grease application point see detail in written procedure Loctite application point see detail in written procedure L L Exploded Views Air Motor ...

Page 7: ...OIL PUMP 7 25 25 24 22 Figure 4 Head Assembly Assembly Stage 3 18 6 19 25 25 24 22 27 28 29 Exploded Views Air Motor G G G G G G L 25 Item number Grease application point see detail in written procedure Loctite application point see detail in written procedure L L 1 drop only ...

Page 8: ...P 8 11 8 2 9 10 9 10 26 5 11 8 7 9 10 8 11 Figure 5 Head Assembly Assembly Stage 4 5 G G G L 25 Item number Grease application point see detail in written procedure Loctite application point see detail in written procedure L 7 37 1 3 35 36 Label on Back Side Exploded Views Air Motor ...

Page 9: ...6 Figure 8 Bare Pump Assembly Assembly Stage 7 G L 25 Item number Grease application point see detail in written procedure Loctite application point see detail in written procedure 43 54 53 1 drop only L 1 drop only L 1 drop only L 1 drop only L 1 drop only L G G Exploded Views Lower Assembly Figure 6 Bare Pump Assembly Assembly Stage 5 Figure 7 Bare Pump Assembly Assembly Stage 6 50 40 48 47 49 4...

Page 10: ...sembly Assembly Stage 8 Figure 10 Bare Pump Assembly Assembly Stage 9 G G G L 25 Item number Grease application point see detail in written procedure Loctite application point see detail in written procedure 1 drop only L 45 58 59 60 61 G 44 38 43 45 46 38 50 48 Figure 8 Bare Pump Assembly Assembly Stage 7 Figure 9 Bare Pump Assembly Assembly Stage 8 G G ...

Page 11: ...drop only L 54 G L 25 Item number see page 10 Grease application point see detail in written procedure Loctite application point see detail in written procedure Exploded Views Lower Assembly Exploded Views Complete Pump Figure 11 Final Pump Assembly Assembly Stage 10 Complete Air Motor Subassembly 14 Complete Lower Pump Subassembly 52 13 12 16 17 ...

Page 12: ...io is 50 1 the theoretical fluid pressure will be 50 times to the air pressure when the pump stalls out The air is exhausted from the pump via a sound attenuator Installation Operation To achieve long pump life we recommend that filter regulator to be installed prior to the air inlet of the pump 1 Remove the protective packaging from the pump and also the protective plugs 2 Fit the 2 pump adaptor ...

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