To Next PageTo Next PageWhat to do if the Samoa Water Pump is not working?
If your Samoa Water Pump isn't working or there's no grease delivery, several factors could be at play. First, ensure that the air supply pressure is adequate; increase it if necessary. Second, check for any blockages or closures in the outlet circuit and clean or open it. Finally, an air pocket in the grease inlet area could be the culprit; try stirring and repacking the grease.
Why does my Samoa Water Pump keep running even when the grease outlet is closed?
If your Samoa Water Pump continues to operate even with the grease outlet closed, it could be due to a grease leakage somewhere in the circuit; check for leaks and tighten or repair the affected areas. Alternatively, there might be contamination in the upper or foot valve. Disassemble and clean these valves, replacing them if they're damaged.
Why is my Samoa PM35 grease output too low?
If the grease output of your Samoa Water Pump is too low or decreases over time, it could be due to contamination in the foot or upper valve. Remove and clean these components, replacing them if damaged. Also, the exhaust muffler might be clogged by compressed air dirt or lubricant; in this case, replace the muffler felt.
Why is grease leaking from the air outlet of my Samoa Water Pump?
If you notice grease leaking through the air outlet muffler or the leakage warning hole on the pump body of your Samoa Water Pump, it indicates that grease has entered the air motor. This can be caused by a scratched piston rod or worn/damaged seals. Inspect the piston rod and replace any damaged or worn parts.
How to fix air leakage from the air outlet muffler of Samoa PM35?
If air is leaking through the air outlet muffler of your Samoa Water Pump, it could be caused by a damaged or worn piston O ring. Replace the O ring. Another possible cause is damaged or worn spool seals; in this case, replace the seals, or replace the full assembled spool.
Why is my Samoa Water Pump operating very fast?
If the Samoa Water Pump starts operating very fast, it is possible that the drum is empty, or the grease level is beneath the suction tube inlet. To solve this, replace the drum or insert the suction tube until the inlet reaches the grease level.
Introduces the manual's purpose for technical service and parts information.
Lists pump titles across multiple languages with their respective page references.
Details safety requirements for operating equipment in potentially explosive atmospheres.
Explains the components and meaning of the ATEX marking on the pump.
Defines the specific zones where ATEX pumps are suitable for use.
Advises against improper equipment use and outlines potential warranty voiding.
Specifies limits for fluids and temperatures to ensure pump integrity and safety.
Emphasizes operator training, required safety equipment, and temperature considerations.
Describes the high flow capacity reciprocating piston pump for various installations.
Details three methods for installing the pump, including wall and tank mounting.
Guides the user on priming and operating the pump for the first time.
Presents a typical installation diagram with essential accessories and air supply parameters.
Provides solutions for common pump issues based on symptoms and possible causes.
Outlines the process for disassembling, cleaning, and repairing the air distributor.
Details the procedure for replacing seals within the pump's air motor assembly.
Explains the steps for replacing lower seals in the pump, recommended at lowest stroke position.
Declares product compliance with applicable EU directives for machinery and ATEX.
Identifies the notified body and lists harmonized standards used for conformity assessment.
General| Air inlet | 1/4" NPT |
|---|---|
| Fluid outlet | 1/2" NPT |
| Ratio | 1:1 |
| Fluid compatibility | Oil |
| Inlet/Outlet Size | 1/2" |
| Material | Aluminum |
