Mocal Electric Fluid Pump

Mocal Electric Fluid Pump

This is Mocal's latest offering in a mid-sized gear pump which is suitable for transmission/differential cooling, turbo oiling applications. Pump is both compact and durable which makes it a good candidate for longer runtime applications. The brass pump body with bronze gears is ideal for pumping a variety of viscosity oils. Pump is self priming and can be located up to 5 feet above fluid... » Read More

  • Description
  • Part Number
  • Price
  • Qty
  • Mocal Electric Fluid Pump
  • MOC-17311
  • $295.00
  • Mocal Electric Fluid Pump
  • MOC-17311-24
  • $295.00
  • Description
  • Product Reviews
  • Technical Info
This is Mocal's latest offering in a mid-sized gear pump which is suitable for transmission/differential cooling, turbo oiling applications. Pump is both compact and durable which makes it a good candidate for longer runtime applications. The brass pump body with bronze gears is ideal for pumping a variety of viscosity oils. Pump is self priming and can be located up to 5 feet above fluid level. Motor body is sealed and meets IP-65 waterproof specification. Flow Rate 1.0-2.1 GPM and up to 50 psi. working pressure. Length 5.5" , weight 3.0 lbs, current 12 volt 8 amp max.

24 volt version is Special Order only. Lead time is 1-4 weeks.

Specifications: - flow 1-2.1 GPM / 50 psi max rating - 300f temp rating - self-priming* 5 foot *gears must be wet - quiet low vibration operation - bronze pump body with brass rotor gears - sealed waterproof motor (meets IP-65 spec.) - stainless pump shaft w/Floroelastomer seal - -8AN Male inlet/outlet - high temperature internal wiring - 10" wiring lead - rubber-isolated mounting bracket and feet - dimensions 5.5" x 3.9" x 3.0" - weight 3 lbs. - 12 volt DC, 6-9 amp nominal (10 amp fuse recommended). - 24v version is available

PDF icon Mocal Electric Fluid Pump Spec Sheet

Get Adobe Reader for PDFs Adobe Reader, available for free from Adobe, allows you to view, navigate,
and print PDF files across all major computer platforms.

Close