Raymond

RA 500-348/367

RA 500-348/367

Lift Pump Seal Kit, Single DC Lift Pump

Regular price $49.00
Sale price $49.00 Regular price
In stock

Questions? Call +1-800-669-7554

Compatibility

Make Raymond
Model 7400 Reach Truck Drive Lift Pump and Motor Assembly, DC

Reference Diagrams

Visit our diagram page for part references to popular models


Product Description

Lift Pump Seal Kit, Single DC Lift Pump

Compatibility: Fits pallet jacks made by Raymond, model 7400 Reach Truck Drive Lift Pump and Motor Assembly DC. Alternate model: 7400 Reach Truck Drive Lift Pump and Motor Aembly DC. SKU: RA 500-348/367

Frequently Asked Questions

Q: What equipment does the RA 500-348/367 lift pump seal kit fit?
A: The RA 500-348/367 is a single DC lift pump seal kit designed for Raymond model 7400 Reach Truck Drive Lift Pump and Motor Assembly DC. This seal kit is specified for the hydraulic or pneumatic pump assembly on this model.

Q: What does the RA 500-348/367 seal kit contain?
A: The RA 500-348/367 is a complete seal kit for a single DC lift pump. It includes all seals and gaskets necessary to service the pump assembly. Check the detailed specification sheet to confirm all components included in your kit revision.

Q: What is the purpose of the RA 500-348/367 seal kit?
A: The RA 500-348/367 seals prevent fluid leakage from the lift pump assembly. These seals maintain system pressure and prevent contamination of hydraulic or pneumatic fluid by external debris and moisture.

Q: Is the RA 500-348/367 compatible with models other than the 7400 Reach Truck?
A: The RA 500-348/367 is specified only for Raymond 7400 Reach Truck Drive Lift Pump and Motor Assembly DC. Do not use on other models without confirming identical pump assembly specifications.

Q: What materials are used in the RA 500-348/367 seal kit?
A: The RA 500-348/367 contains high-performance elastomer seals, gaskets, and shims compatible with hydraulic and pneumatic fluids specified for Raymond 7400 equipment. Material composition ensures durability under rated pressure and temperature conditions.