Electro-Hydraulic Pumps (EHP) for Mobile Applications | Product Series

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Electro-Hydraulic Pumps (EHP) for Mobile Applications

Electro-Hydraulic Pumps (EHP) for Mobile Applications

The EHP Electro-Hydraulic Pump are designed for hybrid electric and all electric mobile applications. Configured ePumps consist of an electric motor directly coupled to a hydraulic pump (EHP), controlled by a high performance mobile hardened drive

Technical Specifications

  • Motor Type: PMAC (GVM Permanent Magnet AC Synchronous Motor)
  • Pump Type: Parker Hydraulic Vane Pumps (axial piston, bent axis, gear pumps)
  • Input Voltage: 24 to 800 VDC
  • Output Power: 2 to 260 kW (Hydraulic Power)
  • Flow Rate: up to 350 L/min
  • Pressure Rating: up to 450 bar
  • Ingress Protection Rating: IP6K9K as standard with GVM servomotors
  • Specifications Met: CE
Safety Warning

Full Product Description

Parker’s Configured ePumps consist of an electric motor, directly coupled to a hydraulic pump (EHP Series) and controlled by a high performance mobile hardened inverter (GVI Series). Our Configured ePumps provide the lowest possible installed cost and highest

efficiency, while still maintaining superior reliability in the most demanding applications.

Parker's global expertise in hydraulic, electric motor, and inverter technologies is combined into the Configured ePump, creating an optimized and customizable system for hybrid electric and all fully electric mobile applications.

In addition to our wide range of Configured ePumps, our Smart Electrification portfolio also includes an Electric Power Take-Off (ePTO), consisting of our GVI Series Inverter and GVM Series electric motor.

 

Markets:

 • Construction Equipment
 • Mining
 • Material Handling

 • Trucks 
 • Bus
 • Agriculture and Forestry

 

Features/Benefits:

• Highly reliable components (inverters, motors, and pumps that are perfectly matched without the need for extra adaptors) provide greater assurance

• A wide range of motor/pump combinations adaptative to every battery pack provide greater flexibility

• Reduced energy consumption and emissions through flow on demand

• Longer runtime due to higher, overall efficiency

• Reduced noise pollution

• Simplified sourcing with a multi-technology Parker solution

 

Applications:
• Electric power steering
 - Bus and Coach
  - Vocational vehicle
• Electro-Hydraulic Systems
 - Wheel loader, excavator
 - Dump truck, hauler
 - Material handling
 - Refuse truck
 - Street sweeper

Related Documents

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687530
A87859