37KW Electric Hydraulic Power Unit Durable & Portable

Portable Hydraulic Power Pack
January 27, 2026
Category Connection: Portable Hydraulic Power Pack
Brief: This video provides a case-style overview of the KPS37 High Pressure Electric Hydraulic Power Pack Unit, demonstrating its practical setup and operation with a hydraulic pile breaker. You'll see the step-by-step installation process, from connecting the wireless control system to observing the motor in action, showcasing how this durable 37KW unit delivers reliable performance for demanding construction tasks.
Related Product Features:
  • Delivers a powerful 37KW motor output for high-performance hydraulic operations.
  • Features a large 470L capacity tank for extended use with 32# or 46# anti-wear hydraulic oil.
  • Provides a maximum flow rate of 240L/min and working pressure up to 315bar.
  • Includes a wireless control system for convenient and flexible operation.
  • Designed to be durable and portable with a manageable working weight of 1500kg.
  • Operates on 380V, 50Hz electrical supply with a rotation speed of 1460rpm.
  • Compatible with various hydraulic pile breaker models like KP380A and KP500S.
  • Built for long life and reliable service in demanding construction environments.
FAQs:
  • What kind of service and support do you provide with the hydraulic power unit?
    We offer professional technical support and comprehensive after-sales service, including customized modification guidance based on your specific excavator configuration and requirements.
  • Why should I choose your hydraulic power pack unit?
    We are a trusted manufacturer with a strong reputation for quality and service, offering competitive pricing, professional customization, and a track record of supplying reliable machinery to over 20 countries worldwide.
  • How do I properly install the hydraulic power unit with a pile breaker?
    Installation involves positioning the unit and breaker, connecting external power and hoses securely, checking hydraulic oil levels, and operating the motor to fill the system before use, as detailed in the provided steps.