Hydraulic Hand Pump Two-Stage 42.6/2.6 cm3/Stroke 2.5l

Hydraulic Hand Pump Two-Stage 42.6/2.6 cm3/Stroke 2.5l
Reference: H222E
Brand: Power Team

This is a Power Team two-stage 2.5 l hydraulic hand pump, suitable for a maximum operating pressure of up to 700 bar. It delivers a volume of 2.6 cm3 per stroke, at the maximum operating pressure and 42.6 cm3 while unpressurized. A two-stage pump enables the rapid extension of the cylinder. As soon as the cylinder comes in contact with a load, the pump automatically switches to high pressure stage.

The pump is delivered filled with HLP oil and equipped with an NPT 3/8” female threaded port.

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Regular price
£1163.08
excl VAT

In stock +2 days On request On request
For a higher quantity than 0 of product H222E, the lead time of the order will increase by 2 days. The item is not online available in your chosen quantity, there are 3 items available for online order. For higher quantities please contact us on support@tameson.com to request the lead time. The item is not available for online order, please contact us on support@tameson.com to request the lead time.


Shipping to United Kingdom: £6.95
Free for orders > £75.00
Expected delivery in 4 - 6 business days

Description
Specifications
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This is a Power Team two-stage 2.5 l hydraulic hand pump, suitable for a maximum operating pressure of up to 700 bar. It delivers a volume of 2.6 cm3 per stroke, at the maximum operating pressure and 42.6 cm3 while unpressurized. A two-stage pump enables the rapid extension of the cylinder. As soon as the cylinder comes in contact with a load, the pump automatically switches to high pressure stage.

The pump is delivered filled with HLP oil and equipped with an NPT 3/8” female threaded port.

Pros:

  • Ensured strength and long service life thanks to the full metal design
  • Particularly light and economical aluminum design
  • Welding sparks cannot burn through the housing
  • Equipped with a safety valve and check valve
  • Large valve control button enables precise and slow relieving of the load