HTP1


HYDRAULIC PRESSURE PUMP
- Up to 10,000 PSI

Hydraulic pressure up to 10,000 PSI
Sealed construction, no leaks, no rust
optional over pressure protection system (via adjustable relief valve)
quick priming and pressure generation using scissor action pump
high pressure/priming selector
pressure release valve
large see-through reservoir with a capacity of over 100cc
compatible with many different liquids such as mineral oil, distilled water (brake fluid option available).

General Description
The HTP1 Hydraulic Pressure Test System is lightweight, easy to use and can generate pressure up to 10,000 PSI. The HTP1 is ideal for calibrating pressure transmitters, pressure transducers, pressure switches and pressure gauges. It can also be used as a portable pressure comparator in conjunction with various pressure indicating devices. The system offers adjustable over pressure protection, fine control, and has a unique selector switch to move from priming to high pressure generation.

Specifications
Pressure range              0 to 10,000 PSI
Pressure media             mineral based hydraulic oil, distilled water (Skydrol and brake                                        fluid option available HTP1-S)
Pressure connections   1/4” NPT female (blanked off), quick fit connector to suit                                        flexible hose (see optional accessories)
Dimensions                   L 236 mm x W 159 mm x D 70 mm
Weight                          approx. 1.6 kg
PVR12-X                      1: 150 - 750 PSI
Pressure range             2: 750 - 3000 PSI
                                      3: 3000 - 6000 PSI
                                      4: 4500 - 10 000 PSI

 

Order No.               Description
HTP1-10K             
HK1                       
HK1-W                  
HTPK1                  
PRV12-X-HTP1  
  
Hydraulic hand pump up to 10,000 PSI
Hydraulic hose assembly
Water hose assembly
Service kit with complet set of seals
The ‘PRV12’ range of relief valves provides a compact solution to the
protection of sensitive instruments from the danger of overpressure
under low flow conditions.

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