Air Driven Water Filing Booster Pump
- These test pumps are for oil, water, or aggressive medium and are complete hydraulic units ready for connection, which generate operating pressure.
- The pressure will be generated by means of a pneumatically operated pump. The pump will be connected to the existing industrial compressed-air ductwork system.
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Overview
These test pumps are a fast, safe and simple method for hydrostatic testing, ideally suited to work with the above plugs or on a stand alone basis eg heat exchanger, tubes, pipes, pressure vessels, hoses, etc.
These test pumps are for oil, water or aggressive medium are complete hydraulic units ready for connection which are provided for generating operating pressure.
The pressure will be generated by means of a pneumatically operated pump. The pump will be connected to the existing industrial compressed-air ductwork system.
Features
> Ability to stall at a predetermined pressure and standstill this fixed pressure without consuming power or generating heat
> No risk of flame, spark or pulse
> Infinitely variable output pressure control
> Standard models are suitable for oil or water applications
> No limit or adverse effects in continuous stop/ start applications
> Proven reliability, easy to maintain and robust
> Test in the field or in the shop
Specifications
> Color painted flow on the panel
> air filter, pressure regulator, pressure gauge and check valve
> 100mm diameter panel mounted outlet pressure gauge
> Pressure release valve with return back to tank
> Inlet fluid strainer
> All interconnecting pipework and fittings
> Stainless steel frame and internal pipe as standard
> Fluid reservoir
> High pressure outlet and high pressure bleed-off available
> Stainless steel construction as standard
Options
> Reels for easy move
> Needle valve for high pressure outlet control
> High pressure hose
> On board chart recorder
> Data acquisition station- pressure and time curve
> Accumulator and flow controller
> Variable speed/ output flow rate control
> Multi-stages boostering for high flow rate
Performance Data
Model | Max output pressure ＠100 psi(7bar) air drive | Max outlet flow | ||
Bar | Psi | L/min | Cu Ins/min | |
WY-80W-J0A | 80 | 1160 | 15 | 915 |
WY-80W-J0B | 25 | 1525 | ||
WY-80W-J0C | 45 | 2476 | ||
WY-130W-J0A | 130 | 1885 | 9 | 549 |
WY-130W-J0B | 20 | 1220 | ||
WY-130W-J0C | 30 | 1830 | ||
WY-200W-J0A | 200 | 2900 | 4 | 244 |
WY-200W-J0B | 12 | 732 | ||
WY-200W-J0C | 23 | 1403 | ||
WY-350W-J0A | 350 | 5075 | 4 | 244 |
WY-350W-J0B | 10 | 610 | ||
WY-350W-J0C | 20 | 1220 | ||
WY-500W-J0A | 500 | 7250 | 2 | 122 |
WY-500W-J0B | 5 | 305 | ||
WY-500W-J0C | 10 | 610 | ||
WY-800W-J0A | 800 | 11600 | 1.5 | 91 |
WY-800W-J0B | 4 | 244 | ||
WY-800W-J0C | 7 | 427 | ||
WY-1000W-J0A | 1000 | 14500 | 4.5 | 274 |
WY-1400W-J0A | 1400 | 20300 | 1.8 | 109 |
WY-1400W-J0B | 3.2 | 195 | ||
