|Model Number||Series N|
|Frequency Hz||50-60 Hz|
|Pressure Bar||Max. 1300 bar|
Our company has created a niche in the field of offering Hydro Pneumatic Reciprocating Pumps.
The New MERCURY Series N Hydro Pneumatic Reciprocating Pumps are an efficient, low cost alternative to motorised and hand operated pumps.
The salient features are:
Compact and lightweight. Can be mounted in any orientation.
Low air consumption. when used in conjunction with a low pressure, high discharge centrifugal pref ill pump, the energy consumption and time for building desired pressure is very low. Once pressure has built up there is no further consumption of compressed air.
Automatically compensates for leakages to maintain set pressure.
Can be used in explosive environments as all components are pneumatically actuated.
Designed for use with water and other non corrosive liquids, as all wetted parts are made from stainless steel and brass.
Non return valve assembly can be easily dismantled for quick servicing.
Precise air pressure regulator with push to lock knob, to infinitely vary the output pressure.
Automatic and adjustable lubrication through our unique Autolube pump.
One of the most popular applications of ercury Hydro Pneumatic Reciprocating Pumps is for pressure / burst testing of Castings, valves, Hoses, Pressure vessels etc.
Some of the other applications where MERCURY Hydro Pneumatic Pumps can be used as a low cost alternative to hand operated and motorised hydraulic pumps are:
(i) Cyclic Pressure / life Testing of Pressure Gauges, Pressure Switches, Hoses etc.
(ii) Burst Strength Testing of pressurised vessels such as LPG / Nitrogen / Oxygen gas cylinders, storage tanks, hoses, pipes etc.
(iii) Seat leakage test of Control valves.
(iv) Operation of Single Acting Hydraulic Cylinders used in litting platforms, hydraulic clamps, compression moulding presses etc.
(v) Isostatic Pressing of powder metals and ceramics.
(vi) Transferring of liquids from barrels, storage tank etc.
(vii) Pumping oil or grease in centralized lubrication systems.