The air pump draws the hydraulic oil from the reservoir and pumps it to the intensifier circuit which has manual valves and pressure gauges.
Air over oil intensifier circuit.
Click here to view sample circuit drawing.
The optional stainless steel output cylinder can handle a wide range of liquids.
A vented spring chamber eliminates back pressure.
This type of circuit requires very good cylinder seals to prevent air or oil transfer.
The pump s usual discharge pressure is of the order of 16000 psi.
If necessary to run a long exhaust line make it about two pipe sizes larger than the feed line.
Typical air oil tank arrangement.
As a result the output.
Intensifier is filling with oil.
Single shot design incorporates various ratios between the air piston supply and intensified air or oil output.
Too much back pressure in the exhaust line may cause some intensifiers to stall.
Intensified oil circuit all components in the high pressure hydraulic or air circuit should have a safety factor of at least 6 1.
4 tons 8 tons 10 tons 15 tons 20 tons 30 tons 50 tons 4 tons to 50 tons of hydraulic force.
Click here to view a sample circuit drawing.
Air oil intensifier circuit with purchased reciprocating intensifier.
There are three classes of intensifiers.
A vented spring chamber eliminates back pressure.
The air operated pump delivers oil on to the top piston of the intensifier with the valves a and b shut.
Air input to the intensifier s spring return retracts the piston drawing in hydraulic oil from a reservoir and pumps it to the intensifier circuit at a pre defined output hydraulic to input air pressure ratio.
A parker fluidpower intensifier is an efficient way of generating high pressure hydraulic fluid.
Pressurized fluid either air or oil enters the intensifier and acts on a confined piston.
The simple design offers a quick response and trouble free operation.
Air over oil tanks do not intensify the oil pressure regardless of the tank s diameter or length.
When a machine needs a low to medium volume of high pressure oil and has long holding times use a reciprocating intensifier.
Intensifiers also known as boosters use a large quantity of low pressure fluid to produce a smaller quantity of higher pressure fluid.
This in turn drives a smaller diameter ram or piston to deliver a given volume of fluid.
Contact bimba for seal compatibility.
Air input to the intensifier s spring return retracts the piston drawing in hydraulic oil from a reservoir and pumps it to the intensifier circuit at a pre defined output hydraulic to input air pressure ratio.
Ah series hi lo air over oil cylinder.
When control is only necessary in one direction the tank on the uncontrolled side can be omitted.
Most manufacturers offer single acting intensifiers as standard and double acting intensifiers as an option.
More cost efficient alternative to full hydraulic cylinder.
