Examples of 'control piston' in a sentence
Meaning of "control piston"
Control piston: The management or adjustment of a piston in a mechanical system
How to use "control piston" in a sentence
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control piston
The control piston is designed as a hollow body.
The bush is traversed by the control piston.
Each control piston moves in an internal volume of a cylinder.
Clean the magnetic flow control piston with a cloth.
The pressure compensator includes a compensator spool and a compensator control piston.
The spring maintains the control piston in a position so that the nozzle is shut.
The second pneumatic compensation chamber is therefore placed outside the control piston.
The compensator control piston acts against the compensator spool in one longitudinal direction.
The power rod then includes one control piston per cylinder.
An articulated connection is conveniently provided between the actuator and the control piston.
The compensator spool and the compensator control piston are coaxially disposed in a stepped bore.
The control piston therefore moves with the valve and the bush toward the front.
The spring means biases the stepped pressure control piston away from the valve seat.
The compensator control piston is operable to sense the pressure differential across the valve area.
This displacement is determined proportionally to the displacement induced by the control piston 16.
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The control piston 4 is then held in a determined static position.
Moreover, it is fitted onto the control piston and traversed by the latter.
The control piston co-operates with a control cylinder constructed in the damping piston.
The compensator spool is pressure balanced, and the compensator control piston is pressure unbalanced.
Thus, each control piston defines a retraction chamber and an extension chamber inside each cylinder.
The needle 3 is also displaced upwardly until it contacts with the displacement control piston 9.
At this stage, the control piston remains firm to resist the explosion without moving back.
The linear actuator then automatically withdraws the control piston 23.
The control piston 4 is therefore movable relative to the body 2.
The description of operation immediately above assumes control piston 152 to be fully retracted.
This control piston is displaced by feeding fluid into a control chamber 62.
The spring 24 can extend to push the control piston 23 downwardly.
The head 6 of the control piston 4 is then arranged in the annular compression chamber 3.
Two way valve 60 is opened to release the pressure below control piston 61.
The control piston 206 is interrupted little after passing through the bush.
A screw 26 has one end engaged in a central threaded aperture 5a in the control piston 5.
The further lowering of the control piston 5 thus causes compression of the spring 29.
Control piston 152 is depicted as substantially retracted.
Pressure above the control piston 61 is vented through vent 62.
Control piston 13 is biassed by a spring 14 to a position of minimum extension.
The valve spindle piston 64 is slidably mounted within a cylinder 65 carried by a control piston 66.
The control piston 15 does not allow pressurized gases to flow through to the pressure chmber 16.
The control means 48 may comprise a control piston 49 having a hydraulic and / or pneumatic actuation.
A control piston 14 is slideably mounted sealingly in a part 16 of widened diameter of the stepped bore 12.
The spring element is therefore supported on the housing 101 indirectly vía the control piston 113.
As previously, the control piston 206 penetrates the casing of the simulator.
Control piston of the injector valve Fig . 2.
The linear actuator 24 initially moves the control piston 23 into the cylinder 20 until the drive stalls.
The control piston 23 is then advanced, causing the bar / plate interfaz to close.
In the crusher according to Figure 2, a control piston 16 is entirely below the main shaft 1.
Each control piston 12 subdivides the corresponding inside space 10 into an extension chamber 3 and a retraction chamber 4.
The cylinder 20 includes a control piston 23 which is moved to its start position by a linear actuator 24.
The pressure under the control piston 61 holds the ram 58 in the desired position.
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