Parker Hannifin (Australia) Pty Ltd

Parker Hannifin (Australia) Pty Ltd

Parker Hannifin (Australia) Pty Ltd
Parker Hannifin (Australia) Pty Ltd
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Electronic Oscillating Valve

Submitted By: Admin
Date Submitted: 9-June-2006 10:29 am
Status: Approved
Views: 423
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Electronic Oscillating Valve — the HOERBIGER-ORIGA oscillating valve has been a core product for many years and has proved to be very popular. It offers a low cost solution for cylinders that need to continuously reciprocate. The standard oscillating valve has been applied to a wide variety of applications, including shaking, wiping, feeding, hammering, plunging, scraping, winding, raking, diverting, spraying, cleaning, and dipping.

The oscillating valve product line has recently been expanded. HOERBIGER-ORIGA is now offering this valve in an electrically actuated version. The new design combines the advantages of a standard solenoid valve, with the unique features and benefits of the original oscillating valve.

The new oscillating valve allows a customer to control the reciprocating motion of a cylinder, with a simple electrical signal. The outlet ports of the valve (4 & 2) are alternately supplied with air, for as long as an electrical signal is present at the solenoid coil. When the electrical signal is interrupted, the cylinder will complete its cycle and will return to its home position. The new valve design makes the product more versatile. Since the cylinder always starts from a defined starting position, the oscillating valve can now be used for applications that require greater control over the reciprocating cycle.

  • complete 1/4" power valve, with a Cv of 1.3
  • built-in flow control valves, to adjust the stroke frequency of the cylinder
  • oscillating movements can be actuated by a permanent electrical signal
  • many standard voltages available (12vDC, 24vDC, 110vAC, 220vAC)
  • built-in manual override allows the valve to be operated without an electrical signal
  • the cylinder will complete its current cycle, when the electrical signal is interrupted
  • the cylinder always begins its cycle from a defined starting position

To request more information, click here.


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