Festo Shut Off Valve - HE-D-MIDI

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Best current price£34.99from eBay
Shopping.co.uk recommended and popular offers
eBay£34.99Visit shop Festo HE-D-MINI 0-16bar On/Off Valve 170681
Visit shop5 offers from £34.99 - £136.56
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This Festo HE-D-MIDI shut-off valve is designed for technical professionals needing reliable pneumatic installation control. Its key benefit is the dual functionality for pressurizing and exhausting systems with versatile port options. A minor consideration is the need for separate muffler or ducting if a controlled exhaust is required. The valve features a robust aluminum body, operates up to 16 bar, and offers a clear visual indicator of its switching position for enhanced safety and efficiency.
| Model Part Number | HE-D-MIDI |
|---|---|
| Brand | Festo |
The Festo HE-D-MIDI shut off valve can operate at a maximum pressure of 16 bar.
The valve features a standard G 1/4 threaded connection port.
This valve is specifically designed for use with compressed air. Using it with other fluids is not recommended and may cause damage or malfunction.
No, the valve offers versatile exhaust options, allowing for either muffler attachment or ducted exhaust at port 3. A muffler or ducting needs to be purchased separately if required.
The valve features a clear visual indicator that displays its current switching position, enhancing operational safety.
The body of the Festo HE-D-MIDI shut off valve is made of aluminum.
This is a manual shut-off valve. For automated systems, you would need to integrate it with an external actuation method or consider a solenoid-operated valve.
Verify that the air supply is connected to the correct inlet port and that the supply pressure is within the 0-16 bar range. Ensure the valve is in the correct position to allow pressurization.
Check that port 3 is not blocked and that a muffler or duct is properly attached if used. Confirm the valve is actuated to the exhaust position.
This indicates the valve may not be sealing correctly. Inspect seals for damage or debris. Ensure the valve is not continuously actuated to the exhaust position.
Ensure the valve is clean and free from external debris. Check for obstructions in the actuation mechanism. If the issue persists, internal components may require inspection or replacement.
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