The Leybold Power Failure Vent Valve 24 V DC G1/8" is an essential safety component designed to ensure controlled venting of TURBOVAC turbomolecular vacuum pumps during power failures. This valve helps protect the vacuum system and maintains system integrity by safely venting when power is lost.
Product Features
- Leybold offers a broad range of different high and ultra high vacuum pumps. These pumps vary in the principle of operation and field of application, including turbomolecular vacuum pumps of the TURBOVAC and MAG series, diffusion vacuum pumps DIP, and cryo vacuum pumps of the COOLVAC series.
- Important items for selecting the adequate high vacuum pump include attainable ultimate pressure, required pumping speed, gas throughput, or compression.
- TURBOVAC / TURBOVAC MAG turbomolecular pumps come in different product lines which vary in rotor suspension: mechanical rotor suspension (TURBOVAC line), magnetic rotor suspension (TURBOVAC MAG line), and hybrid rotor suspension (TURBOVAC i Series).
- Each product line contains classic turbomolecular pumps as well as turbomolecular pumps with a compound stage, allowing the use of smaller backing pumps.
- The new TURBOVAC i / iX series features hybrid bearings with integrated drive electronics providing best pumping performance on ISO 100 and 160 flange sizes.
- This series allows easiest pump integration, operation, and control thanks to flexible housing, electronic options, and a flexible range of accessories.
- Power failure vent valve operates at 24 V DC with G1/8" connection ensuring reliable venting during power loss.
Accessories
Power failure vent valve 24 V DC, G 1/8"
Benefits
- Prevents damage to vacuum pumps by controlled venting in power failure scenarios
- Ensures vacuum system integrity and safety
- Easy to install and integrate with existing TURBOVAC vacuum systems
- Robust design for reliable long-term operation
Why Choose Leybold Power Failure Vent Valve?
This valve is a critical safety component in TURBOVAC vacuum systems, providing peace of mind by automatically venting the system during power failures to prevent costly damage and downtime.
