The MKS 627H Heated Absolute Capacitance Manometer is temperature controlled to 45°C, delivering exceptional accuracy of 0.12% of reading with enhanced long-term stability and repeatability. Featuring corrosion-resistant Inconel wetted surfaces and an integrated sump for particle protection, this transducer offers reliable and precise absolute pressure measurement ideal for demanding vacuum applications.
Product Features
- Temperature controlled to 45°C for 0.12% of reading accuracy
- 0 to 10 VDC analog output proportional to absolute pressure
- Full scale ranges as low as 20 mTorr for precise low pressure measurement
- All-Inconel corrosion-resistant wetted surfaces
- Integrated sump provides particle protection
- Measures total pressure directly, independent of gas composition
- Excellent long-term stability for reliable process control
- Faster warm-up time for reduced downtime
- High overpressure rating improves reliability during system events
Configuration
- Full Scale Range: 1 Torr
- Fittings: NW-16 ISO-KF
- Accuracy: 0.12% of reading
- Options: Optional temperature/heater status, vertical calibration
- Connector: 15 pin Type "D" with thread locks
Benefits
- Precise temperature control ensures consistent, accurate pressure measurements.
- Corrosion-resistant construction extends device lifespan and reliability.
- Integrated particle protection reduces sensor contamination and maintenance.
- Fast warm-up minimizes operational delays and improves productivity.
- High overpressure tolerance protects the sensor from damage during unexpected conditions.
- Flexible configuration options allow customization to specific application needs.
Why Choose the MKS 627H Heated Absolute Capacitance Manometer 1 Torr, NW-16-KF Fittings, 0.12% of Reading Accuracy?
With industry-leading accuracy, enhanced stability, and robust construction, the MKS 627H is an ideal choice for vacuum systems demanding precise absolute pressure measurement. Its temperature-controlled design, particle protection features, and flexible configuration options make it a trusted solution for advanced industrial and research applications.
