The MKS Vacuum Transducer combines advanced Cold Cathode inverted magnetron and MicroPirani thermal conductivity MEMS sensor technologies to deliver accurate and reliable pressure measurement from ultra-high vacuum to atmospheric pressure. Featuring a 2.75 inch CF flange fitting and RS232 digital communication interface, this transducer provides flexible setup and real-time monitoring of vacuum conditions.
Product Features
- Measurement range from 1x10-8 Torr to atmospheric pressure
- DualMag technology combining cold cathode inverted magnetron and MicroPirani MEMS sensors for enhanced reliability
- MicroPirani sensor automatically controls cold cathode sensor ignition pressure for optimal performance
- Lower activation pressure improves reliability and extends service intervals
- Analog pressure output of 0.5 VDC/decade compatible with external analog equipment
- Selectable analog outputs and curves via digital user interface for versatile integration
- Standard 15 pin HD Sub-D connector for easy communication and power
- Emulation feature allows replacement of other vendor gauges without system software changes
- Up to three mechanical relays available for process control, such as interlocking valves or pumps
- 2.75 inch CF flange fitting for secure, vacuum-tight installation
Benefits
- Wide measurement range suitable for ultra-high vacuum to atmospheric pressure applications
- Improved reliability with automatic cold cathode ignition control
- Extended maintenance intervals reduce downtime and service costs
- Flexible output options facilitate seamless integration with various control systems
- Mechanical relays enhance process control and automation capabilities
Why Choose the MKS Vacuum Transducer Cold Cathode-MicroPirani, 2.75 in. CF, RS232?
Designed for demanding vacuum applications, the MKS Vacuum Transducer with Cold Cathode-MicroPirani technology offers precise and dependable pressure measurement across a broad range. Its digital communication and emulation capabilities provide versatile interfacing options, while robust mechanical relays support complex process control needs. This transducer ensures high performance, extended service life, and easy system integration for research, industrial, and OEM applications.
