The MKS 972B DualMag vacuum transducer combines compact design with advanced dual sensor technology to provide accurate vacuum measurement over a broad range. Featuring cold cathode inverted magnetron and MicroPirani thermal conductivity MEMS sensors, this transducer delivers precise pressure readings from 1x10⁻⁸ Torr to atmosphere, suitable for demanding vacuum applications requiring both high and low-pressure measurement.
Product Features
- Compact, small footprint design saves valuable tool space
- User serviceable components reduce downtime and maintenance costs
- Supports both analog and digital communication protocols for versatile integration
- Cost-effective multi-sensor design combines two measurement technologies in one unit
- Optional local display for convenient point-of-use pressure monitoring
Cold Cathode Inverted Magnetron and MicroPirani Pressure/Vacuum Gauge
The dual sensor technology combines the cold cathode inverted magnetron gauge for higher pressure ranges with the MicroPirani MEMS thermal conductivity sensor, offering 1-2 decades lower measuring range than traditional Pirani gauges for enhanced low-pressure control.
Applications
- Analytical equipment including mass spectrometer control
- Scanning electron microscopes (SEM)
- Coating systems for thin films and surface treatment
- General vacuum base pressure measurement in industrial and research settings
Benefits
- Compact design optimizes system layout and reduces footprint
- Dual sensor technology extends measurable pressure range for versatile vacuum control
- Enhanced reliability through user serviceability and robust construction
- Flexible communication options facilitate integration into various control systems
- Cost savings through multi-sensor combination and reduced maintenance
Why Choose the MKS 972B DualMag Vacuum Transducer?
The MKS 972B DualMag vacuum transducer offers a reliable, versatile, and space-saving solution for precise vacuum measurement across a wide pressure range. Its combination of cold cathode and MicroPirani sensors ensures superior control for applications demanding both low and high vacuum accuracy. With easy maintenance and flexible interfaces, it fits seamlessly into modern vacuum systems.
