The MKS 275 Vacuum Pressure Transducer offers precise absolute pressure measurement from atmosphere down to 1x10-4 Torr in a compact, rugged, and modular design. Ideal for applications requiring local control and minimal installation costs, this transducer features easy-to-read displays, programmable functions, and versatile interface options, making it a dependable choice for modern vacuum systems.
Product Features
- Absolute pressure measurement range from atmosphere to 1x10-4 Torr
- Compact and rugged all-metal package, resistant to RF interference
- Programmable functions via RS485 or DeviceNet interfaces for flexible control
- Easy-to-read three-digit display allows local pressure monitoring at point-of-use
- Analog output interface for seamless integration with existing control systems
- Two relay set points included for pressure switching applications
- Gold-plated tungsten filaments ensure high accuracy and durability
- 1/4 inch VCR female fitting for secure and leak-tight connections
Benefits
- Reliable and precise pressure measurement enhances process control and monitoring accuracy.
- Modular design reduces installation time and costs while providing flexible system integration.
- Robust construction minimizes interference and improves longevity in challenging environments.
- Local display offers immediate pressure readings without additional equipment.
- Programmable interfaces allow customization for diverse application requirements.
- Dual relay outputs provide additional control capabilities for automated systems.
Why Choose the MKS 275 Vacuum Pressure Transducer With Display, Analog Interface, 2 Relay Set Points, Gold-Plated Tungsten Filaments, 1/4 VCR Female Fitting?
Designed for demanding vacuum applications, the MKS 275 transducer delivers reliable absolute pressure measurement with easy local monitoring and flexible interface options. Its compact, rugged design coupled with programmable controls and dual relay set points makes it ideal for environments where precise control, fast installation, and operational durability are critical.
