The MKS Convectron Pirani Vacuum Gauge is engineered for highly reliable and accurate low vacuum measurements across a wide pressure range from 10-4 Torr (10-2 Pascal) up to atmosphere. With a fast response time measured in milliseconds, this convection-enhanced Pirani gauge is ideal for vacuum processes where precision and repeatability matter. Trusted in thousands of applications worldwide, the Granville-Phillips 275 Convectron combines robust construction with over three decades of proven performance.
Product Features
- Reliable measurement range from 10-4 Torr (10-2 Pascal) to atmosphere
- Fast response time in milliseconds for rapid process feedback
- High repeatability and accuracy to ensure consistent process start pressures
- Convection-enhanced Pirani design extends the measurement range and sensitivity
- Durable Granville-Phillips construction trusted for over 30 years
- Compact form factor for easy integration into existing systems
- Available with 4 VCR female fitting for secure vacuum connections
Benefits
- Quick, accurate pressure measurement supports improved process control
- Highly repeatable performance helps reduce downtime and rework
- Fast response enables immediate detection of pressure changes
- Long product lifespan reduces maintenance and replacement costs
- Broad compatibility with existing Granville-Phillips controllers and systems
Convection-Enhanced Pirani Pressure/Vacuum Gauges
MKS, Granville-Phillips Convectron Vacuum Gauges set the industry standard for convection-enhanced Pirani technology. By leveraging convection at higher pressures, these gauges extend usable measurement ranges and offer superior accuracy and responsiveness compared to traditional thermocouple gauges.
Why Choose the MKS Convectron Pirani Vacuum Gauge?
Ideal for applications requiring dependable and precise low vacuum measurement, the MKS 275 Convectron Pirani Vacuum Gauge combines fast response, high accuracy, and a proven convection-enhanced design. Backed by decades of Granville-Phillips innovation, it ensures reliable process control for laboratory, research, and industrial vacuum systems.
