The MKS Heated Baratron Capacitance Manometer addresses accuracy challenges caused by temperature variations. By maintaining the sensor temperature at 45°C, it improves measurement accuracy, repeatability, and reduces instrument drift through minimized process contamination. Suitable for demanding applications such as optical fiber production, semiconductor manufacturing, freeze drying of biopharmaceuticals and food, and advanced materials processing.
Product Features
- Temperature controlled to 45°C for enhanced stability and accuracy
- Measurement range from 0.02 to 20,000 Torr, with Full Scale ranges down to 20 mTorr (0.03 mbar)
- Accuracy of 0.12% of reading for precise output signals in low pressure processes
- Long-term stability with updated temperature control electronics
- Inconel wetted surfaces for excellent resistance to corrosive gases
- Cleanroom-compatible stainless steel packaging
- RoHS-compliant design meeting environmental standards
- Interchangeable with earlier Baratron capacitance manometers and compatible with MKS power supplies, display units, and pressure controllers
- Optional heater and temperature status LED/switch for operational monitoring
Benefits
- Improved measurement accuracy and repeatability by controlling sensor temperature
- Reduced instrument drift leading to more reliable long-term data
- Excellent resistance to corrosive gases enhances sensor longevity
- Flexible range options enable precise measurement across a wide pressure spectrum
- Cleanroom-compatible construction suitable for high-purity applications
Why Choose the MKS Baratron Capacitance Manometer XDCR,1KT 8VCR .12% STD THRD?
The MKS Baratron Capacitance Manometer offers superior stability and precision for ultra-high and low-pressure applications. Its temperature-controlled design minimizes process contamination and drift, making it ideal for industries requiring exacting vacuum measurement, such as semiconductor fabrication and advanced materials processing. Compatibility with standard MKS components ensures seamless integration into existing systems.
