XTC601 for monitoring hydrogen cooled generators

Binary Gas Thermal Conductivity Analyzer

A robust, linear and stable binary gas analyzer for measurement of gas mixes present during the operation and maintenance of hydrogen cooled electricity generators. The primary measurement is looking for air as an impurity in hydrogen (H₂). The second measurement is monitoring hydrogen in carbon dioxide (CO₂) during system purging, and finally carbon dioxide/air during maintenance. The analyzer is suitable for hazardous areas and uses non-depleting sensor technology for minimal cost of ownership.

Product Features

Suitable for use in ATEX, IECEx, TC TR Ex & _CCSA_US certified Hazardous Areas
Monitors all three phases of hydrogen cooled electricity generators - normal running, purging and maintenance
Remotely change the measurement phase to match your maintenance schedule
Range indication via 4-20 mA output
Touch-screen display allows calibration or adjustment without the need for a hot works permit
Compact and rugged design with an EExd enclosure
IP66 rated enclosure
Low cost of ownership due to minimal maintenance

XTC601 Binary Gas Analyzer

Thermal Conductivity Technology in Safe or Hazardous Areas

A robust, linear and stable thermal conductivity analyzer for measurement of binary gas mixes such as air in hydrogen, nitrogen, argon, helium or carbon-dioxide. The sensor is housed in a rugged casing, making it suitable for a wide range of applications. The analyzer can be supplied explosion-proof and suitable for hazardous areas.

Product Features

Suitable for use in ATEX, IECEx, TC TR Ex & _CCSA_US certified Hazardous Areas
Optional status LED’s following NAMUR standard
Compact and rugged design with an EExd enclosure and 4-20 mA output
Touch-screen display allows calibration or adjustment without the need for a hot works permit
Accuracy of better than ±2% full scale
IP66 rated enclosure
Low cost of ownership due to minimal maintenance
Typical ranges available: 0-5% up to 0-100% (others gas dependent)
Stability ±0.5% per month (of span)