The S-INFRA.sens module uses modern optical components to achieve optimized analyzer results. It isa high resolution gas analysis system which can detect gas concentration changes of less than 1ppm .
The S-INFRA.sens module uses modern optical components to achieve optimized analyzer results. It is a high resolution gas analysis system which can detect gas concentration changes of less than 1ppm .
Standard gas measurement type (other gas and range please contact us)：
S-INFRA.sense | CO2 | 0-100ppm to 0-100Vol.% |
S-INFRA.sense | CO | 0-500ppm to 0-100Vol.% |
S-INFRA.sense | NO | 0-1000ppm to 0-10000ppm |
S-INFRA.sense | CH4 | 0-1Vol.% to 0-100Vol.% |
S-INFRA.sense | CnHm | 0-5000ppm to 0-100Vol.% |
S-INFRA.sense | N2O | 0-500ppm to 0-100Vol.% |
S-INFRA.sense | H2O | 0-10000ppm |
S-INFRA.sense | SF6 | 0-1000ppm and 0-100Vol.% |
Specification：
Measurement Technology | NDIR |
T90 Response time | < 3s@1L/min |
Digital resolution（@zero) | 1ppm...0.1 Vol.% |
Detection Limit (3sigma) | ±0.5%FS |
Repeatability | ±1%FS |
Linearity Error | ±1%FS |
Stability (zero) | ±1%FS |
Stability (span) | ±1%FS |
Temperature Drift. (zero) | ±1%FS per 10K |
Temperature Drift. (span) | ±1%FS per 10K |
Pressure Drift. | ±0.015% /mbar |
Operating Temp | 5...45℃ |
Storage Temp | -10...60℃ |
Ambient Humidity | 0 % up to 95 % rel. Humidity (not condensing ) |
Ambient Air Pressure | 800...1200 mbar |
Warm up Time | < 10min (related to environment Tem.) |
Start time | < 2 min |
Flow gas Tem. | +5℃...35℃ |
Flow gas Humidity | Max. 10℃ (not condensing) |
Gas flow | 0.2...1L/min (stable flow，under pressure) |
Output Signal | RS232 9P-Sub-D / CAN Open / Analog(optional) |
Operating Voltage | 24VDC±0.3V |
Power consumption | 9W |
Products Description:
The gas analysis based on the NDIR techniques is a well-known method to determine the concentration in complex gas mixtures. The S-INFRA.sens module uses modern optical components to achieve optimized analyzer results.
The S-INFRA.sens module uses modern optical components to achieve optimized analyzer results. It isa high resolution gas analysis system which can detect gas concentration changes of less than 1ppm .
The S-INFRA.sens module uses modern optical components to achieve optimized analyzer results. It is a high resolution gas analysis system which can detect gas concentration changes of less than 1ppm .
Standard gas measurement type (other gas and range please contact us)：
S-INFRA.sense | CO2 | 0-100ppm to 0-100Vol.% |
S-INFRA.sense | CO | 0-500ppm to 0-100Vol.% |
S-INFRA.sense | NO | 0-1000ppm to 0-10000ppm |
S-INFRA.sense | CH4 | 0-1Vol.% to 0-100Vol.% |
S-INFRA.sense | CnHm | 0-5000ppm to 0-100Vol.% |
S-INFRA.sense | N2O | 0-500ppm to 0-100Vol.% |
S-INFRA.sense | H2O | 0-10000ppm |
S-INFRA.sense | SF6 | 0-1000ppm and 0-100Vol.% |
Specification：
Measurement Technology | NDIR |
T90 Response time | < 3s@1L/min |
Digital resolution（@zero) | 1ppm...0.1 Vol.% |
Detection Limit (3sigma) | ±0.5%FS |
Repeatability | ±1%FS |
Linearity Error | ±1%FS |
Stability (zero) | ±1%FS |
Stability (span) | ±1%FS |
Temperature Drift. (zero) | ±1%FS per 10K |
Temperature Drift. (span) | ±1%FS per 10K |
Pressure Drift. | ±0.015% /mbar |
Operating Temp | 5...45℃ |
Storage Temp | -10...60℃ |
Ambient Humidity | 0 % up to 95 % rel. Humidity (not condensing ) |
Ambient Air Pressure | 800...1200 mbar |
Warm up Time | < 10min (related to environment Tem.) |
Start time | < 2 min |
Flow gas Tem. | +5℃...35℃ |
Flow gas Humidity | Max. 10℃ (not condensing) |
Gas flow | 0.2...1L/min (stable flow，under pressure) |
Output Signal | RS232 9P-Sub-D / CAN Open / Analog(optional) |
Operating Voltage | 24VDC±0.3V |
Power consumption | 9W |
Products Description:
The gas analysis based on the NDIR techniques is a well-known method to determine the concentration in complex gas mixtures. The S-INFRA.sens module uses modern optical components to achieve optimized analyzer results.
