CO2 concentration transmitter with 4-20 mA output T5145 is detrmined for duct mount. Transmitter contains a microprocessor based control circuitry in a durable plastic case with connection terminals.
The CO2 concentration sensor is built inside the case.
Large dual line LCD is an advantage. Display is possible to switch off. Computerized design ensures maximum long term stability and failure indication.
Measured CO2 concentration values are converted to 4-20mA current output.
Method of CO2 sensor multipoint calibration leads to an excellent accuracy measurements of CO2 in the entire of operating temperature range. With this sensor is the device able to meet the demanding requirements for outdoor use. The measurement principle is based on the NDIR principle with dual wavelength, which automatically compensates for aging of the sensor. The sensor is resistant against the pollution and provides maintenance-free operation and excellent long-term stability.
Included in delivery:
- T5145
- Traceable calibration certificate
- Quick start manual
Transmitter is also equipped with an alarm LED:
- LED shines green - CO2 concentration 0 to 1000 ppm
- LED shines yellow - CO2 concentration 1001 to 1200 ppm
- LED shines red - CO2 concentration 1201 ppm and more
Accessories find here
- SPECIFICATIONS
- DIMENSIONAL DRAFT
- DOWNLOAD
Type of sensor | T5145 |
Output | 4 - 20mA |
Measured Value | CO2 |
Range of CO2 concentration measurement | 0 to 2000 ppm (optionally 10000 ppm) |
Accuracy of CO2 concentration measurement | ±(50 ppm +2 % from reading) |
Temperature operating range | -30 to 60 °C |
Humidity operating range (without condensation) | 5 to 95 % RV |
Pressure operating range | 850 to 1100 hPa |
Ingress protection | IP 65 (electronics), IP 20 (sensors) |
Power supply | 9 - 30 Vdc |
Dimensions | 89 x 73 x 240 mm (W x H x D), stem length 130 mm |
Weight | 260 g |
Note: Manufacturer reserves the right to make changes in design and technical characteristics of the products. For actual information, please always contact your dealer.