T0213 relative humidity and temperature transmitter for duct mounting COMET

Description

T0213 relative humidity and temperature transmitter for indoor and outdoor use.

The T0213 transducer contains a microprocessor-based control circuit. It is enclosed in a hard-wearing plastic housing with connection clips and a stainless mesh filter. The measured values can also be converted into other interpretations of humidity: dew point temperature, absolute humidity, specific humidity, mixing ratio and specific enthalpy.

The built-in capacitive polymer humidity sensor ensures long-term stability of the humidity calibration, independent of the influence of water and condensation. Computer processing allows temperature compensation of the humidity sensor and error display. The converter is useful for measurements in a non-aggressive environment.

 

Features of T0213

Temperature sensor

• measuring range: -30 … +125 °C
• Accuracy: ±0.4 °C
• resolution: 0.1 °C

Humidity sensor

• measuring range: 0 … 100 % RH
• Accuracy: ±2.5 % RH from 5 to 95 % at 23 °C
• resolution: 0.1 % RH

Rosišče (dew point)

• measuring range: -60 … +80 °Cdp
• Accuracy: ±1.5 °Cdp at room temperature T<25 °C and RH>30%
• resolution: 0.1 °C

 

GENERAL TECHNICAL DATA T0213

• operating temperature: -30 … +80 °C
• Input: internal temperature and humidity sensor
• Output: 0-10 V
• Power supply: 15-30 V DC; 24 V AC
• Protection class: IP 65 electronics; IP 40 sensors
• dimensions: 88,5 x 250 x 39,5 mm
• Stem length: 150 mm
• weight: 150 g
• Warranty: 3 years
• Set includes: the T0213, user manual, calibration certificate with traceability, FREE TSensor software to configure the transducer

 

Areas of use, applications

• Building automation and HVAC management,
• warehouses,
• greenhouses,
• production facilities,
• museums/archives/galleries,
• air-conditioned rooms,
• weather stations.

 

The converters are approved and homologated by RENAULT and PSA (PEUGEOT/CITROEN).

 

More useful information can be found in the Documentation tab.

 

Articles

You are invited to read our article
”World Meteorology Day – Precision Measurements in Meteorology”
.