Telaire T9602 IP67 Harsh Environment Humidity & Temperature Sensor
Product Description
Telaire T9602 IP67 Harsh Environment Humidity & Temperature Sensor is a fully-calibrated and temperature-compensated combined humidity and temperature sensor supplied in a water-resistant IP67 package, making it the most advanced and cost-effective sensing solution for virtually any type of harsh environment application.
Telaire T9602 provides linearized output signals in one of two interfaces – Digital (I2C) Output or Pulse Density Modulated (PDM) Output convertible to an analog signal – to meet a wider range of customer requirements.
HVAC Control Applications:
- Air Conditioning
- Refrigeration
- Indoor Air Quality
- Vent Fans
- Home Appliances
- Humi/Dehumidifiers
Process and Control Instrumentation:
- Medical Instruments
- Handheld Devices
- Weather Stations
- Food Processing
- Printers
- RFIDs
Features
- Ready to use – Fully-calibrated and temperature-compensated
- Water resistant – IP67 Certified
- Digital Output or Pulse Density Modulated (PDM) Output converted to Analog
- Available in multiple flexible cable lengths
- Precise and accurate (±2% RH, ±0.5°C, 14 bit resolution)
- Low current consumption
- Reliable in harsh environments
- Flexible mounting options
Technical Specifications
| Relative Humidity (RH%) Accuracy Specifications | |
| Resolution | 14 bit (0.01% RH) |
| Accuracy (1) | ±2.0% RH (20~80% RH) |
| ±3.5% RH (0% to 20%) and (80% to 100%) | |
| Repeatability | ±0.2% RH |
| Hysteresis | ±1.0% RH |
| Linearity | <2.0% RH |
| Response Time (2) | ≤29 sec (T 63%) |
| Temp Coefficient | 0.13% RH/°C (at 10~60°C, 10~90% RH) |
| Operating Range | 0 ~ 95% RH |
| Long Term Drift | <0.5% RH/year (Normal conditions) |
1) Accuracies measured at 25°C, nominal voltage. 2) 30% RH step response, measured at 25°C in a1 m/sec air flow
| Temperature (°C) Accuracy Specifications | |
| Resolution | 14 bit (0.01°C) |
| Accuracy (1) | ±0.5°C |
| Repeatability | ±0.1°C |
| Response Time (2) | ≤116 sec (T 63) |
| Operating Range (3) | -20°C to 70°C |
| Long Term Drift | <0.05°C/year (Normal conditions) |
1) Accuracies measured at 25°C, nominal voltage. 2) 25°C step response in a 1 m/sec air flow. 3) Minimum design range, documented testing 0°C to 50°C.
