Description
The TSH206 is a digital sensor designed for precise humidity and temperature measurements, utilising a convenient 1-Wire interface. When paired with an Ethernet or GSM controllers, it forms an excellent system for monitoring environmental conditions in critical areas such as server rooms, data centers, offices, and retail spaces. This sensor integrates fundamental sensing components with advanced signal processing to deliver a fully calibrated digital output, ensuring superior measurement accuracy and reliability.
Communication with the TSH206 occurs over a simple 1-Wire bus, and each sensor features a unique 64-bit serial code. This allows for the easy connection and individual identification of multiple sensors on the same bus, simplifying the deployment of multi-point monitoring systems. The sensor is equipped with two RJ11 connectors, facilitating straightforward daisy-chain wiring. Additionally, an optional accessory is available to enable easy installation within standard 19” cabinets.
Features
- 3.0% relative humidity accuracy
- 12 bit resolution for humidity measurements
- 14 bit resolution for temperature measurements
- Easy 19” cabinets installation
- Excellent long-term stability
- Unique 64-Bit serial number for multi-sensors support
Applications
- Humidity and temperature monitoring for facilities, vineyards, greenhouses, etc.
- Server room and data centers humidity and temperature monitoring
- Environmental quality monitoring and assessment
- Humidity and temperature monitoring in building management systems (BMS)
Specifications
Temperature | Humidity | |
Operating Range*: | -20 to +60°C | 10 to 90%RH |
Tolerance | ±0.4°C (1.0°C Max) | ±3%RH (5%RH Max) |
Long-Term Drift (Typical): | 0.05°C | 0.25%RH |
Resolution: | 0.1°C | 0.1%RH |
Power Supply: | 4 to 5.5vDC @ 5mA | |
IP Rating: | IP20 | |
Dimensions: | 85 x 35.1 x 23.5mm | |
Connectors: | 2 x RJ-11 in parallel |
* Recommended operating range is -10 to 60°C @ 20-80%RH. Prolonged operation beyond these ranges may result in a shift of sensor reading and slow recovery time.