Description
The wanwave Temperature & Humidity Sensor is a versatile IoT device that is widely used in various environmental monitoring systems in retail and office centers, airports, and industrial plants. This high-quality sensor is specifically designed to operate in extreme conditions, including negative temperatures, making it ideal for environmental monitoring in refrigerators and freezers. Additionally, the wanwave radio signal has excellent penetrating ability, allowing the sensor to be used in challenging environments such as server rooms, data centers, and even REF containers.
The wanwave Temperature & Humidity Sensor operates autonomously, ensuring continuous environmental monitoring even during a power outage when other monitoring systems may be unavailable. With its reliable and accurate environmental monitoring capabilities, the wanwave Temperature & Humidity Sensor is the perfect choice for any business that requires real-time environmental monitoring and control. Trust in wanwave to provide the best possible solution for your environmental monitoring needs.
- Can be used to control climatic conditions in agriculture, public and social facilities
- The sensor works great in poultry houses, server rooms, refrigerators, warehouses and shopping malls, etc.
- Maintenance free (turn on and forgot)
- All-weather performance, IP67
- Works from moving objects, such as a truck while transporting products
- Powered by built-in ER14505 battery ready for 50,000 messages, guaranteeing a minimum of 5 years of operation (one message per hour)
Specification
Temperature accuracy in the range +10 to +70°C: ±0.25°C
Accuracy of relative humidity values in the range from +10 to +85°C: ±2%
Temperature value measurement time: 18ms
Temperature measurement and radio transmission time: 1,700 ms
Operating temperature: -40 to +80°C
Ingress Protection Code: IP44
Power system type: autonomous
Supply voltage: 3.6V
Battery type: ER 14 505 or 18 505
Weight: 64 grams
Dimensions: 125×28×28 mm
Frequency range: 863.0-870.0 MHz
Transmitter output power: 25mW
Probability of non-delivery of a message in the radio coverage area: 0.1%
