Zigbee3.0 Temperature Humidity Sensor Digital Thermo Hygrometer Indoor Monitor APP Remote Notification Smart Home Device

Requirements for equipment installation The sensors communicate using zigbee 3.0 protocol. Tuya Zigbee Hub (GateWay) is required to work together (must). Other Zigbee Hubs are not supported. Zigbee2MQTT is not supported. Description: APP name: Tuya Smart or Smart Life This product needs to be used with zigbee3.0 gateway Battery type: AAA1.5V2 (Not include battery in the shipment) Quiescent current: ≤30uA Low power undervoltage: ≤2.7V Zigbee: Zigbee 3.0(Zigbee version need tuya zigbee hub) Working temperature: -10℃~60℃ Working humidity: 0%~95%RH Dimension: 7025*21mm Package Included: 1x Temperature and humidity Sensor (Not include battery) 1x Sticker 1x User manual About Update Frequency 1. The sensor uses a trigger mechanism. When the temperature or humidity changes to the set value, the sensor will report the data immediately. Generally, the data is updated once an hour. 2. The sensor cannot set the update report data frequency. 3. The sensor cannot set alarm. The alarm function is set on the APP. About Network Testing Devices using the network consume a lot of power. To ensure the service life of the battery, the device will stop using the network when it does not need to report data Therefore, it is meaningless to test the network signal of sensors in APP. Error on temperature and humidity 1. All temperature and humidity sensors will have certain errors, please note. The temperature error of this sensor is ± 1 ℃, and the humidity error is ± 5% RH. Any value within this range is normal. 2. The sensor error and manufacturing process will meet, and there will also be some errors between products of the same model. 3. According to Newton's third law, heat conduction takes a certain time. The sensor needs 30 minutes or 1 hour to be consistent with the room temperature, and the measurement will be accurate. Historical curve of temperature and humidity 1. The minimum granularity of historical data (daily chart) is 1 hour, and the minimum granularity of exported data is also 1 hour. 2. Days of historical data are stored for 7 days. 3. The value of historical data is the average value. That is, the average value of a minimum granularity time. Support for third-party smart speakers 1. Because the third-party smart speakers (Google Home/Amazon Alexa) do not have control panels corresponding to temperature and humidity sensors, Therefore, the APP of third-party smart speakers may not display the temperature and humidity correctly. But we have developed voice query function. Therefore, the current temperature and humidity can be queried by voice 2. Route or automatic process related to temperature and humidity cannot be established on the third-party smart speakers. Trigger mechanism of temperature and humidity in automatic process We used Edge Triggered (ET) That is, the action can only be triggered if the condition crosses the set condition. A: For example, turn on the light when the automatic setting temperature is greater than 25 ℃. A.1. When the temperature rises from below 25 ℃ to 25 ℃, the automatic process can trigger the ON light. A.2. After the automatic process is set, the temperature is always above 25 ℃, and the lamp is not turned on. B: For example, when the automatic setting temperature is less than 20 ℃, turn on the light. B.1. When the temperature drops from above 20 ℃ to 20 ℃, the automatic process can trigger the start lamp. B.2. After the automatic process is set, the temperature is always below 20 ℃, and the lamp is not turned on. When will the battery consume quickly 1. The correct type of battery is not selected, or the battery is mixed. 2. The sensor shall be installed at the location where the ambient temperature or humidity changes dramatically. In this environment, the device will frequently start the network to report data. 3. The sensor is installed in a low temperature environment for a long time (such as less than 0 ℃), and the battery performance will decline rapidly at this temperature. 4. The sensor is installed at a location where the network signal is very poor. When the network signal is poor, the equipment will increase the transmission power of the signal, resulting in increased power consumption. 5. The equipment is in a high humidity environment for a long time, which will corrode the battery and cause battery leakage.