AHT15 Plug Type Integrated Temperature and Humidity Sensor Module for HVAC Refrigeration

1、The use of a PTFE membrane with waterproof and dustproof properties that does not affect the response time of the RH signal allows the sensor to be used under harsh environmental conditions 2、The AHT15 temperature and humidity sensor uses a standard pitch latch connector for easy replacement 3、Each sensor is rigorously calibrated and tested to keep the best accuracy performance 4、Support temperature compensation function, stable performance, very practical, greatly improved in temperature and humidity measurement performance 5、This product is mainly used for HVAC, dehumidifiers, testing and testing equipment, consumer goods, data loggers, weather stations, home appliances, humidity regulation, medicine and other related temperature and humidity detection and control Feature: The use of a PTFE membrane with waterproof and dustproof properties that does not affect the response time of the RH signal allows the sensor to be used under harsh environmental conditions. The AHT15 temperature and humidity sensor uses a standard pitch latch connector for easy replacement. Each sensor is rigorously calibrated and tested to keep the best accuracy performance. Support temperature compensation function, stable performance, very practical, greatly improved in temperature and humidity measurement performance. This product is mainly used for HVAC, dehumidifiers, testing and testing equipment, consumer goods, data loggers, weather stations, home appliances, humidity regulation, medicine and other related temperature and humidity detection and control. Specifications: Condition: 100% Brand New Material: Plastic Supply voltage: 1.8V~3.6V DC Measuring range: Temperature: -40 ° C ~ +85 ° C Humidity: 0~100%RH Accuracy: Temperature: ±0.3°C Humidity : ±2% RH (25 ° C) Attenuation value: Temperature: <0.1 °C / year Humidity: 0.024% RH/year Sensor: Capacitive humidity sensor Output signal: I2C signal Package list: 1 * Humidity Temperature Sensor Module