Meters, sensors and controllers, and how each connects to Edge.
136 device pages · 37 manufacturers with device pages
293 devices
The Door and Window sensor detects the proximity or not of a magnet. The intended use is to place the sensor and magnet on separate elements of a door or window to determine if the door or window is open or closed.
The Tabs sound level sensor for easy measurement of sound level in decibels (dBA) in a variety of building environments. Reports temperature.
The Tabs temperature and humidity sensor is designed for in-home and in-building usage for consumer or facility management applications.
The Tabs Temperature and Humidity Sensor is designed for in-home and in-building usage for consumer or facility management applications. Reports temperature and humidity.
Browan's Tabs Water Leak Sensor is an invaluable device to avoid water damage from floods and leaks. The sensor sends an uplink when it detects water, giving you advanced warning of your kitchen appliance, boiler or tank springing a leak.
Cluey KM / TM / AM / MB for monitoring and control tasks in power, water or other infrastructure networks. Configurable to your needs. Reports temperature.
The LPN CM-1 has a built in temperature and humidity sensor. Reports temperature and humidity.
The LPN CM-2 has a built in temperature and humidity sensor and is able to connect an external sensor like a PT100 or LEM Converter. Reports temperature and humidity.
The LPN CM-3 has a built in temperature and humidity Sensor and an external PT100 sensor for measuring external temperature. Reports temperature.
The LPN CM-4 has a built in temperature and humidity sensor. Reports temperature and humidity.
Compact and versatile useable sensorpackage with temperature, humidity, GPS, acceleration sensors and more. Reports temperature and humidity.
Legacy Soil Moisture, Temperature and Electrical Conductivity Sensor for LoRaWAN®.
The Decentlab DL-5TM is equipped with a legacy soil moisture and a temperature sensor. Suitable for applications such as irrigation control, smart agriculture, parks, and golf courses.
Legacy Large Soil Moisture Sensor for LoRaWAN®.
Air Quality Station NO₂, NO, CO, Oₓ for LoRaWAN®.
The Decentlab DL-ALB is an albedometer sensor for LoRaWAN®. Suitable for applications such as solar panel arrays, incoming and reflected shortwave radiation measurement, agricultural measurements, and ecological and hydrological weather networks.
The Decentlab DL-ATM22 consists of wind speed, wind gust, wind direction, tilt, and temperature sensors. It is suitable for smart agriculture, urban heat islands, and building automation.
The Decentlab DL-ATM41 consists of solar radiation, precipitation, vapor pressure, barometric pressure, humidity, temperature, horizontal wind speed, wind gust, wind direction, tilt, and lighting sensors.
The Decentlab DL-ATM41G2 consists of solar radiation, precipitation, vapor pressure, barometric pressure, humidity, temperature, horizontal wind speed, wind gust, wind direction, tilt, and lighting sensors.
The Decentlab DL-BLG is equipped with a black globe temperature sensor. It is suitable for use in workplace safety, heat stress measurement, WBGT calculation for heat stress and meteorology.
Conductivity, Salinity and Temperature Sensor for LoRaWAN®. Reports temperature with device status.
The Decentlab DL-CTD10 consists of pressure/liquid level, temperature, and electrical conductivity sensors.
The Decentlab DL-CTD10B consists of pressure/liquid level, temperature, and electrical conductivity sensors.
The Decentlab DL-CWS includes a high-precision infrared pyrometer, temperature, humidity and dew point sensors. It is suitable for use in road weather information systems, winter road maintenance, frost alarming, ice alerting, and smart agriculture.
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Built from public Zigbee, LoRaWAN and Modbus device definitions and manufacturer documents. Exact manufacturer and model identities are joined; similar names are never assumed to be the same device.
A device that documents Zigbee 3.0, LoRaWAN or Modbus support connects to EpiSensor Edge through that protocol. A device page lists what the device reports, how to set it up and, where one exists, the Edge template for it.
Every page cites its sources. Zigbee device photographs come from the Zigbee2MQTT project and are credited under each photograph. We never run code from these sources, and register maps are for reading: never write to a meter from a map on this site.
Tell us the manufacturer and model, and we'll look at its documentation.
