Find meters, sensors and controllers by manufacturer, protocol and application, then see the exact route into EpiSensor Edge.
2959 searchable, source-backed device records
This LoRaWAN Open/Closed contact sensor allows you to detect and report status changes on a dry-contact or open collector interface. The digital input sensor can manage two inputs simultaneously.
The Enless LoRaWAN Light, Presence, Temperature, and Humidity Sensor is specifically designed for tertiary and residential indoor environments.
The Enless LoRa pulse sensor allows you to count the pulses of the connected meter. This remote reading sensor can be used with any type of meter that has a dry-contact or open collector output.
The ATEX certified LoRa pulse sensor allows you to count the pulses of the connected gas meter. This remote reading sensor, ATEX certified, Zone 0, can be used with any type of gas meter with a dry contact or open collector output.
The LoRa Enless LED flash reading sensor allows you to count the light flashes (not infrared) from electric meters.
Designed for ambient measurement in tertiary indoor environments, the LoRa(WAN) Enless temperature and humidity sensor allows you to monitor the values necessary for the comfort of building occupants.
The Enless LoRaWAN Temperature and Humidity Sensor is specifically designed to monitor comfort in tertiary environments. It accurately measures ambient temperature and humidity, ensuring a healthy and controlled indoor climate for occupants.
The LoRaWAN temperature and humidity sensor with display is specifically designed for indoor tertiary environments.
The rugged LoRa temperature and humidity sensor can be used in industrial or challenging environments.
The LoRaWAN Enless temperature and humidity sensor is specially designed for commercial indoor environments. It monitors the parameters essential to occupant comfort, such as temperature and humidity, ensuring an optimal indoor climate.
The temperature sensor with external PT1000 contact probe allows to measure temperature at the contact of surfaces.
The temperature sensor is equipped with two external PT1000 contact probes, allowing temperature measurement on contact surfaces. The PT1000 probes provided with the sensor allow measurement of extreme temperatures ranging from -180°C to +250°C.
The IP65 LoRa(WAN) Enless temperature sensor has been designed for temperature measurement in industrial or difficult environments (warehouses, factories, heating plants, greenhouses…).
Designed for ambient measurement in tertiary indoor environments, the LoRa(WAN) Enless VOC, temperature and humidity sensor allows you to monitor the values necessary for the comfort of building occupants.
The LoRaWAN Enless open/close sensor is specially designed for indoor commercial environments. It enables real-time monitoring of the open or closed status of doors and windows, helping to secure premises and optimize building energy consumption.
Meter. Reports power and cumulative energy, in a solar role. Connects over Modbus TCP.
Leak protect controller with Zigbee module. Reports power and water leaks, and exposes a switched output.
Power meter. Reports voltage, current, power, frequency and temperature. Connects over Modbus RTU (RS-485) and Modbus TCP.
Power meter. Reports voltage, current, power, cumulative energy and demand. Connects over Modbus RTU (RS-485) and Modbus TCP.
Power meter. Reports voltage, current, power, cumulative energy, frequency and demand. Connects over Modbus RTU (RS-485) and Modbus TCP.
Power meter. Reports voltage, current, power and frequency. Connects over Modbus RTU (RS-485) and Modbus TCP.
Power meter. Reports voltage, current, power, cumulative energy, frequency and demand. Connects over Modbus RTU (RS-485) and Modbus TCP.
Power meter. Reports voltage, current, power, cumulative energy, frequency and demand. Connects over Modbus RTU (RS-485) and Modbus TCP.
Power meter. Reports voltage, current, power, cumulative energy, frequency and demand. Connects over Modbus RTU (RS-485) and Modbus TCP.
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The database combines maintained Zigbee, LoRaWAN and Modbus sources for discovery. Exact manufacturer and model identities are joined; similar names are never assumed to be the same device.
A source record establishes a documented protocol route. A device page adds the model-specific interface, point map and commissioning steps, and where an Edge template exists it is offered there.
Third-party images are not republished without asset-rights review. Embedded upstream code is never executed. Modbus previews are read-oriented examples and must not be used as the basis for register writes.
