Milesight WS51X
Smart LoRaWAN® wall switch for the local and remote control of lights and electrical appliances. It adopts three standard sizes for most of international wall switch types, which can replace the traditional wall switches directly.
Meters, sensors and controllers, and how each connects to Edge.
136 device pages · 37 manufacturers with device pages
52 devices
Smart LoRaWAN® wall switch for the local and remote control of lights and electrical appliances. It adopts three standard sizes for most of international wall switch types, which can replace the traditional wall switches directly.
LoRaWAN® smart portable socket for the monitoring and control of electrical appliances.
Wireless environmental monitoring sensor detecting the motion of humans or animals, surrounding temp and humidity.
Milesight WS558 is a LoRaWAN® Smart Light Controller that allows occupants to centrally control the lights on eight circuits. With remote and time-based ON/OFF, WS558 enables to improve the overall efficiency of electricity consumption in buildings.
LoRaWAN smart plug with power and energy monitoring, the measuring accuracy can reach ±0.5%. The plug can connect to your server through LoRaWAN gateway and LoRaWAN network, so as to realize smart control, power and energy monitoring and other functions.
LoRaWAN® meter interface that transmits the accumulated number of LED flashes from any pulse meter: water, gas, electricity, energy.
OY1210 CO2 meter measures temperature, humidity and carbon dioxide. Supports adaptive reporting functions to detect rapid changes in CO2 values.
OY1700 Air quality (PM) sensor is designed to measure PM10, PM2.5, PM1.0, temperature and humidity in indoor environments. The sensor is intended for indoor climate control and monitoring indoor air quality. It is optimized for reliable and secure operations.
The PlacePod parking sensor is finely tuned to reliably detect parking events and at the same time use as little energy as possible. With its powerful magnetic sensor, it works stably even with temperature fluctuations.
Clamp-on water flow meter and leak sensor. Reports temperature.
Clamp-on water flow meter and leak sensor. Reports temperature.
TinyML Edge AI enabled smart image sensor. It supports a variety of AI models such as image recognition, people counting, target detection, meter recoignition etc. It also supports training models with TensorFlow Lite.
The Senlab M is an intelligent LoRaWAN™ sensor with an external probe for pulse measurement (LED flashing pulse). The small form and discreet design of the Senlab M Indoor are ideal for use in offices and homes.
The HotDrop is a wireless, self-powered energy monitoring device created and developed by Vutility.
Wireless, self-powered energy monitoring device designed to provide commercial and industrial facilities with real-time, granular insights into their energy consumption.
The Triphas'O sensor is used to remotely read the electrical energy consumption of a three-phase or mono-phase installation in a non-intrusive way via the LoRaWAN™ network.
The YOBIIQ DSMR reads the data output of a Smart Meter utilizing the DSMR protocol.
EM2101 is a 1phase Electricity Meter with built in relay.
EM4301 is a 3phase Electricity Meter for direct connection.
EM4301-CT is a 3phase Electricity Meter with measurement through current transformers.
YO Analog makes it possible to monitor devices and processes in automation. Reports voltage and current.
YO Meter (pulse) input accepts connection to potential-free contacts. Reports temperature and humidity.
Battery-powered LoRaWAN device enabling data reading from LED pulse detector. Reports temperature and humidity.
YO Power measures AC current flowing through devices connected to the mains. Reports current.
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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.