Find meters, sensors and controllers by manufacturer, protocol and application signal, then see the exact route into EpiSensor Edge.
2959 searchable, source-backed device records
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. It is suitable for smart agriculture, urban heat islands, frost alarming, microclimate, and building automation.
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. It is suitable for smart agriculture, urban heat islands, frost alarming, microclimate, and building automation.
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®
The Decentlab DL-CTD10 consists of pressure/liquid level, temperature, and electrical conductivity sensors. It is suitable for use in monitoring level/depth and water quality in tanks for liquids, groundwater and wells, running or open water level and quality, and salinity and chloride monitoring.
The Decentlab DL-CTD10B consists of pressure/liquid level, temperature, and electrical conductivity sensors. It is suitable for use in monitoring level/depth and water quality in tanks for liquids, groundwater and wells, running or open water level and quality, and salinity and chloride monitoring.
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.
The Decentlab DL-CWS2 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.
The Decentlab DL-DLR2-002 is an Analog or Digital Sensor Device for LoRaWAN® that consists of a Pulse Counter Dry Contact sensor interface.
The Decentlab DL-DLR2-003 is an Analog or Digital Sensor Device for LoRaWAN® that consists of a Digital Input Dry Contact sensor interface.
The Decentlab DL-DLR2-004 is an Analog or Digital Sensor Device for LoRaWAN® that consists of an Analog 4 … 20 mA Sensor.
The Decentlab DL-DLR2-005 is an Analog or Digital Sensor Device for LoRaWAN® that consists of an Analog 0 … 3 V Sensor.
The Decentlab DL-DLR2-006 is an Analog or Digital Sensor Device for LoRaWAN® that consists of an Analog Potentiometer Sensor.
The Decentlab DL-DLR2-008 is an Analog or Digital Sensor Device for LoRaWAN® that consists of an Analog PT100 Sensor.
The Decentlab DL-DLR2-009 is an Analog or Digital Sensor Device for LoRaWAN® that consists of an Analog PT1000 Sensor.
The Decentlab DL-DLR2-010 is an Analog or Digital Sensor Device for LoRaWAN® that consists of a Dual Pulse Counter Dry Contact sensor interface.
The Decentlab DL-DLR2-011 is an Analog or Digital Sensor Device for LoRaWAN® that consists of a Dual Digital Input Dry Contact sensor interface.
The Decentlab DL-DLR2-012 is an Analog or Digital Sensor Device for LoRaWAN® that consists of an Analog Strain Gauge Sensor.
The Decentlab DL-DS18 is equipped with a temperature sensor for measuring temperature. Suitable for applications such as outdoor remote monitoring, cold chain, storage, building automation, smart agriculture, open water, and tank temperature, etc.
Dual Temperature Sensor for LoRaWAN®
The Decentlab DL-DWS is a weighing scale for LoRaWAN® that comes with a 'vibrating wire for weight' sensor. Suitable for applications such as logistics, inventory, and weighing.
Extended Photosynthetically Active Radiation Sensor for LoRaWAN®
Full-Spectrum Photosynthetically Active Radiation Sensor for LoRaWAN®
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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. “Built into Edge” means the exact identity is present in the Edge registry. A reviewed guide adds model-specific interface, point-map and commissioning guidance.
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.