The Shock Detection Sensor from Fidar Electronics detects horizontal and vertical impacts on a machine or structure and timestamps every event. It connects to a FIDAQUIRE data logger over a daisy-chained CANopen bus.
The Wireless Shock Detection Sensor from Fidar Electronics detects horizontal and vertical impacts on a machine or structure and timestamps every event. It links over a LoRa radio with no cabling at all.
The Networked Shock Detection Sensor from Fidar Electronics detects horizontal and vertical impacts on a machine or structure and timestamps every event. It runs standalone on its own IP address with a built-in web page.
The AC Voltage Detector from Fidar Electronics reports whether an AC line up to 220 V is live and timestamps every loss and restore. It connects to a FIDAQUIRE data logger over a daisy-chained CANopen bus.
The DC Voltage Detector from Fidar Electronics reports whether a DC circuit up to 60 V is energised and raises the alarm the moment it is not. It connects to a FIDAQUIRE data logger over a daisy-chained CANopen bus.
The Wireless AC Voltage Detector from Fidar Electronics reports whether an AC line up to 220 V is live and timestamps every loss and restore. It links over a LoRa radio with no cabling at all.
The Wireless DC Voltage Detector from Fidar Electronics reports whether a DC circuit up to 60 V is energised and raises the alarm the moment it is not. It links over a LoRa radio with no cabling at all.
The Water Leak Sensor from Fidar Electronics detects water anywhere along a sensing cable of up to 50 m. It connects to a FIDAQUIRE data logger over a daisy-chained CANopen bus.
The Wireless Water Leak Sensor from Fidar Electronics detects water anywhere along a sensing cable of up to 50 m. It links over a LoRa radio with no cabling at all.
The Networked Water Leak Sensor from Fidar Electronics detects water anywhere along a sensing cable of up to 50 m. It runs standalone on its own IP address with a built-in web page.
The Ambient Dust Sensor from Fidar Electronics continuously measures airborne particulate at 1, 2.5 and 10 micron sizes. It connects to a FIDAQUIRE data logger over a daisy-chained CANopen bus.
The Wireless Ambient Dust Sensor from Fidar Electronics continuously measures airborne particulate at 1, 2.5 and 10 micron sizes. It links over a LoRa radio with no cabling at all.
The Networked Ambient Dust Sensor from Fidar Electronics continuously measures airborne particulate at 1, 2.5 and 10 micron sizes. It runs standalone on its own IP address with a built-in web page.
The Ambient Pressure Sensor from Fidar Electronics measures absolute ambient air pressure from 300 to 1100 hPa. It connects to a FIDAQUIRE data logger over a daisy-chained CANopen bus.
The Wireless Ambient Pressure Sensor from Fidar Electronics measures absolute ambient air pressure from 300 to 1100 hPa. It links over a LoRa radio with no cabling at all.
The Networked Ambient Pressure Sensor from Fidar Electronics measures absolute ambient air pressure from 300 to 1100 hPa. It runs standalone on its own IP address with a built-in web page.
The Temperature and Humidity Sensor from Fidar Electronics reads ambient temperature and relative humidity from one point, each with its own alarm threshold. It connects to a FIDAQUIRE data logger over a daisy-chained CANopen bus.
The Wireless Temperature and Humidity Sensor from Fidar Electronics reads ambient temperature and relative humidity from one point, each with its own alarm threshold. It links over a LoRa radio with no cabling at all.
The Networked Temperature and Humidity Sensor from Fidar Electronics reads ambient temperature and relative humidity from one point, each with its own alarm threshold. It runs standalone on its own IP address with a built-in web page.
The Spot Temperature Sensor from Fidar Electronics measures one specific point with a fast 10 kΩ NTC element. It connects to a FIDAQUIRE data logger over a daisy-chained CANopen bus.
The Wireless Spot Temperature Sensor from Fidar Electronics measures one specific point with a fast 10 kΩ NTC element. It links over a LoRa radio with no cabling at all.
The 3-Channel Networked Spot Temperature Sensor from Fidar Electronics measures one specific point with a fast 10 kΩ NTC element. It runs standalone on its own IP address with a built-in web page.
The Type-K Thermocouple Sensor from Fidar Electronics measures high temperature with a Type-K thermocouple and automatic cold-junction compensation. It connects to a FIDAQUIRE data logger over a daisy-chained CANopen bus.
The Wireless Type-K Thermocouple Sensor from Fidar Electronics measures high temperature with a Type-K thermocouple and automatic cold-junction compensation. It links over a LoRa radio with no cabling at all.