The 4–20 mA Current Sensor from Fidar Electronics reads the standard 4–20 mA output of any industrial transmitter and maps it back to engineering units. It connects to a FIDAQUIRE data logger over a daisy-chained CANopen bus.
The 3-Channel 4–20 mA Current Sensor from Fidar Electronics reads the standard 4–20 mA output of any industrial transmitter and maps it back to engineering units. It connects to a FIDAQUIRE data logger over a daisy-chained CANopen bus.
The AC Current Sensor from Fidar Electronics measures RMS alternating current from 0 to 5 A, and reaches much larger feeders through a current transformer. It connects to a FIDAQUIRE data logger over a daisy-chained CANopen bus.
The DC Current Sensor from Fidar Electronics measures direct current in a circuit across a 0 to 5 A range. It connects to a FIDAQUIRE data logger over a daisy-chained CANopen bus.
The 3-Channel AC Current Sensor from Fidar Electronics measures RMS alternating current from 0 to 5 A, and reaches much larger feeders through a current transformer. It connects to a FIDAQUIRE data logger over a daisy-chained CANopen bus.
The 3-Channel DC Current Sensor from Fidar Electronics measures direct current in a circuit across a 0 to 5 A range. It connects to a FIDAQUIRE data logger over a daisy-chained CANopen bus.
The Fidar Electronics FAM4400-01 analogue input card offers four voltage and four current channels at 24-bit resolution, logging in real time into a FIDAQUIRE data logger.
The 0–10 V Sensor from Fidar Electronics reads the 0–10 V analogue signal of industrial and building equipment and turns it into a logged, alarmable value. It connects to a FIDAQUIRE data logger over a daisy-chained CANopen bus.
The 3-Channel 0–10 V Sensor from Fidar Electronics reads the 0–10 V analogue signal of industrial and building equipment and turns it into a logged, alarmable value. It connects to a FIDAQUIRE data logger over a daisy-chained CANopen bus.
The AC Voltage Level Sensor from Fidar Electronics measures mains RMS voltage from 50 to 250 V and records every sag and surge. It connects to a FIDAQUIRE data logger over a daisy-chained CANopen bus.
The DC Voltage Level Sensor from Fidar Electronics reads DC voltage from 0 to 24 V and records how it sags over time. It connects to a FIDAQUIRE data logger over a daisy-chained CANopen bus.
The 3-Channel 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 3-Channel 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 Fidar Electronics FBC0232-01 CANopen input card reads up to 64 CANopen sensors in real time into a FIDAQUIRE data logger, with automatic end-of-line termination detection.
The Fidar Electronics FCD3245-01 sends power-plant site temperature and humidity to the electricity market system, with four 4–20 mA outputs for the plant DCS.
The FIDAQUIRE FCD6455-01 from Fidar Electronics is a modular industrial data logger with its own web server, analogue, digital, relay, wireless and CANopen cards, and Modbus and SNMP support.
The Fidar Electronics FCH3256-01 smart powerhouse controller runs two boilers and two pumps, cuts energy use by 30–40 %, links to the cloud over Ethernet and reports faults by SMS.
The Fidar Electronics FCM3256-01 smart powerhouse controller runs two boilers and two pumps and reaches the cloud over two mobile networks (dual SIM), with SMS fault alerts.
The Fidar Electronics FCM3256-02 is the compact powerhouse controller: two boilers, two pumps, smart scheduling, an anti-freeze mode and a 30–40 % cut in consumption.
The Dry Contact Detector from Fidar Electronics reads the open or closed state of volt-free equipment contacts and turns every change into an alertable event. It connects to a FIDAQUIRE data logger over a daisy-chained CANopen bus.
The 3-Channel Dry Contact Detector from Fidar Electronics reads the open or closed state of volt-free equipment contacts and turns every change into an alertable event. It connects to a FIDAQUIRE data logger over a daisy-chained CANopen bus.
The 2-Channel Relay Module from Fidar Electronics provides two relay outputs, driven remotely or from a sensor threshold. It connects to a FIDAQUIRE data logger over a daisy-chained CANopen bus.