Understand the sensor technical specifications

Sensor configurations: Select the correct sensor configuration based on your machine's power supply:

3-Phase Sensors: Standard for most industrial machines. Consists of 3 clamps and 1 transmitter.
1-Phase Sensors: Used for smaller machines or specific sub-components. Consists of 1 clamp and 1 transmitter.

Sizing guide: Sensors must be matched to the Fused Power (Amps) and the Cable Diameter of the machine.

Size	Range (Amps)	Best for...
Small	0 - 60A	Light machinery, fans, pumps
Medium	60 - 200A	Standard production lines, conveyors
Large	200 - 600A	Heavy machinery, main feeds
XL	600A - 3000A	(Flexible coils) Main incomers

Note: Submit your requirements via the Technical Assessment to ensure you receive the correct hardware.

Sampling: The sensor conducts 2 measuring cycles, lasting 30 seconds each.
Granularity: The system calculates the average of these cycles and transmits data at a 1-minute interval to the software.

For detailed electrical ratings and physical dimensions, consult the technical data sheets:

Standard sensors (60A - 600A): Click here.
Flexible sensors (600A+): Click here. For more information, go to this article.

Inaccurate readings

Check clamp closure: Ensure the clamp is fully clicked shut around the cable. A partial gap results in low or zero readings.
Verify sizing: Using a large sensor on a very low-amperage cable (e.g., a 600A sensor on a 5A load) can reduce accuracy.

No connection

Check distance: Ensure the sensor is within 10–15 meters of the bridge.
Check shielding: Do not place the transmitter inside a fully closed metal cabinet unless the bridge is also inside the same cabinet. Metal blocks the wireless signal.

Summary: This article explains sensor configurations, sizing rules, and measurement logic to ensure accurate data collection and transmission to the bridge.