Power monitoring has never been easier. Simply clip the split core around your live power cable — there is no need to turn off your equipment, break into the circuit or call in an electrician.

The split core (CE & RoHS certified) connects to the sensor unit, which reports the current drawn by the equipment to the base unit. Installation takes minutes, and the equipment being monitored never notices.

Need to track power usage in your critical facility? The low cost per measurement point of the PWR-AC-CUR makes it practical to monitor current at the branch circuit level rather than only at the main feed.

- Clip a split core around each branch circuit you want visibility on.
- Monitor the actual load per circuit, up to 100 A per sensor.
- Trend consumption over time via the base unit and optional Monitoring Software.
- Alert on circuits approaching their rated capacity.

Branch Circuit Monitoring done easy — without touching the electrical installation.

Is the equipment running or not? How is it running? A lot of critical equipment has no network interface and no way of reporting its own state. Its current draw, however, tells the story.

The most used application of this hall effect sensor is monitoring such legacy equipment. Any equipment that is supposed to run 24x7 can be monitored via the current it draws:

- If equipment normally operates at 80 A and now runs at 20 A, you know something is wrong.
- If it returns 0 A, you know the equipment is no longer operating.

Set thresholds on the base unit and get alerted via email, SMS or voice call the moment the load moves out of its normal band — no integration with the equipment itself required.

- Input current range from 0 to 100 A.
- Resolution of 0.02 A.
- Non-linearity of ±3%, resistance grade B.
- Hall effect measurement through the split core — fully isolated from the monitored circuit.
- Threshold alerting handled by the base unit as soon as a set level is exceeded (or undercut).

Readings are reported in Ampere (A) — the unit of electric current named after André-Marie Ampère, one of the founders of classical electromagnetism.

- Connects to the base unit over standard network cable.
- BMS integration over Modbus TCP, BACnet IP & Modbus RTU (RS-485, with the optional RTU addon).
- SNMP GET and SNMP TRAPS for NMS & DCIM platforms.
- MQTT for Industrial IoT applications (BASE-6).
- Alerting via email, SMS and voice call from the base unit itself.
- Plug & play — no configuration required on connection.