Where: In BMS-controlled electrical panels that manage HVAC motors, water pumps, escalators, and other building equipment.

Why: To continuously monitor the operating current of connected loads and detect abnormal conditions like overcurrent (overload, mechanical jam) or undercurrent (belt breakage, dry running) so the BMS can trigger alarms or shut down the equipment — ensuring energy efficiency, equipment protection, and reduced maintenance downtime.

Where: In Motor Control Panels (MCPs) for pumps, conveyors, compressors, and industrial fans, monitoring the load current of each motor circuit.

Why: To detect undercurrent or overcurrent conditions caused by issues like motor overload, mechanical jamming, belt breakage, or dry running, and trigger alarms or shutdowns — ensuring motor protection, process reliability, and reduced maintenance costs.

Where: In OEM-manufactured electrical panels for machinery such as CNC systems, packaging lines, elevators, or HVAC units.

Why: To monitor motor or equipment load current and detect anomalies like overloads (mechanical jamming, bearing failure) or underloads (belt slip, no-load running) so the system can trigger protective shutdowns or alarms — ensuring equipment longevity, reduced service calls, and prevention of costly breakdowns in customer installations.

Where: In commercial submetering panels and retail mall tenant distribution boards that supply power to individual shops, kiosks, food courts, and common-area facilities.

Why: To monitor the load current of connected circuits and detect overcurrent (caused by equipment overload or short circuits) or undercurrent (indicating idle or faulty loads), enabling facility managers to take corrective action — ensuring tenant equipment protection, energy efficiency, and prevention of costly power disruptions in high-footfall areas.