Power Monitoring

Our branch circuit monitors are available in a split or solid core device. The split core device is easily retrofitted; therefore, providing a cost effective electric load management solution. This is especially imperative in dynamic load environments like data centers. The H663 uses multiple split core mini CT’s to monitor the individual circuits in a panel board. The information collected can then be transmitted across an RS-485 network on a local display. As a circuit approaches capacity, warning alarm levels trigger to warn of the need for intervention to prevent unexpected breaker trips and costly downtime.

The H8238 multi-circuit monitor provides a convenient solution for monitoring several electrical services which share a common voltage source. Up to 24 industry standard 5A CT’s can be connected and configured as eight 3-phase, or six 3-phase + neutral services. In addition to kW and kWh, the H8238 reports critical power parameters such as power factor, voltage, amps and kVAR over an RS-485 network using the industry standard Modbus protocol.

Enercept H8035 series energy meters are a 3-phase Modbus networked power meters used for basic energy services metering/sub metering in commercial and industrial applications. These innovative meters combine the power metering electronics and high-quality industrial grade CT’s in a single package which can be mounted directly inside an electrical panel to substantially reduce installed cost. The Enercept H8036 series enhanced data stream meters are a 3-phase Modbus networked power meters used for enhanced energy services metering/submetering in commercial and industrial applications. The H8036 meters report 26 critical 3 phase power system performance variables. These innovated meters combine the power metering electronics and high-quality industrial grade CT’s in a single package which can be mounted directly inside an electrical panel to substantially reduce installed cost.

The H8936 Network Display operates as a bridge between two Modbus networks, where the upstream “host” can query all system variables and alarms from the downstream network devices, or as a stand-alone display with a keypad to easily select device and alarm parameters.