New Industry Products

MGE Introduces Power Meter Options to Enhance Power Management and Distribution Solutions

August 06, 2006 by Jeff Shepard

MGE UPS Systems Inc. introduced an addition to its family of power meters that provide access to a host of information such as real-time trends, averages, and demand metering allowing users maximum control of their power management efforts. This, in addition to raw data, offers users better visibility to address power quality issues along with the ability to better allocate equipment, balance loads, plan for future growth and develop programs to reduce energy costs. The optional power meters complement MGE's line of Power Management Modules with a robust selection of monitoring and communication features that can be tailored to individual needs.

MGE's family of power meters simplify power monitoring of critical incoming power circuits as well as secondary feeders and branch circuits with multifunctional digital instrumentation and alarms. Providing users with an extensive data set that can facilitate optimized power quality and equipment utilization, this latest power meter reads over 50 metered values as well as minimum and maximum data via a menu-driven display.

Available with a variety of interface options including RS-485, RS-232 or Ethernet and communications protocols such as MODBUS® or JBUS, MGE's meters can be configured for integration into any power monitoring and control system. The meters allow customers to view three phases, plus neutral, for current or voltage at the same time. A large, back-lit LCD display allows users to quickly and easily read and navigate through the menus. The meters also provide flexibility to add options as needs change and the system grows, and measures currents and voltages, reporting in real time of the RMS values. In addition, the power meter calculates power factor, real power and reactive power.

All models are designed for use with MGE's Power Management Module (PMM) and Remote Power Management Module (RPMM) from 30kVA to 300kVA.