Elster and DCSI team to offer improved meter data collection


Raleigh, NC, U.S.A. — (METERING.COM) — August 22, 2007 – Elster Electricity, part of Elster Group, and Distribution Control Systems, Inc. (DCSI), a subsidiary of ESCO Technologies Inc, announce the release of the Universal Metering Transponder (UMT-C-A3) for Elster’s A3 ALPHA meter. The UMT-C transponder expands the capabilities of the TWACS power line communications network to retrieve critical meter data from the A3 ALPHA meter at commercial and industrial metering locations.

In addition to the meter reading features of TWACS® CMTs, the UMT-C-A3 provides enhanced outage tracking and analysis, demand reset, and more mapped registers (up to 32).The UMT-C communicates with the A3 ALPHA meter using ANSI C12.19-1997 standard tables to provide remote retrieval of meter data for energy consumption, maximum demand, power factor, reactive energy, apparent energy, reverse energy notification, and per phase voltage readings. Status and alarms originating in the meter are also retrieved and reported.

The UMT-C provides a seven-day history of daily consumption readings and supports up to four channels of interval data with a data capacity of up to 35 days, depending on the DCSI host system used. These channels can be used to record interval data of forward, reverse, net, or secure energy in 15, 30, or 60 minute interval periods. The transponder is capable of supporting Fast Poll inquiries that allow quick and easy outage assessment using DCSI’s PROASYS™ software application. UMT-C transponders fully support detailed outage information in the form of blink and sustained outage information.

The UMT-C complements the A3 ALPHA meter with its wide voltage range capabilities. The A3 ALPHA equipped with the UMT-C transponder can be installed on any meter with voltages between 120V and 480V. This wide voltage application reduces the number of meter/transponder combinations that would be required to meet the variety of electrical services provided by the utility, thereby reducing inventory and operation costs.