Friday, June 30, 2006

400A current measurement converter has split coil

Current measurement converters convert sinusoidal and non-sinusoidal currents from 30Hz to 6kHz into the analogue standard signals 4-20mA or 0-5(10)V process currents up to 400A.
400A current measurement converter has split coil Current measurement converters convert sinusoidal and non-sinusoidal currents from 30Hz to 6kHz into the analogue standard signals 4-20mA or 0-5(10)V process currents up to 400A. Current measurement technology from Phoenix Contact has been expanded to include a new product, capable of processing currents up to 400 A. These new current measurement converters convert sinusoidal and non-sinusoidal currents from 30Hz to 6kHz into the analogue standard signals 4-20mA or 0-5(10)V.

The MCR-SL-S-100(200)(400)-U-(I)-(LP) measurement converters can be effortlessly installed at any time and with no interruption to the power supply due to a re-cabling principle that allows for easy retrofitting.

Every module features a switch for selecting the measuring range.

Two different variants (voltage and current output) enable a wide range of applications to be realised.

The voltage output devices are electrically isolated between input, output and power supply (24V DC).

The current output devices are isolated between input and output and obtain their power supply from the output loop.

The 400A current measurement converter expands the previous measurement ranges of existing Phoenix Contact modules from 55A to 400A, extending the applications where higher current measurements in energy distribution circuits, motor current monitoring, and any type of measuring and converting currents are needed.

* About Phoenix Contact - Phoenix Contact is one of the world leaders in developing and manufacturing connectivity solutions and automation components.

Its principal product ranges include: printed circuit board connectors; modular terminal blocks; fieldbus components; surge voltage protection systems; industrial plug and socket connectors and interface units.