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Signal conditioning module has universal appeal

A Penny and Giles product story
Edited by the Engineeringtalk editorial team Aug 7, 2008

Module can work with any manufacturer's transducer and is suitable to drive four-, five- or six-wire differential LVDTs, ratiometric LVDTs and three-wire inductive half-bridge transducers.

Penny + Giles has launched a new universal conditioning module (UCM) that provides reliable signal conditioning for a wide range of analogue inductive transducer types.

The module can work with any manufacturer's transducer and is suitable to drive four-, five- or six-wire differential LVDTs, ratiometric LVDTs and three-wire inductive half-bridge transducers (or RVDT equivalents).

UCM has a low current requirement of less than 10mA and can be linked and synchronised with up to 50 modules in one network for multiple channel measurement systems.

The UCM provides a simple 0.5 to 4.5V DC analogue signal output, or by using additional module cards, into a variety of different voltage ranges, a current output, or digital PWM output.

It normally operates from an unregulated 10-30V DC supply.

The setup is flexible, allowing users to adjust excitation voltage and frequency, operating mode, span output and zero position, as well as configuration for multiple synchronisation.

The unit is housed in a rugged die-cast aluminium alloy housing, suitable for harsh environmental conditions and electrically noisy installations, with EMC Immunity to 100V/m.

The housing features an impressive environmental performance, with dust and fluid protection to IP68 and submersion to 2m.

The UCM is simple and easy to install.

It is designed to be mounted on a bulkhead close to the transducer by using M5 screws through the mounting holes that are located under the housing lid.

The supply, output and transducer connections are routed through two IP68 rated cable glands that can accommodate cable diameters between 3 and 8mm.

Find out more about this article. Request a brochure, download technical specifications and request samples here.

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