Holroyd Instruments Ltd - Condition Monitoring

condition monitoring

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FORTHCOMING EXHIBITIONS

Holroyd Instruments will have exhibition stands and/or be presenting papers at the following events :

CM 2008 and MFPT 2008
The Fifth International Conference on Condition Monitoring and Machinery Failure Prevention Technologies

15 - 18 July 2008, The Edinburgh Conference Centre, Heriot Watt University, Edinburgh

About the International Conference

The Conference is being organised by the British Institute of Non-Destructive testing (BINDT) in close co-operation and partnership with the US Society for Machinery Failure Prevention Technology (MFPT). The combination of the efforts of two leading organisations creates the largest event of its kind at a truly international level and builds on the highly successful series of international Condition Monitoring Conferences (CM2001, CM2003, CM2005 and CM2007) organised by BINDT and highly successful 61 Annual Conferences organised by the Society of MFPT.

For full information follow this link www.cm2008-mfpt2008.org

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Maintec 2009

18-19 March, 2009, NEC, Birmingham UK

This specialist exhibition will enable you to find out about the latest developments in maintenance management, predictive maintenance and CMMS.

Following a highly succssful 2008 show Holroyd Instruments are looking forward to 2009.

Visit us on stand 57

Maintec 2009

18-19 March 2009

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NEW Airborne sensor
let's you find leaks fast

NEW MHC-Airborne sensor allows leaks in pressure and vacuum systems to be quickly found when used in conjunction with the headphones of MHC portable instruments.

click here to download datasheet

click here to see video (wmv file 946k)

MHC-Airborne Sensor FEATURES
■ Easy to use.
■ Works on pressure or vacuum systems.
■ "Point and Listen" with headphones.
■ Sensitive Ultrasonic detection (5m+ range)
■ Compatible with MHC-Memo Pro, MHC-Memo LIte, MHC-Classic Plus & MHC-Classic only.

NEW portable MHC products

NEW MHC-Memo Lite & MHC-Classic Plus portable Condition Monitoring instruments.

MHC-Classic Plus introduces the much acclaimed Super Slo mode of operation together with Standard mode allowing instant fault finding on machinery rotating at speeds down to 0.25 rpm ! Although not a true data logging instrument the MHC-Classic Plus has a 32 measurement non-volatile memory ideal for comparative purposes.

MHC-Memo Lite also has Standard & Super Slo modes but has a 300 point data-logging capability operating in a Points List mode. Its PC interface and easy to use Memo Lite-Vu software enable points to be named, measurement mode to be remembered and historic download data organised so that trend plots are very easily formed in third party spreadsheets.

click here to download file

MHC-Classic Plus & MHC-Memo Lite FEATURES
■ Easy to use.
■ Both models incorporate Standard & Super Slo modes .
■ MHC-Memo Lite introduces 300 point list data logging & very easy to use PC software.
■ MHC-Classic Plus has 32 point non volatile memory.

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NEW SMART SENSORS

NEW MHC-DS1 & MHC-SM1 smart sensors are a breakthrough in terms of sensor integration since they incorporate, transducer amplification & filtering, signal processing, alarm outputs and analogue outputs. Outputs form these sensors can directly interface to PLC's, SCADA etc and eliminate the need for an instrument. A special PC interface (SI/RT) allows alarm level settings to be stored in their non-volatile memory

MHC-DS1 sensor implements Standard mode processing which is suitable for rotational speeds down to 35 rpm.

MHC-SM1 sensor implements Super Slo mode processing allowing monitoring down to rotational speeds as slow as 0.25 rpm (that's 4 minutes per revolution !)

click here to download datasheet

MHC-DS1 & MHC-SM1 FEATURES
■ Easy & Quick to install to get 24/7 monitoring.
■ Dual alarms with hold-off - able to directly drive LED indicator lights.
■ Dual analogue outputs for trending.
■ Direct connection of sensor outputs to PLC, SCADA etc. - eliminate the need for an instrument
■ More sensitive to machine degradation than overall vibration sensors.

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