Vibration Testing Technology For Every Situation

For early detection of equipment and structural wear

, vibration testing equipment has made significant advances through latest developments. Early detection allows industries to reduce or shorten maintenance periods thus keeping an operation working longer.

With a full range of machine monitoring and equipment analysis technology, it's now possible to find any problematic situations up to 6 times faster. What definitely makes the difference in today's measurement and analysis equipment are the sensitive sensors that can detect the slightest variation.

As well as being effective and versatile, the MHC range of monitoring equipment facilitates ease of use. Very early stages of degradation are detected and with proprietary signal processing, the operator can determine the actual condition of the machinery or structure. Both high speed and very low speed machinery can benefit fromvibration testing equipment. The distinguishing feature that makes the MHC series different is the sensors that incorporate a patented crystal arrangement that allows accurate communication between sensors. The clear communication between sensors afforded by the crystal arrangement makes the difference between standard and early detection.

Choices with the MHC sensor range begin as a simple transducer with integral preamplifier through to microprocessor sensors with built-in alarm levels, fully processed outputs and a record of the monitored equipment's history. The sensors can be mounted with a magnetic front face, adhesives, bolts or screws. If a handheld monitoring device for vibration testing is preferred, sensors are installed in the 1000 series of the MHC Memo range of equipment. The 2000 series are permanently installed sensors with 10 VDC drives for continuous monitoring, or if the machinery covers a long distance, as in mine shafts, the 3000 series is ideal. The best sensors for slow turning equipment and intermittent operations are in the 4000 series, and the 5000 series has been developed for research and diagnostic applications with a bluetooth wireless version offered.

The SIMPAL system is produced for structural monitoring to analyze early metal failure by identifying tiny vibrations. The vibration testing technique of SIMPAL is intended for giving results over long periods so as to continuously analyze a structure's integrity with results relayed by a GSM modem to a PC.

by: Tommy M. Fostor

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