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Thermal Monitoring image6
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Thermal Monitoring
For many key businesses, financial, I.T, media, petrochemical, oil & gas, telecommunications, large scale manufacturing etc.consequences of sudden unexpected power failures can result in severe financial and/or safety costs.The need for real predictive maintenance of all key components has been a desire that until now could not be met. The current accepted method of non-contact thermal inspection has been through thermography via thermal imaging cameras, however, this only gives a snap shot on the day - problems could arise the next day undetected.

Limitations with traditional thermal scanning methods

Exertherm I/R Sensor

Limitations with traditional thermal scanning methods

Central Monitoring

Telemetry

Another major limitation with traditional thermal scanning is that no IR device can 'see through' solid objects, all they can do is measure the external surface of a panel, components which are not adjacent to an external surface can never be measured accurately and some not at all.

Exertherm™ is a different form of IR inspection. Small, low cost, accurate, non-contact, infrared sensors are permanently fitted where they can directly monitor key components e.g motors, pumps, drive bearings, gearboxes, generators, and even inside enclosures monitoring high and low voltage switchgear.

They monitor 24/7 and miss nothing.These sensors which require no external power measure the target temperature in relation to ambient with the signal indicating the °C rise on ambient, so avoiding inaccuracies due to weather conditions, environment etc.

The sensors feed back signals to a PC where automatic data logging provides instant on-screen trend graphs. Two alarm levels per sensor automatically activate in the event that preset levels are exceeded, thus identifying problem component and allowing planned maintenance to be carried out.

The system can be connected to over 250 building management systems and fitted to new projects, retro- fitted and easily expanded.

New developments include data transfer via ethernet, internet, cell phone, using GPRS technology for machine-to-machine (M2M) communication. Data can be transferred from various sites to central monitoring unit even from un-manned locations. See Telemetry

To complete your electrical maintenance regime - for inspection of less critical areas outside switchgear not requiring continuous monitoring use our hand held scanner. Typical applications: fuses, MCB's, DIN rails, terminations, switches, contactors, distribution boards, cables etc.

Features
REAL PREDICTIVE MAINTENANCE 24/7 - NOT JUST A PERIODIC SNAPSHOT - IDENTIFIES FAILURES BEFORE THEY HAPPEN - USES SMALL NON-CONTACT INFRARED SENSORS - EVEN FIT INSIDE SWITCHGEAR ENCLOSURES - SENSORS MTBF =1000yr+ - NO EXTERNAL POWER - IDENTIFIES FAILURES BEFORE THEY HAPPEN - AUTOMATIC DATA LOGGING FOR INSTANT TREND ANALYSIS - TWO ALARM LEVELS - DATA TRANSFER OPTIONS - CONNECTS TO OVER 250 BMS

 
   
 
 
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