Infrared thermography reveals abnormal overheating due wear, misalignment, lubrication problems, etc. can used troubleshoot advance any latent malfunctions and thus prevent failures and avoid production incidents.
3) Building thermics These applications infrared thermography concern architects, heating and sanitary installers, heating operators, electricians, property companies, property experts, owners and insurers.
2) Mechanical maintenance Moving mechanical parts heat quite normally due friction.
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.theorY applications
Introduction
Infrared Thermography
Infrared thermography detection technology has become irreplaceable for ensuring safe conditions for industrial production. single image gives full health report the electric motor, its power supply (cables), the bearings and, necessary, the alignment. thermal camera does not measure temperatures but radiation fluxes. This helps produce thermal survey the building.. used complement vibratory analysis, which much more time-consuming set up. The aim help with decision-making for corrective action, prevent incidents, anticipate any works which might necessary and facilitate electrical installation maintenance (time saving and safety). This helps prevent and avoid costly equipment damage, production shutdowns, operating losses, fires, etc. With infrared camera, easy view the distribution heat the front building and also possible precisely locate heat losses due faulty insulation. For this detection method, there need cut off the current, shut down the machines stop production. then provides the user with map the temperatures which called thermogram: each temperature represented different colour. Once the operator has adjusted certain parameters, the camera calculates the temperatures the target. Thermal imaging innovative technique for safe, reliable and quick "no-contact" assessment.
APPLICATIONS
1) Electrical maintenance The purpose this sort inspection detect any overheating working electrical systems due various causes: poor connections, overloads, phase unbalance, faulty contacts, etc. Infrared thermal imaging no-contact, real-time inspection method for production equipment subject high voltages, powerful electric currents high operating speeds
