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IRISYS arrow IRI 4010



IRI 4010


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The IRI 4010 is an innovative hand held thermal
imager which offers outstanding imaging and
temperature measurement performance together
with the traditional IRISYS features of fl exibility,
ease of use and minimal
cost.

• Only 0.75 kg
• 160 x 120 image
• Simple operation
• Large, clear display
• Multiple temperature measurements
• Lowest cost high defi nition imager
on the market

ELECTRICAL

Among the many common faults in electrical systems are:-

• Loose/over tight connections

• Over-twisted wires

• Overloaded components

• Uneven voltage distribution

• Failed/fatigued components

Faults such as these can cause the temperature of a component or connection to change. IRISYS thermal imagers can be used to obtain a thermal profile; this facilitates condition monitoring and fault diagnosis.

MECHANICAL

Many faults in bearings and motors are due to poor lubrication and/or shaft alignment. These result in excessive friction which leads to a rise in temperature. There can also be faulty or loose electrical connections. Whatever the fault, the result is a change in the temperature profile of the equipment. This can be detected and monitored using an IRISYS thermal imager.

BUILDING INSULATION

The twin drivers of energy costs and legislation are leading to improvement in building insulation. The quality of the insulation, however, is difficult to assess by purely visible means.

An IRISYS thermal imager will identify both missing insulation in new buildings and deteriorating insulation in older buildings.

GENERAL

Thermal imaging technology has traditionally been prohibitively expensive for many applications. However, with the introduction of low cost thermal imagers from IRISYS, it is becoming more generally relevant. Examples of these emerging applications include:-

• Monitoring of tyre temperatures and other parts on a car.

• Checking of domestic central heating and under floor heating systems.

• Monitoring of injuries in horses and other animals, where the difference in blood flow will create a temperature difference that can be identified by an IRISYS thermal imager.