Saturday, October 28, 2006
IR thermometer gives on the spot readings
A novel handheld, infra-red temperature measurement device enables engineers to measure the surface temperature of objects down to 13mm. The unit benefits from a slimline, ergonomic design and the appearance, size and weight of the device is comparable to that of a standard TV remote control, so can easily fit into the user's pocket. Micro-Epsilon's Optris MiniSight and MiniSightPlus portable measuring devices are ideal for maintenance technicians, plant engineers, test engineers, service and field engineers, who need to quickly but accurately measure the temperature of critical components, systems or equipment.
The device is capable of measuring temperatures from -32 to +530C.
Operation is straightforward.
The user simply spots an object to be measured, presses the trigger and the infra-red thermometer displays the temperature instantly.
Applications range from measuring the temperature of motors, drives, bearings, valves, heating and ventilation equipment, through to electrical connectors, fuses, electric motors, electrical wiring and control cabinets.
The device is also well suited to automotive tasks, including engine and catalytic convertor temperature checks, the scanning of ignition systems, tyre checks, the analysis of cooling system restrictions and for air conditioning system diagnosis.
The optical resolution of the Optris MiniSight is 20:1, therefore users can measure smaller targets (down to 13mm) that are further away.
This is achieved by a worldwide patented laser sighting with narrow beam aiming.
Most competing products on the market only use an 8:1 ratio.
And, because the MiniSight has a 300ms response time, engineers can sweep the device around a room looking for hot spots.
Most competing products have a slower response time of around 0.5s.
System accuracy is +/-1% from 0 to +530C and +/-1C from 0 to -32C.
The display and user interface enable engineers to set maximum and minimum limits and audible alarms.
The device is low cost (from GBP 60 to GBP 90) and more compact than other products on the market.
The unit weighs just 150g and has dimensions of 190 x 38 x 45mm.
Battery life is between 20 and 40 hours, depending on whether the backlight is used.
On the MiniSightPlus unit, offset and hold functions enable the user to make intelligent measurements.
The device is capable of measuring temperatures from -32 to +530C.
Operation is straightforward.
The user simply spots an object to be measured, presses the trigger and the infra-red thermometer displays the temperature instantly.
Applications range from measuring the temperature of motors, drives, bearings, valves, heating and ventilation equipment, through to electrical connectors, fuses, electric motors, electrical wiring and control cabinets.
The device is also well suited to automotive tasks, including engine and catalytic convertor temperature checks, the scanning of ignition systems, tyre checks, the analysis of cooling system restrictions and for air conditioning system diagnosis.
The optical resolution of the Optris MiniSight is 20:1, therefore users can measure smaller targets (down to 13mm) that are further away.
This is achieved by a worldwide patented laser sighting with narrow beam aiming.
Most competing products on the market only use an 8:1 ratio.
And, because the MiniSight has a 300ms response time, engineers can sweep the device around a room looking for hot spots.
Most competing products have a slower response time of around 0.5s.
System accuracy is +/-1% from 0 to +530C and +/-1C from 0 to -32C.
The display and user interface enable engineers to set maximum and minimum limits and audible alarms.
The device is low cost (from GBP 60 to GBP 90) and more compact than other products on the market.
The unit weighs just 150g and has dimensions of 190 x 38 x 45mm.
Battery life is between 20 and 40 hours, depending on whether the backlight is used.
On the MiniSightPlus unit, offset and hold functions enable the user to make intelligent measurements.
# posted by Medical Information : 2:52 AM
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