Specifically designed for the food industry, this spot checks temperatures from a safe distance. Get temperature readings for every part of your process.
The handheld infrared temperature indicator includes:
- .97 Emissivity
- 12:1 field of view
- Lightweight, easy-grip design
- Offers MAX temperature display during scan
Dickson Expert Services
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- Ambient Operating Temperature Conditions 32 to 122F (0 to 50C)
- Dimensions 6 x 1.5 x 3in
- Display Type Back-light LCD
- Emissivity Preset at .97 for higher accuracy for food saftey applications
- Field of View 12 to 1
- Included Accessories 2 AAA Bateries Quick Start Guide
Why should I calibrate?
All instruments lose accuracy over time due to normal usage and the environmental conditions to which they are exposed.
How often should I calibrate?
For most applications, the recommended calibration interval is every twelve months.
What is NIST Calibration?
NIST stands for the National Institute for Standards and Technology. This organization is responsible for maintaining the master for different measurements, such as the standard "foot", standard, "second", or standard "pound". NIST also maintains the standard for temperature, humidity and pressure.
NIST Traceable means that the measuring standard can be traced directly back to the master standard maintained by the NIST organization.
NIST-Traceable does not tell you the measurement accuracy of a metrologty service in any detail. Only metrology services that can document their ISO 17025 standard provided data on their best measurement uncertainty.
Frequently Asked Questions
Infrared instruments capture the invisible infrared energy naturally emitted from all objects. There are several important factors that determine accurate measurement. The most important are emissivity, field of view and distance to spot size.
Emissivity - All objects reflect, transmit and emit energy. Only the emitted energy indicates the temperature of the object. When IR units measure the surface temperature they sense all three kinds of energy, therefore they have to be adjusted to read emitted energy only. Some units have adjustable emissivity, others are preset at 0.95. The value of emissivity for various materials can be looked up online in a published material emissivity table. If you are using a unit with a fixed emissivity to measure the surface temperature of a shiny object you can compensate by covering the surface to be measured with masking tape or flat black paint. Allow time for the tape or paint to reach the same temperature as the material underneath. For the true temperature, measure the temperature of the taped or painted surface.
Distance to spot ratio - The optical system of an infrared unit collects infrared energy from a circular measurement spot. Optical resolution is defined by the ratio of the distance from instrument to the object compared to the size of the spot being measured (D:S ratio). The larger the ratio number, the better the instrument's resolution and the smaller the spot size that can be meausured. Laser sighting only helps to aim at the measured spot.
Field of view - Make sure the target is larger than the spot size the unit is measuring. The smaller the target, the closer you should be to the target. When accuracy is critical, make sure the target is at least twice as large as the spot size.
Point the IR unit at the object you wish to measure. Pull the trigger and read the unit's LCD. Be sure to consider the distance-to-spot size ratio and field of view. There are important things to keep in mind while using an IR unit:
Measure surface temperature only. The IR unit cannot measure internal temperatures.
Do not take temperature measurements through glass. Glass is reflective and transmission properties do not allow for accurate infrared readings.
Steam, dust, smoke etc. can prevent accurate measurement by obstructing the unit's optics.