Infrared (IR) Thermometers
Infrared (IR) thermometers are used to carry out surface temperature measurements without touching the targeted application. Includes Fluke infrared thermometers, digital IR thermometers, non-contact thermometers and other equipment types.
Find out more about Infrared (IR) Thermometers below.
- Easy-to-use
- Bright, blue LED backlight
- Quick one-second readings
- 3-colour backlit display changes depending on the measured temperature
- Body/ Forehead mode and Surface mode
- Accuracy: ±0.2°C/ ±0.3°C
- Automatic Data Hold
- Backlight LCD
- Batteries included
- Pocket sized design
- Selectable Fahrenheit/Celsius measurements
- Automatic data hold and MIN/MAX
- Measurement range of -20 to 250°C
- Non-contact temperature measurements
- High accuracy
- Measure infrared temperature, air temperature and temperature using a type K thermocouple
- Compact, pistol-shaped design
- Built-in laser pointer
- Optical: D.S 12:1
- Adjustable emissivity
- Carrying bag
- Pistol-shaped infrared thermometer for non-contact surface temperature measurements
- Wide measurement range
- Laser pointer
- Fixed 0.95 emissivity makes this thermometer suitable for 90% of surface applications
- Integrated laser pointer and illuminated display
- Temperature range: -20°C to 332°C / -4°F to 630°F
- Measure temperature without making contact
- Portable, pocket-sized unit
- Integrated laser pointer and torch
- 10:1 distance to spot ratio
- Wide temperature measurement range
- Single laser pointer
- Non-contact temperature measurements
- Colour Alert backlight
- Store up to 20 readings
- Infrared and probe measurements possible
- 2 point laser for pinpoint measurements
- Audible/visual alarms when customisable limits are exceeded
- Battery powered and lightweight
- Measures up to 550°C
- Range of features including auto-off
- Two models available
- Optional laser pointer
- Wide measurement range
- Dual Laser Pointer
- Programmable Alarm with Visual Alert
- 12:1 distance to spot (target) ratio
- Auto Power Off
- Circle laser sighting
- °C and °F selectable
- Easy-to-use one-button operation
- IR Temperature range: -58 to 1200°F (-50 to 650°C)
- High resolution of 0.1° up to 199.9°
- 0.10 to 1.00 adjustable emissivity for better accuracy on different surfaces
- Temperature compensation for accurate readings
- 0.1° resolution
- Laser pointer
- Infrared temperature measurements
- Measures both surface and air temperature
- Laser spot marking
- Dual capabilities - both an infrared thermometer and allows attachment of a type K probe
- Reliable, accurate results
- Precision 8 dot circular targeting system
- Easy-to-use reliable infrared thermometer ideal for food and industrial applications
- Measurement range from -49.9 to 349.9°C
- Designed and manufactured in Britain
- Infrared surface temperature measurements
- Type K surface probe temperature measurements
- 2 point laser and 30:1 lens
- Masure surface temperature without direct contact
- Wireless interface
- Create professional reports, documentation & graphs
About Infrared (IR) Thermometers
Due to innovations in thermal technology many thermometers now use infrared to measure temperatures, allowing you to scan specific areas without the use of temperature probes.
Also known as laser and non-contact thermometers, these devices use thermal radiation emitted by an object to gain an accurate reading that is usually displayed in either Fahrenheit, Celsius, or Kelvin. Some devices are called laser thermometers because they also include a built-in visible laser beam that allows you to direct the tester to the exact point where you want to test. Non-contact thermometers are designed to work from a distance, which is suitable for extreme temperatures where it isn't safe for humans to be near the test zone.
Although they are used in many different sectors, infrared thermometers have become particularly useful for electricians surveying different kinds of equipment. By scanning components of a device using an infrared thermometer you can quickly and easily determine which devices are working correctly and which aren't thanks to the temperature reading obtained; if a component is too hot or cold, it's obvious that it isn't working correctly and could be causing a problem. This means that using a thermometer that uses infrared technology is the perfect extension of an electrician's tool kit.
Infrared thermometers are used by firefighters to quickly assess areas for dangerous 'hot spots' and therefore make sure an area is safe before going in. This is useful for both safety purposes and for actually locating the source of a fire, allowing the firefighters to save lives, minimise property damage and provide a more efficient service.
In addition, many other sectors such as gas and HVAC, the medical industry, weather forecasting, the processing industry (and quality control), and many others can find great use in an infrared thermometer for a wide variety of different situations.
