Infrared Laser Thermometers
14 από 14 productsLaser Infrared Thermometer up to 500°C
Temperature range: -50°C to 500°C Temperature accuracy: ±3.0°C (at -50...0°) ±2.0°C (at 0..500°) Temperature resolution: 0.1°C Distance to...
View full detailsLaser Infrared Thermometer up to 380°C
Range: -50~380°C, -58~716°F Accuracy: ±2.5°C (at -50~20°C), ±2 % or ±2.0°C (at 20~380°C) ±4.5°F (at -58~68°F), ±2 % or ±3.6°F (at 68~716°C) Re...
View full detailsLaser Infrared Thermometer up to 500°C
Temperature range -40 to 500°C / -40 ... 932°F Reading 0.1°C / 0.18°F Accuracy ±2% of the reading or ±2°C / 3.6°F(the higher value appl...
View full detailsLaser Infrared Thermometer up to 500°C
Measuring range -50 … 500 °C / -58 … 932 °F Reading 0.1 °C / 0.1 °F Accuracy ±3 °C / ±5.4 °F at -50 … 20 °C / -58 … 68 °F±2 % or ±2 °C / ...
View full detailsInfrared Laser Thermometer up to 550°C with Type K Thermocouple - Hygrometer
Measurement operation Infrared Measurement range -50 ... 550 °C Reading ≤ 1000 °C/°F: 0.1 °C/°F > 1000 °C/°F: 1 °C/°F Accuracy -50 …...
View full detailsInfrared Laser Thermometer up to 760°C - Thermocouple K
Infrared measurement Thermocouple Measurement Measuring range -60 ... 760°C / -76 ... 1400°F -64 ... 1400°C / -83.2 ... 2552°F Accura...
View full detailsLaser Infrared Thermometer up to 800°C
Temperature range: -30°C to 800°C / -22°F to 1472°F Temperature reading: 0.1°C / 0.1°F (-22°F to 1000°F), other range 1°F Temperature accuracy...
View full detailsLaser Infrared Thermometer up to 1000 °C
Measuring range -50 ... 1000°C / -58 ... 1832°F Reading 0.1°C / 0.18°F Accuracy ± 1% Response time Distance ratio 30:1 Adjustable...
View full detailsLaser Infrared Thermometer up to 1150°C
Measuring range -50 ... 1150°C / -58 ... 2102°F-50 ... 0°C / -58 ... 32°F: ± 4°C / 7.2°F Accuracy 0 ... 500°C / 32 ... 932°F: 1.5% ± 2°C...
View full detailsLaser Infrared Thermometer up to 1200°C
Infrared measurement Width -50 ... 1200 °C / -58 ... 2192 °F Reading 0.1 on display <1000 1 on display >1000 Accuracy ±3 °C ...
View full detailsLaser Infrared Thermometer up to 1300°C
Temperature range: -32°C to 1300°C Temperature accuracy: ±(1.5+0.1×|t|)°C (for Temperature resolution: 0.1°C (for Distance to spot ratio ...
View full detailsInfrared Laser Thermometer up to 1850°C + Type K Thermocouple
📌 Infrared system (Infrared system) Temperature range: -50°C to 1850°C Temperature accuracy: ±(2%·|t|+3.0°C) (for -50°C to -20°C) ±(1%·t...
View full detailsInfrared Laser Installation Thermometer up to 600°C, with 4-20mA output
Measuring range 0 ... 600°C / 32 ... 1112°F Measurement accuracy ± 1.5°C / 2.7°F or 1% of the measured value, whichever is greater applies...
View full detailsTemperature Indicator
Specifications Input (selectable4)4 ... 20 mA0 ... 20 mA± 20 mA Input impedance10 Ω ± 1 % Accuracy± (0,2 % FS + 1 dgt.) Scale2 points Av...
View full detailsInfrared laser thermometers measure surface temperature without contact by detecting the infrared radiation emitted by an object. They are ideal for fast checks on moving parts, hot targets, or hard-to-reach areas, without disturbing the process.
Available in different temperature ranges, accuracy classes and distance-to-spot (D:S) ratios, with adjustable emissivity, laser targeting, backlit display and MIN/MAX or HOLD functions. Options from PCE Instruments & Insize.
Used in maintenance, HVAC, electrical inspections and quality control; choose based on D:S and the target surface material/finish.
Infrared Thermometers
The infrared thermometers, also known as laser thermometers, allow measuring the temperature of a surface from a distance, without physical contact. They operate by detecting the infrared radiation emitted by any object and converting it into a digital temperature reading in fractions of a second.
- Optical Ratio (D:S): A critical feature is the distance-to-spot ratio (e.g. 12:1). This means that at a distance of 12 centimeters, the instrument measures a circular area with a diameter of 1 centimeter.
- Emissivity Coefficient (Emissivity): Accuracy depends on the material’s ability to emit energy. Advanced models allow adjustment of the coefficient $\epsilon$ for correct measurements on metals, plastics, or organic materials.
- Applications:Industry: Checking hot spots in electrical panels, motors, and bearings.Food: Temperature monitoring in refrigerators or production lines without risk of contamination.HVAC: Detecting heat loss in piping and insulation.































































































































































































































































































































































































































