Technical Document
Specifications
Brand
FlukeAbsolute Maximum Temperature Measurement
+600°C
Temperature Scale
Centigrade, Fahrenheit
Absolute Minimum Temperature Measurement
-30°C
Best Accuracy
±1 °C
Distance to spot Ratio
20:1
Emissivity
0.1 → 1, Adjustable
Model Number p
64 MAX
Model Number (p)
64 MAX
Resolution
0.1 °C, 0.2 °F
Data Storage
Yes
Response Time
500 ms
Length
85mm
Width
75mm
Height
175mm
Dimensions
175 x 85 x 75mm
Weight
255g
Country of Origin
China
Product details
Fluke 64 MAX IR Thermometer
Heat, water, dust and a 3 meter drop, the Fluke 64 MAX has been designed to take it all in the harshest of environments. With an IP54 rating for extra protection when it comes to airborne contaminants, this thermometer rugged and robust yet small and lightweight.
Precise laser thermometer technology gives repeatable and accurate measurements in 500ms, with minimum, maximum, average temperature and the difference between the 2 measurements. Featuring a large back-lit and easy to read LCD display and built in flashlight, this device makes light work of dark environments.
Features and Benefits:
-30°C to + 600°C (-22°F to +1112°F) temperature range
20:1 distance to spot ratio
Auto capture for unattended spot temperature
(For a tripod adapter for unattended use, see RS 752-8959)
99 point data logging
30 hour battery life
Hi/Low alarm
FAQ's
Are infrared thermometers dangerous?
Infrared thermometers are not harmful, they do not emit radiation, only measure it like a digital camera.
How accurate are infrared thermometers?
The majority of IR thermometers have a measurement error specification, which shows their best accuracy. The surface being measured can also affect accuracy. Reflective objects result in lower measurements than the actual temperature, whilst non-reflective surfaces give higher measurement. The emissivity of a surface is how effective it is at emitting energy as thermal radiation, as such some IR thermometers have adjustable emissivity settings.
Distance to spot ratio is also essential in providing accurate temperature measurements, if an infrared thermometer is too close to its target area, heat can build up in the device. This can give false readings or damage the temperature sensors, therefore it is essential to always follow a manufacturers guidelines.
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€ 218.27
Each (Exc. VAT)
Calibration type
No Calibration
1
€ 218.27
Each (Exc. VAT)
Calibration type
No Calibration
1
Technical Document
Specifications
Brand
FlukeAbsolute Maximum Temperature Measurement
+600°C
Temperature Scale
Centigrade, Fahrenheit
Absolute Minimum Temperature Measurement
-30°C
Best Accuracy
±1 °C
Distance to spot Ratio
20:1
Emissivity
0.1 → 1, Adjustable
Model Number p
64 MAX
Model Number (p)
64 MAX
Resolution
0.1 °C, 0.2 °F
Data Storage
Yes
Response Time
500 ms
Length
85mm
Width
75mm
Height
175mm
Dimensions
175 x 85 x 75mm
Weight
255g
Country of Origin
China
Product details
Fluke 64 MAX IR Thermometer
Heat, water, dust and a 3 meter drop, the Fluke 64 MAX has been designed to take it all in the harshest of environments. With an IP54 rating for extra protection when it comes to airborne contaminants, this thermometer rugged and robust yet small and lightweight.
Precise laser thermometer technology gives repeatable and accurate measurements in 500ms, with minimum, maximum, average temperature and the difference between the 2 measurements. Featuring a large back-lit and easy to read LCD display and built in flashlight, this device makes light work of dark environments.
Features and Benefits:
-30°C to + 600°C (-22°F to +1112°F) temperature range
20:1 distance to spot ratio
Auto capture for unattended spot temperature
(For a tripod adapter for unattended use, see RS 752-8959)
99 point data logging
30 hour battery life
Hi/Low alarm
FAQ's
Are infrared thermometers dangerous?
Infrared thermometers are not harmful, they do not emit radiation, only measure it like a digital camera.
How accurate are infrared thermometers?
The majority of IR thermometers have a measurement error specification, which shows their best accuracy. The surface being measured can also affect accuracy. Reflective objects result in lower measurements than the actual temperature, whilst non-reflective surfaces give higher measurement. The emissivity of a surface is how effective it is at emitting energy as thermal radiation, as such some IR thermometers have adjustable emissivity settings.
Distance to spot ratio is also essential in providing accurate temperature measurements, if an infrared thermometer is too close to its target area, heat can build up in the device. This can give false readings or damage the temperature sensors, therefore it is essential to always follow a manufacturers guidelines.