ScanTemp 470 Infrared Thermometer Dostmann 5020-0470

Key Features:

• Temperature range: -33 to +500°C
• Resolution 0.1°C (above 100°C / 1°C) 
• Accuracy ±2.0°C or 2.0%, whichever is greater
• Field of view 9:1
• Wide temperature range
• Display of Min./Max values. and hold function
• Non-contact surface temperature measurement, ideal in the food sector
• Accurately, clean and fast temperature measurement
• Infrared thermometer for professionals
• Lets you check the cold chain in storage and transport
• Measurement in just 0.5 seconds

Simply aim the thermometer at the target and press the measure button to display the surface temperature over the range of -33 to 500°C with a 0.1°C resolution to 100°C and accuracy of ±2°C.

The ScanTemp 470 incorporates a 9:1 optic ratio (target distance/diameter ratio) and a fixed emissivity of 0.95 making it suitable for a wide range of food and industrial applications. The unit incorporate an innov­ative Laser circle for spot repres­ent­a­tion laser alignment, the laser circle forms at any distance to 100% the real meas­uring spot.

The ScanmTemp 470 features a one-button keypad, incorporating measure, mode and max/min functions.

The max/min function displays the highest and lowest recorded temperatures over the measurement period.

The ScanTemp 470 features a large, easy to read LCD display with low battery and an auto-power off facility, maximising battery life.

Note: If you select Accredited Calibration Certificate (IPAC) when purchasing this product, click the Product Customization TAB and fill in the second field (TEXT - Required temperature calibration points.) with the respective required points or simply attach a copy of a calibration certificate.

To optimize surface temperature accuracy:

1. Determine the emissivity of the object to adjust the spectrum range of the instrument that can be used for measurement.
2. Avoid reflection from other sources of temperature by thermally enveloping the object to be measured
3. For high temperature objects, use smaller wavelength instruments when possible.
4. For semi-transparent materials such as plastic films and glass, make sure that the bottom surface (behind the object) is uniform and below the temperature of the object.
5. Hold the instrument perpendicular to the surface of the object when the emissivity is below 0.9.
6. In all cases, do not exceed the 30 degree angle of incidence.