Product Specification unless deselected above
More Information
| Probe |
K |
| Features |
Dual Sensor Thermometers |
| Measurement Application |
Immersion Measurement, Surface Measurement |
| Thermometer Type |
Infrared Thermometers, Dual Sensor Thermometers, Surface Thermometers, Wired Probe Thermometers |
| Brand |
ETI |
| Available Outside the UK? |
Yes |
ETI RayTemp 38 Infrared Thermometer
This thermometer features a dual laser dot alignment, and incorporates a 50:1 optic ratio (target distance/diameter ratio). This therefore enables users to measure small targets from a distance. All the user simply has to do is to stand a safe and comfortable distance from the target, point the thermometer at the surface to be measured, presses the button and instantly reads the temperature. This makes this instrument ideal for measuring the temperature of ceiling vent and hot pips in the HVAC industry or any other item that is difficult to reach; this enables the user to measure surfaces accurately and quickly.
This thermometer can measure the surface temperatures over the range of -59.9 to 999.9°C with a 0.1°C (-9.9 to 199.9°C) or 1°C. An additional feature of the RayTemp 38 is that the device will automatically power off after 60 seconds of non-use, hence maximising battery life; however this function can be disabled if it is required by the user. Each unit has a clear, easy to read, backlit custom LCD display that indicates both the temperature and the emissivity. It also features a four-buttoned keypad allowing the user to select the mode required, i.e max, min, differential and average temperatures, to view the max/min high and low alarms and to adjust the emissivity from a 0.1 to 1.0 in 0.01 increments (default set as 0.95)
Features
- probe/sensor style: no probe included
- power source: battery powered
- power saving: auto-off
- measurement scale: Celsius/Fahrenheit
- max/min function: yes
- laser dot alignment: yes
- display type: LCD with backlight
- case material: ABS plastic
- battery monitor: yes
- warranty: one year
