Radiation thermometer (with laser marker) ISK8700Ⅱ 1 unit

Comes with a laser marker to ensure accurate measurement of the measurement point. Surface temperature can be measured quickly. The measured temperature reading is automatically held for approximately 5 seconds. It is marked with the PSC mark, which complies with the Consumer Product Safety Act (Portable Laser Devices). This device is a Class 2 laser product and is marked with the PSC mark. Equipped with auto power off function. * If the measurement key is not pressed for about 5 seconds or more, the auto power off function will activate and the power will be turned off automatically. This prevents the battery from being consumed due to forgetting to turn off the power. It comes with a sensor cap that can prevent dust and foreign objects from entering the measurement window. It prevents accidental laser irradiation when not in use, making it safe. Model number: ISK8700II Measurement accuracy: -20 to +100℃/±2℃, +101 to +315℃/±2%rdg (conditions measurement environment temperature 23±5℃, emissivity 0.95 when calibrating blackbody furnace) Emissivity: 0.95 fixed Distance factor: D:S=8:1 Detection element: Thermopile Response time: 0.5 seconds Operating environment: 0 to 50°C, 80% rh or less (no condensation) Power supply: 9V dry battery 6F22 (006P) (included for testing) Battery life: Approx. 5 hours (when both laser marker and backlight are ON) Approx. 10 hours (when laser marker is ON and backlight is OFF) Approx. 10 hours (when laser marker is OFF and backlight is ON) Approx. 50 hours (when both laser marker and backlight are OFF) Material: ABS resin With backlight and hold function. *If the distance between the main unit and the object being measured is 400mm, the measurable area will be a circle with a diameter of 50mm. Size: 41.5 x 65 x 160mm Weight: Approx. 140g Accessories: Cap (with strap), leather case, vinyl cover Measurement range: -20 to +315°C Resolution: 1°C Repeatability: ±1℃ With laser marker *Please note that water vapor, dust, smoke, etc. can interfere with accurate temperature measurement. RoHS2 (EU)2015/863 compliant [About RoHS]