Made in Taiwan NKH1 infrared thermal imaging camera (PTI-NKH1)
Made in Taiwan NKH1 infrared thermal imaging camera (PTI-NKH1)
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The NKH1 infrared thermal imaging camera (infrared thermal imaging camera, thermal imager, thermal imaging camera, thermal imaging camera, handheld thermal imaging camera, industrial thermal imaging camera) designed and manufactured in Taiwan uses the Thermopile thermopile thermal sensor imported from Germany. Detector to convert temperature difference and electrical energy into each other . When a temperature difference occurs on both sides of the thermopile, an electric current is generated, which can be used to measure temperature. Structurally, it consists of multiple thermocouples. When using a thermopile to measure temperature, it can overcome the shortcoming that the potential difference generated by a single thermocouple is too small and difficult to measure. Compared with traditional infrared thermal imaging cameras, it can provide clearer thermal sensing images with higher accuracy.
Infrared thermal imaging cameras can detect invisible heat energy and can see and measure subtle changes in temperature. Due to temperature differences, different colors appear. Through the image, the entire temperature surface can be quickly detected and the high and low temperatures can be identified. If there is a temperature abnormality, it may be a fault.
Product Features:
- Infrared thermal imaging camera, thermal resolution 80 x 64 pixels
- Thermal imager viewing angle 39° x 31°
- High temperature alarm mode
- High/low temperature tracking
- Ambient humidity display
- Can take pictures while recording
- Can be connected to a laptop or computer for simultaneous display
- 3.5-inch screen, clear images
- Auto focus mode
- IP54 waterproof rating
- Automatic/manual power off
- Rechargeable lithium battery, fully charged, can be used continuously for about 4 hours
- Won the Gold Medal and Double Gold Medal of the British Bis Invention Award
- Made in Taiwan
When using the NKH1 infrared thermal imaging camera, you should pay attention to the temperature difference between the ambient temperature and the object being detected to avoid the situation where the temperature difference is too small to accurately identify . During operation, it is recommended to adjust the upper and lower temperature limits to obtain a clearer thermal image and higher accuracy.
Origin: Taiwan
※Please note:
Thermal imaging cameras can only see the surface of objects and cannot see through walls .
Thermal imaging camera converts the thermal radiation of objects into light signals for imaging. By observing the temperature difference on the surface of the object, it is displayed on the screen , providing signs invisible to the naked eye for the operator to make judgments. If the temperature difference is not too small, it cannot be clearly displayed. .
Except for thermal imaging cameras controlled by the military, which can see through, ordinary thermal imaging cameras cannot penetrate walls or objects.
