PCE-895-ICA Includes Only:
- 1x Digital Thermometer PCE-895-ICA
- 1 x USB Cable
- 1 x Micro SD Card 8 GB
- 1 x PC Software
- 2 x 1.5V AA Batteries
- 1 x Thermocouple Type K ( 0 - 250°C / 32 - 482°F)
- 1 x User manual
- 1 x ISO Calibration Certificate
Features:
- Non-contact temperature measurement
- 60:1 optics
- Temperature measurement up to 1600°C / 2912°F
- Compact cross laser thermometer
- Double laser shows the spot diameter
- Adjustable emissivity
- Alarm function
Applications:
- Food inspection
- Hygiene tests
- Road construction
- Switch cabinet monitoring
- Heating and air conditioning technology
- Production monitoring
- Temperature measurement on motors
Attention! Our temperature sensors are designed for industrial and laboratory surface temperature measurement ONLY. They are not designed or certified for body temperature measurement or for medical use.
Cross laser thermometer for non-contact measurement of surface temperatures /Fast response time / Adjustable emissivity / Max-Min function / USB / SD card.The Dual Laser Digital Thermometer PCE-895 is used for fast surface temperature measurement. The two laser points of the dual laser thermometer PCE-895 mark the exact measuring point and thus offer excellent assistance with the temperature measurement. Due to the cross laser function, the two laser spots indicate exactly how large the actual IR spot is. The emissivity of the dual laser thermometer PCE-895 is adjustable in the range of 0.10 - 1.0. Thus, the dual laser thermometer PCE-895 is suitable for almost all surfaces.
The temperature measuring range extends from -35 - 1600°C / -31 - 2912°F. In addition to the IR function, a type K thermocouple can also be connected to the dual laser thermometer. A USB interface and an SD memory card slot complete the functionality of this professional thermometer. The SD card enables data logging of several hours on machines and systems. Using the PC software, the stored temperature profiles can be read out and exported. This makes the Dual Laser Thermometer ideal for long-term temperature measurements.
