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Including SC-MM0850 / MM1080 / MM1511 / MM3014 / MM6020 / MM9025.
Infrared thermometer will calculate the radiation strength value, which will received by its sensor, then to show these values into temperature numbers, that is the theory of infrared thermometer.
A key feature of this thermometer is non-contact, as well as the biggest advantage. Therefore, it can get temperature values from all objects, includes static one and moving one. The sensor with 2-level laser can mark centre point of target object and best testing distance.
This model is suitable to test small target objects. 4-20mA output can be used in most of condition, especially the in a long distance, strong interface site. We provide full ranges of temperature sensors,users can choose them according to the wave length, temperature range, optical system and etc.
Users can adjust its field emissivity, it is quite convenient to make on-site correction, and improve the validity and authenticity o f measured results.
Specification
| Pyrometer Indication | Camera Indication | ||
| Temperature Range | 80-500℃、100-800℃、150-1100℃、300-1400℃、600-2000℃、900-2500℃ | Response Wave Length | 1μm / 1.6μm/ 2.2μm / 2.6μm/ 3.9μm/ 8-14μm |
| Temperature Accuracy | 1μm -3.9μm: ±0.5% or±2℃（max）（23℃±5℃） 8-14μm ：±1% or±2℃ | Repeat Accuracy | ±0.3% or±0.5℃（max）（23℃±5℃） |
| Response Time | 10-150ms (95%) | Emissivity | 0.100－1.099by buttons (preset 0.95) |
| Environment Temperature | -10 ~ 60℃ (without cooling) | Storage Temperature | -20–80℃ |
| Analog Output | 4~20mA 2-wire output max loading500Ω (digital output：RS485-RTU:selectable) | Aim | laser aim (2 level laser, max output powe 1mW，650nm) |
| Environment Class | IP65 (NEMA-4) | Power Supply | 12-24 VDC |
| Dimension | Φ52mm×163mm | Weight | about 710g |
| Standard Lens GF/SF | testing distance more than 480mm | Close Focus Lens | CF1：200－520mm CF2：120－320mm |
| Shock: IEC 68-2-6: axis:11-200 Hz.3G ·IEC 68-2-27: axis:11ms | |||
| Optical parameters and lens | |||
| 1μm -2.6μm wavelength | |||
| Optical lens can be selected according to the testing distance | |||
Production
