FOT-8 single fiber bidirectional infrared thermometer Introduction: The FOT-8 is a single-fiber bidirectional fiber optic thermometer. The system realizes the reverse transmission of the measured infrared signal and the auxiliary laser aiming signal on one optical fiber without mutual interference. Since the laser aiming is collimated by the fiber, the aiming is absolute coaxial aiming, ie the laser aiming point and the temperature measuring point are completely coincident. Especially suitable for point temperature and small target measurement. The FOT-8 is available in three sizes to meet the needs of very small space installations. The thermometer performs well in industries such as brazing, flexible welding, and small structural parts such as glasses frames, and has a high market share. FOT-8 hardware and software system configuration is superior, high-definition LED real-time temperature display, rigorous human-computer interaction software can meet the needs of different users in various occasions. User parameter settings include: emissivity, temperature measurement, measurement mode, output signal, communication parameters, control parameters, and so on. The FOT-8 fiber optic thermometer also features high-speed artificial intelligence temperature control. Especially suitable for systems with fast heating and low heat capacity. The combination of high-speed measurement and high-speed intelligent control algorithms allows the FOT-8 to achieve transient temperature control. Technical Parameters: Measuring temperature range and response wavelength: FOT-8L1 50-300°C 2-2.5μm (solder lead temperature measurement) FOT-8H1 400-1200°C 0.7-1.7μm (brazing flexible welding) FOT-8H2 500-1400°C 0.7-1.7μm (Temperature Forging Standard Parts and Auto Parts) FOT-8H3 800-2500°C 0.4-1.1μm (rolling steel temperature measurement) FOT-8H4 1000-3000°C 0.4-1.1μm (tungsten-molybdenum material special high temperature material temperature measurement) Measurement accuracy: ±0.5% FS Repeatability: 0.5% Resolution: 1 °C Response time: <10ms Optical parameters: Lens type: double cemented lens Detector: InGaAs/SI Measuring distance: 0.32m-∞ Distance factor: 160:1 Measurable minimum target: 2mm Electrical parameters: Power supply: 24VDC (±20%, 500mA) Analog output: 0-5V / 0-20mA / 4-20mA Digital output: RS485 (optional) Power consumption: <1W Insulation voltage: ≤500VAC Load capacity: ≤300Ω Operating parameters and implementation standards: Ambient temperature: <60°C Relative humidity: 10-95%, no condensation 25-45 ° C Physical size: Φ18×106mm M4×38 Φ24×106 A variety of probes are available Weight: 0.51kg Mechanical shock: GB/T2423.8-1995 Thermal shock: GB/T2423.1, GB/T2423.2 Anti-interference standard: JB/T9233.11-1999
Introduction: The FOT-8 is a single-fiber bidirectional fiber optic thermometer. The system realizes the reverse transmission of the measured infrared signal and the auxiliary laser aiming signal on one optical fiber without mutual interference. Since the laser aiming is collimated by the fiber, the aiming is absolute coaxial aiming, ie the laser aiming point and the temperature measuring point are completely coincident. Especially suitable for point temperature and small target measurement. The FOT-8 is available in three sizes to meet the needs of very small space installations. The thermometer performs well in industries such as brazing, flexible welding, and small structural parts such as glasses frames, and has a high market share. FOT-8 hardware and software system configuration is superior, high-definition LED real-time temperature display, rigorous human-computer interaction software can meet the needs of different users in various occasions. User parameter settings include: emissivity, temperature measurement, measurement mode, output signal, communication parameters, control parameters, and so on. The FOT-8 fiber optic thermometer also features high-speed artificial intelligence temperature control. Especially suitable for systems with fast heating and low heat capacity. The combination of high-speed measurement and high-speed intelligent control algorithms allows the FOT-8 to achieve transient temperature control.
