Website:
Balun Technology Co., Ltd
Catalog excerpts
Infrared Thermal Imaging Systems Spectrographic Analyzers Spectral Radiometers Heat Flux Meters The BL677A Benchtop Black Body Calibration Source is designed for precise temperature calibration, offering a temperature range of 50°C to 700°C (122°F to 1292°F). Equipped with a precision platinum RTD temperature sensor, the BL677A ensures high accuracy and repeatability. The temperature controller uses industry-standard PID algorithms, maintaining the emitter temperature within 0.1°C of the set point. The black body emitter utilizes a resistive heating device for reliable performance, short stabilization times, and stable temperature control. Wide Temperature Range: 50℃ to 700℃ High Emissivity: Greater than 0.995 for accurate calibration Large Aperture: 65 mm diameter, suitable for most D(distance-to-spot) ratios Temperature Stability: Maintains control stability within ±0.1℃ Temperature Uniformity: ±0.15℃ for consistent results End-Closed Tube Heated Emitter: Optimized for even heating Built-in Temperature Correction Function: Enhances precision Temperature range Aperture diameter Heated emitter shape Emissivity Display resolution Stability (10min) Uniformity Distance to target surface Control method Temperature sensor Power supply Heat up time Calibration method Calibration band Dimension Net weight 50℃ to 700℃ (122F to 1292F) 65 mm End closed tube better than 0.995 0.1℃ 0.1℃ or 0.1%RD (whichever is great) 0.15℃ or 0.15%RD (whichever is great) 240 mm Digital PID controller Precision platinum RTD 220V AC, 1500 VA (110VAC is optional) < 1 hour ambient to 700℃ Pyrometric standard calibration 8um-14um spectral band 260mm (W) x 480mm (D) x 430mm (H) 15 kg approx. BL677A Black body Calibration Source Power cord User manual Factory calibration report Protective case BL677A-220V: For 220V power supply BL677A-110V: For 110V power supply Infrared Temperature Sensors Balun Technology Co., Ltd Add: 1322, F/3, Bldg 1, 33 Zique Rd, Haidian, Beijing100095, China
Open the catalog to page 1
