Blackbody Radiation - Infrared Blackbody Furnace - High Temperature Blackbody Furnace - IR508/301 Product Description:

Blackbody Radiation - Infrared Blackbody Furnace - High Temperature Blackbody Furnace - IR508/301 isInfrared Systems Development Corporation (ISDC)The reduced version of the IR-563 blackbody source has a smaller size and lower power consumption, making it ideal for applications with limited space and power. The 0.25 "cavity adopts an optional 8-bit aperture wheel, which can change the infrared flux by a known amount without interfering with key optical settings. Combined with aperture and distance changes, the flux at any point can be easily determined, making it an ideal choice for the near (1-3 um), medium (3-8um), and far (8-30+um) infrared bands.

working principle:

Any object that emits radiation towards its surroundings as long as its temperature is above absolute zero is called temperature radiation. As long as its temperature is above absolute zero, it still needs to absorb radiation energy from the outside. Blackbody radiation sources mainly measure the temperature of an object through the infrared energy emitted by the object, which is generally divided into high temperature, medium temperature, and low temperature. They are commonly used in the industrial and medical industries, mainly for calibrating radiation measuring instruments such as infrared radiation thermometers to improve the accuracy of measurement results. Blackbody radiation sources mainly use infrared radiation thermometers or other radiation blackbody measuring instruments to test and compare the temperature of the blackbody cavity, in order to calibrate other measuring instruments such as infrared radiation thermometers.

The blackbody cavity of a blackbody radiation source is a blackbody, and the temperature of the blackbody cavity is controlled by the temperature controller of the radiation source. The chamber temperature of a standard radiation source can be set between 30 degrees Celsius and 550 degrees Celsius, and any temperature point can fluctuate up or down within 0.1 degrees Celsius. If you want to display the actual radiation temperature of the object being measured, you need to read the display screen inside the radiation source cavity, so that you can obtain the radiation temperature of the object being measured. The display screen of a blackbody radiation source is installed inside the cavity of the radiation source, which enables calibration of radiation measuring instruments such as infrared radiation thermometers.

Technical parameters:

• Temperature range: 50-1050 ℃
• Launch wattage: 17.36 watts/cm²(5.5 watts)
• Wavelength range: 0.5-99um
• Emissivity:>0.99
• Transmitter size: 0.25 "in (6.3 mm)
• Source type: cavity
• Temperature resolution: 0.1 ℃
• Calibration accuracy:+/-0.2 ℃ - NIST standard
• Stability: Short (long) term:+/-0.1 ℃ (+/-0.2 ℃)
• Response time: 100-1000<30 Min
• Temperature sensor: Embedded 0.01% matched S-type
• Control type: active multi band P.I.D
• Line voltage: 90-125 or 208-240 VAC 50-60 Hz
• Power requirement: Maximum 100 Watts
• Cable length: 8 feet (2.4 meters)
• Product size:

1. Blackbody source 3 "Diam x 5.9" H x 4.9 "D (76.2x150x125 mm)
2. Controller 5.1 "H x 13.4" D x 12 "W (130x340x304 mm)

• Warranty period: 2 years
• Standard aperture: 0.1 "(2.54)
• Remote interface: RS-232 or IEEE-488/GPIB
• Product weight: Blackbody source 2.5 lbs/controller 9 lbs (rack mounted 10 lbs)
• Packaging weight: 1 box, 17 lbs

Upgrade options:

• RS232 or IEEE/GPIB communication
• IR-762 energy modulator
• Manual aperture wheel
• Optional rack mounted controller