Calibration Source M300
Medium temperature large blackbody calibration source with high emissivity for calibration independent of the wavelength.
Temperature range: 200 ... 1150 °C (392 ... 2102 °F)
- Superior accuracy within ±0.25% of reading ±1°C
- Large 51 mm (2”) aperture diameter
- High effective emissivity 1.0 at 0.7 to 1.8 µm, 0.998 typical at other wavelengths
- Rugged housing designed for fixed installation in laboratory or test department
- Manufactured and tested to meet rigid quality control standards
- Furnished with certificate of calibration traceable to NIST
- RS232 (standard) or RS485 (optional) serial communications port
The M300 is a high standard, precision blackbody calibration source designed with a unique uniformly heated spherical cavity that achieves a near ideal emissivity of 0.998 or better.
The M300 will accurately deliver any temperature between 200 °C to 1150 °C (392° to 2102 °F). A convenient micro-processor-based, digital PID controller holds the selected temperature to within 1 °C, thus assuring high accuracy calibration.
LumaSense calibration sources have long been the gold standard to calibrate the instruments that keep your operations up and running. These blackbodies are superior because of the emissivity values, homogeneous emission areas, and a wide range of different sized apertures to adapt to the desired target area. In addition, fast heat-up times and high temperature stability are guaranteed.
The quality of our calibration sources is guaranteed by tests, burn-in times, and radiometric calibrations. On most models, a certificate is provided to document the traceability to the international temperature scale ITS90 and NIST.
Typical Calibration Applications
- Infrared Temperature Sensors
- Infrared Thermal Imaging Systems
- Spectrographic Analyzers
- Spectral Radiometers
- Heat Flux Meters
|Temperature Range:||200 °C to 1150 °C (392 °F to 2102 °F)|
|Temperature Uncertainty:||±0.25% of reading ±1 °C (when using Calibration Certificate correction factors)|
|Temperature Resolution:||0.1 °C|
|Stability1:||±0.5 °C per 8 hour period|
|Source Non-Uniformity:||±0.1 % of reading ±1 °C|
|Heated Cavity Shape:||Spherical|
|Exit Port Diameter:||51 mm (2”)|
|Emissivity:||1.0 effective at 0.65 to 1.8 µm, 0.998 for others|
|Standard calibration method:||Radiometric (pyrometric)|
|Warm-up Time:||Approximately 1 hour from ambient to 1000 °C|
|Slew Rate to 1 °C Stability:||~ 5° / min ambient to 200 °C
~ 12° / min 300 < T < 800 °C
~ 8° / min avg T > 800 °C
|Slew Rate to 0.1 °C Stability:||~ 60 minutes between Δ 100 °C setpoints|
|Communication / Interface|
|Remote Set Point:||Via serial port|
|Method of Control:||Digital PID Controller|
|Operating Ambient Temperature:||0 ... 44 °C (30 ... 110 °F)|
|Cooling:||Fan cooled, air inlet on rear panel|
|Operating Humidity:||<90% RH max, non-condensing|
|Dimensions (H x W x D):||640 mm x 500 mm x 572 mm
(25.2” x 19.7” x 22.5”)
|Weight:||80 kg (175 lbs)|
|Power Requirements:||208 / 230 V AC ± 10% 50 / 60 Hz 11A
1 Provided stable AC mains voltage and minimum air flow across the exit port or emitter plate.