DCN1000-VVACUUM-COMPATIBLE BLACKBODY SOURCES FOR SPACE AND EARTH RADIATIONS SIMULATIONS
The DCN1000-V series are vacuum-compatible blackbody infrared reference sources, specially designed for Optical Ground Support Equipment (OGSE), used for space and Earth radiation simulations. With superior emissivity, exceptional temperature control, and high thermal uniformity, the DCN1000-V ensures reliable and precise calibration for infrared sensors in vacuum environments.
DCN1000-VVACUUM-COMPATIBLE BLACKBODY SOURCES FOR SPACE AND EARTH RADIATIONS SIMULATIONS
The DCN1000-V series are vacuum-compatible blackbody infrared reference sources, specially designed for Optical Ground Support Equipment (OGSE), used for space and Earth radiation simulations. With superior emissivity, exceptional temperature control, and high thermal uniformity, the DCN1000-V ensures reliable and precise calibration for infrared sensors in vacuum environments.
DCN1000-V Blackbody : Complete your OGSE for IR payload calibration & testing
The DCN1000-V Blackbody is engineered to be used in vacuum environments. It meets the stringent requirements of Optical Ground Support Equipment (OGSE) for space applications, where precise temperature control is critical. Equipped with a vacuum-compatible emissive coating and designed for integration in vacuum chambers, these blackbodies offer optimal performance in the most challenging conditions.
Main applications of DCN1000-V Blackbody
✔ Calibration of infrared sensors in vacuum environments
✔ Space industry applications, including satellite testing
✔ Earth radiation simulation for ground testing of space systems
✔ Infrared thermography in cleanroom conditions
MAIN BENEFITS
Why choose the DCN1000-V Vacuum-compatible Blackbody for your OGSE?
The DCN1000-V provides an absolute and differential temperature regulation system, featuring TEC elements that are in contact with the emissive surface and complemented by a chiller circulating a cooling fluid. This makes the DCN1000-V ideal for highly stable and precise calibration in vacuum and space environments, especially for IR payload calibration & testing.
FAST COOLING AND HEATING TIMES
under 45 minutes from minimum to maximum temperature
DESIGNED FOR USE IN ISO 5
Cleanroom conditions
REAL-TIME TEMPERATURE DISPLAY
in °C, K, and F
BUILT-IN TEST EQUIPMENT (BITE)
for continuous performance monitoring
Key features of DCN1000-V Vacuum-compatible IR source:
✔ Emissivity greater than 0.99 for reliable measurements
✔ High thermal uniformity of better than 10mK
✔ Fast stabilization time for quick integration into testing procedures
✔ Temperature regulation better than 2mK RMS for precise calibration
Cutting-edge technology for temperature control and uniformity
Thanks to a specific emissive coating applied to a highly conductive micro-grooved surface, the DCN1000V achieves an emissivity greater than 0.99 over a wide temperature range. Its exceptional thermal uniformity (better than 10mK) and temperature regulation (better than 2mK RMS) make it one of the most accurate infrared reference sources available for OGSE in radiation simulations.
Designed for vacuum chambers and ISO 5 cleanroom integration
The DCN1000-V blackbody is optimized for integration into vacuum chambers, with a vacuum-compatible emissive coating that ensures stable performance even in the most challenging vacuum conditions. It also features a unique flanged electronic feedthrough to connect to the external DMK electronic controller, allowing for precise remote control of temperature in real time.
KEY FEATURES
KEY FEATURES
FAST STABILIZATION
And high thermal uniformity
PRECISION TEMPERATURE CONTROL
With real-time data monitoring
INTEGRATION-READY
for vacuum chambers and cleanroom environments
EXCELLENT FOR INFRARED CALIBRATION
In critical applications such as space and satellite testing
High precision with platinum Pt100 sensors
The DCN1000V uses high-precision platinum Pt100 temperature sensors, calibrated at the French National Metrology Institute (LNE), ensuring that the temperature of the emissive surface is measured in real-time with the highest accuracy. These sensors allow for reliable and repeatable measurements, critical for applications in metrology and the space industry.
Versatile communication options for easy integration
The DCN1000V IR reference source is equipped with various communication protocols, including Ethernet, RS232, and GPIB, ensuring seamless integration into existing systems. Remote control and monitoring of temperature parameters are easy and efficient, streamlining the calibration process.
Get in Touch
Looking for a Vacuum-compatible blackbody for your testing needs?
Contact us today to learn more about the DCN1000V and other vacuum-compatible blackbodies
References
References