TWIN 1000 Series Blackbody | Precision Dual IR Calibration Source

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TWIN1000 Series Blackbody

DUAL SURFACE INFRARED BLACKBODIES FOR PRECISE CALIBRATION

The TwiN1000 series offers ultra-precise temperature regulation with two independently controlled emissive surfaces. Ideal for infrared sensor testing, the TwiN1000 provides exceptional stability and fast response in production environments. Perfect for production testing lines or applications requiring fast temperature transitions.

Specifications:

  
TwiN1000 Technical Specifications

      Specification
      TwiN1000 CN
      TwiN1000 CF
    
      Temperature Range
      +10°C to +90°C
      -5°C to +150°C
    
      Size of Emissive Areas
      42 × 42 mm
    
      Emissivity / Apparent Emissivity
      0.98 ± 0.02 / 1.00
    
      Temperature Measurement Accuracy
      ±0.03°C
    
      Thermal Uniformity
      0.01°C / 0.1°C (ambient / 50°C)
    
      Stability
      0.5 mK over [0;65°], 2 mK outside
    
      Slew Rate
      0.5°C/s heating, >0.25°C/s cooling
    
      Display Resolution
      0.0001°C
    
      Head Dimensions (H × W × D)
      90 × 112 × 80 mm
      90 × 105 × 55 mm
    
      Head Weight
      <1 kg
    
      Electronic Unit Size
      2U × 19"
    
      Electronic Unit Weight
      6.5 kg
    
      Operating Temperature (Control Unit)
      +5°C to +45°C
    
      Operating Temperature (Head)
      -20°C to +70°C
    
      Remote Control
      Ethernet, RS232, IEEE488
    
      Power Supply
      90–260 VAC, 1ph., 50/60 Hz
    
      Maximum Power Consumption
      600 W

Specification	TwiN1000 CN	TwiN1000 CF
Temperature Range	+10°C to +90°C	-5°C to +150°C
Size of Emissive Areas	42 × 42 mm
Emissivity / Apparent Emissivity	0.98 ± 0.02 / 1.00
Temperature Measurement Accuracy	±0.03°C
Thermal Uniformity	0.01°C / 0.1°C (ambient / 50°C)
Stability	0.5 mK over [0;65°], 2 mK outside
Slew Rate	0.5°C/s heating, >0.25°C/s cooling
Display Resolution	0.0001°C
Head Dimensions (H × W × D)	90 × 112 × 80 mm	90 × 105 × 55 mm
Head Weight	<1 kg
Electronic Unit Size	2U × 19"
Electronic Unit Weight	6.5 kg
Operating Temperature (Control Unit)	+5°C to +45°C
Operating Temperature (Head)	-20°C to +70°C
Remote Control	Ethernet, RS232, IEEE488
Power Supply	90–260 VAC, 1ph., 50/60 Hz
Maximum Power Consumption	600 W

Rapid Calibration: Fast, precise temperature calibration for infrared sensors with real-time transitions.

Wide Range: +10°C to +90°C (CN) and -5°C to +150°C (CF) for versatile applications.

Dual Emissive Head: Two independent surfaces in one compact design for efficient testing.

Easy Integration: Fits seamlessly into production lines and automated setups.

Reliable & Durable: Stable, accurate performance for lab, aerospace, and industrial environments.

Its stable, uniform output and precise temperature control make it ideal for calibrating infrared cameras and spectrometers, ensuring accurate and reliable thermal measurements.

Calibration of Thermal Sensors

Delivers precise, uniform thermal radiation to characterize material emissivity, enabling accurate analysis of heat absorption and emission properties.

Material Emissivity Testing

Designed for rugged environments, it supports sensor validation on aircraft, satellites, and defense systems, providing consistent reference temperatures across all operating conditions.

Aerospace & Defense Testing

Compact and reliable, it provides a consistent reference for infrared cameras and remote sensing instruments, enhancing the accuracy of environmental and industrial thermal measurements.

Infrared Imaging & Remote Sensing

TwiN1000: Fast, Reliable Infrared Sensor Calibration

The TwiN1000 delivers precise, real-time calibration for a wide range of infrared sensors, including thermal cameras and pyrometers. Its dual-temperature design allows rapid transitions between high and low temperatures, ensuring accurate measurements in dynamic environments. Compact and easy to integrate, the TwiN1000 fits seamlessly into automated production lines, streamlining large-scale calibration processes without disruption. Ideal for industrial, aerospace, and research applications, it provides consistent, reliable performance when precision matters most.