TR-1 Body Temp. Thermal Reference

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TR-1 Body Temperature Thermal Reference is a compact, stabilized blackbody source designed for accurate fever detection and thermal camera calibration. Tuned to simulate human body temperature, it provides precise infrared emission for midwave (MWIR) and longwave (LWIR) systems, enabling fast and reliable GO/NO-GO screening. With rapid warm-up, fixed temperature operation, and high stability, the TR-1 is ideal for healthcare, industrial safety, and access control applications.

Technical Specifications
Fixed Temperature
98.6°F (±2°F adjustable)
Stability
±0.01 °C
Accuracy
±0.1 °C
Dimensions
3.5” × 4.5” × 2”
Aperture Size
3” × 4”
Weight
0.3 kg
Power Input
120 VAC
Power Consumption
15 W Max
Operating Environment
−20 °C to 60 °C
Warm-Up Time
<5 minutes
Calibration Type
Body Temperature Reference
Spectral Range
MWIR & LWIR
Mounting
Tripod Mount
Applications
Fever Detection, Thermal Screening, IR Calibration

Specifications:

Body Temperature Calibration: Designed specifically for fever detection with a fixed 98.6°F setpoint (adjustable ±2°F) to simulate human thermal emission.

Fast Warm-Up: Heater element reaches stable operating temperature in less than 5 minutes for quick deployment.

High Stability & Accuracy: Delivers ±0.01 °C stability and 0.1 °C accuracy for reliable thermal reference performance.

Optimized IR Emission: Tuned for MWIR and LWIR cameras, enabling accurate comparison for GO/NO-GO screening.

Compact & Portable: Small form factor (3.5” × 4.5” × 2”) with tripod mount for flexible positioning.

Calibration Versatility: Ideal for stand-off thermometers, pyrometers, and single-point IR detectors.

Low Power Operation: Efficient 120 VAC system with low 15 W power consumption for continuous use.

Blackbody Calculator

Our Blackbody Calculator by Bodkin Design makes IR calibration simple and precise. Designed for thermal measurement professionals, this tool helps calculate accurate blackbody settings for a wide range of infrared applications, ensuring reliable and consistent results every time.

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