This innovative device, meticulously engineered to measure the intensity of infrared light, empowers users to delve into the realm of radiant energy with unparalleled precision and accuracy. Its versatility extends to a wide array of applications, from horticulture to scientific research, ensuring reliable and consistent measurements.
Features and Advantages
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Extensive Measurement Range: Boasting a measurement range of 1uW/cm2 to 3000W/m2, this dynamometer tester caters to a diverse spectrum of applications.
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High Resolution: With a remarkable resolution of 1uW/cm2, it discerns even the most subtle changes in irradiance, providing meticulous data for in-depth analysis.
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Rapid Sampling Frequency: Its exceptional sampling frequency of 10 times per second captures transient or fluctuating irradiance patterns with remarkable accuracy.
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Minimal Measurement Error: Maintaining a measurement error of only +-4%, it guarantees highly reliable and trustworthy results.
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Ergonomic Medium Probe: Equipped with a medium-sized probe measuring 40mm, it facilitates precise and convenient measurements in various settings.
Model Variations and Specifications
This dynamometer tester is available in three distinct models:
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LH-129: Features a response spectrum of 800-1000nm, making it ideal for applications involving near-infrared radiation.
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LH-130: With a broader response spectrum of 800-1700nm, it encompasses a wider range of infrared wavelengths.
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LH-131: Extending its response spectrum to 760-1100nm, it specializes in measuring longer infrared wavelengths prevalent in sunlight.
Applications
The LH-129/130/131 Infrared Irradiance Dynamometer Tester finds its niche in numerous domains:
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Horticulture: Optimizing lighting conditions for plant growth, ensuring optimal photosynthesis and yield.
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Scientific Research: Quantifying irradiance in laboratory experiments, providing crucial data for studies on radiation effects.
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Industrial Inspection: Evaluating the irradiance of LEDs and other light sources, ensuring compliance with industry standards.
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Astronomy: Measuring the intensity of celestial bodies, contributing to the understanding of cosmic radiation.
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Medical Applications: Assessing the therapeutic effects of infrared radiation, guiding treatment protocols.
Frequently Asked Questions
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What is the difference between the three models?
- LH-129: Response spectrum 800-1000nm, suitable for near-infrared radiation.
- LH-130: Response spectrum 800-1700nm, broader range of infrared wavelengths.
- LH-131: Response spectrum 760-1100nm, specialized for sunlight measurement.
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What is the accuracy of the measurements?
The measurement error is maintained at +-4%, ensuring highly reliable and trustworthy results.
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What is the recommended application for this dynamometer tester?
Its applications span horticulture, scientific research, industrial inspection, astronomy, and medical settings.
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