Handheld Infrared Spectrometer Device Details
One,Handheld Infrared Spectrometer HP350FRW Spectral Radiometer
The HP350FRW Fiber Spectrometer is a new-generation instrument for light source and color testing, integrating advanced microspectrometer technology, embedded operating systems, and microcomputer technology.Convenient to carryQuick and convenient, simple, and more suitable for on-site application scenarios, with parameter testing, analysis, and verification. Sampling and measurement of light source parameters can be done anywhere at any time, and can also be connectedPC Software TestingEfficiently analyze and process test data, with linear measurement and accuracy, widely used in field lighting measurement for homes, shopping malls, schools, factories, greenhouses, outdoors, and various light sources. Also applicable in the research and development of light source products and production line quality control.
Primary Applications:
(1) Based on the standard:
Lighting: GB55016-2021 Building Lighting CIE1931, CIE1960, CIE1976, GB/T5700-2008, GB/T 36979
(2) Basic Measurement Functions:
Key Measurement Parameters: Radiant Power, Color Coordinates (x, y, u, v, u', v'), Wavelength, Color Temperature (CCT), Luminous Flux, Color Rendering Index (Ra, Ravg), Color Deviation (SDCM), Color Purity, Color Saturation (Rg), Color Fidelity (Rf), Color Quality Score (CQS), Luminance to Darkness Ratio (S/P), Transmittance, etc.
(I) Main Applications
1. VariousInfrared light sourceSpectrum and energy intensity, spectral power distribution
2. Various commercial lighting, indoor lighting, and outdoor lighting.
2. Biological Lighting (plant grow lights, plant factories, etc.), greenhouse structures;
3. Research and production development of various light sources.
4. Meteorology and agricultural production sector;
5. Research and development of lighting fixtures, supplemental plant growth lights, and quality control of production lines
6. Research, academic exchange, and studies
(I) Product Advantages
1. Communication Method: USB
2. Multiple display options: Computer, IPS Touchscreen
3. Ergonomic handheld design for ease of use and convenience.
(II) Core Components
1. TCD1304DG CCD detector with anti-reflective coating, achieving quantum efficiency curve in the lighted area with a wavelength range of 380-1050nm
2. Enhanced Coating Grating: Line Count: 1200 lines, Sparkling Wavelength: 300nm, Spectral Response: 200-1100nm
3. Enhanced collimating mirrors, focusing lenses
4. 16-bit High-Speed AD Sampling
5. High-precision stable operational circuit
6. High-precision optical path, minimal scattered light, elimination of higher-order diffraction spectra (equipped with a cloud spectrum filter system)
（Section 3: Advantages of Testing
1. Comparative testing, transmission ratio testing, parameter comparison (tumble and lock modes)
2. Scheduled testing, scheduled saving (can perform light attenuation test verification)
3. Tunable wavelength for easy search (single band is even more convenient for viewing and analysis)
4. One-click testing and sharing on APPs, mini-programs (such as WeChat Moments, Weibo, forums, etc.)
5. Test Result Adjustments (Coefficient corrections for test results in different scenarios and environmental changes)
II. Optical Path Characteristics (Fiber Spectrometer Structure)
1. Various optical inputs: Cosine Correction Probe, SM905 Fiber Optic (with Cosine Correction)
2. Wavelength Range: 380-1050 nm
3. Spectral Resolution: ±0.2nm, Wavelength Resolution:
4. Luminous intensity linearity ±0.3%
5. Scattered Light: <0.1%
6. Luminous probe cosine correction: Error ≤ 5%, Non-linearity ≤ 1%
7. Absolute fatigue error: ≤2%
8. Long wave response error: ≤15%
9. Relative Indicating Error: ±5%
10. Zero Error: ±1% (FS)
11. Range: Automatic ±1% Error
12. High-speed data collection, accumulation time: millisecond-level
Focal Length: 42.5mm; Symmetrical Non-Crossed H-T Optical Path
14. Communication Method: USB Communication
15. Dimensions: 186mm x 80mm x 21.8mm
16. Utilizing advanced microspectrometer technology, offering higher testing accuracy than traditional probe methods.
17. Compatible with computer software testing, capable of connecting to a computer to print test reports.
18. Color LCD display with a good graphic interface, capable of displaying spectral waveforms and color tolerance ellipses.
19, 5-inch IPS touch screen
