Handheld Fiber Optic Spectrometer - Main Applications

1. On-site testing for commercial lighting, health lighting, home lighting, architectural lighting, etc.

2. Laboratory Research and Development Verification Testing

3. Field measurements for on-site lighting in homes, malls, schools, factories, greenhouses, outdoors, and more.

4. Research and development of light source products, as well as quality and process control along the production line

5. Online testing, sorting, and real-time monitoring of light source products

6. Plant factories, plant growth lamps, supplemental plant lighting, etc.

Handheld Fiber Optic Spectrometer - Optical Path Characteristics (Fiber Spectrometer Structure)

1. Various optical inputs: Direct cosine correction into the slit (with cosine correction)

2. Wavelength Range: 380-780nm

3. Spectral resolution: ±0.2nm, wavelength resolution:

4. Luminous intensity ±0.3%

5. Scattered Light: <0.1%

6. Luminous probe cosine correction: Error ≤ 5%, Non-linearity ≤ 1%

7. Absolute Fatigue Error: ≤2%

8. Long-wavelength response error: ≤15%

9. Relative Indicating Error: ±5%

10. Zero-value error: ±1% (FS)

11. Range: Automatic ±1% Error

High-speed data collection, accumulation time: millisecond-level

13. Focal Length: 42.5mm; Symmetrical Non-Crossed H-T Optical Path

14. Communication Methods: USB communication, Bluetooth, 485, 232 (HP250 Open Communication Protocol)

15. Dimensions: 118mm x 60mm x 18.5mm

16. Utilizing advanced microspectrometer technology, offering higher precision than traditional probe testing.

17. Capable of connecting to a computer to print test reports.

18. Color LCD display, with a user-friendly graphic interface, capable of displaying spectral waveforms and color tolerance ellipses (HP300 model).

19. 3.5-inch IPS Touchscreen (HP300 Model)

20. Built-in 3000mAh lithium battery, with over 12 hours of extended use

21. Built-in 4G Storage