REPORT OF TEST

Nukit Torch R2 3v7

(Rev 2; Supplied nominal battery voltage)

PHOTO/RADIO/SPECTRO/GONIOMETRIC ASSAY


The OSLUV Project

680 Transfer Road, Suite 3B, St. Paul, MN

<contact-assay@osluv.org>


Catalog ID 9b03c8ee-745b-467e-a152-e270217ae50b

Rev R00 — July 5, 2024


Contents

1. —
Radiant Intensity Pattern
2. —
Warm-Up behavior
3. —
Burn-In behavior
4. —
Spectral Output
5. —
Exposure Limits
6. —
Roll-Dependence
7. —
R² Validation
8. —
Electrical Characteristics
9. —
Considered Article Details
10. —
Measurement Apparatus
11. —
Revisions
12. —
Appendices
Quick Facts
Power & Pattern
(All reported values after stabilization)
Total UVC Optical Power 12.5mW
1m Peak Irradiance 1.2μW/cm²
Safety
Power above 240nm 0.2mW (1.4%)
Equivalent 222nm Eye S(λ) Power 15.3mW
\(w_s / S(222\mathrm{nm})\) (ANSI/IES Eye Limit) 122.3%
Considered Article
Manufacturer Naomi Wu's Cyber Night-Market
— Model Name Nukit Torch
— Model Number Revision 2
— Production Date Unknown
Acquisition Date November 2023
Acquisition Price Complementary
Acquisition Method Manufacturer Supplied

Reference Image

§1: Radiant Intensity Pattern

Polar Radiant Intensity Plot

This chart displays a polar plot of the intensity pattern of the source. Only the forward-facing hemisphere was measured. The data was taken at 500mm from the light source.

Data is reported in radiant intensity units of milliWatts per steradian. 1 mW/sr is equivalent to an irradiance of 0.1µW/cm² at a distance of one meter.


Axes Reference

Isoirradiance Plot (Projection onto surface at 1m)

This chart presents the irradiance a flat surface would receive with the tested lamp one meter above it pointed directly downward. Isoirradiance lines segment the chart by logarithmic irradiance boundaries (indicated.)