Document Overview
Key Findings The CL6 camping light thermal rise test (Report No. 20260106-001, dated 2026-01-06) recorded peak component temperatures across two samples under active discharge (white and red lamp) and charging conditions, with results classified as For Reference Only to support product design optimization. Highest measured…
- Document type
- Test Report
- Prepared by
- Ryan Cooper
- Published
- Last reviewed
- Topics
- Environmental Testing
Key Findings
The CL6 camping light thermal rise test (Report No. 20260106-001, dated 2026-01-06) recorded peak component temperatures across two samples under active discharge (white and red lamp) and charging conditions, with results classified as For Reference Only to support product design optimization.
- Highest measured temperature: 93.4 °C at point U2 on sample CL6-5#
- Highest temperature rise: 72.5 K at point U2 on sample CL6-5#
- Ambient temperature during test: 20.9 °C
- Samples tested: 2 PCS (CL6-露营灯-5# and CL6-露营灯-12#)
- Test standard: Internal standard (reliability test)
- Verdict: For Reference Only — data supports design improvement, not pass/fail qualification
Test Overview
| Field | Detail |
|---|---|
| Product No. / Name | CL6-露营灯 (CL6 Camping Light) |
| Report No. | 20260106-001 |
| Test Date | 2026-01-06 |
| Test No. | 2# |
| Sample Quantity / No. | 2 PCS |
| Type of Test | Reliability Test (■) — EMC Test (☐), Safety Test (☐), Functional Test (☐) |
| Test Standard | Internal Standard |
| Test Purpose | Evaluate thermal stability, heat dissipation performance, and potential overheating risks of the prototype; collect temperature variation data |
| Acceptance Criteria | Ensure compliance with safety and performance requirements; prevent component damage caused by overheating |
| Product URL | N/A |
Test Equipment & Setup
| Item | Detail |
|---|---|
| Test Equipment | Thermal Rise Tester (Thermocouple, Type K) |
| Ambient Temperature | 20.9 °C (indoor environment) |
| Test Points Monitored | Flashlight White LED, U1, U2, U3, Charging IC, Inductor, Side White LED, Side Red LED, Battery |
| Operating Mode | All lamp modes activated continuously (discharge); charging mode monitored separately |
| Temperature Rise Calculation | Measured temperature minus ambient temperature (K) |
Test Procedure
- Pre-test: Record ambient temperature (20.9 °C) in the indoor test environment. Confirm all thermocouples (Type K) are correctly attached to the designated measurement points on both samples.
- Sample preparation: Label samples as CL6-露营灯-5# and CL6-露营灯-12#. Verify samples are at ambient temperature before testing begins.
- Discharge test: Power on all lamp modes (flashlight white LED, side white LED, side red LED) simultaneously. Allow the unit to operate continuously until thermal equilibrium is reached. Record maximum temperature at each measurement point.
- Charging test: Connect the unit to the charger. Monitor and record temperatures at U1, U2, U3, charging IC, inductor, battery, and LED points throughout the charging cycle.
- Data recording: Log maximum temperature (°C) for each point per sample. Calculate temperature rise (K) = max measured temperature − ambient temperature.
- Post-test: Power off and disconnect all samples. Verify recorded data completeness. Note any anomalies observed during testing.
- Acceptance criteria: Results classified as For Reference Only; data to be used for design optimization and thermal management improvement, not pass/fail qualification.
Test Data & Results
| Sample No. | Measurement | Flashlight White LED (°C / K) | U1 (°C / K) | U2 (°C / K) | U3 (°C / K) | Charging IC (°C / K) | Inductor (°C / K) | Side White LED (°C / K) | Side Red LED (°C / K) | Battery (°C) | Ambient Temp (°C) |
|---|---|---|---|---|---|---|---|---|---|---|---|
| CL6-露营灯-5# | Max Temperature (°C) | 67.0 | 74.5 | 93.4 | 59.2 | 64.1 | 61.1 | 51.9 | 51.9 | 26.8 | 20.9 |
| CL6-露营灯-5# | Temperature Rise (K) | 46.1 | 53.6 | 72.5 | 38.3 | 43.2 | 40.2 | 31.0 | 31.0 | — | — |
| CL6-露营灯-12# | Max Temperature (°C) | 69.1 | 85.8 | 90.3 | 56.2 | 76.3 | 61.9 | 50.2 | 48.8 | — | 20.9 |
| CL6-露营灯-12# | Temperature Rise (K) | 48.2 | 64.9 | 69.4 | 35.3 | 55.4 | 41.0 | 29.3 | 27.9 | — | — |
Observations: The highest single-point temperature recorded was 93.4 °C at measurement point U2 on sample CL6-5#, corresponding to a temperature rise of 72.5 K. Sample CL6-12# showed a notably elevated charging IC temperature of 76.3 °C (rise: 55.4 K) compared to CL6-5# (64.1 °C, rise: 43.2 K), indicating some unit-to-unit variation in charging path thermal behavior. Battery temperature was only recorded for CL6-5# (26.8 °C). Full time-series data is available in the sibling sheets: 放电温升数据 (Discharge Thermal Rise Data) and 充电温升数据 (Charge Thermal Rise Data). Test results are classified as For Reference Only to provide direct data support for product design improvement.
Conclusion
| Field | Detail |
|---|---|
| Test Result | For Reference Only (■) — Pass (☐), Fail (☐) |
| Standard Applied | Internal Standard (Reliability Test) |
| Test Conditions | Indoor ambient 20.9 °C; all lamp modes active (discharge); charging mode monitored; Type K thermocouple |
| Samples | 2 PCS — CL6-露营灯-5#, CL6-露营灯-12# |
| Verdict | By analyzing the thermal rise data, the test provides direct data support for improving product design, enhancing energy efficiency and overall performance, and mitigating overheating risks to components. |
Document Information
| Role | Name (Pinyin) | Date |
|---|---|---|
| Approved By (批准) | Li Guanghua | 2026-01-06 |
| Reviewed By (审核) | Zhang Ronggui | 2026-01-06 |
| Tested By (测试) | Mai Shaoqiang | 2026-01-06 |
| Field | Detail |
|---|---|
| Source File | CL6露营灯-温升报告-2026.1.6.xls |
| Sheet | 温升报告 (Sheet 1 of 3) |
| Report No. | 20260106-001 |
Frequently Asked Questions
What is the highest temperature recorded in the CL6 camping light thermal rise test?
The highest temperature recorded was 93.4 °C at measurement point U2 on sample CL6-露营灯-5#, corresponding to a temperature rise of 72.5 K above the ambient temperature of 20.9 °C.
What does ‘For Reference Only’ mean in this thermal test report?
A ‘For Reference Only’ classification means the test was not conducted against a fixed pass/fail threshold. Instead, the thermal rise data is used to support product design optimization — identifying hotspots, improving heat dissipation, and enhancing component reliability — rather than to qualify or disqualify the product.
Which components showed the highest temperature rise in the CL6 camping light?
Point U2 showed the greatest temperature rise across both samples (72.5 K on CL6-5# and 69.4 K on CL6-12#). The charging IC was also notably elevated, reaching 76.3 °C (55.4 K rise) on sample CL6-12#, indicating it is a key thermal management focus area.
Where can I find the full time-series thermal rise data for the CL6 camping light?
The complete time-series temperature data is available in the two companion data sheets from the same test file: the Discharge Thermal Rise Data sheet (放电温升数据) and the Charge Thermal Rise Data sheet (充电温升数据). These sheets provide point-by-point temperature logs for all measurement channels throughout the test duration.
Related Products
Explore additional ETENWOLF CL6 camping light test data from the same report file:
- CL6 Camping Light — Discharge Thermal Rise Data (放电温升数据)
- CL6 Camping Light — Charge Thermal Rise Data (充电温升数据)
Browse the full ETENWOLF Lighting Gear range for related camping and portable lighting products.