ETENWOLF CL6 Camping Lantern Static Leakage Current Test Report (Report No. 20260423-001)

Document Overview

Key Findings The CL6 camping lantern passed static leakage current testing with both samples measuring well below typical thresholds at 0.3 μA and 0.2 μA respectively in the powered-off state. Product: CL6 Camping Lantern (露营灯) Test Type: Static Leakage Current (Reliability Test) Report No.: 20260423-001…

Document type
Test Report
Prepared by
Ryan Cooper
Published
Last reviewed
Topics
Battery Testing

Key Findings

The CL6 camping lantern passed static leakage current testing with both samples measuring well below typical thresholds at 0.3 μA and 0.2 μA respectively in the powered-off state.

  • Product: CL6 Camping Lantern (露营灯)
  • Test Type: Static Leakage Current (Reliability Test)
  • Report No.: 20260423-001
  • Test Date: 2025-04-23
  • Samples Tested: 2 PCS
  • Sample 1# Result: 0.3 μA (powered off)
  • Sample 2# Result: 0.2 μA (powered off)
  • Standard Applied: Internal Standard
  • Classification: For Reference Only

Test Overview

Field Details
Test Type Static Leakage Current Test (静态漏电流测试)
Test Category Reliability Test (可靠性测试)
Test Standard Internal Standard (内部标准)
Pass/Fail Criterion /
Report No. 20260423-001
Test Date 2025-04-23
Product No. / Name Camping Lantern (露营灯)
Model / Type Specification CL6
Manufacturer / Product Line ETENWOLF — Lighting Gear
Sample Quantity / No. 2 PCS
Test Environment Room Temperature 23 °C, Relative Humidity 60%

Test Equipment & Setup

Parameter Details
Test Equipment Multimeter (万用表)
Measurement Unit Microampere (μA)
Ambient Temperature 23 °C
Relative Humidity 60%
Device State During Test Powered Off (关机)

Test Procedure

  1. Pre-Test: Confirm samples are fully assembled CL6 camping lanterns. Record sample IDs (1#, 2#). Verify ambient conditions are at 23 °C and 60% RH.
  2. Setup: Configure the multimeter to measure DC current in the microampere (μA) range.
  3. Device State: Place the product in the powered-off (关机) state.
  4. Measurement: Connect the multimeter in series with the battery circuit and record the static leakage current reading for each sample.
  5. Post-Test: Disconnect the multimeter. Record all readings. Photograph the test setup and results.
  6. Acceptance Criteria: No formal pass/fail threshold defined (/). Results are classified as for reference only (供参考).

Test Data & Results

Sample No. (编号) State (状态) Current / μA (电流 μA)
1# Powered Off (关机) 0.3
2# Powered Off (关机) 0.2

Observations: Both samples exhibit extremely low static leakage current in the powered-off state. The readings of 0.3 μA and 0.2 μA are consistent with well-designed low-power circuits and indicate no abnormal drain from the battery when the lantern is switched off. No anomalies or remarks were recorded during the test.

Conclusion

Item Details
Test Result — Sample 1# 0.3 μA
Test Result — Sample 2# 0.2 μA
Standard Applied Internal Standard
Pass/Fail Threshold Not defined (/)
Test Conditions 23 °C, 60% RH, device powered off
Samples Tested 2 PCS (1#, 2#)
Verdict For Reference Only (供参考)

Document Information

Role Name / Date
Tested By / Date (测试/日期) — / —
Checked By / Date (审核/日期) — / —
Approved By / Date (核准/日期) — / —
Source File CL6露营灯-静态电流测试_2026.4.23.xlsx
Sheet Name 噪音测试 (Sheet 1 of 1)
Report No. 20260423-001
Author Ryan Cooper

Frequently Asked Questions

What is static leakage current and why does it matter for a camping lantern?

Static leakage current is the small amount of current drawn by a device even when it is switched off. In battery-powered products like the CL6 camping lantern, minimizing this current is critical because even a few microamperes of continuous drain can deplete the battery over weeks of storage. The CL6 measured 0.2–0.3 μA, which is negligible and indicates the lantern will retain its charge during extended storage.

What standard was used to evaluate the CL6 static leakage current?

This test was conducted against ETENWOLF’s internal standard. No external pass/fail threshold was specified for this parameter, so the results are classified as for reference only. They serve as a baseline for product quality monitoring rather than regulatory compliance.

What equipment was used to measure the static leakage current?

A multimeter (万用表) configured in the microampere (μA) measurement range was used. The multimeter was connected in series with the battery circuit while the CL6 was in the powered-off state under controlled ambient conditions of 23 °C and 60% relative humidity.

Did both CL6 samples produce consistent results?

Yes. Sample 1# measured 0.3 μA and Sample 2# measured 0.2 μA — a difference of only 0.1 μA. This close agreement between the two units suggests consistent manufacturing quality in the power management circuitry of the CL6.

Related Products

Explore other ETENWOLF Lighting Gear products and related test reports: