ETENWOLF P300 Smart Ball Pump Thermal Shock Test Report (−20 °C to 60 °C, 72 h)

Document Overview

Key Findings The ETENWOLF P300 Smart Ball Pump successfully passed a 72-hour thermal shock cycle test across −20 °C and 60 °C extremes, with all three samples showing normal power-on, button functionality, and charging operation after exposure. Product: P300 Electric Ball Pump Test Type: Thermal…

Document type
Test Report
Prepared by
Jessica Lin
Published
Last reviewed
Topics
Environmental Testing

Key Findings

The ETENWOLF P300 Smart Ball Pump successfully passed a 72-hour thermal shock cycle test across −20 °C and 60 °C extremes, with all three samples showing normal power-on, button functionality, and charging operation after exposure.

  • Product: P300 Electric Ball Pump
  • Test Type: Thermal Shock (Cold/Hot Impact)
  • High-Temperature Stage: 60 °C, 80 % RH, 2 hours
  • Low-Temperature Stage: −20 °C, 2 hours
  • Total Storage Duration: 72 hours
  • Samples Tested: 3 pcs
  • Verdict: Pass

Test Overview

Field Detail
Test Type Thermal Shock Test (Cold/Hot Impact — 冷热冲击测试)
Report Number 2025060501
Test Dates 2025-06-02 to 2025-06-05
Product Name ETENWOLF P300 Smart Ball Pump (P300-电动球泵)
Manufacturer BTK
Surface Treatment /
Sample Quantity 3 pcs
Test Reason New Product (■ New Product)
Test Purpose Evaluate the durability of the prototype under extreme temperature storage conditions
Laboratory Temperature 24 °C
Laboratory Humidity 45 % RH
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Test Equipment & Setup

Item Detail
Instrument Name Constant Temperature and Humidity Testing Machine (恒温恒湿试验机)
High-Temperature Condition 60 °C, Humidity 80 % RH, Duration 2 hours
Low-Temperature Condition −20 °C, Duration 2 hours
Total Storage Duration 72 hours
Post-Storage Functional Test Power-on check, button function check, charging check
Test Class / Level
Form Number BTK-R-Q-087A/1

Test Procedure

  1. Pre-Test: Record laboratory ambient conditions (temperature 24 °C, humidity 45 % RH). Confirm sample quantity: 3 pcs. Verify instrument calibration of the constant temperature and humidity testing machine.
  2. High-Temperature Exposure: Set chamber to 60 °C with 80 % RH. Place all three P300 samples inside and maintain conditions for 2 hours.
  3. Low-Temperature Exposure: Set chamber to −20 °C (no humidity specification). Maintain conditions for 2 hours.
  4. Extended Storage: Continue combined thermal cycling for a total cumulative storage duration of 72 hours, following the program control profile.
  5. Post-Test Functional Verification: Remove samples from chamber. Allow stabilization under laboratory ambient conditions. Perform power-on test, button function test, and charging function test on all 3 samples.
  6. Acceptance Criteria: After 72 hours of high/low temperature climate exposure, samples must show: no abnormal appearance, normal power-on response, normal button operation, and normal charging function.

Test Data & Results

Sample Test Stage Condition Duration Appearance After Test Power-On Button Function Charging Function Result
Sample 1 High Temperature 60 °C / 80 % RH 2 h (within 72 h total) No abnormality Normal Normal Normal Pass
Sample 1 Low Temperature −20 °C 2 h (within 72 h total) No abnormality Normal Normal Normal Pass
Sample 2 High Temperature 60 °C / 80 % RH 2 h (within 72 h total) No abnormality Normal Normal Normal Pass
Sample 2 Low Temperature −20 °C 2 h (within 72 h total) No abnormality Normal Normal Normal Pass
Sample 3 High Temperature 60 °C / 80 % RH 2 h (within 72 h total) No abnormality Normal Normal Normal Pass
Sample 3 Low Temperature −20 °C 2 h (within 72 h total) No abnormality Normal Normal Normal Pass

Observation notes from report: During testing, samples were confirmed in active test (在测试). Program control profile (程序控制图) was followed throughout. After storage completion, power-on was confirmed normal and all functions were confirmed normal (储存后,开机正常,功能正常). Overall test result summary: after 72 hours under high/low temperature climate conditions, all samples showed no abnormal appearance, normal power-on button response, normal charging — test result OK.

Conclusion

Field Detail
Test Item Thermal Shock Test (Cold/Hot Impact)
Conditions High: 60 °C / 80 % RH / 2 h; Low: −20 °C / 2 h; Total: 72 h storage
Standard / Requirement No functional failure after test; normal power-on required
Samples Tested 3 pcs (P300 Electric Ball Pump, Manufacturer: BTK)
Appearance No abnormality observed on any sample
Functional Result Power-on normal; button function normal; charging normal
Verdict ■ Pass

Document Information

Role Name (Pinyin)
Approval (核准) Mai Shaoqiang
Review (审查) Zhang Ronggui
Tester (试验人) Li Guanghua
Form Number BTK-R-Q-087A/1
Report Number 2025060501
Date 2025-06-02 to 2025-06-05
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Frequently Asked Questions

What does the ETENWOLF P300 thermal shock test involve?

The P300 thermal shock test exposes the electric ball pump to alternating extreme temperatures — 60 °C at 80 % relative humidity for 2 hours and −20 °C for 2 hours — repeated over a total storage period of 72 hours. After this cycle, each unit is checked for appearance integrity, power-on response, button function, and charging capability.

Did the ETENWOLF P300 pass the cold/hot impact test?

Yes. All 3 samples of the ETENWOLF P300 Smart Ball Pump passed the 72-hour thermal shock test with no appearance abnormalities, normal power-on, normal button function, and normal charging. The final verdict is Pass (合格).

What temperature range was used in the P300 cold/hot impact test?

The test used a low-temperature extreme of −20 °C and a high-temperature extreme of 60 °C with 80 % relative humidity. Each stage lasted 2 hours per cycle, with total combined storage reaching 72 hours, conducted on a constant temperature and humidity testing machine.

What instrument was used to conduct the P300 thermal shock test?

A constant temperature and humidity testing machine (恒温恒湿试验机) was used. The laboratory ambient conditions during testing were 24 °C and 45 % RH. The test was carried out by tester Li Guanghua, reviewed by Zhang Ronggui, and approved by Mai Shaoqiang under form number BTK-R-Q-087A/1.

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