ETENWOLF T500 Tire Pressure Gauge Vibration Test Report (ISTA-2A, Random Mode, X/Y/Z Axes)

Document Overview

Key Findings The T500 tire pressure gauge passed all vibration tests conducted per ISTA-2A with packaging, showing no appearance abnormalities and normal function and accuracy after 1 hour of random-mode vibration across X, Y, and Z axes. Test Type: Vibration (Mechanical Reliability) Standard: ISTA-2A (with…

Document type
Test Report
Prepared by
Kevin Marshall
Published
Last reviewed
Topics
Mechanical Reliability

Key Findings

The T500 tire pressure gauge passed all vibration tests conducted per ISTA-2A with packaging, showing no appearance abnormalities and normal function and accuracy after 1 hour of random-mode vibration across X, Y, and Z axes.

  • Test Type: Vibration (Mechanical Reliability)
  • Standard: ISTA-2A (with packaging)
  • Report No.: 2024080102
  • Test Date: 2024-08-01
  • Product: T500 Tire Pressure Gauge
  • Manufacturer: BTK
  • Sample Quantity: 2 PCS
  • Test Mode: Random, X/Y/Z directions
  • Duration: 1 hour
  • Vibration Frequency: 4 Hz
  • Test Speed (CMP): 240 G
  • Vibration Amplitude: 25.4 mm
  • Verdict: Pass

Test Overview

Field Details
Test Type Vibration Test (Mechanical Reliability)
Standard ISTA-2A (with packaging)
Report No. 2024080102
Page 1
Date 2024-08-01
Product Name T500 Tire Pressure Gauge (T500胎压计)
Manufacturer BTK
Surface Treatment /
Sample Quantity 2 PCS
Test Reason New Product
Test Objective To verify the resistance of the sample in transportation and use environments.
Laboratory Environment Temperature: 22°C; Humidity: 55% RH

Test Equipment & Setup

Parameter Value
Instrument Name Vibration Testing Machine
Test Mode Random Mode
Test Duration 1 Hour
Random Directions X, Y, Z
Vibration Frequency 4 Hz
Test Speed (CMP) 240 G
Vibration Amplitude 25.4 mm
Test Class / Standard ISTA-2A (with packaging)
Laboratory Temperature 22°C
Laboratory Humidity 55% RH

Test Procedure

  1. Pre-Test: Record laboratory environment conditions (temperature 22°C, humidity 55% RH). Inspect and document the appearance, function, and accuracy of the 2 T500 samples prior to testing. Confirm samples are packaged per ISTA-2A requirements.
  2. Setup: Mount the packaged samples on the vibration testing machine. Configure the instrument to Random Mode with X, Y, and Z axis directions enabled.
  3. Parameter Configuration: Set vibration frequency to 4 Hz, test speed (CMP) to 240 G, and vibration amplitude to 25.4 mm.
  4. Test Execution: Run the vibration test for 1 hour continuously across all three axes (X, Y, Z) in random mode.
  5. Post-Test Inspection: After test completion, remove samples from packaging and inspect for any appearance abnormalities. Verify functional performance and measurement accuracy of each sample.
  6. Acceptance Criteria: After vibration testing, the product appearance must show no abnormalities, and function and accuracy must be normal (Pass).

Test Data & Results

Item Pre-Test Condition Post-Test Result Verdict
Appearance Normal No abnormalities observed Pass
Function Normal Normal (OK) Pass
Accuracy / Precision Normal Normal (OK) Pass

Test Picture Notes: Test pictures documented the following stages: (1) Pre-test sample arrangement (振动摆放); (2) Vibration control chart (振动控制图); (3) Test duration log (测试时长); (4) Post-test sample condition.

Observations: After vibration testing, product appearance showed no abnormalities. Function and accuracy tests were confirmed OK for both samples. Overall result: Pass.

Conclusion

Result Standard Test Conditions Samples Tested Verdict
After vibration testing, product appearance was normal with no abnormalities; function and accuracy were confirmed OK. ISTA-2A (with packaging) Random mode; X/Y/Z axes; 4 Hz; 240 G CMP; 25.4 mm amplitude; 1 hour; 22°C; 55% RH 2 PCS — T500 Tire Pressure Gauge ■ Pass

Document Information

Role Name (Pinyin)
Approval (核准)
Review / Check (审查) Mai Shaoqiang
Tester (试验人) Zhang Ronggui
Form Number (表单编号) BTK-R-Q-087A/1

Frequently Asked Questions

What does ISTA-2A mean in this context?

ISTA-2A is a test protocol from the International Safe Transit Association covering packaged products weighing 68 kg or less. It includes vibration and drop tests designed to simulate the hazards products encounter during distribution and transportation. This test was run with the T500 in its retail packaging.

Why are X, Y, and Z axes all tested?

Real-world transport subjects a product to vibration from multiple orientations — vertical (Z), lateral (Y), and longitudinal (X). Testing all three axes in random mode ensures the T500 is evaluated against the full range of stresses it may experience during shipping and handling.

What does a CMP value of 240 G indicate?

CMP (Composite Maximum Peak) of 240 G refers to the peak acceleration level applied during the random vibration profile. This represents a demanding mechanical stress level intended to expose any structural or functional weaknesses in the product or its packaging.

How is the T500 used after passing this test?

The T500 is a digital tire pressure gauge designed for accurate inflation measurement. Passing the ISTA-2A vibration test confirms that the product maintains its structural integrity and measurement accuracy even after the mechanical stresses of shipping, making it reliable for end-user applications. Learn more on the T500 product page.

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For ISTA standards and methodology, visit the International Safe Transit Association (ISTA) official website.