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| Brand Name: | null |
| Model Number: | null |
ANSI C136.31-2023 Standard Interpretation
Latest Standards | National Standards for Road and Regional Lighting Equipment in the United States Vibration NEMA ANSI C136.31-2023 Standard Interpretation
1 Test Scope:
This standard covers the minimum vibration resistance and vibration test methods for laneway lamps and regional lamps. This standard does not apply to natural disasters or catastrophic disasters.
2 The vibrations caused by the outside world in the actual use of road area lighting include the following two aspects:
a. Vibration caused by wind.
b. Vibration caused by passing vehicles.
3 Test method:
3.1 Resonance frequency search
Frequency range (Hz): 2-30;
Acceleration (g): 0.2;
Sweep rate (oct/min): 1;
Test axis: X, Y, Z.
That is: within the frequency range of 2~30Hz, with an acceleration of 0.2g and a sweep rate of 10ct/min, measure the resonant frequency of the lamp on three axes (X/Y/Z), and perform durability test (resonance frequency) at the most severe frequency.
3.2 Constant frequency endurance test
Test frequency: The resonant frequency measured in 3.1; if there is no resonant frequency, test at 30Hz;
Acceleration: Select from Table 1/Table 2, 3g is the most common;
Number of tests: 100,000 times.
Test time T=N/60f N is the number of tests, f is the test frequency
For example: if the resonant frequency is 6.95Hz, the test time T=4 hours
Picture
Picture
4 Actual case:
(The following figure is a special tooling for street lamps, simulating the actual installation status)
Picture
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| Brand Name: | null |
| Model Number: | null |
ANSI C136.31-2023 Standard Interpretation
Latest Standards | National Standards for Road and Regional Lighting Equipment in the United States Vibration NEMA ANSI C136.31-2023 Standard Interpretation
1 Test Scope:
This standard covers the minimum vibration resistance and vibration test methods for laneway lamps and regional lamps. This standard does not apply to natural disasters or catastrophic disasters.
2 The vibrations caused by the outside world in the actual use of road area lighting include the following two aspects:
a. Vibration caused by wind.
b. Vibration caused by passing vehicles.
3 Test method:
3.1 Resonance frequency search
Frequency range (Hz): 2-30;
Acceleration (g): 0.2;
Sweep rate (oct/min): 1;
Test axis: X, Y, Z.
That is: within the frequency range of 2~30Hz, with an acceleration of 0.2g and a sweep rate of 10ct/min, measure the resonant frequency of the lamp on three axes (X/Y/Z), and perform durability test (resonance frequency) at the most severe frequency.
3.2 Constant frequency endurance test
Test frequency: The resonant frequency measured in 3.1; if there is no resonant frequency, test at 30Hz;
Acceleration: Select from Table 1/Table 2, 3g is the most common;
Number of tests: 100,000 times.
Test time T=N/60f N is the number of tests, f is the test frequency
For example: if the resonant frequency is 6.95Hz, the test time T=4 hours
Picture
Picture
4 Actual case:
(The following figure is a special tooling for street lamps, simulating the actual installation status)
Picture
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