First, the temperature cycle test:

For objects: LED lamps
Test method:
1, 5 models LED lamps are placed in a test chamber, temperature test chamber can adjust the rate of the temperature change;
2, powered the lighting according to the rated input voltage of the LED lamp;
3, the temperature is set range from -10  to 50  in the test box , the temperature changes and speed rate: more than 1  / min, but less than 5  / min;
4, the test box is kept for 0.5H at high and low temperatures, repeated 8 times.
Test requirements:
A, lamps after temperature cycling tests, leakage can occur, not lighting and other electrical anomalies.Second. Damp heat test:
For objects: LED lamps
Test method:
1, 5 LED lamps shall be placed in a constant temperature and humidity box, Humidity Chamber is set to 95% relative humidity, the temperature is 45 ;
2, powered the lighting for 48H according to the rated input voltage of the LED lamps;
3, wipe the water on the surface of the sample after removing, droplets on the normal atmospheric pressure and room temperature to recovery 2H before inspection.
Test requirements:
One, there is no rust, cracks or other mechanical damage;
2, what can not occur is that the light leakages, not lighting and other electrical anomalies.
Three, vibration test:
For objects: LED lamps
Test method:
1, 5 samples LED lamps packaged shall be placed on the vibration test bench;
2, the vibration of the vibration velocity tester is set to 300 rev / min, the amplitude is set to 2.54 cm so that starts the vibrating instrument;
3, according to the above method the lamp is tested at the three directions of vertical transverse and longitudinal for 30 minutes.
Test requirements:
A, after the vibration test, fixture can not occur the parts fall off, structural damage, not lighting and other anomalies.

Four, life test:
For objects: LED lamps
Test method:
1, 5 models LED lamps are placed at 25  temperature, the initial lumen, color temperature and other parameters is tested according to the rated input;
2,after the initial testing is completed, the samples are placed at 25  temperature, input and power the light according to the rated power;
3, the first three months, these sample is tested as the initial test under the same environment and conditions every 10 days, the test luminous, power, color temperature and initial parameters is recorded for comparison;
4, after the tests is conducted for three months, the test interval is adjusted once a month for parametric testing, record data and comparing the initial value;
Test requirements:
1, in the life test for the lamps, when the flux attenuation decline to 70% of the initial lumen luminous, which is the lifetime of the sample, the average life of all the samples can be drawn the average of expectancy of the LED lamps;
2, LED samples can’t be lighted up during the test, which is its absolute life time

Meanwhile,there are a large number of excellent manufacturer engaging in manufacturing and researching the LED light,of which the lead lighting is just one,lead Lighting adopts high brightness SMD as the light source of the LED tube and highly integrated and high brightness COB as the light source of the LED flood light, which fully guaranteed stability and soft light of the LED tube light and octahedron breadth and brightness irradiation range of the LED flood light, while the low voltage constant current driver convert the AC into DC so that improve energy efficiency of the LED tube light and LED flood light and reduce the waste heat energy and stroboscopic effect exciting the human eye, the most important is that the LED lighting without adding mercury and other heavy metals harmful to our body and pollution the environment, that’s why the LED light is famous for energy-saving and environmental protection ,login www.ledclan.com to learn more features and uses of the LED tube light and surf www.lead-lighting.com to know more awesome LED floodlights and other LED lighting.

English: This is a stage lighting test comparison between the American DJ LED 64 Pro, one of the brightest RGB LED fixtures currently available, and a traditional PAR-54 300 watt medium flood incandescent made by General Electric. This image shows a one to one comparison between lamps. The incandescent lamp is several times brighter. This caused the camera to adjust its white balance to match the brighter light source, which reveals the very cold blue cast of the LED fixture. (Photo credit: Wikipedia)
artical from http://www.lighting-ledlight.com/index.php/whats-the-four-kinds-of-methods-for-testing-the-led-lamp/