EIA-364-17 Electrical Connectors Testing-Humidity Controlled Chamber
We are a leading manufacturer of humidity controlled chamber in China, specializing in the evaluation of connector materials for use in wet conditions, in compliance with EIA 364-31 standards. We understand the importance of standard moisture compatibility testing for electrical connectors, which can be challenging to meet environmental EIA 364-31 moisture testing requirements. We understand these challenges and will assist your company throughout the testing process.
Humidity controlled chamber are constructed and arranged according to EIA 364-31 standard requirements to ensure that condensation does not drip onto test samples. The humidity controlled chamber also has vents that communicate with the outside atmosphere to prevent pressure buildup. In addition, the measurement of relative humidity can be determined by the thermometer comparison method or other equivalent method approved by the purchasing department.
EIA 364 standard compliance tests are classified into three types: Type I for steady-state tests, and Type II and Type III for temperature cycle tests.
Type 1: First, according to Type I, the EIA 364-31 test sample is balanced in a drying oven at 50 degrees Celsius for 24 hours. The connector is then installed in the test chamber, ensuring that the wire drops vertically to the connector or halfway to it. Finally, the sample was placed in a chamber and exposed to a relative humidity of 90 to 95 percent and a temperature of 40 degrees Celsius.
Type 2: Place the sample in a drying oven at 50 degrees Celsius for 24 hours. Then install the test samples using the normal mounting method and keep them out of contact with each other. The sample was subjected to 10 consecutive cycles. Finally, the test sample is removed from the humidity chamber.
Type 3: The EIA 364-31 temperature cycle for Type 3 is similar to Type II, but before starting the test, the sample needs to adapt to the temperature of the internal chamber, where humidity is not controlled. The relative humidity was maintained at 85% and the internal chamber temperature began to drop after 16 hours.
Test standard to meet the EIA - 364-17 IEC60068-2-78, IEC60068-2-30, IEC60068-2-38, ISO16750, JESD22, GB/T2423.3, GB/T2423.4, EIA - 364-17.
Application
Simulate the test environment with different temperature and humidity
2. Cycle test includes climatic conditions: hold test, cooling test, temperature rise test, wet test and dry test...
3. The cable port is equipped with flexible silicone plug for cable wiring and provides conditions for the operation of the test unit
4. Use the acceleration time effect to find the weakness of the test unit in short-term testing
EIA 364-31 Standard Humidity test standard introduction
EIA 364-31 standard tests are designed to assess the stability of materials used in connectors under conditions of high humidity and temperature. These materials can be damaged or deteriorated under extreme conditions, so a full assessment is required. The EIA 364 test uses an accelerated environmental test method by exposing the sample to high humidity at different temperatures to simulate the actual conditions of use.Humidity controlled chamber are constructed and arranged according to EIA 364-31 standard requirements to ensure that condensation does not drip onto test samples. The humidity controlled chamber also has vents that communicate with the outside atmosphere to prevent pressure buildup. In addition, the measurement of relative humidity can be determined by the thermometer comparison method or other equivalent method approved by the purchasing department.
Test program
The test sample shall use the specified plug, socket, or matching combination, including contact, wire type, size, and sealing plug. These elements make up the way the sample is joined.EIA 364 standard compliance tests are classified into three types: Type I for steady-state tests, and Type II and Type III for temperature cycle tests.
Type 1: First, according to Type I, the EIA 364-31 test sample is balanced in a drying oven at 50 degrees Celsius for 24 hours. The connector is then installed in the test chamber, ensuring that the wire drops vertically to the connector or halfway to it. Finally, the sample was placed in a chamber and exposed to a relative humidity of 90 to 95 percent and a temperature of 40 degrees Celsius.
Type 2: Place the sample in a drying oven at 50 degrees Celsius for 24 hours. Then install the test samples using the normal mounting method and keep them out of contact with each other. The sample was subjected to 10 consecutive cycles. Finally, the test sample is removed from the humidity chamber.
Type 3: The EIA 364-31 temperature cycle for Type 3 is similar to Type II, but before starting the test, the sample needs to adapt to the temperature of the internal chamber, where humidity is not controlled. The relative humidity was maintained at 85% and the internal chamber temperature began to drop after 16 hours.
JOEO climate controlled chambers
JOEO climate controlled chambers can meet the high temperature from + 150 ℃ (+ 180 ℃, + 200 ℃) to the low temperature to 40 ℃, 60 ℃, 70 ℃, 80 ℃) of the wide range. Humidity range can be 20%-98% (5%-98%, 10%-98% optional),Test standard to meet the EIA - 364-17 IEC60068-2-78, IEC60068-2-30, IEC60068-2-38, ISO16750, JESD22, GB/T2423.3, GB/T2423.4, EIA - 364-17.
Application
Simulate the test environment with different temperature and humidity
2. Cycle test includes climatic conditions: hold test, cooling test, temperature rise test, wet test and dry test...
3. The cable port is equipped with flexible silicone plug for cable wiring and provides conditions for the operation of the test unit
4. Use the acceleration time effect to find the weakness of the test unit in short-term testing
