ISO 16750 certification is designed to qualify road vehicles. This document specifies environmental procedures and tests for electrical and electronic equipment. In fact, it applies to the electrical and electronic systems/components of the vehicle.It describes potential environmental limitations and specifies recommended tests and requirements for specific mounting locations on/inside the vehicle
MIL-STD-810G High Temperature Test--Climatic Chamber
MIL-STD-810G High Temperature Test--Climatic Chamber
MIL-STD-810G test method was developed specifically for dod applications, but can also be customized for commercial applications and includes a variety of environmental tests, including: Low Pressure (Altitude) ,High Temperature,Low Temperature,Temperature Shock,Salt Fog ,Sand and Dust,Vibration,shock, this article is mainly about High temperature test 501.5 in MIL-STD-810G test method
MIL-STD 883 Temperature Cycling Testing-Climate Chambers
MIL-STD 883 Temperature Cycling Testing-Climate Chambers
The temperature cycle procedure specified in MIL-STD-883 Method 1010 typically involves exposing a part or assembly to a range of temperatures from low to high and back again, generating low/medium frequency mechanical stress for a specified period of time. This test is designed to assess the reliability and durability of a part or assembly and identify any potential problems that may arise as a result of exposure to temperature changes.
RTCA DO-160G is a live document that contains environmental testing requirements for aircraft. The official title of the document is Environmental Conditions and Airborne Equipment Test Procedures.RTCA DO-160G is commonly used for hardening and stress testing of servers in military and commercial test standards, and is often used to evaluate computer server testing for supersonic transport aircraft, jumbo jets, helicopters, and general aviation aircraft.
ANSI EIA-364-32C thermal testing chamber for electrical connectors and receptacles
ANSI EIA-364-32C thermal testing chamber for electrical connectors and receptacles
The main purpose of this test is to evaluate the electrical resistance of a specific electrical connector or socket in extremely high and low temperature environments, as well as the performance changes after repeated temperature shocks in these harsh conditions. This simulates the worst-case scenarios that the connector may encounter in the worst possible storage, transport and use cases, thus verifying its reliability and durability in extreme environments. This comprehensive performance testing helps to ensure that connectors can operate reliably in real-world applications and meet the requirements of product design and use. By simulating the performance in harsh environment, it can provide a valuable basis for the reliability design of products.
As a dangerous product, lithium batteries need to be safely transported in strict compliance with relevant regulations and standards. Section 38.3 of the United Nations Manual of Tests and Standards (UN 38.3) sets out a series of testing and packaging requirements that lithium batteries should meet during transport to ensure that there are no safety hazards during transport. In addition, the International Air Transport Association (IATA) and the United States Department of Transportation (DOT) have also formulated corresponding domestic and foreign regulations for the transportation of lithium batteries.In the United States, for example, the Department of Transportation has established regulations for the transportation of lithium batteries within the United States under 49 CFR Sections 100 to 185. These regulations require that before the lithium battery is transported, the battery must be strictly tested and the corresponding packaging measures must be taken to reduce the risk of fire, explosion and other safety accidents caused by the battery during transportation.
UL 1703 temperature chamber for testing of photovoltaic panels
UL 1703 temperature chamber for testing of photovoltaic panels
The quality and reliability of photovoltaic panels are critical to the development of the solar industry. As the demand for renewable energy continues to grow, ensuring the performance of photovolta
TEST EQ 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.
