Application field

First of all, this kind of connectors are commonly used in industrial controllers and medical instruments, computer data storage equipment, vehicle test systems, high-end audio equipment, instrumentation control systems, communication system interface equipment, computer power supplies and so on.

The 5130-B7A2JL connectors are commonly used for low-ampere current and voltage applications. They are rated at up 8A, 30VAC and 12A, 300VAC. As well as being able to carry low-power current/voltage connections, they are also rated for low frequency/microwave applications.

In addition, 5130-B7A2JL connectors are highly resistant to corrosive agents, both industrial and environmental. Their surface is finished with gold or black-anodised aluminium, making them extremely resistant to tarnishing, moisture and other elements.

Also, the 5130-B7A2JL connectors have a rated temperature range from -65°C to +105°C, making them an ideal choice for many applications, such as data processing, medical equipment and other industries where extreme temperatures are encountered.

Working principle

The working principle of the 5130-B7A2JL connectors is based on the “standard” contact system. Contacts in the 5130-B7A2JL connectors are crimped to a wire or insulated metal wire and then receive a mechanical and electrical force, which ensure a good contact between the wire and the contact.

The contact system revolves around a specific contact system which consists of two parts: an encapsulation and the contact itself. The encapsulation isolates the contact from the environment, wherein an insulation material is used and the application environment is maintained. The integrated contact system ensures a good contact between the contact and the wire/insulated metal wire, as well as a dependable connection.

The contact system is designed to resist corrosion, vibration, temperature extremes and extreme pressures, as well as static electricity. The contact system is also designed to ensure that the contact is maintained, in order to prevent connection failure.