5295-0-19-80-06-14-10-0

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Terminals - PC Pin Receptacles, Socket Connectors

5295-0-19-80-06-14-10-0 terminals are specialized contacts designed for printed circuit board (PCB) applications. They offer multi-level mating lines, resulting in a secure connection that can withstand a range of environmental conditions. The terminals come in two main parts; the socket and the contact. The socket is the insulation wire that cable assemblies plug into, while the contact connects the socket to the PCB.

The 5295-0-19-80-06-14-10-0 terminal series features a low profile receptacle, providing a stable and secure connection with minimum assembly effort. The receptacles are available in multiple pin counts, from two to sixty-four. The sockets are rated IP67 for water protection and rated up to 10A/300VAC. The contact shrouds are colored for easy coding and differentiation.

The terminal hardware is made from robust materials with superior corrosion and temperature performance. The main body is constructed from high-heat modified nylon that is reinforced with fiberglass. The contacts are manufactured from zinc or tin-plated brass, featuring a spring-loaded design that ensures a tight and stable connection. The contacts are rated to UL94V-0.

The contacts can be easily installed with a standard ratchet tool. After the wires have been wired through the socket, they are inserted into the PCB, aligned with the sockets on the PCB. The wire is then crimped and the contact is inserted into the socket. The jumper pins are then used to bridge the different contacts and to ensure a stable connection.

The 5295-0-19-80-06-14-10-0 terminal series is certified to CSA, CQC, and UL standards, and can be used in a variety of industrial and home applications. These terminals are widely used in the lighting, power distribution, automotive, and electronics industries for power supply, data transmission between modules, and fault signal transmission. These terminals also provide a secure connection to the PCB, protect the circuit from corrosion and excessive heat, and ensure a reliable connection.

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