0395340722

Terminal Blocks - Headers, Plugs and Sockets are used in a variety of applications throughout the electrical and electronic industry. The part number 0395340722 is a Terminal Block Header type connector, commonly used in industrial and automation applications.

A terminal block is an electrical component used to create electrical connections. It is composed of a plastic block with a set of terminals that can be easily connected together with wire. These blocks are available in different shapes and sizes, depending on the application.

The 0395340722 terminal block is a 4-pole, dual-row, single-ended terminal block header. These parts are designed for plugging into open-end printed circuit boards or directly into headers using solder cups for secure connections. This type of terminal block presents a compact solution for connecting and protecting wires from damage.

The header features an insulated housing made from a UL 94-HB flammability rated thermoplastic, with contact pins made from phosphor bronze. The pins have a plated finish to reduce corrosion and prevent oxidation. The pins feature a widened slot for easy wire insertion, and a locking mechanism to ensure secure connections.

These terminal blocks are UL approved for both the USA and Canada, and meet or exceed the RoHS compliance standard. They are designed to be used in temperatures ranging from -30 to 85°C, and can support a voltage up to 300V and current of 15A.

The 0395340722 terminal block header is designed for various applications, including motor control, consumer electronics, automotive, process control, and power distribution. It is a versatile, cost-effective solution for making reliable electrical connections in a variety of industry-standard applications.

The terminal block header’s design also makes it suitable for use in high-frequency applications, such as can be found in telecommunications equipment. These parts feature a high insulation resistivity and are rated for use in environments that require EMC shielding to limit electromagnetic interference.