T38368-07-0

T38368-07-0 application field and working principle

The T38368-07-0 terminal block are widely used in applications that require a component to connect two or more wires. These blocks allow a connection between several wires outside the mainboard, which not only makes the wiring and troubleshooting process simpler but also reduces the wires’ contact with the components, preventing any potential damage to the components due to faulty wiring.

This particular type of terminal block has a variety of application fields, some of which are electrical circuit production, junction boxes, motor control, and starting equipment. However, they’re mostly used in industrial automation and energy meter applications.

The way T38368-07-0 terminal blocks work is by their two wire pieces that are inserted into each side of the slot. Inside the slot is a neckband that penetrates both of the wires, making the entire connection structurally stronger. The connection is insulated with a thermoplastic sleeve which helps protect the wiring from any potential shorts or faulty contacts.

These blocks are used more often than you’d think in a multitude of industries, some of which are engineering, electrical, aerospace, automotive, and consumer electronics. No matter the industry, the T38368-07-0 terminal block makes sure to provide a reliable connection for the wiring that is needed.

The T38368-07-0 terminal block is incredibly easy to install in comparison to other types of wiring, making them one of the most cost-effective electrical components. All that is needed to install them is a screwdriver and a set of wire cutters that can cut the wiring in a straight line. Additionally, these terminal blocks can be reused in the event that the wiring needs to be reorganized.

The T38368-07-0 terminal block is designed for use in light to medium current applications so they’re not suited for heavy duty applications. Additionally, while these blocks can support up to 1200 volts of current, they have an amperage rating of 16 amps, making them not suitable for higher wattage applications.