1839250000

Mounting Type:	Through Hole
Screw Thread:	M4
Torque - Screw:	1.2-1.5 Nm (10.6-13.3 Lb-In)
Screw Material - Plating:	--
Clamp Material - Plating:	--
Contact Material - Plating:	Electrolytic Copper - Tin Plated
Housing Material:	Thermoplastic, Wemid
Operating Temperature:	-50°C ~ 120°C
Color:	Gray
Features:	Interlocking (Side)
Wire Termination:	Screw - Clamping Yoke, Tension Sleeve
Series:	Omnimate LUP
Wire Gauge:	6-26 AWG
Voltage:	600V
Current:	58A
Mating Orientation:	Horizontal with Board
Pitch:	0.500" (12.70mm)
Positions Per Level:	9
Number of Levels:	1
Part Status:	Active
Packaging:	Bulk

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Terminal Blocks - Wire to Board

A terminal block is an electrical component that is designed to create a secure connection between two electrical wires. It is a type of electrical connector commonly used in electrical circuits for the joining of wires in a safe environment. In this type of terminal blocks, a wire is inserted into a hole bored through the body of the terminal block and held in place with a clamping screw. The screw is tightened to grip the wire, providing a secure connection and preventing it from slipping out of place. Terminal blocks are used in a variety of applications, from simple household electronics to complex industrial applications.

In the 1840s, it became increasingly evident that the wires that were used to connect electrical appliances posed a major safety hazard. At the time, wiring was uninsulated and prone to sparking, which could cause fires or electric shock. As a result, terminal blocks were invented as a safe way to connect wires. The first known terminal block was designed by Georges Chêlet in 1839 and patented in 1825. It consisted of a block of hardwood that was bored with small holes in which a nail could be driven to hold the wire firmly in position. This proved to be an effective solution and terminal blocks have been used ever since. Traditional terminal blocks were usually made of hardwood, although other materials such as Bakelite, steel, iron, and plastic have also been used.

Terminal blocks are used in a variety of applications. The most common use is in the connection of wires from one device to another, typically from a terminal strip or a printed circuit board. They are also used to connect the main power supply to an electrical system, or to connect multiple pieces of equipment to the same electrical supply. They are used in many industrial settings, including automotive production, machine tools, and defense systems. In addition, they are used to connect monitoring and tracking devices, as well as telecommunications equipment.

Terminal blocks typically have a two-part design. The first part is the body, which consists of a type of insulation material that provides a barrier to the flow of current. The other part is the clamping screw, which secures the wire in place. When the connection is made, electricity passes through the body of the terminal block and is blocked from flowing into the surrounding area, thereby providing a safe connection and protecting personnel from electric shock. Depending on the type of terminal block, it may also contain small pieces of metal or contacts that permit the connection of two wires without having to pass through the insulation material of the body.

The working principle of a terminal block is based on the principle of electrical continuity. This means that the electrical connection passes uninterrupted from one device to another. For example, when two wires are connected using a terminal block, the electricity is transferred from one wire to the other without any interruption. The terminal block is designed to provide secure connections that prevent the current from inadvertently passing into the surrounding environment.

Terminal blocks are a cost-effective and reliable solution for connecting electrical wires. They provide a safe and secure connection, while also allowing for easy maintenance and troubleshooting. As a result, they are used in a wide range of applications, from household electronics to industrial applications. They are also used in telecommunications equipment, defense systems, and automotive production.

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