1702769

Series:	COMBICON DFK-IPC
Part Status:	Active
Front Panel Wire Connection:	Header, Female Sockets
Rear Panel Wire Connection:	PCB Pins - Right Angle
Width:	3.617" (91.88mm)
Panel Thickness:	0.039 ~ 0.118" (1.0 ~ 3.0mm)
Positions Per Level:	5
Panel Mount Type:	2 Piece, Snap Lock - Front Flange
Pitch:	0.400" (10.16mm)
Voltage - UL:	600V
Current - UL:	5A
Wire Gauge:	--
Color:	Green
Features:	Threaded Mating Lock, Shield Connection Front Side
Number of Levels:	1

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Introduction

Terminal blocks - panel mount refers to any type of electrical device connecting two or more components, usually by some kind of wire or cable. These devices can either be used to power machines or to carry signals to operate controlling devices. The terminals can be glass or plastic, but they are generally all panel-mounted. Such type of terminals are used in applications such as industrial, automotive, electronic operations, process control, audio/video technology and communication systems.

Types of Terminal Blocks

The most common type of terminal blocks are the bus bar type. This type typically consists of a flat metal bar, usually of aluminum or copper, that is connected to a terminal on one end and has a mounting slot on the other end. The terminals are generally made of either stainless steel or brass and have various types of contacts. The metal bar is then secured to the panel or backplane with screws, and then wired to the other connectors.Terminal blocks are also available in an array of differently shaped and sized versions. A splitter block separates multiple wires into individual lines while a jumper block, or jumper rail, connects two or more wires together. Other types of terminal blocks include modular, vertical, barrier, stackable and screwless terminal blocks.

Features of Terminal Blocks

Terminal blocks are characterized by their durable, weatherproof and high voltage resistance. They also offer a wide variety of connection options, from solderless crimp, screw-in, and spade lugs to Insulated Adapters for secure connections. The connection methods help to minimize on-site wiring time while providing secure connections and preventing ground loops.They are also capable of operating in high temperatures and most modern terminal blocks are capable of withstanding temperatures of up to 125°C. This makes them extremely useful for use in harsh and extreme environments. The materials used in the construction of the blocks are highly resistant to corrosion, ensuring they remain reliable and durable for extended periods.

Application Field and Working Principle

Terminal blocks are used in a variety of industries and are most commonly applied in the industrial field, automotive industries and in communication systems. In the industrial field, terminal blocks are commonly used for the connection of power source to mechanical parts or for the connection of data cables required to control automated machines. In the automotive industry, they are used in the connection of wiring harnesses to the vehicle’s components. In communication systems, they are used for the connection of cables required for digital and audio transmission. The working principle of a terminal block is quite simple, as these components primarily serve as connectors. Generally, the connectors at each end of the terminal block are crimped or soldered together and then the whole terminal is secured to the mounting plate or backplane. The metal parts of the terminal are then connected to the other connectors to form a connection.

Conclusion

Terminal blocks - panel mount are reliable and highly efficient devices that are found in almost all sectors of electrical and electronic industries. Their weather tough and corrosion resistant construction make sure they remain dependable for extended periods. Their numerous connection options and high-temperature capabilities make them suitable for use in industrial, automotive, audio/video and communication systems. Terminal blocks offer a simple yet effective way to make connections. By connecting the connectors at each end to the respective components, it then becomes easy to link the components together. This helps to reduce the complexity of the overall system, allowing for easy and efficient control of the machine.

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