0707222

Series:	COMBICON DFK-MSTB
Part Status:	Active
Front Panel Wire Connection:	Header, Male Pins
Rear Panel Wire Connection:	Quick Connect - 0.110" (2.80mm), Solder Eyelet
Width:	3.740" (95.00mm)
Panel Thickness:	0.020 ~ 0.158" (0.5 ~ 4.0mm)
Positions Per Level:	15
Panel Mount Type:	Screw Mount - Front Flange
Pitch:	0.197" (5.00mm)
Voltage - UL:	300V
Current - UL:	15A
Wire Gauge:	--
Color:	Green
Features:	Lock Opening
Number of Levels:	1

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Terminal blocks are devices within a control system that allow signals to be routed within a panel. They are also sometimes referred to as terminal interfaces, electronic blocks, or signal distributors. Terminal blocks provide a reliable and versatile means of distributing power and data for a variety of automation solutions.Panel-mount terminal blocks are designed to affix to the mounting surface of a control panel or device housing. They use either screws that are pre-installed and secured in a panel, or they can be directly screwed onto a flat fuse panel. Screw-type terminal blocks are generally more common because they provide a simple way to create a secure connection between multiple power and signal sources.Terminal blocks can be used for a variety of applications including lighting, power control, and data transmission. In general, panel-mount terminal blocks are categorized based on the type and number of contacts that they contain within their housing. The number of contacts and the type of material used to make the connection varies depending on the type of application that requires the terminal block.When choosing a terminal block for a particular application, one should consider the material that is used, the maximum current or voltage the block can support, and the number of contacts and terminal points available. The type of material that is used should be compatible with the application requirements and will depend on the current or voltage rating of the device. The current and voltage ratings will play a key role in determining the type of application that the terminal block will be used for and the amount of power that can be distributed.The number of contacts and terminal points available also impacts the value of the terminal block and the amount of power or data that can be shared among multiple sources. Generally, higher contact numbers offer increased flexibility when connecting multiple devices to a single terminal block.Terminal blocks are widely used in a variety of industries including automotive, commercial, and industrial. Their adaptability makes them a preferred choice for a wide range of applications including motor control, overcurrent protection, ground fault protection, and device communication. Terminal blocks are often used to simplify wiring in a control system, making it easier and more efficient to locate different components.The working principle of a terminal block is relatively simple. It is essentially a device that helps facilitate the connection between two different elements within a control system. The terminal block serves as a connection point and helps conduct current and data between the two components. The type of terminal block that is used will depend on the current or voltage requirements for the application, the amount of power that needs to be distributed, and the number of contacts and terminals that will be used.Overall, terminal blocks are vital components of any control system. They provide a robust and reliable way to efficiently route signals and power throughout a panel. They also offer an easy and convenient way to connect multiple devices to a single power or data source. The versatility and adaptability of terminal blocks makes them the ideal choice for a wide variety of applications.

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