1837880000

Voltage - UL:	300V
Insulation Height:	0.472" (12.00mm)
Contact Tail Length:	0.126" (3.20mm)
Housing Material:	Liquid Crystal Polymer (LCP), Glass Filled
Contact Material:	Copper Alloy
Wire Strip Length:	--
Torque - Screw:	--
Screw Size:	--
Ingress Protection:	--
Material Flammability Rating:	UL94 V-0
Features:	Mating and Mounting Flange
Contact Mating Finish:	Tin
Operating Temperature:	-50°C ~ 100°C
Color:	Black
Wire Gauge or Range - mm²:	--
Wire Gauge or Range - AWG:	--
Series:	Omnimate SL
Current - UL:	18.5A
Voltage - IEC:	400V
Current - IEC:	27.5A
Mounting Type:	Through Hole
Termination Style:	Solder
Plug Wire Entry:	--
Header Orientation:	Vertical
Pitch:	0.200" (5.08mm)
Number of Levels:	1
Positions Per Level:	7
Number of Positions:	7
Type:	Header, Male Pins, Shrouded (4 Side)
Part Status:	Active
Packaging:	Bulk

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Terminal Blocks - Headers, Plugs and SocketsTerminal blocks, also known as headers, plugs, and sockets, are components used in electrical systems to connect two or more circuits or cables together. They are widely used in many industries due to their ability to provide a secure physical connection and enable the assembly of complicated systems with little effort.Terminal blocks are composed of two or more metal strips (the contacts) that are connected to a terminal block base. The terminal block base is often made from plastic and provides support for the metal contacts, as well as offering electrical insulation. The metal contacts are designed to securely join one or more cables together by using solder, crimp connections, or other mechanical means. Depending on the application, the contacts may be designed for just two wires or for up to hundreds of wires.Terminal blocks can be used in a variety of applications ranging from the home, industrial, and even aerospace. In the home, terminal blocks are commonly used to connect components of an audio/visual system such as stereo receivers, speakers, and video projectors. In the industrial environment, terminal blocks are used in various control systems to connect various components to each other and to ensure safe operation of the system.In the aerospace industry, terminal blocks are used to connect the various on-board electrical systems of the aircraft, such as navigation, propulsion, and flight board circuits, to each other. The use of terminal blocks in aerospace not only ensures safe operation of the aircraft, but also aids in rapid assembly and maintenance. Bearing in mind that the process of wiring an aircraft is complex and time consuming, having a secure connection between components is essential for aircraft safety.Terminal blocks can be configured in different ways depending on the application. For example, some blocks have a series of openings, each of which can be filled with a wire. Other blocks can be configured with two or more pairs of contacts which can be spliced together. Depending on the design of the blocks, they can either be used for making only a single connection or two connections which can be used to branch apart or join together circuits. Generally speaking, most terminal blocks employ a single-pole/double-throw (SPDT) architecture. This SPDT architecture allows a circuit to be connected to two separate circuits, with electricity either passing through, or not passing through the middle, depending on the position of the switch. The SPDT architecture is what allows terminal blocks to be used in a wide variety of applications, as users can easily configure the block to suit their needs.When it comes to safety, terminal blocks are considered among the safest components in the electrical industry. This is because they are designed to provide an effective physical barrier between the two or more circuits that they join together, thus preventing direct contact with the potentially hazardous voltages and current flows present in many circuits. Furthermore, this barrier also helps to protect the circuits from electromagnetic interference (EMI) generated by components in the vicinity.Terminal blocks have become increasingly important components of modern industrial systems as devices become increasingly interconnected and multi-layered. This explains why these components are so widely used, and why they will likely remain so for years to come.

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