999401

Mounting Type:	Through Hole
Screw Thread:	M2.5
Torque - Screw:	0.4-0.5 Nm (3.5-4.4 Lb-In)
Screw Material - Plating:	--
Clamp Material - Plating:	--
Contact Material - Plating:	Copper Alloy - Tin Plated
Housing Material:	Polyamide (PA66), Nylon 6/6
Operating Temperature:	-20°C ~ 100°C
Color:	Black
Features:	Interlocking (Side)
Wire Termination:	Screw - Clamping Yoke, Tension Sleeve
Series:	Omnimate LM
Wire Gauge:	12-24 AWG
Voltage:	300V
Current:	10A
Mating Orientation:	Horizontal with Board
Pitch:	0.200" (5.08mm)
Positions Per Level:	13
Number of Levels:	1
Part Status:	Active
Packaging:	Bulk

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Terminal blocks, or terminal boards, are electronic components which allow for the connection of several wires or cables to a single electronic device. They allow for a more organized, efficient, and secure connection between multiple devices. The type of terminal blocks discussed in this article is the Wire to Board type, which are designed to connect two electronic components together through a process known as soldering.The main purpose of terminal blocks is to provide a safe and secure connection between two electronic components that need to communicate with one another. The connection achieved by a terminal block will provide a bridge for electrical current to flow between the two components. This current can then be used to power the device or transfer data to the other component.Terminal blocks are found in a variety of different industries, ranging from aviation and automotive to electronics and telecommunications. They are typically used to connect two devices together, and are often found in consumer products such as refrigerators, from which the temperature needs to be adjusted and monitored. They are also used in laboratory equipment such as scales used to weigh samples, to measure electrical currents, and in other types of industrial machines.When it comes to the terminal blocks used in the 990401 application field, the primary purpose is to connect the two components securely and efficiently. This will ensure that the flow of electricity or data between the two components is consistently maintained. To achieve this, the terminal blocks used in the 990401 application field must meet certain criteria.The first and most important criteria for the 990401 application is the size and shape of the terminal blocks. This is to ensure that the physical size of the terminal blocks allows for contact with precision and accuracy. Terminal blocks in this application field must also be able to connect two wires of different sizes and types simultaneously. This will ensure that the electrical current flows without issue and does not cause any damage to the two components.The second important criteria is that the terminal blocks used should also be heat-resistant. Heat is common in electronic components and so, the material of the terminal blocks used should be able to tolerate the potentially high temperatures that arise during operation. Finally, the terminal blocks should also have a high level of insulation and be able to provide protection from environmental elements such as humidity and salt spray.In terms of the working principle of terminal blocks, the primary concept is that of electrical current transfer. This is achieved through a process known as soldering, which involves heating two electrical components and joining them together with a metal solder. After this process is completed, the two components form a solid, secure, and reliable connection.This is a highly efficient process that requires only a few minutes to perform. This efficiency enables the two components to communicate quickly and accurately with each other without any data being lost or damaged. Furthermore, the use of soldering can also increase the lifespan of components by reducing the chances of an electrical failure from occurring.To conclude, the terminal blocks used in 990401 application field and their working principles are essential for connecting two electrical components together. These terminal blocks must meet specific criteria such as size, heat resistance, and insulation in order to provide an effective and secure connection between the two components. Furthermore, the use of soldering allows for quick and efficient data or electrical current transfer with minimal risk of electrical failure.

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