1842160000

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Terminal blocks, headers, plugs and sockets are staple components in any system that needs to connect multiple components for efficient power and signal flow. The 1842160000 terminal block is a versatile and robust connector solution in various applications, from industry to transport, from the lab to the home.

Features

• 1842160000 has two rows of pin sockets for native and power connections.
• Each pin position is clearly labeled for easy identification and connection.
• The 1842160000 is designed with a mounting bracket for simple installation.
• It is UL rated for simple reliable operation in general system applications.
• The maximum current rating is 6A for power and signal, and 4A for signal only.

Applications

The 1842160000 terminal block can be used in a variety of applications in many different industries. The main application areas include:

• Automotive: automated systems, actuation and control systems.
• Industrial: pumps, HVAC, compressors, mixers, solenoids.
• Lighting: LED lighting, high-powered lighting fixtures, LED strips.
• Lab: testing, research, experiments, sample processing.
• Home: hobbyist projects, small electronics, speakers, computers.

The 1842160000 terminal block can also be used for audio applications, where it can connect pre-amp and amplifiers.

Working Principle

The 1842160000 terminal block uses contact fingers to connect two or more conductors. The contact fingers are made of a conductive material such as brass or copper. The contact fingers are also plated with gold to ensure reliable connection and to reduce electrical resistance. The contact fingers are arranged in a linear configuration and are arranged in two rows. The top row is connected to the device’s ground connection while the bottom row is connected to the device’s power connection.

The contact fingers are held in place by two insulating blocks. The contact fingers can be connected easily by pressing them to the blocks. The contact force required to make the connection is provided by the mounting forces created when the blocks are held in place by the screws. The contact force also helps to ensure secure and reliable connections, reducing the chance of faulty connections and ensuring excellent electrical performance.

The contact fingers are connected to the corresponding pins on the device’s board through a soldering process, which ensures reliable and long-lasting connections. The solder also ensures that the connection is electrically sound and that the power and signals are transferred properly.

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