ELVA12100E

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Terminal blocks - headers, plugs, and sockets - are invaluable components within a multitude of electrical systems. The ELVA12100E terminal block is a particularly impressive option, thanks to its power-rating, versatile design, and dependability in a wide range of applications. In this article, we will explore the ELVA12100E further, looking at the uses, benefits, and working principles of this versatile component.

What is the ELVA12100E Terminal Block?

The ELVA12100E is a terminal block designed for heavy-duty applications. It is particularly well-suited for alternating current (AC) devices, or devices that are subject to extreme vibration. This type of terminal block is rated IP20, meaning that its protection against objects greater than 12.5mm is excellent. IP20 also indicates that this block is only suitable for indoor use.

This block is made of high-quality industrial plastic UL94V-0, and its rated screw torque range is 2.2-3.5 Nm. It boasts a compact and durable design, as well as superior shock and vibration resistance. Additionally, this terminal block is capable of passing currents of up to 250 amps, making it ideal for applications where extra power is required.

ELVA12100E Application Field

The ELVA12100E terminal block is designed for use in a variety of applications, such as radios, computers, telephones, medical instruments, and test and measurement apparatus. It is also suitable for general purpose power and signal connections, as well as direct connection of conductor pins to printed circuit boards. Additionally, due to its resistance to high temperatures, the block can be used in automotive applications and high-temperature environments.

The versatile design of the ELVA12100E makes it ideal for use across different markets. The block is not only suitable for industrial use, but can be used in consumer appliances, including audio and video equipment, home appliances, office machines, and more.

ELVA12100E Working Principle

The ELVA12100E terminal block is designed to be simple yet effective. The block consists of two parts - one part is a metallic plate which is connected to the terminal, and the second part is a plastic moulding which contains the backplate. The two parts are securely fastened together, making a secure connection between the terminal and the backplate.

The terminal block operates using a simple principle – when a conductor is inserted into the terminal, the contact between the metal plate and the conductor creates an electrical connection. This connection then allows electricity to flow through the conductor. In this way, the ELVA12100E enables the connection of multiple conductors without creating a short circuit.

The ELVA12100E is a safe and reliable option for electrical systems, as it features insulation barriers between the conductors and the block itself. This prevents short-circuiting and ensures the conductors remain securely attached to the block. The gaps between the plates and the conductors also ensure that heat can escape, preventing the block from overheating.

Benefits of the ELVA12100E

The ELVA12100E terminal block offers a range of benefits, making it an excellent choice for a variety of applications. Firstly, due to its design, the block is extremely reliable and durable, making it ideal for use in harsh environments. This block also features a superior shock resistance, as well as good protection against vibration.

The ELVA12100E is also easy and quick to install, and does not require any special tools. Additionally, the block is extremely cost-effective, making it an attractive option for both commercial and industrial applications. Finally, due to its high power rating, the block is suitable for applications which require a high current passing capability.

Conclusion

The ELVA12100E terminal block is an impressive option for use in heavy-duty applications. It is rated IP20, making it suitable for indoor use only, and is also capable of passing currents of up to 250 amps. The block is suitable for use in a wide range of applications, including radios, computers, telephones, medical instruments, automotive, and more. It is also reliable, durable, and cost-effective, making it an attractive option for both commercial and industrial applications. Finally, its simple yet effective working principle ensures that the block is easy and quick to install, and performs reliably in the long run.

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