T38561-20-0

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Terminal Blocks - Barrier Blocks

Terminal blocks and barrier blocks are specialized types of electrical connectors that offer enhanced safety and performance. They are primarily used during the wiring and installation of electrical and electronic systems in commercial, industrial, and aerospace applications. Paired with a range of other electrical components, terminal blocks and barrier blocks help form secure, reliable electrical connections where power and data signals can be safely transmitted and distributed. These blocks are designed to withstand demanding environments, and they come in a wide variety of sizes and styles.

T38561-20-0

T38561-20-0 is a single-level barrier terminal block, which is a type of terminal block used to separate high-current circuits from low-current circuits. The barrier blocks feature an insulation barrier that is designed to reduce or eliminate the possibility of arcing or shorting within the enclosure and/or the circuits. The T38561-20-0 includes a single 10-pin connection, which is suitable for a variety of applications and requirements.

Application Field

The T38561-20-0 terminal block is ideal for applications that require reliable, high-current circuit separation. It is commonly used in power or signal installations, such as water pumps, air handling equipment, and HVAC systems. It can also be used in automated machinery or control systems. It is suitable for both security and security-critical applications, as its barrier block design offers an additional level of safety and reliability. As a result, it is commonly used in heavy-duty industrial applications such as power plants, industrial machinery, and assembly lines. In addition, the T38561-20-0 terminal block is also often used in safety and emergency systems, such as fire, flood, and security systems.

Working Principle

The primary purpose of the barrier block is to prevent the transfer of electricity from the high-current circuits to the low-current circuits. The block is made of two separate pieces of metal that are connected by two connecting screws. The high-current side of the block is made from a conductive material that is designed to pass a higher current, while the low-current side is made from an insulating material that is designed to block the passage of a higher current. This helps ensure that the connecting screws do not come into contact with high-voltage, potentially hazardous circuits. A nonconductive insulator is then placed between the two sides to further reduce any potential for electrical arcing or shorting.

The T38561-20-0 also features a built-in fuse, which helps protect the circuit and components from any over-voltage or over-current conditions. In addition, the block is designed to be easy to install and use, as its terminals are indexed and labeled for quick and easy connection. The block is also designed to be reliable, with its insulation barrier offering improved protection from electrical shock, fire, and arcing.

Conclusion

The T38561-20-0 barrier block is an ideal solution for power and signal installations that require reliable, high-current circuit separation. Its insulated barrier offers improved protection from electrical shock, fire, and arcing. In addition, its built-in fuse helps protect the circuit and components from potential over-voltage or over-current conditions. The block is easy to install and use, and it is suitable for applications in a variety of industries, including commercial, industrial, and aerospace.

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