431602-11-0

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Barrier blocks are also known as terminal blocks. They facilitate easy wiring, switching, identifying, and control of electric power, signals, and data in a control cabinet or any other electrical or electronic system. When using barrier blocks, it\'s important to know the purpose and working principle of each one to ensure optimal performance and safety. The 431602-11-0 barrier block is used primarily for protecting and controlling AC voltages and currents, and it\'s important to understand their features and their application.

431602-11-0 Application Field

The 431602-11-0 barrier blocks are designed for control diagrams, connecting AC motors, relays, and other control instruments in electrical connection systems. Commonly used in control circuits, 431602-11-0 barrier blocks simplify connection and disconnection, and facilitate wiring and identify assignment principles.

These barrier blocks are designed to carry current ranges up to 10A at 277Vac, so they can serve electrical motors and relays in that voltage and current range. The maximum power for the 431602-11-0 is 30W, and the operating temperature range is between -20°C and +75°C.

The 431602-11-0 barrier blocks also have overload and short-circuit protection, as well as indication lamps for verifying the correct operation of the system. These features make them ideal for various applications, such as connecting and modulating AC supplies, currents, voltages, relays, motor capacitors, contactors, and resistors.

431602-11-0 Working Principle

The operating principle of 431602-11-0 is simple: the barriers in the block prevent sparks from forming when components are connected. To securely lock components in place, two spring-loaded prongs must be pressed while simultaneously joining the components.

By pressing the two prongs, the funnels open and the prongs pierce the insulation, which holds both components securely in place. At the same time, the electrical connection is established when the prongs interlock. When the two prongs are pressed again, the funnels are closed and the electrical connection is broken.

The 431602-11-0 barrier blocks also feature barriers with fuse holders for controlling and protecting the electrical circuit, in case of an accidental short circuit or overload. These fuse holders also possess a fuse element that can detect when the current is out of range, and it will immediately interrupt the circuit to prevent damage and keep the system safe.

The 431602-11-0 barrier blocks are reliable and safe. They are designed to protect circuits and electrical components from surges and overloads, and they can prevent accidental disconnection of the circuit.

Conclusion

The 431602-11-0 barrier blocks offer reliable and safe electrical connections between AC motors, relays, and control instruments. By understanding the features, application field, and working principle of the 431602-11-0, you can ensure optimal performance and safety in any electrical or electronic system.

The specific data is subject to PDF, and the above content is for reference