YK4432433000G

Terminal Blocks - Barrier Blocks are widely used in the electronics and electrical engineering industries for joining electrical wires together. The YK4432433000G is a barrier block type terminal block which is used for joining high voltage wires. The connection type is spade lug for 12-22 AWG wire.

Application Field
The YK4432433000G barrier block type terminal block is mostly used in industrial sensors, power cables, electrical systems, and in automotive and telecommunication systems. This terminal block is particularly suitable for applications which require high protection against environmental conditions, vibration, humidity, radiation, extreme temperature, air pollution and corrosion.

Working Principle
The YK4432433000G is a spring contact terminal block, which means it is automatically powered on when connected properly. It also uses a secure connection system to ensure a firmly attached junction between the terminal and wire. The unique feature of the YK4432433000G is its use of a type 22 contact which allows for high current applications up to 26Amps. When the wires are unpowered, the connection between terminal and wire holds firmly and when power is applied the contact pressure is maximized.

The YK4432433000G barrier block terminal also has built-in filtration system which helps to reduce external disturbances and protection against high frequency spikes. Additionally, the terminals of the YK4432433000G are provided with an internal cut-off protector, which can detect and disconnect the circuit in case of an overload or short-circuit. Moreover, this terminal block also includes a spring-powered locking arm, which helps to reduce the possibility of loose connections.

The YK4432433000G barrier block type terminal is easy to install and provides a secure and reliable connection for high current applications. It is designed to provide great flexibility for electrical connections, reducing time and labor when wiring projects. It is also very safe and provides effective protection against environmental conditions.