265A67-50

Terminal Blocks - Accessories

265A67-50 is a type of terminal block that falls under the category of accessories. It is a miniature terminal block with two or three poles and has a rated voltage of up to 50 V and a current rating of up to 32 A. It has an insulation distance of 4 mm and it also features a finger-safe protection mechanism.

This type of terminal block is designed for easy and safe wiring of power circuits and can be used for various applications such as installation wiring, field wiring, general wiring, and motor wiring. It is a perfect choice for small motor circuits, as it can be easily installed and provides good insulation from high voltage applications.

The working principle of 265A67-50 is quite simple. It consists of two or three pins that are connected to each other by a plastic molded case and an insulating separator. Each pin has a predetermined voltage rating and is pre-attached to the mating surface of the terminal block. The mating surface acts as an electrical conductor which provides an electrical connection between the pins. The insulated separator prevents any electrical connection between the two pins. This ensures complete insulation between the two pins, thus protecting users from any possible electric shock.

Moreover, the finger-safe protection mechanism ensures that the user does not get in contact with the terminals while the connections are being made. This mechanism comprises an anti-static flick guard and a resilient insulation sleeve which together protect the user from any possibility of electric shock. The protection also helps to prevent any short-circuiting of the terminals.

In conclusion, 265A67-50 is a type of terminal block that is designed for safe and easy wiring of power circuits. It is a perfect choice for small motor circuits and is a must-have accessory for electrical wiring applications. It comprises two or three pins connected to each other by a plastic molded case and an insulated separator. Moreover, it features a finger-safe protection mechanism to protect users from electric shock.