4-pole distribution block In = 125 A KJ125B

Distribution block – reliable power distribution

A 4-pole distribution block with a rated current of 125A is a key element of any electrical installation, ensuring safe and efficient power distribution. The KJ125B model from Hager is a solid solution for both professionals and demanding end users. The device is designed for mounting on a DIN rail and is characterized by high quality and durability.

Construction and parameters

The KJ125B distribution block has been designed with easy installation and convenience in mind. Its compact dimensions (width 170 mm, depth 64 mm, height 96 mm) allow for installation even in limited spaces. Screw terminals allow the connection of rigid conductors with a cross-section of 1.5 – 35 mm² and flexible conductors with a ferrule end in the range of 1.5 – 35 mm². It has sixty terminals per pole, providing great flexibility in circuit configuration. The built-in N busbar facilitates the organization of neutral connections, and the lack of a PE busbar requires its separate mounting depending on the needs of the installation.

Application and benefits

This distribution block is ideal for use in residential, commercial and industrial buildings. Thanks to the high rated current (125A), it can be used to power devices with high power consumption, such as electric furnaces, heaters or air conditioners. The solid construction guarantees reliability and long-term operation, minimizing the risk of failure and downtime. Mounting on a DIN rail ensures stability and ease of servicing. It allows you to create clear and safe electrical panels that meet applicable standards and regulations.

• Versatility: Suitable for a variety of applications – from home installations to industrial facilities.
• High capacity: 60 terminals per pole allow you to connect many circuits.
• Easy installation: Quick and easy mounting on a standard DIN rail.
• Durability: Solid construction guarantees long-term, trouble-free operation.
• Safety: Ensures safe distribution of electrical energy in the installation.