OJL135A distribution block black in. Al/Cu 1x10/1x35 out. Cu 2x10/4x16mm² 1000V AC/DC MAB1135S10

Universal distribution block for demanding electrical installations

The OJL135A distribution block enables the safe and efficient distribution of larger cross-section conductors into several smaller branches. Designed for use in low-voltage installations, it offers high technical parameters that guarantee reliability in difficult operating conditions.

Compatibility and universal application

The block's design allows for the safe connection of both aluminum and copper conductors, making it a universal solution for various types of electrical installations. The main input supports conductors with cross-sections from 2,5 mm² to 35 mm², while the outputs offer flexibility with four branches for 2,5-16 mm² conductors and two for 2,5-10 mm² conductors.

This configuration allows for precise matching to specific installation needs without the need for additional intermediate components.

High electrical parameters and safety

The device operates at a rated voltage of up to 1000V AC/DC, enabling its use in advanced power systems. The rated current of 135A allows for the transmission of significant electrical loads through a compact single-pole design.

Compliance with EN 61238-1 and EN 60947-7-1 standards and class A guarantee the highest level of safety during operation. The tinned aluminum used for the terminals provides excellent resistance to weather conditions and a long service life even in harsh industrial environments.

Easy mounting and flexible installation

The block can be mounted on a standard DIN rail or directly onto a solid surface using screws. The screws are tightened using an Allen key, which facilitates precise mounting even in the limited space of distribution cabinets.

The compact design occupies minimal space in the switchboard while ensuring easy access to all connection points during maintenance work or installation upgrades.

Practical applications

The OJL135A model is used as a distribution element in switchboards to distribute power to various load circuits. It is also utilized for creating distribution points and in industrial applications requiring high connection reliability.

Thanks to the versatility of materials and high technical parameters, it ensures stable operation of the power system for many years of service.