Low voltage distribution board 3F-16 A, 2x1F-16 A, 5x32A, 2x5X16A, 2x3X16A ROS11\I-15

Low Voltage Distribution Board – Solid Power Supply for Demanding Installations

This low voltage distribution board, designated ROS11\I-15, is a reliable solution for electrical power distribution. Designed with safety and functionality in mind, it is suitable for both industrial installations and public buildings. Its construction allows for effective management of electrical circuits, ensuring stable and safe power supply to connected devices.

Construction and Application

The ROS11\I-15 distribution board is a modular device designed for wall mounting. Made of durable materials, it provides high resistance to mechanical damage and weather conditions (IP44 protection). Its dimensions – 244 mm width, 355 mm height, and 163 mm depth – allow for easy adaptation to different mounting spaces. The distribution board is designed to operate at a rated voltage of 230/400 V and a rated current of 32 A. The absence of a main switch provides flexibility in configuring protection.

Functionality and Configuration

The ROS11\I-15 distribution board is equipped with a number of CEE sockets and sockets with protective contact, making it a versatile solution for various needs. Here you will find:

• 2 CEE 16 A / 400 V / 5P sockets: Ideal for connecting devices requiring three-phase power with lower power consumption.
• 1 CEE 32 A / 400 V / 5P socket: Allows connection of devices with higher power consumption.
• 3 CEE 7/3 (Type F) sockets with protective contact: Standard sockets for powering single-phase devices.

This configuration allows for flexible adaptation of the distribution board to specific installation requirements, providing the ability to connect devices of different power and different types of power supply. The cross-section of the connecting cables should be from 2.5 to 6 mm², and the overcurrent circuit breakers are of type B (single-phase) and C (three-phase), ensuring optimal protection against overloads and short circuits.