Low voltage distribution board WITHOUT FUSES, 2x5x32A, 2x5x16A ROS11\X-05

Low-voltage distribution box – reliable power distribution

This low-voltage distribution box, manufactured by SPAMEL, is a robust solution for efficient distribution of electrical energy in buildings and industrial facilities. Designed with safety and functionality in mind, it provides a reliable power supply for various receivers. The construction with a cable connection facilitates installation and connection to the installation.

Functionality and parameters

The distribution box is equipped with two CEE 32A/400V/5P sockets and two CEE 16A/400V/5P sockets, allowing connection of devices requiring higher power consumption. Additionally, it has four CEE 7/3 (Type F) sockets with protective contact – standard sockets for powering everyday devices. The lack of a main switch means that the distribution box requires connection to an existing protection in the installation. The rated voltage of 230/400 V makes it compatible with most standard electrical installations.

Construction and application

The dimensions of the distribution box – width 244 mm, height 355 mm and depth 163 mm – allow for easy placement in various spaces. Made of durable materials, it ensures durability and resistance to mechanical damage. It is an ideal solution for residential, commercial construction, as well as workshops and industrial facilities requiring safe and reliable power distribution. The design without built-in fuses requires the use of appropriate protection previously installed in the power circuit.

Key product features:

• Versatility: The combination of CEE sockets and standard sockets with protective contact allows powering a wide range of devices.
• Solid construction: Durable materials ensure long-term operation even in harsh conditions.
• Easy installation: The construction with a cable connection facilitates connection to the existing electrical installation.
• Safety: Provides safe distribution of electrical energy, protecting devices from damage caused by overload or short circuit (when using appropriate protection).
• Clarity: The lack of unnecessary elements facilitates identification of connected devices and quick response in the event of a failure.