Distribution box CAJA 9M - sockets 2x16A 5P, 2x230V IP65 F3.0311

Electrical distribution box CAJA 9M – solid protection and installation flexibility

The CAJA 9M distribution box is a practical solution for safe and organized distribution of electrical energy. Made of durable ABS plastic, it provides reliable protection of installation elements in various conditions. Thanks to its compact dimensions (342mm x 215mm x 155mm) and IP65 protection rating, it is perfect for both indoor and outdoor use.

Functionality and application

This distribution box is designed for versatility. It has 9 modules, allowing you to install the necessary safety devices and equipment. Two 16A/5P sockets and two 230V sockets provide convenient connection of various equipment. A PG16 cable gland facilitates the introduction of cables into the housing, and the N and PE terminal block guarantees correct connection of neutral and protective conductors.

The construction of the CAJA 9M distribution box allows easy access to the interior, which facilitates both installation and subsequent maintenance. The cover is secured with a plastic screw, ensuring tightness and safety of use. Sockets with an IP44 protection rating provide additional protection against moisture and dust.

• Ideal for residential, office and public buildings.
• Suitable for lighting installations, security systems and industrial automation.
• Excellent for applications requiring reliable protection against external factors.
• Enables organized arrangement of electrical elements, which facilitates diagnostics and repairs.
• Made of high-quality materials ensuring durability and resistance to damage.

Installation parameters

The CAJA 9M distribution box is designed for easy installation by qualified installers. 16A/5P cables require a cross-section of 2.5mm², while 230V cables – 1.5 mm². A 0-1 switch with a rated current of 32A allows for safe disconnection of the entire distribution box if necessary. This allows for quick and efficient servicing of the installation without having to interrupt the power supply to the entire facility (after disconnecting the main power supply, of course).