Surface-mounted distribution box IP54, without equipment BPM-O-800/15 111031

Surface-mounted electrical distribution box

This Eaton Profi+ series surface-mounted distribution box BPM-O-800/15 is a solid and functional solution for building safe and organized electrical installations. Designed for wall mounting, it provides protection against external factors thanks to its high IP54 protection rating. It is an ideal choice for both professional installers and end-users who value reliability and durability.

Design and application

The housing made of steel guarantees mechanical strength and corrosion resistance. The distribution box offers space for 35 modules (9 rows of 35 modules each), allowing for flexible arrangement of protective and control devices. Its dimensions (800 mm width, 290 mm height and 1580 mm depth) allow for mounting in various rooms, and the gray color (RAL 7035) provides an aesthetic appearance. The application of the distribution box includes both installations in residential and commercial buildings where reliable protection of electrical circuits is required.

Key features and benefits

• Durable construction: Steel housing provides long-lasting protection of internal components against mechanical damage.
• High IP54 protection rating: Protects against the ingress of solids and splashing water, increasing safety in various environmental conditions.
• Large capacity: 35 modules allow mounting a large number of protective devices, providing installation configuration flexibility.
• EMC compliance: Ensures minimization of electromagnetic interference, affecting the stable operation of devices connected to the installation.
• Expandability: The design of the distribution box allows it to be expanded with additional components later, adapting it to changing needs.
• Easy surface mounting: The mounting method facilitates installation and access to the interior of the distribution box during maintenance or repair.
• Safety: The use of a distribution box provides effective protection of electrical circuits against overload and short circuit.