Schneider Electric DBSeT DBR216MF 100 A Flush-Mount Distribution Board – 2-Row, 32-Module (DBR216MF)

The Schneider Electric DBSeT DBR216MF is a modular low-voltage flush-mount distribution board engineered for structured electrical circuit distribution in residential and commercial electrical installations. Designed with a 2-row layout and support for 32 × 18 mm modular devices, this panel provides space for miniature circuit breakers (MCBs), residual current devices (RCDs/RCBOs), isolators, and other modular protection devices.

Built with a painted sheet-steel enclosure (1.2 mm thickness) in a clean white finish (RAL 9003), the DBR216MF combines durability with a neat, flush-mounted aesthetic — ideal for recessed installations. The unit is rated for a 100 A incoming current and 500 V AC insulation voltage, suitable for typical low-voltage power distribution systems (240–415 V AC, 50/60 Hz).

Key Technical Features:

• Model: DBR216MF – DBSeT flush-mount distribution board (2 rows × 32 modules).

• Module Capacity: 32 × 18 mm devices across 2 rows.

• Rated Incoming Current: 100 A busbar rating.

• Rated Voltage: 240–415 V AC, 50/60 Hz.

• Insulation Voltage: 500 V AC.

• Enclosure: Painted sheet steel, 1.2 mm thickness, white (RAL 9003) with plain flat flush door.

• Mounting: Flush — designed to be recessed into wall or panel cut-outs.

• Protection Ratings: IP41 (ingress protection) and IK08 (impact resistance) compliant.

• DIN Rails & Identification Labels: Included to support modular device installation.

• Standards Compliance: Conforms to IEC 61439-1 and IEC 61439-3 distribution board standards.

• Cable Entry: Removable gland plates at top and bottom for flexible wiring access.

• Application: Ideal for residential, commercial, and light industrial electrical distribution systems where modular circuit protection and distribution are required.

This board is supplied without installed protective devices (MCBs/RCBOs) to allow customized selection based on specific circuit protection and coordination needs.