Square D HOM2110 - 110A, Miniature Circuit Breaker (MCB)

Square D HOM2110 110A Miniature Circuit Breaker (MCB) is a compact, dependable overcurrent protection device engineered for demanding electrical distribution systems. With a dedicated 110A rating, this MCB is built to guard panelboards, switchboards, control panels, and OEM equipment from electrical faults while maintaining safe, uninterrupted operation in busy industrial and commercial environments.

Designed to integrate seamlessly into diverse installations, the HOM2110 provides reliable protection where it matters most—in distribution panels and motor control centers. Its robust construction is aimed at delivering consistent performance in environments that require quick, predictable response to overcurrent events, helping minimize downtime and equipment damage.

Key specifications

• Current rating: 110A
• Breaker type: Miniature Circuit Breaker (MCB)

What makes the HOM2110 a standout choice

• Versatility across essential electrical infrastructure: panelboards, switchboards, control panels, and OEM assemblies.
• Targeted protection for industrial, commercial, and OEM applications where dependable overcurrent safeguards are critical.
• Compact, space-efficient form factor suited for crowded distribution environments without compromising protection.
• Simple integration into established electrical architectures, helping you streamline design and maintenance workflows.

Ideal use cases

• Upgrading or retrofitting existing distribution panels and motor control centers to enhance overcurrent protection.
• Incorporating into new panel builds for manufacturing lines, process control, and autonomous equipment racks.
• OEM equipment deployments where a reliable, specification-aligned 110A protection device is required.

Why this matters for your operation

With the HOM2110, you gain a clearly defined 110A protection boundary that helps align protection coordination across downstream devices, reducing the risk of nuisance trips while ensuring quick isolation during faults. This translates to improved system uptime, safer operations, and peace of mind in demanding environments where protection continuity is non-negotiable.