Square D HDA261502AABCSDYP 261502A 2-Pole 600 V Circuit Breaker

Meet the Square D HDA261502AABCSDYP 261502A 2-Pole 600 V Circuit Breaker — a genuine Square D replacement built to protect two hot conductors in high-voltage electrical systems. With a 600 V rating and a two-pole configuration, this breaker is designed to deliver reliable overcurrent protection in commercial and industrial environments, ensuring safety and continuity for your power distribution.

Key specifications at a glance

• Part numbers: HDA261502AABCSDYP (also referenced as 261502A)
• Poles: 2
• Voltage rating: 600 V
• Current rating: 261502 A

What makes this breaker stand out

This is a genuine Square D device, purpose-built to integrate seamlessly with Square D panels and systems that accept HDA-series two-pole breakers. Its authentic design ensures correct fit, reliable trip performance, and compatibility with existing breakers in your lineup, reducing installation hiccups and maintenance downtime.

Ideal use cases

• Replacement part for aging or failed 2-pole, 600 V circuits in commercial electrical panels
• Stock part for facilities managers maintaining multi-zone or industrial electrical rooms
• Upgrade or standardize on a consistent two-pole protection strategy for shared-line circuits

Why this matters for your project

Choosing a genuine Square D breaker like the HDA261502AABCSDYP means you’re selecting long-term reliability and predictable protection characteristics for high-voltage circuits. The two-pole configuration provides coordinated protection for multi-wire branch circuits, helping prevent hazardous conditions and minimizing nuisance trips in busy electrical environments.

Practical guidance

When planning a replacement or stocking spare parts, confirm that your panel accepts HDA-series breakers and that the 2-pole, 600 V rating aligns with your system requirements. Always follow local electrical codes and safety procedures, and consult a qualified electrician for installation to ensure proper torque, seating, and panel compatibility.