HDA36100U33X - 100 Amp Circuit Breaker

HDA36100U33X - 100 Amp Circuit Breaker

Protect your power system with the PowerPacT HDA36100U33X, a high-performance 3‑pole circuit breaker built for the toughest industrial and commercial environments. With its rugged yet compact design and intelligent protection features, this breaker ensures your operation runs smoothly—without the risk of overloads or short circuits.

Key Features & Benefits

• Robust fault interruption: Rated for 100 A and 14 kA breaking capacity at 600 VAC (plus 18 kA @ 480 VAC / 25 kA @ 240 VAC), this breaker helps stop disruptive peaks before they impact your system.
• Smart MicroLogic 3.2S trip unit: LSI (Long‑time, Short‑time, Instantaneous) trip curves provide tailored protection, quick fault response, and excellent diagnostics.
• Ease‑of‑service design: Push‑to‑trip button enables manual testing right at the breaker, while I‑Line terminations speed up installation and reduce wiring complexity.
• Compact & lightweight: At just 6.4″ × 4.09″ × 3.4″ and 4.9 lb, it fits tight spaces without compromising performance.

Technical Specifications

• Rated Current: 100 A
• Breaking Capacity: 14 kA @ 600 VAC, 18 kA @ 480 VAC, 25 kA @ 240 VAC
• Insulation Voltage: 750 V
• Impulse Withstand Voltage: 8 kV
• Poles: 3‑Pole
• Connection Interface: I‑Line (line side) + lugs (load side)
• Product Dimensions (HxWxD): 6.4″ × 4.09″ × 3.4″
• Weight: 4.9 lb (2.2 kg)

Material Compliance & Certifications

• Fully compliant with EU RoHS and REACh directives, limiting hazardous substances in both product and packaging.
• Supports circular‑economy principles under Schneider Electric’s “Use Better, Use Longer, Use Again” initiative, with responsibly sourced materials and recycled cardboard packaging.

Where It Works Best

• This breaker shines in industrial, commercial, and institutional power-distribution panels that demand intelligent, scalable protection. The MicroLogic 3.2S makes it a smart choice for systems with communication requirements, especially when integrated into Modbus or Ethernet‑enabled energy‑management platforms.