ED63A010 - 10Amp Motor Circuit Protector

ED63A010 - 10 Amp Motor Circuit Protector

The ED63A010 circuit breaker is built for one job—shutting things down fast when a fault hits. If you’re working with equipment where even a split-second delay matters, this magnetic-only breaker gives you that immediate response. There’s no thermal lag here. Once the current jumps into the 30A to 100A trip range, it reacts instantly to help protect your system. This is a 3-pole, 10-amp  breaker designed for 600VAC applications, making it a solid fit for industrial panels and three-phase setups. It’s part of the ED6-A frame series, known for dependable performance in demanding environments. Whether you’re replacing an existing unit or setting up a new system, this breaker keeps things simple and predictable—exactly what you want when dealing with electrical protection. Another advantage is its straightforward design. Because it uses a magnetic trip only, it’s often chosen for circuits where overload protection is handled elsewhere, or where higher inrush currents are expected and you don’t want nuisance tripping.

Key Features and Benefits

• Instantaneous magnetic trip—no delay when faults occur
• Trip range from 30A to 100A for controlled protection
• 3-pole design for three-phase systems
• Rated for 600VAC applications
• Works well in setups with high inrush currents
• Simple, focused protection without unnecessary complexity

Technical Specifications

• Part Number: ED63A010
  
• Frame Type: ED6-A
  
• Poles: 3
  
• Amperage: 10A
  
• Voltage Rating: 600VAC
  
• Trip Type: Magnetic Only (Instantaneous)
  
• Trip Range: 30A – 100A
  
• Shipping Weight: 3.0 lbs
  
• Height: 6.35 inches
  

Material Compliance and Certifications

• Built to meet standard industry requirements for circuit protection
• Uses durable insulating materials suited for electrical applications
• Compatible with typical North American electrical system standards (confirm for your specific install if needed)

Where It Works Best

• Motor circuits with high startup current
• Industrial control panels
• Equipment protection where overloads are handled separately
• Systems that require precise, instantaneous fault interruption