ED63A025 - 25Amp Motor Circuit Protector

ED63A025 - 25 Amp Motor Circuit Protector

The ED63A025 circuit breaker is built for situations where speed matters. Rated at 25 amps and designed for 600VAC systems, this 3-pole unit uses a magnetic-only trip mechanism to react instantly when a fault occurs. There’s no delay waiting on thermal buildup—when a short circuit hits, this breaker cuts power right away, helping limit damage to connected equipment. Because it operates within an instantaneous trip range of 55 to 180 amps, it gives you a level of predictability that’s important in controlled electrical setups. It’s a practical choice for professionals who already have overload protection handled elsewhere and just need fast, reliable short-circuit interruption. The ED6-A frame also makes it a familiar fit for many panel configurations, so you’re not fighting compatibility issues during installation.

Key Features and Benefits

• Magnetic-only trip for immediate fault response
• 25 amp rating suited for controlled electrical loads
• 3-pole design for three-phase systems
• Handles up to 600VAC applications
• Instantaneous trip range from 55A to 180A
• ED6-A frame for consistent fit and performance
• Straightforward installation and maintenance

Technical Specifications

• Part Number: ED63A025
  
• Amperage: 25A
  
• Poles: 3
  
• Voltage Rating: 600VAC
  
• Frame Type: ED6-A
  
• Trip Type: Magnetic (Instantaneous Only)
  
• Trip Range: 55A – 180A
  
• Weight: 3.0 lbs
  
• Height: 6.35 in
  

Material Compliance and Certifications

• This breaker is produced in line with standard industry requirements for electrical distribution equipment. It’s built using durable internal components designed to handle demanding conditions, helping maintain consistent performance when installed correctly in commercial or industrial systems.

Where It Works Best

• You’ll typically see the ED63A025 used in industrial panels, motor circuits, and commercial electrical systems where immediate short-circuit protection is critical. It’s especially useful in setups that separate overload protection from fault interruption, allowing each component to do its job without overlap.