ED63B025L - 25Amp Circuit Breaker

ED63B025L - 25 Amp Circuit Breaker

The ED63B025L molded case circuit breaker is a dependable choice for protecting three-phase electrical systems where consistency matters. Built on the ED6 frame, this 25-amp breaker is designed to handle demanding conditions without overcomplicating installation. It delivers strong interrupting performance across multiple voltage levels, making it a practical fit for a wide range of commercial and industrial applications. With HACR capability and reverse feed suitability, it adapts easily to real-world setups—especially where HVAC systems and motor loads are involved. Line and load-side terminals are already included, so you can get it installed and running without unnecessary delays.

Key Features and Benefits

• 25-amp, 3-pole configuration: for three-phase system protection
• High interrupting capacity: up to 65k A.I.C. at 240VAC
• HACR rated: for HVAC and refrigeration equipment
• Suitable for reverse feed applications
• Includes both line and load-side terminals: for easier installation
• Designed for stable operation: in 40°C ambient environments

Technical Specifications

• Part Number: ED63B025L
  
• Amperage: 25A
  
• Poles: 3
  
• Frame Type: ED6
  
• A.I.C. Ratings:
  • 18k @ 600VAC
  • 25k @ 480VAC
  • 65k @ 240VAC
• Temperature Rating: 40°C
  
• Type: Sentron Style Molded Case Circuit Breaker
  
• Approximate Weight: 3.0 lbs
  
• Height: 6.35 inches
  

Material Compliance and Certifications

• HACR rated: for use in heating, air conditioning, and refrigeration systems
• Manufactured to meet standard electrical safety expectations: for molded case circuit breakers
• Built with durable insulating materials: suited for long-term use in commercial environments

Where It Works Best

• You’ll typically see this breaker used in commercial panels, industrial distribution systems, and HVAC equipment. It’s a solid fit for motor protection, facility power distribution, and any setup where a reliable 3-pole breaker with strong fault interruption is needed.