EHC3060 - 60Amp Circuit Breaker

EHC3060 - 60 Amp Circuit Breaker

When you’re maintaining an existing electrical system, the last thing you want is guesswork. The EHC3060 circuit breaker gives you a straightforward, dependable solution for restoring protection in compatible EHC frame panels—without forcing changes to your setup. Built for real-world commercial and industrial environments, this 3-pole, 60-amp breaker uses a thermal-magnetic trip mechanism to respond to both overloads and short circuits, helping keep your system operating as intended. Because it features a non-interchangeable trip unit, you get fixed, consistent protection settings—no surprises, no adjustments needed. It’s rated for 40°C conditions, making it a practical fit for standard electrical rooms, and it comes with load terminals included to help streamline installation. If your priority is getting a system back up and running with the right fit and ratings, this breaker does exactly what it’s supposed to do—and keeps doing it.

Key Features and Benefits

• Thermal-magnetic trip mechanism responds to overloads and short circuits
• 3-pole design supports three-phase power distribution
• 60 amp capacity suited for a wide range of commercial and industrial circuits
• Fixed, non-interchangeable trip unit for consistent protection settings
• Load terminals included to simplify installation
• 40°C rated for typical operating environments
• Built for form, fit, and functional replacement in EHC frame systems

Technical Specifications

• Part Number: EHC3060
  
• Poles: 3
  
• Amperage: 60A
  
• Frame Type: EHC
  
• Interrupting Capacity:
  • 14kA @ 480VAC
  • 18kA @ 240VAC
• Trip Type: Thermal-Magnetic (non-interchangeable)
  
• Temperature Rating: 40°C
  
• Included: Load terminals
  
• Shipping Weight: 4.13 lbs
  
• Height: 6.0 inches
  

Material Compliance and Certifications

• Meets industry-standard requirements for molded case circuit breakers
• Designed for use in systems aligned with UL-listed equipment standards
• Suitable for applications requiring thermal-magnetic overcurrent protection in commercial and industrial settings

Where It Works Best

• Commercial facilities maintaining existing panelboards
• Industrial environments with established electrical infrastructure
• Service and repair jobs where matching frame type and ratings is critical
• Retrofit projects that require minimal system disruption