EHB24015 - 15 Amp Circuit Breaker

EHB24015 - 15 Amp Circuit Breaker

If you’re working with an existing panel and need a breaker that fits right the first time, the EHB24015 is exactly the kind of component you want on hand. Designed for use with EHB-4 frame systems, this 2-pole, 15-amp bolt-on circuit breaker delivers the protection your setup calls for—without the guesswork. It installs securely, stays firmly in place, and does what it’s supposed to do: help protect your circuits from overloads and short circuits so your equipment keeps running as expected. Whether you're handling routine maintenance or replacing a worn unit, this breaker keeps things simple, compatible, and dependable.

Key Features and Benefits

• 2-pole configuration: for handling 240V circuit applications
• 15-amp rating: suited for branch circuit protection
• Bolt-on design: provides a tight, secure connection to the panelboard
• Designed for proper fit: with EHB-4 frame systems
• Interrupting capacity: of 14kA @ 480VAC and 65kA @ 240VAC
• Helps maintain safe operation: by addressing overloads and short circuits
• Built to last: supporting long-term use in existing electrical systems

Technical Specifications

• Part Number: EHB24015
• Poles: 2
• Amperage: 15A
• Voltage Rating: Up to 480VAC
• Interrupting Capacity:
  • 14kA @ 480VAC
  • 65kA @ 240VAC
• Frame Type: EHB-4
• Mounting Type: Bolt-On
• Dimensions: Approx. 3.5" height
• Weight: 2.0 lbs

Material Compliance and Certifications

• Manufactured in line with widely accepted industry standards: for molded case circuit breakers
• Intended for use in systems designed around UL-listed equipment
• Built using materials commonly accepted: for electrical distribution components

Where It Works Best

The EHB24015 is a practical choice for commercial and industrial environments where EHB-4 breakers are already in place. You’ll typically find it used in panelboards supporting lighting systems, smaller equipment, and standard branch circuits. It’s especially useful when maintaining or servicing legacy electrical systems where matching the original form and fit is key.