HMCP050G2C - 50Amp Motor Circuit Protector

HMCP050G2C - 50Amp Motor Circuit Protector

When you need to match an existing motor protection component, the details matter. The Eaton HMCP050G2C is a 50-amp, three-pole Series C motor circuit protector built for compatible J-K frame applications. It has an 80–120A magnetic trip range and uses non-aluminum terminal material. Those specifications make the HMCP050G2C a straightforward choice when servicing equipment that calls for this exact configuration.

Key Features and Benefits

• 50A rating for compatible motor protection applications.
• 80–120A magnetic trip range provides an important specification when matching an existing protector.
• Three-pole design for equipment requiring this pole configuration.
• Designed around a J-K frame size.
• Part of the Series C product family.
• Features non-aluminum terminal material.
  

Technical Specifications

• Manufacturer: Eaton
  
• Catalog Number: HMCP050G2C
  
• UPC: 786679033081
  
• Product Type: Molded case circuit breaker accessory
  
• Type: Motor circuit protector
  
• Series: Series C
  
• Amperage Rating: 50 A
  
• Magnetic Trip Range: 80–120 A
  
• Frame Size: Frame J-K
  
• Number of Poles: Three-pole
  
• Terminal Material: Non-aluminum
  
• Product Length/Depth: 1 in
  
• Product Height: 1 in
  
• Product Width: 1 in
  
• Product Weight: 4 lb
  

Material Compliance and Certifications

The Eaton HMCP050G2C is UL Listed and CSA Certified. These certifications are useful to know when you're replacing a component in an existing installation where specified approvals need to be maintained.

For other compliance information, the available manufacturer specification states “Contact Manufacturer.” Any project-specific compliance or material requirements should therefore be confirmed for the intended application.

Where It Works Best

The HMCP050G2C makes the most sense in existing motor protection equipment that calls for its particular combination of specifications: 50A, three poles, J-K frame, Series C construction, and an 80–120A magnetic trip range. This is especially relevant when maintaining legacy equipment where matching the original component's form, fit, and function is the goal.