MCP23480RC - 50Amp Motor Circuit Protector

MCP23480RC - 50Amp Motor Circuit Protector

The Eaton MCP23480RC Motor Circuit Protector is designed to deliver dependable motor protection in existing industrial and commercial electrical systems. With a 3-pole configuration and a 50A rating, this motor circuit protector is built for high-voltage environments, providing precise, instantaneous protection with a focus on motor safety and reliability.

Key Features and Benefits:

• Magnetic-Only Instantaneous Trip: The MCP23480RC features a magnetic-only trip mechanism with an adjustable trip range of 160-480A, allowing for quick response to overcurrent conditions and safeguarding motor circuits from damage.
• Durable Non-Aluminum Terminals: Equipped with non-aluminum terminals, this motor protector enhances durability and offers secure, corrosion-resistant connections, making it well-suited for demanding electrical environments.
• Compact Design for Maintenance Applications: With its compact dimensions, the MCP23480RC is easy to integrate into existing setups, offering a space-efficient solution that preserves the functionality of legacy systems.
• High Voltage Compatibility: Rated for up to 600VAC, this motor circuit protector is ideal for high-voltage applications, providing robust protection to maintain system integrity and safety.

Technical Specifications:

• Amperage Rating: 50A
• Voltage Rating: 600VAC
• Trip Type: Magnetic-Only (Instantaneous)
• Trip Range: 160-480A
• Frame Type: MCP
• Poles: 3
• Dimensions: 4.13 in (W) x 6.00 in (H) x 3.38 in (D)

Material Compliance and Certifications:

• The MCP23480RC Motor Circuit Protector is compliant with industry safety and performance standards, ensuring reliable operation in industrial and commercial applications. The non-aluminum terminals enhance durability and reduce maintenance needs, making it a dependable choice for long-term use.

Suitability:

• The MCP23480RC is ideal for maintaining and protecting motor circuits within existing electrical systems, especially in legacy environments. Its high-voltage capacity, rapid response, and durable construction make it an excellent choice for safeguarding motor-driven applications, ensuring ongoing system safety and performance.