MCP0322 - 3Amp Motor Circuit Protector

MCP0322 - 3Amp Motor Circuit Protector

The Eaton MCP0322 Motor Circuit Protector is an essential component for safeguarding sensitive motor-driven systems in specialized industrial and commercial applications. Designed to deliver magnetic-only protection, this 3-pole, 3A motor protector is tailored for systems operating at 600VAC, where immediate response to overcurrent conditions is vital. With a precise instantaneous trip range of 7-22 amps, the MCP0322 offers rapid, reliable protection, ensuring that motors and other critical equipment remain secure from unexpected surges.

Key Features and Benefits:

• Precision Magnetic Protection: The MCP0322 provides magnetic-only, instantaneous trip protection within a 7-22 amp range, offering essential overcurrent protection for sensitive motor applications.
• Durable Construction: Standard aluminum alloy terminals ensure secure, stable connections that maintain the integrity and reliability of the electrical system.
• Compact Design: With a small footprint, this protector integrates easily into existing systems, ideal for maintenance and upgrades without extensive reconfiguration.

Technical Specifications:

• Poles: 3
• Amperage Rating: 3A
• Voltage Rating: 600VAC
• Frame Type: MCP
• Magnetic Trip Range: 7-22A
• Dimensions: 4.13 in (Width) x 6.00 in (Height) x 3.38 in (Depth)
• Weight: 6.50 lbs
• Terminals: Standard Aluminum Alloy

Material Compliance and Certifications:

• The MCP0322 adheres to rigorous industry standards for safety and reliability in motor circuit protection. The durable aluminum alloy terminals resist corrosion and maintain excellent conductivity, ensuring long-term, reliable performance.

Suitability:

• The MCP0322 Motor Circuit Protector is ideally suited for maintenance-focused applications where precise, low-amperage motor protection is essential. Its robust design and compact size make it an excellent choice for contractors and technicians who need to ensure the continued safety and functionality of existing motor systems without full system replacement.