Navy & Marine Molded Case Circuit Breaker Switchboard Mount 315C364G04
Navy & Marine Molded Case Circuit Breaker Switchboard Mount 315C364G04
SKU: SKU: 315C364G04 Download PDF
Couldn't load pickup availability

About:
• The Navy & Marine Molded Case Circuit Breaker Switchboard Mount is specifically designed for integration into marine and naval switchboards, providing reliable circuit protection in challenging environments.
• It safeguards electrical systems from overloads, short circuits, and overheating while withstanding the harsh conditions commonly found in marine applications, including saltwater exposure and vibration.
• Built for durability, the switchboard mount ensures consistent performance, making it ideal for use in shipboard power distribution systems and marine platforms.
Also Known As:
Marine Switchboard Circuit Breaker, Naval Switchboard MCCB, Marine Molded Case Breaker for Switchboards, Shipboard Switchboard Circuit Protector, Marine Electrical Panel Circuit Breaker, Molded Case Circuit Breaker for Marine Switchboards.
Specification:
| Product Type | Marine Switchboard Circuit Breaker |
| Category | Circuit Breaker |
| Length/depth |
8.2 In |
| Height | 3.2 In |
| Width | 4.4 In |
| Part No. | 315C364G04 |
Features:
• Specifically designed for easy integration into marine and naval switchboards, ensuring optimal space utilization in confined shipboard environments.
• Built to withstand harsh marine conditions such as saltwater, humidity, and corrosion, ensuring long-term reliability.
• Made from corrosion-resistant materials to endure the extreme environmental demands of marine applications.
• Space-efficient design for easy installation in tight spaces within marine switchboards and electrical panels.
• Features both thermal and magnetic trip mechanisms for enhanced protection against electrical faults and system overloads.
• Suitable for both low- and medium-voltage applications, handling a wide range of current ratings for marine electrical systems.
• Designed for quick access, enabling efficient maintenance and replacement to minimize operational downtime.