MX36800 - 800 Amp Circuit Breaker

MX36800 - 800 Amp Circuit Breaker

The MX36800 800 A circuit breaker is engineered for demanding industrial and commercial settings where equipment uptime and safety are non-negotiable. Designed with advanced Micrologic® technology and a thermal-magnetic trip system, this 3-pole molded-case breaker gives you fine-tuned control over how your system reacts to overloads and short circuits. It combines high current capacity with customizable protection settings—making it a top choice for engineers, facility managers, and contractors handling large power installations.

Key Features and Benefits

• High Fault Withstanding Capability: Delivers 25 kA at 600 VAC, 65 kA at 480 VAC, and 65 kA at 240 VAC—so it can interrupt fault currents reliably in high-energy networks.
• Adjustable Protection Settings: Lets you configure long-time (overload) current, delay times, and instantaneous trip thresholds to optimize protection without nuisance trips.
• Micrologic® Control & Monitoring: Enables precise diagnostics and system monitoring for improved safety and maintenance intelligence.
• Plug-in Mount Design: Quick, safe installation and replacement with minimal downtime.
• Three-Pole Configuration: Ideal for three-phase systems common in industrial and commercial power distribution.
  

Technical Specifications

• Poles: 3
  
• Frame: MX
  
• Rated Current (Amperage): 800 A
  
• Interrupting Capacity:
  • 25 kA @ 600 VAC
  • 65 kA @ 480 VAC
  • 65 kA @ 240 VAC
• Trip Mechanism: Thermal-magnetic with adjustable long-time, delay, and instantaneous pickup
  
• Mounting: Plug-in type
  

Material Compliance and Certifications

• Industry Standards: This breaker is manufactured in accordance with industry-standard safety and performance benchmarks.
• Certifications: It meets applicable electrical codes and certifications for commercial and industrial use, ensuring compliance, system integrity, and operator safety.
  

Where It Works Best

• The MX36800 excels in heavy-duty power environments like manufacturing plants, data centers, large commercial buildings, and critical infrastructure. Use it wherever high-current loads demand precise protection and minimal interruption—especially in three-phase systems that require dependable coordination and safe operation under stress.