GE SKLL36BB1200

Product Introduction:
The GE SKLL36BB1200 is an ultra-high-capacity circuit breaker designed for the most demanding electrical distribution applications. It provides uncompromising safety and fault-clearing capabilities for massive electrical loads in critical infrastructure.

Category:

Description

GE SKLL36BB1200

Technical Specifications:

  • Brand: General Electric (GE)
  • Model: SKLL36BB1200
  • Product Type: High-Capacity Circuit Breaker
  • Poles: 3-Pole
  • Voltage Rating: 600V AC
  • Current Rating: 1200 Amps

Functional Features:

  • Massive Fault Clearing: Engineered to safely interrupt extremely high short-circuit currents without catastrophic failure.
  • Precision Engineering: Features a robust mechanical linkage designed for smooth operation even at maximum amperage.
  • Thermal Stability: Designed to handle continuous high-current loads without excessive heat generation.

Application Scenarios:
Used as main service entrance breakers, large generator tie-breakers, and primary feeders in heavy industrial plants and commercial high-rises.

Performance Parameters:

  • Continuous Current: 1200A rated continuous load capacity.
  • Interrupting Capacity: Exceptional short-circuit rating for high-energy utility feeds.

Material Composition:
Heavy-duty steel frame, high-temperature resistant insulators, and massive silver-tungsten contacts for arc resistance.

Structural Characteristics:
Large-format, heavy-duty construction requiring specialized lifting equipment for installation. Features stored-energy operating mechanisms for reliable closing.

Working Principle:
Utilizes a stored-energy spring mechanism to rapidly part massive contacts, while advanced arc chutes stretch, cool, and extinguish the resulting electrical arc.

Installation Requirements:
Requires specialized rigging and trained electricians. Must be torqued to exact specifications using calibrated tools. Adequate bus bracing is mandatory.

Usage Precautions:
Never operate manually without proper safety gear. Perform regular infrared thermography to detect hot spots at connections.