GE SKHA36AT0800

Product Introduction
The GE SKHA36AT0800 is a heavy-duty molded case circuit breaker designed for industrial power distribution and motor protection. It provides reliable overcurrent and short-circuit protection to safeguard personnel and expensive industrial equipment.

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Description

GE SKHA36AT0800

Technical Specifications

  • Product Type: Molded Case Circuit Breaker.
  • Series: GE SKHA Series.
  • Current Rating: 800A continuous current rating.
  • Voltage Rating: Rated for low-voltage AC distribution (typically up to 600VAC).

Functional Features

  • Thermal-Magnetic Protection: Provides protection against both prolonged overloads and instantaneous short-circuits.
  • Adjustable Settings: Adjustable trip settings for customized protection coordination.
  • Visual Indicators: Trip indicator for rapid fault identification.

Application Scenarios

  • Power Distribution: Main and feeder protection in industrial panels.
  • Motor Protection: Protecting large motor circuits from overloads.
  • Equipment Protection: Safeguarding transformers and switchgear.

Performance Parameters

  • Interrupting Capacity: High interrupting rating for severe fault conditions.
  • Trip Curve: Standard thermal-magnetic trip characteristic.

Material Composition

  • Housing: High-strength, flame-retardant thermoplastic.
  • Contacts: Silver-tungsten alloy for superior arc resistance.

Structural Characteristics

  • Design: Compact molded case design.
  • Terminals: Line and load terminals with torque markings.

Working Principle
Under normal conditions, current flows through the breaker contacts. During an overload, a bimetallic strip heats and bends to trip the mechanism. During a short circuit, a magnetic solenoid instantly trips the breaker to interrupt the fault current.

Installation Requirements

  • Torque terminals to manufacturer specifications to prevent hot spots.
  • Ensure proper phase rotation and polarity.

Usage Precautions

  • Never operate a tripped breaker without investigating the root cause.
  • Perform periodic testing to verify trip functionality.