The Westinghouse HMCP100R3C Circuit Breaker is a high-performance, molded-case circuit breaker designed for industrial applications. It provides reliable overcurrent protection for motors, equipment, and electrical systems, ensuring safety and system integrity under demanding conditions.
Key Features:
General Specifications:
- Type: Molded-case circuit breaker (HMCP series).
- Amperage Rating: 100 A.
- Designed for circuits requiring a 100-amp rating.
- Poles: 3-pole configuration.
- Ideal for three-phase systems.
- Voltage Rating: 600 VAC.
- Suitable for high-voltage applications.
Performance:
- Interrupting Capacity:
- Rated for high short-circuit fault levels (consult model-specific documentation for exact kA rating at various voltages).
- Trip Unit:
- Magnetic-only trip unit.
- Designed for motor protection by responding to short-circuit conditions without thermal overload protection.
- Operating Mechanism:
- Quick-make, quick-break mechanism for reliable operation.
Design:
- Compact Size:
- Space-saving design suitable for control panels and switchgear.
- Durable Construction:
- Molded case provides insulation and protection in industrial environments.
- Terminals:
- Load and line side connections designed for secure wiring.
Applications:
- Motor Protection:
- Protects motors from short-circuits and high fault currents.
- Industrial Machinery:
- Ensures safe operation of equipment in manufacturing and processing facilities.
- Power Distribution:
- Used in panelboards, switchboards, and motor control centers.
- Utilities:
- Suitable for commercial and industrial electrical systems.
Advantages:
- High Interrupting Capacity:
- Handles large fault currents, providing enhanced safety.
- Precision:
- Magnetic-only trip ensures quick response to short circuits.
- Robust Build:
- Molded case construction withstands harsh industrial conditions.
- Compatibility:
- Works seamlessly in Westinghouse and other compatible electrical systems.
Installation Notes:
- Mounting:
- Mount securely in compatible enclosures or panels.
- Wiring:
- Use appropriately sized conductors for the 100 A rating.
- Testing:
- Test breaker operation to ensure proper functionality before energizing the circuit.
- Compliance:
- Ensure installation adheres to NEC (National Electrical Code) or other local codes.
Maintenance Tips:
- Visual Inspection:
- Regularly check for signs of wear, overheating, or damage.
- Torque Settings:
- Verify terminal connections are tightened to the specified torque.
- Operational Tests:
- Test the trip mechanism periodically to ensure reliability.
- Cleaning:
- Keep the breaker and enclosure free from dust and debris to avoid malfunctions.
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