Schneider G12F3F32 | Circuit breaker, GoPact MCCB 125, 3 poles, 30kA at 415VAC, 32A rating, TMD trip unit, fixed thermal protection

Schneider G12F3F32 | Circuit breaker, GoPact MCCB 125, 3 poles, 30kA at 415VAC, 32A rating, TMD trip unit, fixed thermal protection



Technical Specifications G12F3F32

1. Product Type:
   Molded Case Circuit Breaker (MCCB) from the GoPact series by Schneider Electric.

2. Model Number:
   G12F3F32

3. Number of Poles:
   3 poles, suitable for three-phase electrical systems.

4. Rated Current:
   32 Amperes. This is the maximum continuous current the breaker can carry under normal conditions.

5. Rated Operational Voltage:
   Up to 415 Volts AC. This is compatible with standard industrial and commercial power systems.

6. Breaking Capacity:
   30 kiloamperes (kA) at 415V AC. This indicates the breaker can safely interrupt high fault currents without damage.

7. Trip Unit Type:
   TMD (Thermal Magnetic Trip Unit). Thermal for overload protection and magnetic for short-circuit protection.

8. Thermal Protection:
   Fixed thermal setting, pre-calibrated for overload protection.

9. Mounting Style:
   Fixed mounting within electrical panels.

10. Insulation and Safety:
    High-quality insulating materials provide excellent dielectric strength and safety against electrical faults.

2. Key Features G12F3F32

1. Reliable Protection:
   Provides efficient protection against both overload and short-circuit conditions, ensuring safety of equipment and personnel.

2. High Fault Withstand Capability:
   With a breaking capacity of 30 kA, the breaker can handle severe fault conditions without failure.

3. Complies with International Standards:
   Manufactured according to IEC 60947-2 standards, ensuring quality, safety, and performance.

4. Simple Installation and Maintenance:
   Designed for easy integration into panels, with accessible terminals and straightforward maintenance procedures.

5. Durable Construction:
   Built from robust materials to withstand harsh environments and mechanical wear.

6. Long Operational Life:
   Engineered for high endurance with consistent performance over an extended period.

7. Efficient Power Management:
   Helps in reducing energy losses and ensures stable operation of electrical systems.

8. Wide Environmental Tolerance:
   Operates efficiently under various ambient temperatures and challenging site conditions.

9. Versatile Design:
   Suitable for a wide range of industrial, commercial, and infrastructure applications.

3. Common Applications (Detailed)

1. Industrial Power Distribution Systems:
   Used for protecting machinery and production lines from electrical faults.

2. Commercial Buildings:
   Ideal for shopping malls, hospitals, hotels, and office complexes where high power demands are present.

3. Main and Sub Distribution Boards:
   Functions as a main breaker or feeder protection device in electrical panels.

4. Renewable Energy Systems:
   Applied in solar and wind power installations to protect inverters, transformers, and control equipment.

5. Workshops and Small Factories:
   Protects electric motors, compressors, and other heavy-duty equipment from overload and short-circuits.

6. Automation and Control Panels:
   Ensures safe and reliable operation of automated systems and control devices.

7. Water Pumping Stations:
   Used in municipal and industrial water facilities for pump protection.

8. Data Centers and Server Rooms:
   Critical for ensuring uninterrupted power supply to sensitive electronic equipment.