Schneider A9F94316 | Miniature circuit-breaker, Acti9 iC60L, 3P, 16 A, C curve, 15000 A (IEC 60898-1), 25 kA (IEC 60947-2)

1. Technical Specifications A9F94316

• Rated Operational Voltage (Ue): Up to 400 V AC

• Poles: 3P (suitable for three-phase systems)

• Rated Current (In): 16 Amps

• Tripping Characteristic: C Curve — ideal for protecting standard inductive and lighting loads with moderate inrush currents

• Breaking Capacity:

  • 15 kA under IEC 60898-1 (for residential/commercial applications)

  • 25 kA under IEC 60947-2 (for industrial-grade protection)

• Mounting: DIN rail compatible

• Degree of Protection: IP20 (higher with enclosure)

• Insulation Class: Class II

• Electrical Endurance: Up to 20,000 switching cycles

• Mechanical Endurance: Up to 20,000 manual operations

• Operating Temperature Range: -25°C to +70°C

• Standards Compliance: IEC 60898-1, IEC 60947-2

2. Key Features A9F94316

1. High Safety and Reliability: Fast disconnection in the event of overloads or short circuits, ensuring the protection of equipment and personnel

2. Compact Design: Space-saving structure suitable for modern distribution boards

3. DIN Rail Mounting: Quick and tool-free installation

4. Visual Indicator: Clear ON/OFF position indicator for easy status check

5. Wide Compatibility: Compatible with all Acti9 accessories including auxiliaries, terminal blocks, and remote control devices

6. Double Insulation: Safe to touch with integrated insulation barriers

7. Robust Build: Suitable for harsh industrial environments with high resistance to mechanical shocks and vibrations

8. Environmentally Responsible: Compliant with Schneider Electric’s EcoDesign standards and made from recyclable materials

3. Applications A9F94316

The Schneider A9F94316 MCB is designed for use in a wide range of electrical systems, including:

• Commercial Buildings: Ideal for sub-circuit protection in lighting and power systems

• Industrial Facilities: Used in control panels and machinery with medium inrush currents

• Main and Sub Distribution Boards: Especially in three-phase configurations

• Hospitals and Data Centers: Where high-reliability protection is required

• Workshops and Manufacturing Plants: For protection of motor circuits and industrial loads

• Renewable Energy Installations: Applied in solar or wind power distribution systems

• Infrastructure Projects: Used in airports, metro stations, and other public facilities