Schneider A9N61531 | miniature circuit breaker – C60H – 2 poles – 16 A – C curve

Technical Specifications A9N61531

• Model: A9N61531

• Type: Miniature Circuit Breaker (MCB)

• Number of Poles: 2 Poles (2P)

• Nominal Current: 16 Amps

• Curve Type: C Curve

• Applications: Residential, commercial, and industrial electrical protection

• Protection Class: IP20

• Voltage Rating: Up to 230/400 V (depending on the specific installation)

• Standards Compliance: IEC 60898

• Dimensions: 72mm x 18mm x 69mm

Key Features

1. Reliable Protection: The A9N61531 MCB offers excellent protection against overloads and short circuits, preventing damage to electrical wiring and connected devices.

2. Compact Size: With its small and efficient design, it fits into standard distribution panels, allowing for space-saving installation.

3. C Curve Characteristics: The C-curve allows the circuit breaker to handle higher inrush currents, which is common in electrical devices like motors and other inductive loads. This feature prevents unnecessary tripping during the startup phase of such devices.

4. Easy Installation: Its design ensures easy installation in distribution panels, making it user-friendly for electricians and engineers.

5. High Durability: Built to last, the A9N61531 is constructed to withstand harsh electrical conditions and provide long-lasting protection.

6. Safety: The breaker interrupts the circuit in case of an overload or short circuit, reducing the risk of fire and damage to electrical appliances.

7. Versatile Use: The MCB is ideal for protecting residential circuits, office wiring, and industrial machines, ensuring safety across various applications.

Applications

1. Residential Use: The breaker is commonly used in home electrical panels to protect lighting circuits, outlets, and other household appliances.

2. Commercial Use: It is well-suited for protecting electrical systems in commercial buildings like shops, restaurants, and office complexes.

3. Industrial Use: The A9N61531 is often used to protect industrial machinery, such as motors, pumps, and transformers, where high inrush currents are expected during startup.

4. Electronic Equipment: Ideal for protecting sensitive electronic devices from potential damage caused by overloads or short circuits.

5. Generators: Used to safeguard generators from electrical faults that could cause permanent damage to the equipment.