Schneider A9N61524 | miniature circuit breaker – C60H – 2 poles – 4 A – C curve

Description

Schneider A9N61524 | miniature circuit breaker – C60H – 2 poles – 4 A – C curve

Technical Specifications

Electrical Specifications

• Product Type: Miniature Circuit Breaker (MCB)

• Series: C60H

• Number of Poles: 2P (Two-Pole)

• Rated Current: 4A

• Tripping Curve: C Curve (trips at 5 to 10 times the rated current)

• Breaking Capacity: Standard for industrial and commercial applications

• Voltage Rating: 230/400V AC

• Frequency: 50/60 Hz

• Mounting Type: DIN Rail

Design and Build

• Compact and Modular Design: Saves space in electrical panels

• Material: High-quality, flame-resistant plastic housing

• Protection Rating: Designed for safe operation in standard environments

• Indicator Window: Displays the switch position for quick status checks

Connections and Interfaces

• Terminal Type: Screw terminals for secure connections

• Connection Capacity: Supports various wire sizes for flexible installation

• Compatible with Acti 9 Accessories: Can be integrated with add-ons like auxiliary contacts and shunt trips

Key Features

1. Reliable Circuit Protection

   • Protects against overloads and short circuits, ensuring electrical safety.

2. C-Curve Tripping

   • Ideal for circuits with moderate inrush currents, such as lighting and control systems.

3. High Durability

   • Designed for long-lasting performance, reducing maintenance needs.

4. Compact and Easy Installation

   • Fits easily into electrical distribution panels with DIN rail mounting.

5. Quick Fault Detection

   • Built-in indicator for easy circuit status monitoring.

6. Enhanced Safety

   • Flame-resistant casing and high breaking capacity for secure operation.

Applications

1. Residential Electrical Systems

• Used in home distribution boards to protect lighting and small electrical loads.

2. Commercial Buildings and Offices

• Provides circuit protection in office spaces, retail stores, and small businesses.

3. Industrial Control Systems

• Ideal for control circuits, ensuring protection from short circuits and overloads.

4. Data Centers and IT Infrastructure

• Protects low-power circuits in server rooms and communication systems.

5. Renewable Energy Systems

• Used in solar PV systems for safeguarding control and monitoring circuits.