Description

Better World Verification: Green Premium

Better World Product: Yes

Current Rating: 6A

Application: Distribution

Tripping Mechanism: Thermal-Magnetic

Series: iC60N

Circuit Breaker Type: MCB

Length: 18mm

Breaking Capacity at Maximum Voltage Rating: 6 kA

Rated DC Voltage: 12 → 48 V, 72V

Mounting Style: DIN Rail Mount

Width: 85mm

Depth: 78.5mm Rated AC Voltage: 100 → 133 V, 12 → 60 V, 220 → 240V Range: Acti 9 Terminal Contact Type: Screw Tripping Characteristics: Type C Number of Poles: 1P Reset Actuator Type: Toggle Switch

The Schneider Electric A9F44106 is a high-quality Acti 9 iC60N Mini Circuit Breaker (MCB) designed to provide efficient and dependable electrical protection in various applications. With a single-pole configuration, a current rating of 6 A, and a breaking capacity of 6 kA, this MCB is a vital component in safeguarding electrical circuits against overloads and short circuits.

The Schneider Electric A9F44106, Acti 9 iC60N MCB Mini Circuit Breaker 1P, 6 A, 6 kA, Curve C: Core Features and Advantages

This section highlights the unique features that make the Schneider Electric A9F44106 MCB a valuable choice for electrical protection:

• The MCB is designed with a single-pole configuration, making it suitable for applications where protection is required for individual circuit conductors.
• With a current rating of 6 A, it offers precise protection against overcurrents, ensuring the safety of connected equipment and preventing damage.
• The MCB can interrupt fault currents up to 6 kA, effectively mitigating the risks of short circuits and maintaining circuit integrity.
• It features a Curve C tripping characteristic, providing moderate overload protection and quick response to short circuits, suitable for various applications.
• The MCB’s compact size allows for easy installation in distribution boards and electrical enclosures with limited space.

Application Flexibility of the Mini Circuit Breaker

The Schneider Electric A9F44106 MCB is widely used in various applications across residential, commercial, and industrial settings, including:

• Residential Electrical Panels: It is installed in residential distribution panels to protect individual circuits, ensuring the safety of household electrical systems.
• Commercial Buildings: In commercial facilities, it safeguards lighting, outlets, and equipment circuits against overloads and short circuits, minimising downtime.
• Industrial Machinery: It is applied in industrial settings to protect machinery and equipment from electrical faults, ensuring uninterrupted production processes.
• Renewable Energy Systems: In solar and wind power installations, the MCB provides critical protection for inverters and circuits, helping maintain system reliability.
• Data Centers: Data centres utilise MCBs to protect critical server and network infrastructure from electrical faults.