Schneider Electric Acti 9 iC60H MCB, 4P, 63A Curve C, 440V AC, 220 → 250V DC, 10 kA Breaking Capacity

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Product Specification

Product Attributes
Number of Poles 4
Current Rating 63A
Tripping Characteristics Type C
Rated AC Voltage 440 V, 12 → 133 V, 220 → 240 V, 380 → 415V
Rated DC Voltage 220 → 250V
Breaking Capacity at Maximum Voltage Rating 10 kA
Range Acti 9
Series iC60H
Circuit Breaker Type MCB
Length 85mm
Width 72mm
Mounting Style DIN Rail Mount
Depth 78.5mm
Better World Product Yes
Better World Verification Green Premium
Tripping Mechanism Thermal-Magnetic
Reset Actuator Type Rocker Switch
Terminal Contact Type Screw
3D Model https://www.traceparts.com/els/rs-components/en/api/viewer/3d?SupplierID=RS_COMPONENTS&PartNumber=48731&DisplayLogo=False

More Information

Schneider Electric iC60H Series Acti 9 MCB, 4 Poles, 63A Current Rating - A9F54463 This MCB is a thermal-magnetic circuit breaker designed for high-performance protection in both AC and DC networks. It features a compact design with dimensions of 72mm in width, 85mm in height, and a depth of 78.5mm for space-efficient installation on DIN rails. This device is part of the Acti 9 range, combining reliable protection with a robust build to meet various electrical challenges. Features & Benefits • Designed for 4 poles, providing comprehensive circuit protection
• Rated current of 63A ensures substantial load capacity
• Type C circuit breaker ideal for motor and transformer protection
• Exceptional breaking capacity of 10kA at 440V AC
• Thermal-magnetic tripping ensures consistent performance under overload conditions Applications • Used for protecting electrical installations in industrial setups
• Ideal for commercial buildings with diverse electrical loads
• Suitable for involving motors and inductive loads
• Used in automation systems requiring reliable circuit protection What advantages does the 4-pole design bring to circuit management? The 4-pole design allows for greater flexibility in managing multi-phase systems and facilitates effective isolation of circuits during maintenance, ensuring enhanced safety. How does the thermal-magnetic feature enhance circuit protection? This feature delivers reliable overload and short-circuit protection by combining thermal delay with instantaneous magnetic tripping, providing swift and effective responses to fault conditions. What is the significance of the breaking capacity rating? The breaking capacity rating explains the maximum fault current the device can safely interrupt without causing damage, thus ensuring reliability even under fault conditions within electrical systems.

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