3VA1463-6GE42-0AA0 | MCCB 630 A, 4 Pole, 70 kA, Adjustable O/L & Fixed S/C Settings, Thermal Magnetic Trip Unit (ATFM) – Siemens

The 3VA1463-6GE42-0AA0 is a high-performance Molded Case Circuit Breaker (MCCB) manufactured by Siemens, designed for reliable and efficient protection of electrical circuits. This MCCB is rated for a current of 630 A and features a 4-pole configuration, making it suitable for a wide range of industrial and commercial applications.

With a breaking capacity of 70 kA, this circuit breaker ensures robust protection against short circuits and overloads. It is equipped with a Thermal Magnetic Trip Unit (ATFM), which combines both thermal and magnetic tripping mechanisms for precise and reliable operation. The thermal trip unit provides adjustable overload (O/L) protection, allowing customization based on specific application requirements, while the magnetic trip unit offers fixed short-circuit (S/C) protection for immediate response to fault conditions.

The 3VA1463-6GE42-0AA0 is designed for ease of installation and maintenance, featuring a compact and durable construction. It is ideal for use in distribution boards, motor control centers, and other electrical systems where high reliability and safety are critical. This MCCB is part of Siemens’ 3VA series, known for its advanced technology, high performance, and compliance with international standards.

Key Features:

• Rated Current: 630 A
• Number of Poles: 4
• Breaking Capacity: 70 kA
• Trip Unit: Thermal Magnetic (ATFM)
• Overload Protection: Adjustable
• Short-Circuit Protection: Fixed
• Application: Industrial and Commercial Electrical Systems
• Series: Siemens 3VA

Applications:

The 3VA1463-6GE42-0AA0 is suitable for a variety of applications, including:

• Power Distribution Systems
• Motor Control Centers
• Industrial Machinery
• Commercial Buildings
• Data Centers

Benefits:

• High breaking capacity for enhanced safety
• Adjustable overload protection for flexibility
• Compact and robust design for easy installation
• Reliable performance in demanding environments
• Compliance with international standards