Schneider MVS16H3MF2L | EP MVS CB 1600A 65kA 3P MF ET2 fixed manual circuit breaker

Schneider MVS16H3MF2L | EP MVS CB 1600A 65kA 3P MF ET2 fixed manual circuit breaker

Technical Specifications

• Model: MVS16H3MF2L
• Brand: Schneider Electric
• Series: EP MVS
• Type: Manual Circuit Breaker
• Rated Current: 1600A
• Short-Circuit Withstand Rating: 65kA
• Poles: 3 Poles (3P)
• Type of Operation: Manual (MF)
• Frame Type: Fixed
• Interrupting Capacity: 65kA at 415V
• Protection Function: Overload, Short-circuit, and Earth Fault protection

Key Features

1. High Current Rating – With a current rating of 1600A, the MVS16H3MF2L circuit breaker is ideal for large industrial and commercial installations where high power is required.
2. High Short-Circuit Withstand Capacity – The breaker offers an impressive 65kA short-circuit withstand rating, ensuring that it can safely handle high fault currents without damaging the electrical system.
3. 3-Pole Configuration – The 3-pole design is perfect for three-phase systems, providing balanced protection across all three phases.
4. Manual Operation – The manual operation (MF) feature allows operators to manually switch the circuit breaker on and off, making it suitable for applications requiring human intervention and control.
5. Fixed Mounting – Designed for fixed installation, this circuit breaker is a reliable and stable option for permanent setups in power distribution panels and control panels.
6. Reliable Protection – Protects against overload, short-circuit, and earth fault conditions, enhancing the safety and longevity of the electrical installation.

Applications

The Schneider MVS16H3MF2L circuit breaker is commonly used in various industrial, commercial, and utility applications that require reliable protection for high-power electrical circuits:

1. Industrial Power Distribution – Suitable for use in industrial plants, factories, and manufacturing units where large electrical systems need protection.
2. Commercial Buildings – Used in high-rise buildings, shopping malls, and office complexes to protect the electrical distribution systems.
3. Energy Distribution Systems – Essential for transformer substations and power plants where high current protection is required.
4. Critical Infrastructure – Applied in hospitals, data centers, and telecommunication facilities where reliable protection is critical to avoid system failure.
5. Renewable Energy Systems – Used in solar and wind energy plants for protecting the electrical circuits against faults and overloads.