Outdoor Intelligent Pole Mounted Circuit Breaker 630A ZW32 Series

Outdoor Intelligent Pole Mounted Circuit Breaker With Zero-Sequence Sensors Permanent Magnetic Circuit Breaker
 

Product Description:

The ZW32 series Pole Mounted Circuit Breaker is an advanced type of circuit breaker that incorporates permanent magnet technology and intelligent control features. This innovative design offers several advantages over traditional circuit breakers:

Permanent Magnetic Technology: The circuit breaker utilizes permanent magnets instead of traditional electromagnets for its tripping mechanism. Permanent magnets provide reliable and consistent magnetic fields, resulting in faster and more precise tripping action when a fault or overload is detected. This improves the overall performance and responsiveness of the circuit breaker.

The circuit breaker is equipped with intelligent control features, such as microprocessors and sensors, which enable advanced monitoring and analysis of electrical parameters. The intelligent control system continuously monitors current, voltage, and other relevant parameters, allowing for real-time fault detection, accurate trip coordination, and improved system protection.

The combination of permanent magnetic technology and intelligent control enhances the safety and reliability of the circuit breaker. The precise tripping action ensures rapid interruption of faulty currents, minimizing the potential for damage to electrical equipment and reducing the risk of electrical hazards. The intelligent control system provides advanced fault diagnosis and self-testing capabilities, enabling proactive maintenance and reducing downtime.

The pole mounted circuit breaker is designed to optimize energy consumption. The precise tripping action ensures efficient interruption of faulty currents, reducing energy wastage. The intelligent control system also enables power monitoring and load management, facilitating energy optimization and improving overall system efficiency.

The use of permanent magnets and advanced control technology allows for a more compact and lightweight design compared to traditional circuit breakers. This makes installation and maintenance easier and more convenient, particularly in space-constrained

Application:

1.Power Distribution Systems: The circuit breaker can be used in power distribution networks, including substations, switchgear, and distribution panels. Its intelligent control features provide enhanced monitoring and protection capabilities, allowing for efficient and reliable operation of the distribution system.

2.Industrial Installations: The circuit breaker is suitable for protecting electrical equipment and machinery in industrial settings. It can be employed in motor control centers, control panels, and process automation systems, ensuring the safety and uninterrupted operation of critical industrial processes.

3.Renewable Energy Systems: The circuit breaker is well-suited for use in renewable energy systems, such as solar power plants and wind farms. It offers precise fault detection and rapid tripping, ensuring the protection of sensitive renewable energy equipment and preventing damage caused by overloads or faults.

4.Data Centers: Data centers require highly reliable and responsive circuit protection to safeguard critical IT infrastructure. The Intelligent Permanent Magnetic Circuit Breaker can be utilized in data center power distribution units (PDUs) and electrical panels, offering advanced monitoring, quick fault detection, and optimized energy management.

5.Smart Grid Applications: The circuit breaker's intelligent control capabilities make it compatible with smart grid applications. It can be integrated into smart grid systems to enable remote monitoring, fault diagnosis, and load management, contributing to the overall efficiency and reliability of the grid.

6.Electric Vehicle Charging Stations: With the increasing adoption of electric vehicles (EVs), the Intelligent Permanent Magnetic Circuit Breaker can be used in EV charging stations. It provides fast and accurate protection against overcurrents and short circuits, ensuring safe and reliable charging operations.

7.Critical Facilities: The circuit breaker is suitable for protecting critical facilities such as hospitals, data centers, and telecommunications facilities. Its precise tripping action and intelligent monitoring capabilities help prevent electrical disruptions and ensure uninterrupted operation of essential services.

8.Energy Management Systems: The intelligent control features of the circuit breaker make it compatible with energy management systems. It can be integrated into smart home or building automation systems to optimize energy consumption, monitor electrical parameters, and enable load shedding or demand response functions.

Advantage:

1.Small size

2.Light weight

3.Maintenance free

4.Anti condensation

5.Adapt to adverse weather conditions and dirty environment

Structure:

1.Frame: The frame serves as the main structural component of the circuit breaker, providing support and housing for the internal components.

2.Current Carrying Components: These components include the contacts, conductors, and current-carrying parts that form the electrical path through the circuit breaker. They are responsible for conducting and interrupting the flow of current.

3.Permanent Magnet Assembly: The permanent magnet assembly is a crucial component of the circuit breaker. It consists of permanent magnets that generate a magnetic field to control the tripping action of the circuit breaker. The magnets are carefully positioned to provide the desired magnetic force for efficient and precise operation.

4.Tripping Mechanism: The tripping mechanism is responsible for initiating the opening of the circuit breaker when a fault or overload condition is detected. In an Intelligent Permanent Magnetic Circuit Breaker, the tripping mechanism is designed to respond rapidly and accurately to the fault signals received from the intelligent control system.

5.Intelligent Control System: The intelligent control system is the brain of the circuit breaker. It typically includes microprocessors, sensors, and other electronic components that monitor electrical parameters, analyze fault conditions, and control the operation of the circuit breaker. The control system may also feature communication interfaces for remote monitoring, data logging, and integration with other systems.

6.Auxiliary Components: Various auxiliary components may be present in an Intelligent Permanent Magnetic Circuit Breaker, depending on the specific application and requirements. These can include indicators, auxiliary contacts for signaling and control purposes, mechanical interlocks, and terminals for external wiring connections.

7.Enclosure: The circuit breaker is typically enclosed within a housing to provide protection against environmental factors, such as dust, moisture, and physical damage. The enclosure may be made of durable materials like metal or high-quality plastics.

Technical Parameters: