S304 Electric Type Automatic Vacuum Circuit Breaker Featuring Electrical Control and Durable Construction for Industrial

Product Description:

The Vacuum Circuit Breaker is a highly reliable and efficient electrical device designed to protect industrial electrical systems by interrupting fault currents and preventing damage to equipment. This Industrial Circuit Breaker is engineered to meet the rigorous demands of modern electrical networks, ensuring safety, stability, and longevity of electrical installations.

One of the key features of this Electrical VCB Circuit Breaker is its open distance of 200mm, which provides a significant gap for arc extinction, enhancing the breaker’s ability to safely interrupt high fault currents. The vacuum interrupter technology used in this breaker ensures minimal contact erosion and a longer service life compared to traditional air or oil circuit breakers. This makes it an ideal choice for industries looking to reduce maintenance costs and improve operational reliability.

The Vacuum Circuit Breaker comes with a rated current of 630A, making it suitable for a wide range of medium-voltage applications. Whether in manufacturing plants, power distribution networks, or large commercial complexes, this breaker can handle substantial electrical loads while maintaining optimal performance. Its robust design ensures stable operation even under demanding conditions.

Another notable aspect of this Automatic Vacuum Circuit Breaker is its dual operation mode. It supports both electric and manual operation types, offering flexibility to operators and maintenance personnel. The electric type operation allows for quick and precise control through remote or automated systems, enhancing safety by reducing the need for manual intervention during fault conditions. Meanwhile, the manual operation option provides a reliable backup, enabling local control when necessary, particularly in maintenance or emergency scenarios.

Manufactured with high-quality components and adhering to international standards, this Vacuum Circuit Breaker is shipped from Qingdao, China, a major industrial and port city known for its advanced manufacturing capabilities and efficient logistics. The strategic location of the port ensures timely delivery and ease of access to global markets, making it a dependable choice for customers worldwide.

Designed for easy installation and integration, this Industrial Circuit Breaker features a compact and modular structure that facilitates quick setup and reduces downtime during maintenance or system upgrades. Its electric operation is compatible with modern control systems, allowing seamless integration into automated electrical grids and smart power management solutions.

In summary, this Electrical VCB Circuit Breaker offers a perfect combination of advanced vacuum interrupter technology, a considerable open distance of 200mm for superior arc extinction, and a rated current capacity of 630A to handle demanding electrical loads. Its dual operation mode—electric and manual—provides versatility and enhances operational safety. Originating from Qingdao, China, this Automatic Vacuum Circuit Breaker is a dependable and efficient solution for industrial applications, ensuring reliable protection and uninterrupted power supply in medium-voltage electrical systems.

Features:

• Product Name: Vacuum Circuit Breaker
• Rated Current: 630A
• Operation Type: Electric or Manual
• Transport: In Wooden Case
• Open Distance: 200mm
• Speed: Normal Type Circuit Breaker
• Includes Automatic Vacuum Circuit Breaker technology for enhanced performance
• Compatible with DC MCCB Circuit Breaker systems
• Equipped with Circuit Breaker Lockout Device for safety and maintenance

Technical Parameters:

Applications:

The TNNPI ZW32 24KV Vacuum Circuit Breaker is an essential component widely used in medium voltage power distribution systems. Manufactured in Henanzhengzhou and certified with CE and ISO standards, this reliable circuit breaker ensures compliance with IEC 62271-100, guaranteeing safety and performance. Its robust design supports both draw-out and fixed installation types, making it versatile for various industrial and commercial power applications.

Ideal for three-phase power systems, the ZW32 vacuum circuit breaker offers an open distance of 200mm, which enhances safety during operation and maintenance. It is perfect for facilities requiring high-quality protection and efficient fault interruption, such as power plants, substations, factories, and large commercial buildings. The breaker’s ability to handle 24KV voltage makes it suitable for medium voltage applications where stable and secure power distribution is critical.

In addition to its core function as a vacuum circuit breaker, the ZW32 model supports integration with GFCI circuit breaker systems, providing enhanced ground fault protection to prevent electrical shock hazards. This feature makes it an excellent choice for environments where sensitive equipment and personnel safety are priorities.

The product also supports Circuit Breaker Lockout mechanisms, ensuring safe maintenance by preventing accidental re-energization. This is particularly useful in scenarios where strict safety protocols must be followed, such as industrial plants, construction sites, and electrical maintenance operations.

The TNNPI ZW32 Vacuum Circuit Breaker is packaged securely in a wooden crate with a steel frame, ensuring safe delivery to customers worldwide. The minimum order quantity is just one unit, with prices ranging from $80 to $1450 depending on specifications and customization. Delivery time is prompt, within seven days, with flexible payment terms including T/T and Western Union. Qingdao, China, serves as the primary port for export, making logistics efficient and reliable.

Overall, the TNNPI 24KV Vacuum Circuit Breaker ZW32 is a high-quality, standards-compliant product suitable for a wide range of application occasions and scenarios, from industrial power distribution to sensitive electrical protection environments. Its combination of safety features, flexible installation, and robust construction make it an indispensable device in modern electrical infrastructure.