new material
Deep integration pole-mounted circuit breakers are high-performance electrical protection devices designed for precise fault detection, rapid response, and enhanced grid efficiency. Featuring advanced automation and durable construction, they ensure reliable operation in power distribution networks and outdoor electrical systems.
Product Overview
The Deep Integration Pole-Mounted Circuit Breaker is an efficient, fast, and intelligent distribution network device that combines a permanent magnet quick-break mechanism with microcomputer protection algorithms. It is designed to provide reliable and rapid fault detection and power restoration. The breaker uses innovative traveling wave protection technology for precise fault location and intelligent segmentation, enabling the isolation of fault zones in a very short time, thus achieving fast self-healing of the distribution network and improving power supply reliability. Compared to traditional smart switches, this device has superior fault identification and processing capabilities, supporting more complex distribution network structures and high-voltage power environments.
Features
- Traveling Wave Protection: Combines traveling wave measurement technology to achieve high-precision fault location and self-healing functions, especially suitable for distribution networks with ungrounded or small-grounded neutral points.
- Efficient Microcomputer Protection: Quickly calculates fault currents and determines fault locations using fast algorithms, ensuring rapid fault zone isolation and power supply security.
- Low-Power Permanent Magnet Mechanism: Uses a bistable permanent magnet mechanism for rapid opening and closing with minimal energy consumption, ensuring low-power operation.
- Fast Response Time: Switch action time is extremely short, with opening time less than 10ms. Closing time is adjustable based on requirements, supporting 6-level differential protection.
- Flexible Modular Design: Easy to assemble and maintain, adaptable to various application environments.
- Lightweight Design: The overall weight is light, making it easy to transport and install, particularly suitable for mountainous and hard-to-reach areas.
Applications
- Distribution Network Automation: Enhances the reliability and self-healing capability of distribution networks, suitable for complex network environments.
- High-Voltage Power Systems: Applied in high-voltage electrical equipment to provide fast protection and fault isolation.
- Smart Grids: Works with other automation devices in smart grids for fault diagnosis and power restoration.
- Power Equipment Protection: Protects electrical equipment from faults, ensuring long-term stable operation.
- Regional Automation Systems: Works with ring main units and other automation devices to achieve fast self-healing within a region.
- Distribution Terminal Equipment: Achieves precise operation and protection of distribution terminal devices through traveling wave protection and microcomputer control.
