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XY-400-80A
Yuan
Our intelligent composite switch is specially developed for switching shunt capacitor banks in low-voltage reactive power compensation systems. Integrated with a miniature circuit breaker for protection, it supports communication networking to realize remote monitoring of power distribution status. Adopting composite switching technology, it achieves inrush-free capacitor switching to reduce impact on the grid, featuring low power consumption and long service life. It is easy to install and operate, widely applied in various low-voltage power distribution projects.
Technical Specifications
Item | Parameter |
|---|---|
Product Name | Intelligent Composite Switch |
Rated Working Voltage | 3-phase AC 400V |
Rated Frequency | 50 Hz |
Rated Working Current | 80A |
Built-in Protection Device | 3P D-type Miniature Circuit Breaker |
Communication Interface | RJ45 RS485 |
Applicable Capacitor Specification | ≤0.45-40-3 |
Switching Mode | Inrush-free composite switching |
Control Mode | Local panel control / Remote communication control |
Working Principle | Thyristor + magnetic latching relay composite structure |
Operating Ambient Temperature | -25℃ ~ +55℃ |
Storage Temperature | -40℃ ~ +70℃ |
Altitude Requirement | ≤2000m |
Relative Humidity | ≤95% (non-condensing) |
Protection Grade | IP20 |
Installation Method | DIN rail mounting |
Applicable System | Low-voltage reactive power compensation system |
Compliance Standards | GB/T10963.1, IEC60898-1 |
Built-in miniature circuit breaker to provide overload and short-circuit protection
Inrush-free switching protects power grid and capacitors
Magnetic latching composite structure with low energy consumption and extended service life
Standard communication interface supports remote monitoring and system networking
On-panel operation buttons and status indicators facilitate on-site commissioning
Compact structure for simple installation inside reactive power compensation cabinetsMain Application Fields
Industrial low-voltage distribution cabinets and reactive power compensation cabinets
Intelligent integrated capacitor cabinets for power grid transformation
Power distribution systems for commercial complex buildings, office buildings and shopping malls
Photovoltaic and energy storage supporting low-voltage power distribution equipment
Metallurgy, textile, chemical, mining and other factories with large inductive loads
Municipal engineering, data center and infrastructure power supply projects
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