Product details
The 20A 2-Pole AC MCB (Miniature Circuit Breaker) provides professional-grade protection for solar inverter AC output circuits. Engineered for higher-capacity AC applications, this circuit breaker ensures safe and reliable protection against overload and short circuit conditions in solar power systems.
Key Features:
- Enhanced 20 Amp rating
- Dual-pole isolation
- Quick-break mechanism
- Temperature stability
- Visual status indicator
- DIN rail mounting
- Touch-safe terminals
- AC-optimized design
Technical Specifications:
- Rated Current: 20A
- Poles: 2P
- Rated Voltage AC: 230/400V
- Breaking Capacity: 6kA
- Operating Temperature: -20°C to +55°C
- Mechanical Life: >20,000 operations
- Electrical Life: >10,000 operations
- Protection Degree: IP20
Protection Features:
- Enhanced overload protection
- Short circuit protection
- Double-break contacts
- Arc extinction chambers
- Thermal-magnetic trip unit
- Independent trip mechanism
- Terminal shrouding
- Position indication
Installation Benefits:
- Easy DIN rail mounting
- Clear terminal markings
- Tool-free removal
- Lockout facility
- Standard terminal capacity
- Snap-fit installation
- IP20 finger protection
- Status indicators
Applications:
- Solar inverter AC output
- Residential solar systems
- Commercial installations
- AC power distribution
- Grid-tie inverter protection
- Backup power systems
- General AC circuits
- Enhanced load protection
The 20A AC MCB provides comprehensive protection for solar inverter output circuits with its specialized AC switching capabilities. The double-pole design ensures complete isolation of both line and neutral conductors, while the quick-break mechanism provides rapid fault clearance.
Each unit features precision-engineered arc extinction chambers and thermal-magnetic trip units calibrated for AC applications. The clear position indicator and lockout facility enhance safety during maintenance operations.
Perfect for both residential and commercial solar installations, this MCB offers reliable circuit protection while maintaining compliance with relevant safety standards. The robust construction and quality materials ensure long-term reliability in solar power applications.
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