AICB2SP MCB Smart IoT Circuit Breaker
Key Features
AICB2 features versatile functions, including Fault early warning, Over/undervoltage alerts, Self-diagnosis for leakage protection, Remote ON/OFF control, Timing and scheduling control, Metering and measurement, Overload and thermal protection, and Local/remote mode switching for maintenance.
Ratings of 6A to 100A
Smart Monitoring & Data Acquisition
Higher O&M Efficiency
Easy Installation with a Symmetrical Design
Tech Specs
| GENERAL | SHORT CIRCUIT | |||
| Poles | 1P, 2P, 3P, 4P | Rated breaking capacity | 6kA | |
| Rated current | 6-100A | Tripping characteristics of MCB | B, C, D | |
| Rated operational voltage | AC110/230V, AC190V/400V | |||
| Limit operational voltage | AC85V-264V, AC147V-450V | OTHERS | ||
| Rated frequency | 50/60Hz | Communication mode | Zigbee,Wi-Fi,4G | |
| Rated insulated voltage | 500V | Temperature rise of terminalconnecting external wires | ≤65K | |
| Dielectric test voltage | 2.5kV | Automatic swtich on/off time | <1s | |
| Mechanical service life | 10000 | Power disipation | ≤1.8W | |
| Electrical service life | 10000 | |||
| COMPLIANCE | ||||
| International standard | IEC/EN 60898-1 |
Download
AICB2 TUYA.pdf
FAQs
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1. How does a smart IoT circuit breaker differ from a traditional circuit breaker?
Smart IoT breakers combine conventional overload protection with built-in sensors and networked communications. They provide real-time monitoring, remote control, event logging and energy metering, enabling faster fault diagnosis, predictive maintenance and improved system efficiency.
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2. How is efficient operation and maintenance achieved?
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3. What accessories are available?