-
Call for help
-
E-Mail Address
-
Office address
East Side of Road No. 6, Jinghai Economic Development Zone, Tianjin
FAQ
Q: How do I choose the right trip type for a circuit breaker?
- Type B trip (In3–5) is suitable for precision instruments and equipment;
- Type C trip (In5–10) is suitable for general-purpose electrical equipment;
- Type D trip (In10–15) is suitable for heavy-duty equipment with high starting currents
Q: What is the difference between standalone and rail-mounted circuit breakers?
Standalone iMCBs have independent communication and control capabilities and are not limited by the application scenario; rail-mounted iMCBs require use with a gateway, switching power supply, and PCB data transmission board, with isolation between high and low voltage circuits. A single gateway/switching power supply can provide interfaces for 12 smart circuit breakers.
Q: Is higher breaking capacity always better?
Breaking capacity refers to a circuit breaker's ability to safely interrupt fault currents. Generally, the higher the breaking capacity, the stronger the circuit breaker's protective capability, and the higher its quality.
Q: How is the smart circuit breaker platform integrated?
JAMIT has its own proprietary smart power distribution management platform capable of managing smart circuit breakers, EV charging stations, and more. Additionally, JAMIT products support integration with user-specified platforms.
Q: Do circuit breakers consume energy?
As a load connected in series with the circuit, a circuit breaker consumes electrical energy. Typically, a circuit breaker has a resistance (R) of approximately 5 mΩ, whereas a JAMIT circuit breaker has a resistance of approximately 0.5 mΩ. A single 100A Gamete circuit breaker can save 300 kWh of electricity annually compared to a circuit breaker of the same type.
Get In Touch !