IoT Smart MCCB, ZGLEDUN Intelligent Molded Case Circuit Breaker LDM9EL-125
ZGLEDUN Series LDM9EL-125 Product Main Function:
◊ Long-delay, short-delay and instantaneous three-stage protection, using electronic tripping, has nothing to do with the power supply voltage.
◊ It has high breaking capacity to ensure the reliability of line short-circuit protection.
◊ Built-in electric operating mechanism to realize remote opening and closing.
◊ Overvoltage protection, undervoltage protection, phase loss protection.
◊ Real-time display of line residual current, three-phase power supply voltage, load current, power, and electricity.
◊ The protection functions and parameters can be set and modified online.
◊ The trip type (residual current, blocking, overload, undervoltage, overvoltage, phase loss) is identified and displayed, and can be stored, inquired, and deleted.
◊ With communication function, it can realize the push of alarm information of voltage, current, load, open circuit, leakage and other faults and abnormality of power lines.
◊ It can be connected to a variety of communication modules, 4G, WIFI, power broadband carrier (HPLC), Ethernet, etc.
◊ Integrated six chips
| Main Technical Parameters | ||
| Limit Current (A) | 125A/63A | |
| Overload and Overcurrent Warning | Early warning if rated current over 100A and power-off protection if rated load is125A (within 10 seconds). | |
| Rated Working Voltage Ue (V) | AC400V 50/60HZ | |
| Rated Insulation Voltage Ui (V) | 1000 | |
| Arcing Distance (mm) | ≯50 | |
| Ultimate Short-circuit Breaking Capacity Icu(KA) | 50 | |
| Operating Short-circuit Breaking Capacity Ics(KA) | 35 | |
| Rated Residual Short-circuit Making (Breaking) Capacity I∆m(KA) | 12.5 | |
| Residual Current Operating Characteristics | AC-Type | |
| Rated Residual Operating Current I∆m(mA) | 50/100/200/300/400/500/600/800 Automatic OFF | |
| Time Characteristics of Residual Current Action | Delay type/Non-delay type | |
| Software Leakage Warning | If the leakage is higher than 200mA (within 10 seconds), it will give an early warning.And if it is higher than 300mA (within 10 seconds), it will alarm and power off. | |
| Delay Type Limit Non-driving Time (s) | 2I∆n: 0.06 | |
| Breaking Time (s) | Time-delay Type | I∆n ≤ 0.5 |
| Non Time-delay Type | I∆n ≤ 0.3 | |
| Remote Closing Time (s) | 15~23 | |
| Operational Performance (times) | Power On | 3000 |
| Power Off | 10000 | |
| Total | 13000 | |
| Overload and Short Circuit Characteristics | Three-stage Protection, Electronically Adjustable | |
| Overvoltage Protection Value (V) | Setting Value (260 ~275)±5% | |
| Undervoltage protection value (V) | Setting Value (185 ~175)±5% | |
| Joint Control Delay Time (ms) | ≤ 40 ms | |
| Communication Delay Time (ms) | ≤ 200 ms | |
| Over Temperature Warning | Early warning when the line temperature exceeds 100°C.And the alarm is turned off when it exceeds 120°C. | |
| Temperature Monitoring | The MCCB internally detects the overcurrent temperature of the line, and monitors the temperature at six points of the incoming and outgoing lines. | |
| Electricity Measurement | Electricity Statistics | |
| Applicable Working Environment and Installation Conditions | ||
| Protection Class | IP22 | |
| Working Ambient Temperature | -40ºC ~70ºC | |
| Heat and Humidity Resistance | Class II | |
| Altitude | ≤ 2000 m | |
| Pollution Level | II | |
| Installation Environment | A place without significant shock and vibration | |
| Installation Category | III | |
| Installation Method | DIN Standard Rail | |
| Note: The installation site should be free of conductive dust, corrosive gas, inflammable and explosive gas, and free from rain and snow. The magnetic field strength of the external magnetic field of the installation site is more than 5 times that of the earth’s magnetic field. The installation location should have good ventilation and heat dissipation conditions. | ||
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