Megmeet Information SHOW
Megmeet inverter mv600 alarm code ENOC2 Megmeet inverter mv600 alarm code ENOC2

1. If there is a sharp acceleration or deceleration, please extend the acceleration and deceleration time. 2. Avoid rapid increase in load. 3. Check whether there is a short circuit in the UVW of the motor terminal. 4. The module is damaged, and the drive circuit is damaged, resulting in an overcurrent alarm. ...

Analysis of the fault code of Megmeet welder Analysis of the fault code of Megmeet welder

1. E1: indicates sensor failure. In this case, it is necessary to check whether the sensors of Megmeet are damaged or whether the wiring is loose. 2. E2: Indicates overweight load. At this point, it is necessary to check whether the load of Megmeet exceeds the set maximum load. 3. E3: Indicates battery ...

Common faults and solutions of Megmeet inverter Common faults and solutions of Megmeet inverter

Fault one Fault phenomenon: the leakage protection switch trips, the inverter is energized or the equipment leakage protection switch is operated during operation Solution: 1. When the inverter drives the motor, the leakage value is larger than that of the non-inverter system, and the leakage protection value of the leakage protection switch is required to be more than 150mA, ...

Failure and maintenance of welding machines Failure and maintenance of welding machines

1. Damage to the welding power supply. Due to the high current and high voltage during welding, when the welding current exceeds 20% of the rated value, overcurrent protection will appear, so that the circuit will automatically cut off the power supply. In addition, if the welding time is too long, it can also cause overcurrent. Therefore, we should try our best to ...

The unified setting of the Megmeet welding machine and the parameter setting of the system The unified setting of the Megmeet welding machine and the parameter setting of the system

1. Unified setting of Megmeet welding machine The so-called unification of welding means that the welding machine automatically matches the welding voltage according to the currently set welding current and the unification voltage correction value. The unification setting of Megmeet welder should first turn on the function on the welder side, ...

The causes of the failure of the Megmeet welding machine and how to deal with it The causes of the failure of the Megmeet welding machine and how to deal with it

1. The welding machine has no welding current output 1. Cause of failure: the internal wiring of the non-voltage input at the input end of the welding machine falls off or the internal coil of the broken circuit is burned out. 2. Treatment method: check whether the switch, wire, fuse and connection parts from the distribution box to the input end of the welding machine are in good condition.

Megmeet drives – safety precautions for the installation of drives Megmeet drives – safety precautions for the installation of drives

When the inverter is installed and wired; Note: When more than two inverters are installed in the same cabinet, please pay attention to the installation position and spacing to ensure the heat dissipation effect. Dangerous: 1. It should be operated by professional electrical engineering personnel, otherwise there is a risk of electric shock. 2. Please make sure before wiring...

Megmeet inverters – Routine maintenance of high-voltage inverters requires precautions Megmeet inverters – Routine maintenance of high-voltage inverters requires precautions

1. The operating ambient temperature of the inverter (mainly refers to the air temperature of the air inlet of the power unit cabinet) requires a minimum ambient temperature of -5 °C and a maximum ambient temperature of 40 °C. In order to improve the reliability and extend the service life of the drive, check the following items: Air conditioning and refrigeration ...

Megmeet inverter - heat dissipation design considerations for high-power high-voltage inverters Megmeet inverter - heat dissipation design considerations for high-power high-voltage inverters

(1) Select components and materials with good heat resistance and thermal stability to increase their allowable working temperature; (2) Reduce the heat generated inside the equipment (device). To this end, micropower devices, such as low-loss IGBTs, should be used more often, and the number of heat-generating components should be minimized in the circuit design.

Megmeet drives – the replacement steps for high-voltage drive power units Megmeet drives – the replacement steps for high-voltage drive power units

1) Shut down, so that the inverter out of the operating state; 2) Cut off the high-voltage power supply and push out the high-voltage cabinet trolley (when there is a bypass cabinet. The inverter can be isolated by the disconnecting switch of the bypass cabinet), the local or remote high-voltage disconnect switch can be locked, and the high-voltage cabinet grounding switch can be grounded; 3) Hit ...

Megmeet inverter - over-temperature protection for common fault analysis and treatment of inverter Megmeet inverter - over-temperature protection for common fault analysis and treatment of inverter

1. Over-temperature protection of inverter and its necessity The temperature protection function of the inverter is an indispensable condition to ensure the stable operation of the inverter; In the main circuit power device of the inverter, the rectifier bridge and the inverter bridge are semiconductor power devices.

Megmeet drives – what are the basic requirements for regular replacement of drive components? Megmeet drives – what are the basic requirements for regular replacement of drive components?

1. It is necessary to figure out the basic parameters and shape of the device that needs to be replaced. The basic parameters include the rated operating current, the capacitance of the capacitor, the resistance value of the resistor, the value of the GTR Darlington device (current amplification factor), the switching characteristics of the IGBT (including IPM) device, and the saturation voltage ...

Megmeet inverter - heating noise harmonic problems in inverter applications and countermeasures Megmeet inverter - heating noise harmonic problems in inverter applications and countermeasures

First, some problems in the application of frequency converter 1.1 Harmonic problems The devices that play a switching role in the main circuit of the inverter must generate harmonics in the process of turning on and off the circuit. The lower harmonics usually have a greater impact on the motor load, causing torque ripple; And the higher ...

Megmeet inverters – seven areas of application for high-voltage inverters Megmeet inverters – seven areas of application for high-voltage inverters

1. Metallurgical industry - the application of high-voltage inverter in the metallurgical profession mainly includes plate and wire rod rolling mills, coilers, fans, slurry pumps, etc., with the primary intention of motor energy saving. 2. Electric power industry - China's power generation capacity ranks second in the world, second only to United States. The power profession is also changing.

Megmeet Inverter - Summary of Common Faults of High Voltage Inverter (21-32) Megmeet Inverter - Summary of Common Faults of High Voltage Inverter (21-32)

21。 The unit is overheating The radiator in the unit is equipped with a temperature switch (normally closed point), and when the temperature exceeds 85°C, the normally closed point of the temperature relay is disconnected, and the unit is overheated and faulty. Check whether the cabinet top fan is working properly, whether the unit cabinet fan switch is tripped, and whether the filter screen is blocked.

Megmeet Inverter - Summary of Common Faults of High Voltage Inverter (11-20) Megmeet Inverter - Summary of Common Faults of High Voltage Inverter (11-20)

11。 If the interface board does not communicate with the monitor and does not establish communication with the interface board, the interface board will reset the monitor every 5 seconds, and if the communication is not established within 3 minutes and 30 seconds, it will be judged as a serious fault. Whether the communication line is normal, check whether the terminal is correct; Whether the I/O board is working properly. Especially the work ...

Megmeet Inverter - Summary of Common Faults of High Voltage Inverter (1-10) Megmeet Inverter - Summary of Common Faults of High Voltage Inverter (1-10)

1。 How do you distinguish between heavy and light failures? When the fault is light, the system sends out an alarm signal, and the fault indicator flashes. When a major fault occurs, the system issues a fault indication, and the fault indicator is always on. At the same time, a command is issued to break the high voltage and close the prohibition, and the fault information and high voltage are instructed.

Megmeet drives – what are the benefits of using drives? Megmeet drives – what are the benefits of using drives?

1. Energy saving of frequency conversion speed regulation 1) Due to the use of frequency conversion speed regulation, the energy-saving effect of fans and pump loads is the most obvious, and the power-saving rate can reach 20%-60%, this is because the power consumption of the fan pump is proportional to the cubic of the speed.

Megmeet inverter - precautions for inverters at high temperatures Megmeet inverter - precautions for inverters at high temperatures

1. Carefully monitor and record the display parameters on the man-machine interface of the inverter, and reflect the abnormality immediately; 2. Carefully monitor and record the ambient temperature of the frequency conversion room, and the ambient temperature should be between -5 °C and 40 °C. The temperature rise of the phase-shifting transformer should not exceed 130°C; 3. Summer ...

Megmeet drives – how should high-voltage drives be maintained after they are shut down? Megmeet drives – how should high-voltage drives be maintained after they are shut down?

1. Check the surrounding situation - carefully check the ventilation and lighting of the inverter and the surrounding environment. It is necessary to ensure that the ventilation equipment is functioning properly and that the lighting equipment is in working order. 2. Check the internal cable - open the inverter cabinet door and check whether the internal cable is damaged, the cable ...

Megmeet PLC – Analysis of common failures of PLC Megmeet PLC – Analysis of common failures of PLC

1. The CPU is abnormal When the CPU is abnormally alarmed, check all the devices connected to the internal bus of the CPU unit. The specific method is to replace the potentially problematic units sequentially, find out the problematic units, and deal with them accordingly. Second, the memory is abnormal Memory anomaly alarm ...

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