Buke motor - stepper servo drive as soon as it moves, what is the reason for the alarm

1. Fault code: E-01, E-02 Significance: The parameters are initialized incorrectly during power-on. Cause: Incorrect parameter settings. Solution: Power back on, if the fault is still reported, you need to force the parameter initialization, if it is repeated many times, it cannot be solved.

1. Remove the motor encoder, power on the system, and power on the driver 2. Set the drive password to 510 and the No. 4 parameter to 4 (encoder zeroing mode) 3. Switch the driver to the encoder zero mode CO-press the confirm key to enter the CO-rdy ...

1. Bearing failure is one of the most common motor failures. As the most important consumable part in servo motors, more than half of the failures of servo motors are usually caused by bearing problems. Its specific manifestations are varied, from jitter and abnormal noise when the motor rotates to the jamming of the motor shaft. Value...

Point 1 When the servo motor jitters at zero speed, the gain should be set high, which can reduce the gain value. If the alarm stops when starting, the most likely is that the phase sequence of the motor is incorrect. Point 2 1. When the PID gain adjustment is too large, it is easy to induce...

(1) Wiring should be done with the power supply OFF, and if the output line is in contact with the power supply when the power is turned on, the output circuit may be damaged. (2) If the wiring is incorrect, the internal circuit may be damaged, so pay full attention to the polarity of the power supply when wiring. (3) If and high-voltage lines, ...

6. When the motor is unloaded and overloaded, the ammeter pointer is unstable and swings 1. Cause of failure (1) The cage rotor guide bar is welded or broken; (2) Winding rotor fault (one-phase break) or poor contact of brushes and collector ring short-circuit devices. 2. Troubleshooting ...

1. The motor cannot rotate after being energized, but there is no abnormal noise, no peculiar smell and smoke. 1. Cause of failure (1) The power supply is not connected (at least two phases are not connected); (2) Fuse blowing (at least two-phase blowing); (3) The overcurrent relay is adjusted too small; (4) Control ...

Cause of the failure 1) The sound wave reflection stripes on the four periphery of the surface sound wave touch screen are seriously dusty or scale, resulting in the touch screen not working. 2) The touch screen is malfunctioning. 3) The touch screen control card is faulty. 4) The touch screen signal line is faulty ...

1. Please check the motor power line to confirm whether there is a short circuit in the phase wire of the motor 2. If there is no short circuit in the phase line of the motor, it is determined that the internal power tube problem of the driver is determined

1. Sweeping: Sweeping is generally caused by friction of the stator and rotor due to bearing damage, shaft bending, or improper assembly during maintenance. In the process of overhaul and assembly of the motor, the parts of the motor should be kept clean, and the assembly of the end cover, bearing, etc. should be reasonable and not barbaric construction, otherwise ...

1. Communication cannot be connected. 2. The interference in the process of data transmission will increase (sometimes it is not bad, but the connection between the host computer and the servo is incorrect, or there is a falling off, which is a very common problem). 3. The motor will run, but it will not work according to the instructions given by the servo ...

Buke touch screen programming software is a professional touch screen programming software, support for MT505T, MT506MV, MT508T, MT510T and other models, can assist users in the extreme time to grasp its planning methods, very suitable for modern industry increasingly large workload and function ...

Buke MK series all-in-one machine on the market for more than a year, received unanimous praise from many customers, in the Buke "quality first" to create an end-to-end full life cycle product quality management system" and "demand management" under the internal and external drive, through the application feedback of this series of products and in order to fit more ...

1. The motor cannot rotate after being energized, but there is no abnormal noise, no peculiar smell and smoke (1) The cause of the failure (1) The power supply is not connected (at least two phases are not connected); (2) Fuse blowing (at least two-phase blowing); (3) The overcurrent relay is adjusted too small; (4) The wiring error of the control equipment ...

1. Remove the damaged encoder 2. Install a new encoder on the damaged motor 3. Find the Z signal and two power cords according to the figure, the general power supply is 5V. 4. Prepare a 24V and 5V output switching power supply with a slightly modified open circuit alarm and ...

1. Position proportional gain Set the proportional gain of the position ring adjuster; The higher the set value, the higher the gain, the greater the stiffness, and the smaller the position lag under the same frequency command pulse. However, too large a value may cause oscillation or overshoot; The parameter values are determined by the specific servo system type ...

1:11 alarm, control the power supply undervoltage, control the power inverter on P. The voltage between N is lower than the specified value. There are defects in the internal circuitry of the driver, etc. 2:12 alarm, control power supply overvoltage, control power inverter on P. N voltage exceeds the specified value, ...

1. High efficiency Due to its unique speed-torque capability, AC motors offer the highest efficiency for many applications, which allows them to run a wide range of applications while minimizing heat, wear, or degradation. Therefore, AC motors are often used to form large ...

MT4000 series MT4000 series HMI is a sub-series of eView HMI, which is one of Buke's HMI products Series, human-machine interface MT4000 is referred to as ordinary application series. MT4000 series HMI products adopt 32 ...

There are two main control methods of DC servo motor: one is armature voltage control, that is, under the condition that the stator magnetic field remains unchanged, the speed and output torque of the motor are controlled by controlling the voltage signals applied to both ends of the armature winding; The other is the excitation field control, that is, by changing the ...