Do not apply direct impact to the shaft during installation.
The connection between the servo motor encoder shaft and the machine should use flexible connectors. When attaching connectors to the shaft, do not press them in. Even if a connector is used, it is necessary to be careful that a load greater than the allowable load may be applied to the shaft due to poor installation, or the phenomenon of dialing the core.
Bearing life is related to the conditions of use and is particularly affected by bearing load. If the bearing load is smaller than the specified load, the bearing life can be greatly extended.
Do not disassemble the encoder, as this will compromise oil and drip resistance. Anti-drip products should not be soaked in water for a long time, and should be wiped clean when there is water and oil on the surface.
vibration
Vibrations applied to the encoder are often the cause of false pulses. Therefore, attention should be paid to the installation site and installation site. The greater the number of pulses per revolution, the narrower the slot spacing of the rotating groove disc and the more susceptible it is to vibration. When rotating or stopping at low speeds, vibrations applied to the shaft or body cause the rotating groove disc to shake, and false pulses may occur.
Wiring connections
(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 it is wired in parallel with the high-voltage line and power line, it may be damaged by malfunction caused by induction, so it should be separated and wired separately.
(4) When extending the wire, it should be less than 10m. In addition, due to the distribution capacity of the wire, the rise and fall time of the waveform is long, and when there is a problem, the waveform is shaped using a Schmidt circuit, etc.
(5) In order to avoid inductive noise, etc., use the shortest distance for wiring. Special attention is required when inputting into an integrated circuit.
(6) When the wire is extended, due to the influence of conductor resistance and inter-line capacitance, the rise and fall time of the waveform is lengthened, and it is easy to produce interference between signals (crosstalk), so wires with small resistance and low capacitance between wires (twisted pair and shielded wires) should be used.
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Buke servo motor - inspection method before motor starting
1. For new or long-term out-of-service motors, the insulation resistance between the windings and the windings to the ground should be checked before use. Usually for motors below 500V, 500V insulation resistance meter is used; 1000V insulation resistance meter for 500-1000V motors; 2500V insulation resistance meter for motors above 1000V. Insulated ...
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Buke servo motor - wiring connection of servo motor encoder
(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, ...
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Buke servo motor - six common faults and treatment methods of servo motors
1. The motor temperature is too high or the smoke is faulty
Cause:
1. Excessive load
2. Two-phase operation
3. Air duct blockage
4. The ambient temperature increases
5. Stator windings are short-circuited between phases or turns
6. Stator winding grounding
7. The power supply voltage is too high ...
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Common faults of Buke servo motors
What are the power requirements for hardware setup 1, ED100 and ED200? The logic power supply of the Kinco servo is DC24V (scale is 18V-30V), not less than 1A (if the boundary says OUT and Brake output, it is not less than 2A); The power supply of ED100 is DC24V-DC70V, and the power supply requirements of ED200 and ED216 are D...
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Buke touch screen - touch screen touch no response fault causes and treatment methods
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 ...
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Buke servo motor - a detailed explanation of the three control modes of the servo motor
1. Servo motor pulse control mode
In some small stand-alone equipment, the use of pulse control to achieve the positioning of the motor should be the most common application method, this control method is simple and easy to understand. The basic control idea: the total pulse amount determines the motor displacement, and the pulse frequency determines the ...
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Buke touch screen unresponsive maintenance method
1. Touch screen maintenance, touch no response fault phenomenon:
When touching the screen, the mouse arrows do not move, and the position does not change.
Second, the cause of the failure of touch screen maintenance touch non-response:
(1) On the surface of the acoustic wave touch screen, the sound wave reflection stripes on the four perimeters ...
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What should I do if the Buke servo drive alarm 0006?
Drive Alarm 0006 Please troubleshoot in the following order:
1. Is the motor model correctly configured?
2. Is the motor encoder cable firmly connected?
3. If the above two points are correct, please replace the motor or driver for cross-comparison and troubleshooting.
As mentioned above ...
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Buke servo motor - 6 major debugging steps of servo motor
1. Initialize parameters
Before wiring, initialize the parameters. On the control card: Select the controller
Style; Reset the PID parameter to zero; When the controller card is powered on, the enable signal is turned off by default, and this state is saved to ensure that the controller card is powered on again and the time force is in this state.
Serving ...
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Buke servo motor - a common problem of motors
Motor FAQs
Generator overheating: If the stator voltage is too high, the iron loss will increase; The load current is too large and the power factor is too low, which increases the excitation current of the rotor and causes the motor to heat up;
The three-phase load current of the generator is unbalanced: If the three-phase is unbalanced, it may cause the motor speed to be unbalanced.
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Buke servo motor - the regular maintenance content of AC motor
1. Wipe the motor. Remove the dust and sludge on the outside of the motor base in time. If there is a lot of dust in the environment, it is best to clean it once a day.
2. Check and wipe the motor terminals. Check whether the junction box wiring screws are loose or burned.
3. Check the screws of each fixed part ...
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Buke servo motor - the fault phenomenon that the servo motor encoder is broken
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 ...
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Common fault causes and solutions for Buke servo motor maintenance
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 ...
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The reason for the maintenance failure of the Buke servo motor that is shut down due to pollution
1. Bearing lubrication failure or bearing surface damage
Contaminants can disrupt bearing lubrication and damage bearing surfaces. This will cause the friction to generate heat. If the problem cannot be solved, the increased heat may cause a catastrophic failure of the bearing and the Buke motor to stop running.
2、 ...
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Common fault causes and solutions for Buke servo motor maintenance
6. The motor vibrates greatly during operation
(1) The cause of the failure
(1) Due to excessive clearance of worn bearings;
(2) uneven air gap;
(3) Rotor imbalance;
(4) Bending of the rotating shaft;
(5) The coaxial axis of the coupling (pulley) is too low.
(2) Troubleshooting
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The kick-off meeting of the organizational reform project of Buke Co., Ltd. was a complete success!
On December 17, Buke Co., Ltd. and Willis Towers Watson (formerly Torrei Watson, the world's leading professional services company) held the "Buke Co., Ltd. Organizational Reform and Upgrade Project Kick-off Meeting". Xu Changliang, Chief Consultant of Willis Towers Watson, Sheng Shaoqin, Partner of Willis Towers Watson, Tang Dong, Chairman of Buke Group, Bu...
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Buke servo motor - the fault and maintenance method of servo motor encoder
A servo motor encoder failure means that the encoder component is faulty, preventing it from generating and outputting the correct waveform. In this case, the method of repair is to replace the encoder or repair its internal parts.
1. Encoder connection line failure: this kind of failure has the highest probability of repair...
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Buke servo motor - what is the main function of servo motor encoder
1. Servo motor encoder is a product installed on the servo motor, which is equivalent to a sensor.
2. Do speed closed-loop and azimuth closed-loop to complete accurate speed regulation and accurate azimuth control.
3. The servo motor has its own encoder, which can be converted into servo electronic gears.
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Buke servo motor - advantages and disadvantages of DC and AC servo motors
Advantages and disadvantages of DC servo motors
Advantages: accurate speed control, torque speed characteristics are very hard, simple control principle, easy to use, cheap price.
Disadvantages: brush commutation, speed limit, additional resistance, occurrence of wear particles (not suitable for dust-free and explosive environments).
Straight...
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Principle and classification of stepper motor drivers
A stepper motor driver is an actuator that converts electrical impulses into angular displacement. When the stepper driver receives a pulse signal, it drives the stepper motor to roll a fixed viewpoint (called the "step angle") in the set direction.
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