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  • 11KW Ryan servo motor 541962
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  • 11KW Ryan servo motor 541962

    • ¥25487.00
      ¥26487.00
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    Weight:0.000KG
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    • (Inventory: 20)
Description

Ryan servo motor common failure

First, the servo motor can not rotate after the power is turned on, but it is no different, and there is no odor and smoke.

1. Cause of the fault

① The power supply is not on (at least two phases are not on);

② Fuse fuse (at least two phase fuse) :

③ The overcurrent relay is too small;

④ The control device is connected incorrectly.

2. Troubleshoot the fault

① Check the power circuit switch, fuse, junction box is broken, repair; ② Check the fuse type, the cause of the fuse break, and replace the fuse:

③ Adjust the setting value of the relay and the motor:

④ Correct the wiring.

Second, the servo motor does not turn after the power is buzzing

1. Cause of the fault

① The rotor winding has a break (-phase break line) or a phase loss of power supply :② the beginning end of the winding lead line is misconnected or the winding is reversed;

③ The power loop contact is loose, and the contact resistance is large:

④ the motor load is too large or the rotor is stuck;

⑤ The power supply voltage is too low;

⑥ Small motor assembly is too tight or bearing oil is too strong;

⑦ The bearing is stuck.

2. Troubleshoot the fault

① Identify the breakpoint and repair it;

② Check the polarity of the winding; Determine whether the end of the winding is correct;

③ Tighten the loose wiring screws, use a multimeter to determine whether the joints are false, and repair them;

④ Reduce the load or detect and eliminate mechanical faults,

⑤ Check whether the specified face connection method is mistakenly connected: whether the voltage drop is too large due to the power wire is too thin, to be corrected, ⑥ reassembly to make it flexible; Replace qualified grease;

⑦ Repair bearings.

Three, servo motor bearing overheating

1. Cause of the fault

① Too much or too little grease:

② Poor oil containing impurities:

(3) Improper combination of bearing and journal or end cap (too loose or too tight);

④ the bearing inner hole is eccentric, and the shaft is rubbed;

⑤ Motor end cover or bearing cover is not installed flat;

The coupling between the motor and the load is not corrected, or the belt is too tight;

⑦ bearing clearance is too large or too small;

⑧ The motor shaft is bent.

2. Troubleshoot the fault

① Add grease according to the regulations (1/3-2/3 of the volume);

② Replace the clean lubricating grease:

③ Too loose can be repaired by binder, too tight should be applied, grinding the inner hole of the journal or end cover to make it suitable; ④ Repair bearing cover to eliminate friction points:

⑤ Reassembly;

⑥ Recalibrate and adjust the belt tension;

⑦ Replace the new bearing;

⑧ Correct motor shaft or replace rotor.

 

Analysis of common faults in servo motor operation

1. Motor deviation counter overflow error occurs during high-speed rotation.

Countermeasures: Check whether the wiring of the motor power cable and the encoder cable is correct, and whether the cable is damaged.

2. Motor deviation counter overflow error occurs during operation.

Countermeasures: increase the setting value of deviation counter overflow level; Slow down the rotation speed; Extend the acceleration and deceleration time; If the load is too heavy, it is necessary to re-select a motor with a larger capacity or reduce the load, and install a transmission mechanism such as a reducer to improve the load capacity.

3, the servo motor does not run when there is a pulse output, how to deal with?

A. Monitor the current value of the pulse output of the controller and whether the pulse output light blinks, and confirm that the command pulse has been executed and the output pulse has been normal;

b. Check the control cables, power cables and encoder cables from the controller to the driver for wiring errors, damage or poor contact;

c, check whether the brake of the servo motor with brake has been opened; Monitor the panel of the servo driver to confirm whether the pulse command is input;

d. The Run command is normal;

e, control mode must select the position control mode;

f. Whether the input pulse type set by the servo driver is consistent with that set by the command pulse;

g. Ensure that the forward side drive is prohibited, the reverse side drive is prohibited signal and the deviation counter reset signal is not input, the load is removed and the no-load operation is normal, and the mechanical system is checked.

4. How to deal with the overload of servo motor without load report? If the servo Run signal is connected and occurs without pulse: Check the servo motor power cable wiring, check for poor contact or cable damage.


Ryan servo drive power module failure repair steps:

1. Check the plug of the servo driver first

2. Only when there is enough power in the circuit, the Ryan servo drive will continue to work. Check fuses, connections, and controllers. Do not run the servo drive at full capacity for long periods of time because the fan is turned off

3. You should isolate the motor and cable supporting the servo drive to ensure that the fault is in the power module of the servo drive, not the motor or cable. If it happens to be a ground leak, the part needs to be replaced.

4. Check the connection and replace the power module of the Ryan servo drive.

5. Press the reset key once, if the fault does not occur again, do not press the reset key again immediately, because it may cause further damage to the motor and drive module. If the reset does not work, you may need to replace the cable, power module, or servo motor.

Reasons for power module failure of Ryan servo drive:

1. The temperature of the servo drive is too high. If the drive load is not reduced, the system will shut down

2. There is no auxiliary power supply to run the interface card.

3. The fuse of the power module of Ryan servo drive is faulty

4. Ground leaks exist in the power module, power cable, motor, motor cable, or driver module.

5. The motor feedback cable connection is faulty or broken

6. The high speed of the servo motor causes the problem of the power module of the servo driver

7. The motor supporting the servo drive is faulty

8. The module of Ryan servo drive is faulty

9. The BLC signal is faulty

10. The current of Ryan servo drive is too large, the unit will stop

11. The power module is faulty due to short circuit or ground leakage of the servo driver cable or connection

12. The motor supporting Ryan servo drive is short circuit or ground faul

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2. For materials and equipment that have not been discontinued beyond the warranty period, only the cost of relevant parts will be charged for quality problems.

3. Provide replacement models and equipment replacement process services for discontinued materials and equipment.

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