Troubleshooting method for motor of pipe bending machine
The automatic pipe bending machine is a machine newly developed in recent years. It can be said that the automatic machinery profession in China is developing rapidly, and the automatic machine tools are developing at a high level. The functional parts of the automatic machine tools have played an extremely important role.
The functional parts of machine tools are one of the most important parts of automatic machine tools, and Chinese enterprises have always attached great importance to their development. In recent years, the development of functional parts of automatic machine tools in China has made great progress. In particular, the high price of imported functional parts has always led to the high cost of domestic advanced self-propelled machine products, which has directly weakened the competitiveness of domestic machine tools against imported machine tools. Independent intellectual property rights have entered the hearts of producers. To attach importance to research and development is to make progress and profit.
Cause of motor fault of pipe bender: when the motor of pipe bender was corrected, the number of turns of stator winding was reduced too much; The power supply voltage is too high; Y pipe bender motor motor is wrongly connected to Δ； During the motor assembly of the pipe bender, the rotor is installed reversely, which makes the stator core misaligned and the useful length shortened; The air gap is too large or uneven; When removing the old winding during overhaul, the hot disassembly method is improper, which causes the iron core to burn.
Troubleshooting: rewind the stator winding to recover the correct number of turns; Try to recover the extra voltage; The motor of pipe bender is changed to Y; Assembly from scratch; Replace the rotor or adjust the air gap; Repair the iron core or calculate the winding from the beginning, and add turns appropriately.
Causes of motor failure of pipe bender
1. When the motor of the pipe bender is repaired, the number of turns of the stator winding is reduced too much;
2. The power supply voltage is too high;
3. Y pipe bender motor motor is wrongly connected to Δ；
4. During the motor assembly of the pipe bender, the rotor is installed reversely, which makes the stator core misaligned and the effective length shortened;
5. The air gap is too large or uneven;
6. When removing the old winding during overhaul, the iron core was burnt due to improper hot removal method.
Troubleshooting of pipe bender
1. Rewind the stator winding and restore the correct number of turns;
2. Try to recover the rated voltage;
3. The motor of pipe bender is changed to Y;
4. Reassemble;
5. Replace the rotor or adjust the air gap;
6. Repair the iron core or recalculate the winding, and increase the number of turns appropriately.
The functional parts of machine tools are one of the most important parts of automatic machine tools, and Chinese enterprises have always attached great importance to their development. In recent years, the development of functional parts of automatic machine tools in China has made great progress. In particular, the high price of imported functional parts has always led to the high cost of domestic advanced self-propelled machine products, which has directly weakened the competitiveness of domestic machine tools against imported machine tools. Independent intellectual property rights have entered the hearts of producers. To attach importance to research and development is to make progress and profit.
Cause of motor fault of pipe bender: when the motor of pipe bender was corrected, the number of turns of stator winding was reduced too much; The power supply voltage is too high; Y pipe bender motor motor is wrongly connected to Δ； During the motor assembly of the pipe bender, the rotor is installed reversely, which makes the stator core misaligned and the useful length shortened; The air gap is too large or uneven; When removing the old winding during overhaul, the hot disassembly method is improper, which causes the iron core to burn.
Troubleshooting: rewind the stator winding to recover the correct number of turns; Try to recover the extra voltage; The motor of pipe bender is changed to Y; Assembly from scratch; Replace the rotor or adjust the air gap; Repair the iron core or calculate the winding from the beginning, and add turns appropriately.
Causes of motor failure of pipe bender
1. When the motor of the pipe bender is repaired, the number of turns of the stator winding is reduced too much;
2. The power supply voltage is too high;
3. Y pipe bender motor motor is wrongly connected to Δ；
4. During the motor assembly of the pipe bender, the rotor is installed reversely, which makes the stator core misaligned and the effective length shortened;
5. The air gap is too large or uneven;
6. When removing the old winding during overhaul, the iron core was burnt due to improper hot removal method.
Troubleshooting of pipe bender
1. Rewind the stator winding and restore the correct number of turns;
2. Try to recover the rated voltage;
3. The motor of pipe bender is changed to Y;
4. Reassemble;
5. Replace the rotor or adjust the air gap;
6. Repair the iron core or recalculate the winding, and increase the number of turns appropriately.