Automatic Motor Stator Slot Winding / Coil Inserting Machine (Max stator O.D160mm)
Quick Detail:
Description:
Stator Winding Inserting Machine
Stator Winding Inserting Machine is suitable for inserting coil and wedge into stator by servo system; This type of Stator Winding Inserting Machine can insert coil and wedge or coil and wedge in the mid of slot into stator at a time;wedge feeding is to be done by stepping motor, and coil and wedge inserting is by servo system; different parameter could be set in human-machine interface;the speed and feeding mode is acquirable according to different slot filling rate and different kind of wire; different size stator production can be achieved by changing tooling;especially apply to micro induction motors such as air conditioner motor, washing machine motor, compression motor, fan motor, generator and pump motor.
Specifications :
Max stator O.D | 160mm |
Stator I.D | 20~100mm |
Max stator stack length | 120mm |
Slot number range | 8~48 slots |
Max winding feeding rate | 80% |
Appropriate wire | Copper wire/Aluminum wire |
Power source | 380V/50Hz |
Air source | 0.5-0.8MPa |
Machine productivity | 400pcs/ 8 hours |
Machine Dimension | 1800mm × 650mm × 1700 mm |
Weight | about 1000Kg |
Applications:
This machine can insert the winding/coil and the wedge/top cover into the stator slot simultaneously. This machine is used for induction motor stator which meet the specification in the below table.
Competitive advantages:
Simple operation, fast speed and high automation, the wedge and winding is inserted simultaneously. Labor cost saving. PLC and touch screen control.
Operation step:
1. First power on the machine
2. Set the stator parameter in the touch screen, then select the preset model
3. Put the positioner
4. Insert the transfer form (with coil) into the tooling
5. Put the stator
6. Put the pressing ring
7. Put "start" button by two hands
8. Machine will automatically do the coil inserting process.
This picture shows how coil is transfered from the transer form to the tooling.