|Place of Origin:||CHINA|
|Minimum Order Quantity:||1|
|Packaging Details:||ply-wooden case|
|Delivery Time:||40-65 days|
|Payment Terms:||Western Union, T/T, L/C|
|Supply Ability:||15-20 pcs per month|
|Default Mechanical Design:||Double Fliers||Default Tensioner:||Hysteresis|
|PLC:||MITSUBISHI||Servo Control System:||DELTA|
|Linear Guide Way:||HIWIN||Safety Door And Feeding Device:||Pneumatic|
|Main Electrical Components:||Korea And Japan|
Armature winder has double flyer to make the winding and with auto wire cutting, clamping structure, assisting wire inserting way to upgrade the winding speed.
|Wire OD||Armature OD||Core length||Commutator OD||Armature slot No.|
|Turns No.||Fliers fork speed||Indexing speed||Total Power||Operation mode|
|0~99999||0~2000RPM||0~2500RPM||4.5KW||Step, Auto, JOG|
|Power source||Air source||Weight||Size|
|AC380V 50/60Hz||5~7KG/cm2||850KGS||1530mm x 1280 mm x 1650mm|
|Lap winding with double flyer wire gauge range||Usually 0.20~1.2mm, Max machine handled 1.35mm (about AWG16)|
|Armature commutator type||Slotted type riser type not hook type|
|Automatic or semi automatic||
You only need to load and unload armature, other actions such as hooking, winding, indexing and cutting are wound by machine automatcially
Wire size and Wire slot size(Length,width and depth), the wire slot should have enough space for the wire to stay inside.
For an example: Wire size 17AWG (1.15 mm), Slot: blade width 1.143, length=7.14 mm, depth= 5.95 mm
and we think if the depth is bigger, the wire can acquire more space to stay inside slot, while depth is more, length is more too,
Could you please check if the commutator was pressed consistanctly each time at same location according armature stack? The push pin witness marks on the commutator are consistent.
Because armature commutator and stack position is very important for indexing consistantly
Fully automatic winding machine with Japan as the pioneer, the rising demand for high quality products and low labor cost, operator only need to ensure enough raw materials, and replace them in time without workpiece or copper wire, so that continuous production can be ensured. The number of shaft is usually high, so as to achieve high efficiency production. A machine with enough automation can meet the requirements of an employee handle two or three winding machines at the same time.