automatic stator coil forming machine

Double-station Motor Winding Machine for Electric Motor AC / DC Production SMT-SR350 Technical Parameters Model SMT-SR350 Wire diameter Φ0.3mm~Φ1.2mm Winding form diameter ≤Φ380mm Winding head 2pcs Transfer distance ≤250mm Unload winding speed ≤1500r/min Air pressure ≥0.4MPa Power supply 220V/50/60Hz 1.5Kw Weight ≈900Kg Dimension (L)2000×(W)1450×(H)1500mm Brief Instruction of Machine Machine "Double-station Motor Winding Machine for Electric Motor AC / DC Production" is used

SMT - DR1200 Electric Motor Winding Machine , Automatic Ceiling Fan Winding Machine Ceiling Fan Coil Winding Machine is suitable for winding ceiling fan stator, external armature such as frequency conversion alternator and generator armature. Description: Ceiling Fan Coil Winding Machine has two working stations. Controlled by micro computer, it could achieve auto winding, auto array, auto indexing; array and indexing is controlled by stepping motor, winding is controlled by

Precision Servo Induction Motor Winding Machine 380v 50Hz / 60Hz After-sales service: 1, Warranty Period: 1 year 2. Engineers available to service machinery overseas (1) Main Technical Data Model SMT-LR100 SMT-LR150I SMT-LR150 II SMT_LR200 SMT-LR100 SMT-LR150 Winding Head 1 1 1 1 2 4 Wire Diameter(mm) 0.3~1.0 0.3~1.0 0.3~1.2 0.3~1.2 0.3~1.2 0.2~1.0 0.2~1.0 Unload Speed ≤2500r/min ≤2500r/min ≤2500r/min ≤2000r/min 3000 3000 Stack Height ≤80mm ≤120mm ≤150mm ≤230mm ≤70mm ≤70mm

Vertical White Automatic Winding Machine for Pump Motor SMT-LR150 Equipped with one winding head and two stations with turntable structure. It can wind coils directly and orderly into transfer cup, which is controlled by six servo motors. If producing stator coils by this kind of machine, it will be eaiser to insert coils of stators with high slot fill factor & small slot opening width. To some degree, it can save labor effecitvely. Main Technical Data Parameter Value Model

Vertical White Automatic Winding Machine for Pump Motor / Induction Motor Stator Production SMT-LR150-I With single winding head and double stations, the machine can wind coils automatically directly and orderly into transfer cup. The motion is controlled by six servo motors so the precision is high. It is especially suitable for the coil inserting of stator with high slot fill factor and small slot opening width. (1) Technical Parameters Model SMT-LR150-I Winding head 1 pc

Servo Motor Stator Winding Machine for Stators with Stack Height Less than 120mm SMT-LR150-I Equipped with one inding head and twin stations with turntable. It can wind coils directly and orderly into transfer cup, which is under six servo motors' control. If stator coils are made by this kind of machine, It will be eaiser to insert the coils of stators with high slot fill factor and small slot opening width. So it can save labor effecitvely. (1) Technical Parameters Model

3 Winding Heas Coiling Copper Wires for 3 Phase Motor Winding Stator Making SMT-R350 Equipped with 1 - 3pcs winding head, which can wind 3 group coils at one time automatically. Comapred with other winding machines, this kind of machine is simpler and cheaper which is convenient for maintenance. Operator need to unload coils manually. (1) Technical Parameters Model SMT-R350 Wire diameter Φ0.2~Φ1.5mm Winding form diameter ≤350mm Parallel wire no. ≤16pcs Winding head 1~3pcs

Middle-size Motor Stator Winding Machine Rolling Cooper Wires Automatically SMT-R550 Equipped with up to 3pcs winding head, which can wind 3 group coils at one time automatically and orderly. Comapred with other auto winding machines, this kind of machine is simpler and cheaper which is convenient for maintenance. Operator need to unload coils manually. It's suitable for bigger size motor stators. (1) Technical Parameters Model SMT-R550 Wire diameter Φ0.2~Φ1.5mm Winding form

Stator Lacing Machines To Manufacture Electric Motors of Lacing Stator End Coils - DW350 This stator winding lacing machine is suitable for stator coil to do automatic lacing.Each machine is PLC controlled with an inverter drive and can be fully programmed to suit different stator slot configurations. The lacing type, like slot by slot lacing, intercal lacing, and fancy lacing could be achieved by setting in human-machine interface. The wokring process, such as single-needle