stator winding machine

Electric Motor Stator Coil Winding Stator Winding Coil Middle Forming Machine It will be better if customer could send us detailed drawing including below information. 1. Stator lamination drawing 2. Stator stack drawing 3. Stato winding drawing 4. Required productivity 5. Other technical requirement (1) Main Technical Features Model ZJ160 Stator I.D. 31 -101mm Stator O.D. 160mm Stack Height 16-100mm Displacement of cylinder 20F MOQ 1 Set Mid - Forming Machine Power Supply

IEC3 Industry Motor Stator Winding Inserting and Coil Winding Expanding Machine Coil Winding Inserting and Expanding Machine has two stations, one station for coil inserting, one station for coil expanding, used for 3-phase winding insertion with 3-times of coil insertion. Two stations are combined together by guide way, the stator holding fixture with cuff supports for coil protection. (1) Technical Parameters of Coil Inserting and Expanding Machine Stator Winding Inserting

Induction Motor Stator Coil Winding Shaping and Forming Machine / Coil Forming Machine SMT - ZJ300 1. Driven by hydraulic system . 2. PLC programming. 3. Tooling design adopts flexible principles of inner expansion outer warpping and edge forming to from the stator winding. 4. To ensure appropriate winding outside dimension after lacing . (1) Main Technical Date Model ZJ300 Stack height 70- 250mm Stator I.D 110-210mm Stator O.D 300mm Displacement of cylinder 40L Power supply

Alternator Stator Motor Rotor Coil Forming Machine 50Hz / 60Hz 3.75Kw Product Description: This copper wire motor coil winding machines support lots of wires and cables,including DC wires, AC wires,HDMI, PC wires,USB and other kinds of wires and cables. This high speed copper wire motor coil winding machines can wind and tie wires as you needed.Such as adjusting the length of the wire's head and tail.The copper wire motor coil winding machines can also support wires with

Stator Winding Line Compression Motor Auto Stator End Coil Lacing Machine SMT-DW300 The horizontal single side stator winding lacing machine adopts industrial PLC, human-computer interface and horizontal frame-structure design, the servo system machine accurately controls the lacing action. Different lacing methods such as slot-by-slot lacing, interval lacing and fancy lacing are programmable. This horizontal single side stator winding lacing machine is suitable for the big

SMT - DB160 Single-side Induction Motor Stator Coil Winding Stator is loaded on Single-head Coil Winding Lacing Machine vertically; PLC programming; single-needle and single-side automatic lacing; needle transpositioning, hooking are controlled by servo system; spindle adopts frequency speed control; slot by slot lacing, intercal lacing, and fancy lacing could be achieved by setting in human-machine interface lacing; especially apply to multi sizes, low output or more lead

Horizontal Stator Winding Inserting Machine with Modular Tooling for AC Motors SMT-QX10 It's euqipped with modular tooling so it's very easy to change the tooling when change product model. The changeover time is less than 10 minutes. (1) Technical Parameters Model SMT-QX10 Stator I.D 110~210mm Stator O.D 260mm Stack height 250mm Tooling travel 90mmn Compatible wire Cu / AL Slot number range 24~48 slot Power supply 380V/50/60Hz 6.5Kw Weight 1150Kg Dimension (L)2380(W

SMT - K90 Stator Coil Inserting Machine For Small Middle Motor Stator Windings (1) Main Technical Data Model K90 Stator I.D. 20-100mm Stator O.D. 160mm Stack Height 120mm Tooling Travel 70mm Appropriate Wire Copper Wire / Aluminium Wire Slot number range 8-48slot Power Supply 380V/50/60Hz 3Kw Weight 850kgs Machine Dimension (L)1810*(W)660*(H)1710mm (2) Application The products are mainly applied in new energy automobile motor, servo motor, generator, three-phase motor,

Motor Servo Double Side Coil Lacing Machine Motor Production Machine SMT - DB160 Stator is loaded on Single-head Coil Winding Lacing Machine vertically; PLC programming; single-needle and single-side automatic lacing; needle transpositioning, hooking are controlled by servo system; spindle adopts frequency speed control; slot by slot lacing, intercal lacing, and fancy lacing could be achieved by setting in human-machine interface lacing; especially apply to multi sizes, low