electric motor winding equipment

Fan / Pump Motor stator Automatic Stator Winding Machine Four-station Turntable 1.Machines offter automatic linear stator handling and simultaneous forming of both and turns 2. Quick, no hand tools, complete lamination tooling changeover . 3. All electric and pneumatic operation with no hydralics ( optional) 4. Automatic load / unload of stator ( optional ) Stator handling arms with or without cuff supports . 1. Our Service: Product Name Automatic Winding and Inserting

Inserting And Drifting Machine / Automatic Winding Embedding Machine Automatic winding embedding system using standard modular design, including the winding module, wedge shaped and delivery module, embedded module line, and position rotary module. The machine of the automatic winding machine and inserting machine use rotary table connected together to achieve automatic winding embedded line high degree of automation, maximize savings in manpower. Users can configure one, two

Automatic Motor Stator Coil Winding Inserting Machine / For Big Electric Motors SMT - K90 Adopts stepper motor for wedge paper feeding, could each slot set by slot skipping, wedge self-decides overall length feeding, cutting off, punching to shaping, free set of wedge inserting slot and wedge numbers; (1) Main Technical Information Model K90 Stator I.D. 20-100mm Stator O.D. ≤160mm Stack Height ≤120mm Tooling Travel ≤70mm Appropriate Wire Copper Wire / Aluminium Wire Slot

Well pump motor stator coil and wedge winding insertion machine This is horizontal type semi-auto winding inserting machine. It adopts Mitsubishi AC servo motor and pneumatic element system drive. It si controlled by PLC and equipped with X and Y spindle auto feeding device. It can automatically insert coil and wedge into stator slot simultaneously. 1. Main technical data Pump Motor Stator Automatic Assembly Machines / Submersible Pump Motor Coil Inserting Machine Stator

Well pump motor stator coil and wedge winding insertion machine Automatic Horizontal type Big power long stack length pump stator coil middle forming This is horizontal type semi-auto winding inserting machine. It adopts Mitsubishi AC servo motor and pneumatic element system drive. It si controlled by PLC and equipped with X and Y spindle auto feeding device. It can automatically insert coil and wedge into stator slot simultaneously. 1. Main technical data Pump Motor Stator

Servo Stator Coil Inserting Machine Motor Production Machine SMT-QX08 60-150mm Stator O.D ≤210mm Core Length ≤190mm Tooling stroke ≤90mm Compatible wire CU/AL Slot number range 24-48 slots Power supply 380V/50/60Hz 5Kw Weight 1050kg Dimension (L)2370×(W)1160×(H)1710mm Working Principle/Process Step 1: The stator is placed on the inserting station and accurately located by dedicated tooling. A pneumatic clamping system secures the stator to prevent movement during the

Big Power Long Stack Length Pump Stator Coil Final Forming Machine SMT - ZZ160 -2 driven by hydraulic system; PLC programming; tooling design adopts flexible principles of inner expansion, outer wrapping and edge forming to form the stator winding; to ensure appropriate winding outside dimension after lacing. Final forming machine is full automatic by PLC control, touch screen operation, automatic wire traversing. (1) Main Technical Features Model ZZ160-2 Stack height ≤190mm

SMT - ZZ160 -2 Coil Forming Machine / Stator Final Forming Machine / Coil Shaping Machine The best winding and insertion still doesn't make the perfect stator. Underestimated by many, Nide has made the forming process another focal point in the product range. This forming machine is used for stator coil final forming, Driven by the hydraulic system, controlled by the PLC, It is of highly efficiency and qualified forming. High technology, stable performance and reasonable

Induction Motor Stator Coil Double Sides Lacing Machine / Lacing Machine SMT - BZ160 Loading stator vertically; equipped with pressing, automatic feeding, automatic cutting device, etc,; overhang winding adpots twin needle lacing by servo system simultaneously; needle transpositioning, hookin and stator indexing are controlled by servo system; spindle adopts frequency speed control; slot by slot lacing, interval lacing, and fancy lacing could be achieved by setting in human