automatic coil winding machine plc

Customized Electric Motor Winding Machine , Alternator Winding Machine Information needed for rotor production line inquiry It will be better if customer could send us detailed drawing including below information. 1. Rotor lamination drawing 2. Rotor assemble drawing 3. Rotor stack drawing 4. Rotor winding diagram drawing: with rotor wire diameter and turn number 5. Commutator drawing 6. Shaft drawing 7. Required residual unbalancing volume and initial unbalancing volume 8.

Horizontal Single Side stator coil Lacing Machine for high winding overhang big electric motor (1) Introduction and features The coil lacing machine can automatically ties off the coil ends of motor stators. That can reduce the labor involved in handling wire ends and increase production efficiency. Servo indexing system, PLC control; human-machine interface; Horizontal structure; The tooling is movable, and convenient for stator fast loading and unloading. Different lacing

Single Phase Induction Motor Stator Coil Winding Inserting Machine SMT-KW300 With horizontal frame design, controlled by industrial programmable PLC. It is used for winding and wedge automatically inserting. It adopts AC servo motor driving system, AC frequency conversion speed regulation system, pneumatic system. It can achieve wedge length setting, feeding, cutting, forming and inserting into stator together with coil automatically. Coil inserting speed can be set at

Single Side High Efficiency Stator Coil Lacing Machine / Lacing Machine - DB100 (1) Main Technical Information Model DB100 Stack Height 10-100mm Stator I.D. 35-120mm Stator O.D. 160mm Height of coil 40mm Lacing Mode Slot by slot/interval slot/Fancy lacing Lacing Speed about 0.7s/s Power Supply 220V/50/60Hz 2Kw Weight 600kgs Machine dimension (L)1000*(W)600*(H)1150mm (2) Advantage This machine adopts servo driven system, CNC control design and HIM program. The indexing is

Hydraulic Pneumatic System Automatic Final Coil Forming Machine For Motor SMT - ZZ160 1. The machine uses plastic vane pump as a power source, the fast speed torque, each mechanical action is completed by the hydraulic system and pneumatic system. 2. The control circuit by Mitsubishi PLC and text display components, circuit is simple, reliable, can be divided into automatic, manual and single-step operation of the three methods. 3. The machine adopts the overall design, the

Automatic Motor Stator Double Sides Coil Lacing Machine This machine is consist of machine body, needle, nozzle rotating part, needle fore and back movement,nozzle swing part, needle up and down movement part, stator indexing part,thread feeding,thread cutting part. (1) Main Technical Information Model SMT-BZ41 Stack height 17~100mm Stator I.D 25~ 100mm Stator O.D 160mm Height of overhang 40mm Lacing mode Slot by slot/Interval slot/Fancy slot Lacing speed 0.6s/s Power

Automatic Ceiling Fan Stator Winding Machine with 2 Spindles SMT - SR350 Usage: Special design to winding the stator of the series motor, electrical tools motor and AC shaded pole motor. Features: Applies mechanical linkage synchronic structure, imported AC vary frequency stepless adjustable speed, correct position, pneumatic pressing mould and pressing electrical linkage, with point button, simple debugging. (1) Main Technical Parameter Model SR350 Wire Diameter 0.3-1.2mm

200mm Flier Electric Motor Winding Machine 1500r/min Non-Load Speed Full-automatical External Armature Winding Machine is used for external armature winding. Automatically indexing, automatically winding,only load and unload armature manually. It is easy for operation. And with the machine high automation, it is more cost-efficent (1) Main Technical Parameter Model DR08 Wire Diameter 0.08-0.8mm No - load Speed 3000r/min Winding head 8pcs Diameter of frame 20-120mm Max

Automatic Compressor Motor Stator Coil Final Forming Machine SMT - ZZ160 Stator Winding Middle Forming Machine is driven by hydraulic system; PLC programming;individual guard teeth in each slot settles fied wire and jump wire to ensure the reliability of electrical leakage distance; whole schematic design of inner expansion, outer wrapping and edge forming ensures appropriate winding outside dimension. Middle forming is done after winding inserting but before winding lacing.