stator coil winding machine

Fan Motor Stator Semi-Automatic Coil Winding Forming Machinery SMT-ZZ160 Motor Stator Coil Winding Final Forming Machine Copper Wire / Aluminum Wire SMT-ZZ160 This machine expands the inserted coil to leave space for the next one, ensuring efficient multi-layer stator winding insertion. Hydraulic system driven for powerful operation PLC programming for precise control Tolling expansion slice creates space for successive coil insertion Maintains inter-phase insulation paper

Induction Motor Stator Coil Winding Shaping and Forming Machine SMT -ZZ300 It is applied to deep water pump motor and other various type of big dimension stator. (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 380V/50/60Hz 4.2Kw Machine weight About 2300kg Machine dimension (LxWxH) L3726x W1251 x H2111mm (2) Application The products are mainly applied in new energy automobile motor,

SMT - ZJ160 Motor Stator Coil Forming Machine Hydraulic Pneumatic System This machine is used for the preparing process of twice coil inserting craft. It adopts the mode of internal expanding and external collecting to pre-forming the inner bores, excircle and end height of coils at both ends of the motor stator, with single-tooth slot insulation protective device. Its working principle is: expands the coils covering on the slots entirely through the expanding blades of the

(1) Machine main function and characteristic This stator coil forming machine adopts whole hydraulic system and PCL program. With high technology and stable performance, this final forming machine is of highly efficiency and qualified forming. The machine tooling design adopts flexible principles of inner expansion. The outer wrapping and edge forming form the stator winding. It can ensure appropriate winding outside dimension after lacing. The forming process is very easy.

Economic Type Fan Cooler Motor Stator Coil Forming Machine SMT - KZ160 After coil insertion process, the upper and bottom side of coil will not be the same shape. Therefore, coil forming will be needed before next process. After forming, the coil will be expanding and easy for the next time insertion. Both slot paper and wedge should not be damaged or turned over. The stator should not be deformation or stator lamination should not be upward. There is no wire enamel broken.

Horizontal Motor Stator Coil Forming Machine with Movable Crane (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 380V/50/60Hz 4.2Kw Machine weight About 2300kg Machine dimension (LxWxH) L3716x W1258 x H2110mm (2) Application Focusing on international trading, we have placed our priority on both product quality and service, which are the key elements that make your brand more competitive

Electric motor stator coil forming machine/copper / aluminum wire/motor manufacturing 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

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

Coil Forming Machine Automatic Motor Stator Metal Wire SMT - ZJ160 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. (1)