generator stator coil winding machine
"
자동적인 유동 전동기 감기 장비 SMT - 에너지 자동차 모터를 위한 K90
Automatic Induction Motor Stator Coil Winding Insertion Machine SMT - K90 This stator coil inserting machine is used to insert coil and wedge into stator slots. The whole insertion process only takes 20 seconds. Machine is very easy to operate and the mantainance is simple. It can increase the productivity and save labor cost. (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
기계를 삽입하는 자동적인 작은 모터 고정자 구멍 코일/쐐기
Small Motor Automatic Coil Inserting Machine for Stator / Coil Inserting Machine SMT - K90 Stator coil inserting tool for automatic coil inserting machine/AC/DC electric motor stator coil and wedge Stator slot coil and wedge insertion tooling,combined with pushrod,wedge guide,blade and stripper.Used for the stator winding coils and wedges inserting into the stator slots automatically,driven by the servo motor. Alloy steel hard material Full range of kinds for all the stator
기계 380V 50Hz/60Hz를 삽입하는 수평한 모터 고정자 감기
Horizontal Type Washing Machine Motor Stator Coil Inserting Machine Information needed for stator winding inserting machine inquiry It will be better if customer could send us detailed drawing including below information. 1. Stator lamination drawing 2. Stator stack drawing 3. Wire connection drawing 4. Stator application 5 Required productivity 6 Other technical requirement (1) Main Technical Features Model SMT-QX10 Stator I.D 110-210mm Stator O.D ≤260mm Core Length ≤250mm
3.5kW PLC 제어 와일딩 삽입 기계 반 자동 작동과 110-210mm Stator ID
Submersible Pump Motor Stator Coil Winding Inserting Machine 3.5Kw SMT-QX600
고정자 코일 최종 권선 쉐이핑 성형 기계 SMT - ZJ300
Stator Coil Final Winding Shaping forming Machine SMT - ZJ300 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. The middle of forming machine is full automatic by PLC control, touch screen operation, automatic wire traversing. (1) Main Technical Date Model ZJ300 Stack height 70- 250mm Stator I.D 110
모터 생산 SMT - ZJ300를 위한 전 고정자 코일 - 중앙 - 마지막 형성 기계
Stator Coil Pre - Middle - Final Shaping Machine for Motor Production SMT - ZJ300 With high technology and stable performance, this final forming machine is of highly efficiency and qualified forming. it is equipped with and driven by the hydraulic system. The displacement of cylinder is 20L/min. 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
자동 압축기 모터 고정자 코일 최종 성형 기계
Automatic Compressor Motor Stator Coil Final Forming Machine SMT - ZZ160 This machine is used for small to middle motor stator coil forming after coil insertion, could shape the stator end coil OD, ID and height approaching to required size via initial extruding, and good for the next coil lacing process,with single-tooth slot insulation protective device. It is driven by hydraulic system; PLC programming; whole schematic design of inner expansion, outer wrapping and edge
자동적인 고정자 코일 중앙 - 기계 SMT를 끈으로 묶기 후에 형성 - ZJ160
Automatic Stator Coil Middle - Forming Machine After Lacing SMT - ZJ160 (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 380V/50/60Hz 3.75Kw Weight 1000kgs Machine dimension (L)1200*(W)750*(H)2500 (2) Application The products are mainly applied in new energy automobile motor, servo motor, generator, three-phase motor, pump motor, compressor motor,
깊은 우물 펌프 모터 SMT - QX600을 위한 수평한 고정자 감기 삽입 기계
Horizontal Stator Winding Inserting Machine For Deep Well Pump Motors SMT - QX600 300-600mm Stator Outer Diameter Max 300mm Stator Inner Diameter 50-150mm Wire Diameter 0.18-1.2mm Voltage 380V/50/60Hz Power 3.5Kw Weight Approx. 1200kg Dimension L2100×W2000×H1600mm 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 inserting