coil wire binding machine

Motor Stator Servo Double Side Coil Lacing Machine Motor Production Machine SMT - DB160 Each lacing machine is PLC controlled with an inverter drive and can be fully programmed to suit different stator slot configurations. Stator support tooling is very quick to changeover between different stator laminations and stack heights. A wide range of standard lacing needles are available. This lacing machine is suitable for lacing multi-species, less yield or more lead wire stator.

Induction Motor Stator Coil Double Sides Lacing Machine / Lacing Machine SMT - BZ160 Information needed for stator lacing 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. Stator winding drawing 4.Winding drawing 5. Other technical requirement (1) Main Technical Information Model SMT-BZ160 Stack height 17~100mm Stator I.D Φ25~ Φ100mm Stator O.D ≤Φ160mm Height of

Motor Stator Servo Double Side Coil Lacing Machine Motor Production Machine SMT - DB160 Stator is loaded on Single-head 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; especially apply to multi sizes, low output

Single Side Electrical Motor Coil End Lacing Machine Binding Stator Winding Head SMT - DB100 This machine is used for lacing stator coil heads by lace cord, keep stator winding in good shape. Its structure is simple which is with one lacing needle. So operators need to convert the stator after finish lacing one side. If the production capacity is not large, it can be a good choice. Besides, different lacing patterns can be set, such as slot by slot lacing, interval slot

Automatic Servo Type Stator Coil Single Lacing Machine Based on your production needs 1. Design the suitable product or production line for you ,OEM and ODM available 2. We have professional and rich experience engineers in the domestic and overseas. 3. We will wind and test the samples in our plant before delivery Main Technical Description This stator coil lacing machine is suitable for stators with different model types. No need to change tooling for different stack length

Induction Motor Stator Coil Double Sides Lacing Machine SMT - SBZ160 This stator coil end lacing machine adopts vertical loading structure, It is equipped with two needles, each needle for laing each side of stator coils. The needle movement is controlled by servo drive system to complete the lacing work. Main spindle speed is adjustable. The lacing type, lacing slot by slot, interval slot lacing and fancy lacing can be set inthe Industrial programmable PLC and HMI. (1) Main

Automatic Servo Double Sides Motor Stator Coil Turns Lacing Machine SMT - BZ190 (1) Main Technical Information Model BZ190 Stack height 60-180mm Stator I.D 110-210mm Stator O.D ≤ 300mm Height of Overhang ≤50mm Laccing mode Slot by slot / interval slot/Fancy lacing Lacing speed 0.8s/s Power supply 380v/50/60Hz 3.5kw Machine weight About 900kg Machine dimension (LxWxH) 1500x 650x 1800mm (2) Advantage This machine adopts servo driven system, CNC control design and HIM program.

Automatic Servo Double Sides Motor Stator Coil Turns Lacing Machine SMT - BZ190 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

Compression Coil Wire Binding Machine With PLC and touch Screen SMT - DB100 Loading stator vertically; equipped with pressing, automatic feeding, automatic cutting device, etc.; overhang winding adopts twin needle lacing by servo system simultaneously; needle indexing, hooking 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-machine interface