coil forming machine 120mm

SMT - DB160 Single-side Induction Motor Stator Coil Winding Stator is loaded on Single-head Coil 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 lacing; especially apply to multi sizes, low output or more lead

Motor Servo Double Side Coil Lacing Machine Motor Production Machine SMT - DB190 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. This

Long Motor Stator Winding Machine Automatically SMT - R350 Main configuration: a. Row of thread with eight winding head, the winding head length and elevation can be easily adjusted. b.Equipped with mobile wire frame (including eight group bobbin and eight spools ,size is 120mm 300mm diameter ). c. With two mold spindle :dimensions 16 16 630mm d. Supply frame size is 800 800 780mm. e. Install brake resistors, the position more accurately (1) Main Technical Parameter

Electric Induction Motor Automatic Winding inserting Drift Forming System This machine is suitable for big power stator, long stack length stator(deep-well pump stator) or other big dimension stator. It is horizontal type with a auto slider. Stator can be moved by lifting device. Tooling adopts flexible principles of inner expansion, outer wrapping and edge forming. It is controlled by PLC. The parameter can be set in the HMI. 1. Our Service: Product Name Automatic Winding

Double Side Lacing Machine (Full Servo) / Motor Coil Lacing Machine 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-machine interface;

Automatic Vertical Motor Stator Winding Machine 2 / 4 / 6 and 8 Poles Coils Winding 1. Six Spindles are controlled by servo motors. 2. Double winding heads and four stations wind two phase coils at a time ,which can wind single and multiple wires . 3. Vertical winding machine series wind coils directly and orderly into transfer cups . 4. Main spindle, high speed mold dipping ,hooking and cutting wire, turntable and transfer cup index are all controlled by servo motors ,. 5.

High Efficency Coil Winding Inserting Machine Servo System 1. With horizontal frame design, controlled by industrial programmable PLC, the machine is used for winding and wedge automatically inserting. 2. It adopts AC servo motor driving system, AC frequency conversion speed regulation system, pneumatic system. 3. It can achieve wedge length setting, feeding, cutting, forming and inserted into stator together with coil automatically. 4. Coil inserting speed can be set at

2 Heads Motor Stator Winding Machine For Pump 3000r/min Wire Speed ISO9001 / SGS This machine is used for the first process of motor stator producing, it conducts gang control the machine winding main shaft, transfer cup indexing shaft, dip mold motor shaft through PLC control system assembly, and winds various types of enamelled copper/aluminum wires. It has advantages of winding premeter accurate, winding neat arrange, high production efficiency, saving labour, simple &

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.