Horizontal Type Lead Wire Twisting Machine for Starter Armature

• Warranty: 12 Months
• Color: Customized
• Twisting Machine Service: Engineers Avaiable to Service Overseas
• Condition: New
• Customized Service: Provided
• Transport Package: Wooden Case
• Model NO.: WIND-HT-C
• Specification: Middle Size
• Trademark: Wind Automation
• Origin: China
• HS Code: 8479811000
• Production Capacity: 100 Sets/Year

Product Description

Horizontal Type Lead Wire Twisting Machine For Starter Armature

This wire twisting machine is used to twist armature lead wires. It adopts a horizontal fixture structure, consisting of twisting part, front insertion protection device, workpiece fixing device, workpiece tightening device, workpiece ejection device, operation part and program control part. The adoption of protection device ensures no breakdown of the root of copper wire and guarantees the quality of final formed hairpins.
 

(1) Specifications

Power Supply	AC 380V
Air Pressure Supply	≥ 0.5Mpa
Machine Power	3.5 kW
Turning angle	Adjustable on touch screen
Bounce angle	Adjustable on touch screen
Weight	750kg
Dimension	1400×650×1800 mm

(2) Application
Suitable for armatures requiring high quality and reliability of starters and starter-generators for aircraft Industries.

(3) Features
Wide application---meets all requirements of automotive starter motor
Precise twisting and alignment of the lead wires
High efficiency, automation and productivity
Controlled by Mitsubishi PLC and driven by hydraulic racks
Fully automatic twisting cycle after loading of the armature
Coil twisting angle can be customized
Fast and easy readjustment

(4)Machine configuration 
AIRTAC components
Zhongtai low-voltage electrical components
Siemens PLC
Weinview touch screen
Delta servo motor

(5)Machine Advantages  

Efficiency 6s/pc

Mitsubishi PLC control,

Mitsubishi  double Servo motor assure precise angle

Easy to exchange tooling

(6)Starter Manufacturning
Starting armature head lead twisting is one station of the  Automobile rotor Armature production process:


Pressing shaft into lamination

inserting insulation paper into lamination

Insulation paper forming

wire forming inserting into lamination

wire head twisting

winding forming

pressing commutator into shaft

pressing the wire head into commutator and cutting

commutator hotstacking

armature varnish rolling

armature runnout turning

and commutator turning

commutator undercutting

armature remove weight balancing

commutator precision turning(bur removing)

armature testing