800 Type Strip Oscillating Traverse Winder line

Engineered for high-efficiency steel strip processing, our Single-Head Oscillating Winder (Traverse Winder) is the ideal solution for producing high-capacity, compact coils. Powered by an advanced Delta PLC control system and an intuitive HMI, this machine guarantees precise tension control and perfectly synchronized oscillating speeds. By distributing the steel strip evenly across the spool, the oscillating winding process ensures neat edge alignment and larger coil volumes, significantly reducing downtime for coil changes.

Description

A.Raw material800 Type Oscillation winder line 
  1. Technical performance:
The whole is welded with high-quality steel plates to ensure quality and long-term use without deformation. The rewinding speed is controlled by the tension swing rod, and the tension is kept constant during the winding process; the wire winding adopts linear guide rails and ball screws to drive the wire winding wheel to move back and forth. The production line includes: 1 decoiler  (the barrel diameter is changed from 205mm to 280mm); 2. speed-adjustable tension machine ; 3. 800 type  precision strip oscillation winder machine. All equipment are equipped with guardrails.
  1. Used for rewinding 500kg stainless steel stripcoils.
  2. The winding adopts servo controller, programmable controller, module, and adopts Delta brand.
Rewinding materials: (1) Grade: SS AISI Austenite 300 and 400 series. (2) Material state: Stainless steel strip coil,  cold rolled, full hard and super hard and tempered. (3) Material surface: dry, slightly oily (4) Tensile strength: 650 – 1200 N/MM² (5) Yield strength: 200 – 1200 N/MM² (200 calculated minimum specification 0.05mm*3mm tension 30N) (6) Material thickness: 0.2 to 1.5 mm (7) Material width: minimum 4 mm – maximum 30 mm (8) Winding pitch: 1 MM to 2.5 MM .
  1. Working environment requirements:
  2. Ambient temperature is not higher than 40℃;
  3. Voltage and fluctuation: Motor = AC 380V ± 10% x 50Hz ± 3% 3 phases.
Electrical control = AC 220 V ± 10% x 50Hz ± 3% 3 phases Solenoid valve = 24V DC
  1. Hydraulic: = 80Kg/ cm²
B.Technical Parameters: Active Decoiler
No. Name Specifications, parameters and indicators
1 Plate format: Expansion and contraction mandrel
2 Spindle:(mm) ID range:φ280-φ406 MM IF Cylinder diameter 205mm affects load-bearing capacity (500 kg)
3 Mandrel center height 700mm
4 Max bearing weight 500kg
5 Power 4.5kw variable frequency brake motor
6 Speed 150m/min。
  1. 800 Type Oscillation winder
No. Name Specifications, parameters and indicators
1 Spool format: Expansion and contraction mandrel with inner and outer stop plates; the outer stop plate is open-door type.
2 Size:(mm) Maximum winding OD: 800 Inner winding core ID: φ280 Matching 305 and 406 diameter increasing sleeves
3 Mandrel center height 700mm
4 Max bearing weight 500kg
5 Oscillation power 7.5kw Frequency conversion brake motor
6 Oscillation rail Yintai 45 Linear Guide (PMI)
7 Tension range 200N (tension accuracy ±20%)
8 operation method 10-inch touch screen and button operation
9 Speed 400m/min,(Winding pitch 1-2.5mm)
10 Metering Accuracy <3‰
11 Maximum distance of cable oscillation 600mm
  The 800 oscillation winder  machine includes: a fixed chassis, a mobile chassis, a wire arrangement mechanism, a transmission part, a wire drum expansion and contraction part, a wire pressing part, a speed control tension part, and an electric control cabinet. Chassis and mobile chassis: Made of high-quality steel, welded by CO2 gas shielded welding, and then processed after aging treatment, the performance of the whole machine after assembly is stable and reliable. The wire arrangement mechanism uses linear guides and ball screws to ensure the accuracy of wire arrangement. A servo motor is installed at one end to drive the wire arrangement guide wheel through the ball screw to perform reciprocating wire arrangement. The wire arrangement guide wheel is a width-adjustable guide wheel with an adjustment range of 2-18mm. Transmission part The power is transmitted from the output of the 22kw variable frequency motor to the reducer, and the reducer is transmitted to the spindle. Finally, the coupling disk at the front end of the spindle drives the wire reel to rotate. The expansion and contraction part of the wire drum is divided into 4 plates as a whole. The expansion and contraction adopts a connecting rod mechanism to expand and contract, and the expansion and contraction of the expansion and contraction part is controlled by the oil cylinder. The wire pressing part uses a ball screw PU guide wheel to pass the wire. When collecting the cake material, the swing arm is located at the top, and a fixed adjustable guide wheel is used to arrange the wire. The speed control tension part is located in the direction of winding and feeding the belt. The speed is adjusted by the loop guide wheel. The potentiometer behind the swing rod outputs a signal to feedback the winding motor for speed adjustment. The unwinder, speed control tension frame, and guardrails are set before winding to prevent wire breakage and injury. Electrical part The servo driver and PLC method are used to realize the stepless speed regulation of the main drive servo motor and the speed regulation of the wire arrangement servo motor. Electric  equipment configuration:
Name Manufacturer
Servo controller Delta
Programmable Controller PLC Delta
Human-machine interface (touch LCD screen) Delta
Servo Motor Delta
Reducer joint venture Bradn
Encoder Omron
Switch Schneider/Chint
cylinder AirTac
Hydraulic Cylinder Dongfeng
  1. D. Control method:
  2. The strip Oscillation winding is processed by PLC to collect the encoder signal of the servo wire taking-up motor, so that the wire arrangement mechanism is synchronized with the wire taking-up.
  3. The speed of the strip winding is collected by driving the photoelectric encoder through the wire wheel to feedback to the PLC, so as to achieve the accuracy of the meter and stripspeed.
E.Strip oscillatin windering  technology: After years of careful research, development, practice and summary by our company, an effective  oscillatin windering  method has been developed to effectively solve the problem of wire advance or lag caused by strip stacking and reversing during the  oscillatin windering  process, and the current position of the wire arrangement is displayed in real time to ensure the flatness of  oscillatin windering .
  1. Schematic diagram of the appearance of a single machine:
    1000 Transver recoiler         Mnaual laser           Magnetic powder welding platform trolley             Decoiler  
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