Back to top
Send Inquiry

Double Layer Low Voltage Foil Winding Machine

Double Layer Low Voltage Foil Winding Machine
Send Inquiry
Product Code : 8205510000
Product Description

DOUBLE LAYER LOW VOLTAGE FOIL WINDING MACHINE

Description:This Low Voltage Foil Winding Machine is suitable for voltage under 1KV level transformer windings. The machine can lap winding and duplex winding for two layers of copper or aluminum foil. The machine equipped with welding unit and two sets of shears. All the production parameters are set on the Human-Computer Interface and the machine works in fully automatic.

Main Machine Components

  • VF controlling stepless speed foil winding unit
  • Main machine frame with foil pressing, insulation edge cutting, photoelectric correction, conductor traction
  • AC/DC water-cooling rotatable TIG welding unit
  • Electrical conductor shearing unit, 2 sets
  • Insulation decoiling car, 2 sets
  • Conductor decoiling car, 2 sets
  • Pneumatic positioning end insulation filling system, 2 sets
  • PLC controlling and touch screen operation system
Specifications:

Technical Parameter

BRJ400-2

BRJ600-2

BRJ800-2

BRJ1000-2

BRJ1400-2

Foil width

400mm

600mm

800mm

1000mm

1400mm

Winding diameter

Φ130-600

130-800

130-800

Φ130-1000

Φ130-1000

Winding type

Round / Rectangle

Material thickness

Copper: 0.2-2.0mm, Aluminum: 0.3-3.0mm

Foil decoiler capacity

500KG

1000KG

1500KG

2000KG

2500KG

Winding power

11KW

11KW

11KW

15KW

22KW

Winding speed

0-30r/min

0-26r/min

0-24r/min

0-20r/min

0-18r/min

Welding type

TIG

Cutting type

Electrical roll cutting

Layer insulation width

450mm

650mm

850mm

1050mm

1450mm

Insulation diameter

76-400mm

76-400mm

76-400mm

76-400mm

76-400mm

Rectification

Photoelectric sensor automatic rectifying

Rectification precision

0.5 mm

0.5 mm

0.5 mm

0.5 mm

0.5 mm

Controlling

PLC automatic control

Recording

0--9999.9, Precision 0.1


CANGZHOU KENUO INTERNATIONAL CO., LTD.
X


Cangzhou Industrial Zone, Cangzhou - 061000, Hebei, China
Mr Owen Ge (Director)


Send Inquiry