Home > 製品紹介 > HY-7 DELUXE (For T-stud)
  Power Unit
 
HY-7 DELUXE (For T-stud)  
  Unit designation/Type): Welding unit HY7 Deluxe  
  Input voltage: 3ph/220V/380/440V(+-10%)  
  System frequency: 50Hz/60Hz  
  System Fusing: 100/80/60 amps  
  Installed load: 115kVA  
  ON period: 1.5%  
  Weld current range: 400 ~ 1400A  
  Weld time range: 20ms ~ 90ms  
  Pilot Arc time: 40ms ~ 200ms  
  Usable stud: 3mm ~ 8mm  
  Storage temperature: -25℃ ~ +55℃  
  Operation temperature: 0℃ ~ 40℃  
  Dimensions: L700mm x W550mm x H850mm  
  Weight: 190kg  
 
 
  Auto Feeder Unit
 
HY-F500  
  Application model: HY5, SW 850-2A  
  Method of driving: By Air Actuator  
  Position for use: horizontal +- 3%  
  Operating modes: Automatic, Manual  
  Control voltages: DC 24V+-10%  
  Operating temperature: +5℃ - +40℃  
  Storage temperature: -20℃ - +85℃  
  Relative air humidity: 30% - 95%,Non condensing  
  Noise emission: Approx. 70dB  
  Air consumption: Approx. 15L/stud feed action  
  Network pressure: 7kg/cm2  
  Weight: 35kg  
  Dimensions: H490mm * L375mm * W364mm  
  Capacity of Bulk: approx. 20000 studs  
  Stud feeding capacity: Within 30-35 studs/min  
  Option: Inert gas welding system  
 
 
  Robot Gun ASS'Y
 
 
HY-R550
 
  Application model: HY5  
  Application field: Auto Industry  
  Set up for : SC studs 3.0mm ~ 5.0mm  
  Welding method: Short-cycle drawn arc method  
  Position for use: random  
  Control Voltages: DC24V (+-10%), DC90V (+-10%)  
  Operating Temperature: -0℃-+50℃  
  Storage temperature: -25℃-+85℃  
  Relative air humidity: 10% - 85%, not condensing  
  Noise emission: Approx.75dB  
  Operation Pressure: 5.0kg/cm2 - 6.0kg/cm2  
  Positioning accuracy: +-0.5mm  
  Force of the welding axis: Approx. 100N  
  Air consumption: Approx.15L/stud feed action  
  Welds: Within 30-35 studs/min.
 
Stroke distance: Max. 50mm
Weight: 8.0kg (without tubing set)
Dimensions: L440mm * H150mm
Automatically maintaining the lifting gap of     1.2~1.5mm due to auto lifting functions.
  it's heavy-duty by the bearing lifting module     method.
 
  It has simple structure for easy maintenance.