• RESISTANCE WELDING
  • OP-AWS3A Active Welding Systems
  • POWER SUPPLIES
    •       >Power Supplies Main Page
    • DC Inverter Power Supplies
      • HF-2500A, High Frequency Inverter
      • HF-2700A, HF Inverter with Force Monitor and Diplacement Control
      • HF2, HF2S, Highly Versatile High Frequency Inverter
      • IPB5000A, Inverter Power Supply
      • IS-Q Series Inverter Power Supplies
    • DC Power Supplies
      • UB-500A, UB-1500A Low Power DC Weld Controls
      • UB-4000A, Linear DC Welding Power Supply
      • Linear DC Welding Power Supplies MD-A10000A / MDB-5000A
    • CD Power Supplies
      • CD-A Series CD Power Supplies
      • CD-V Series CD Power Supplies
      • CD-P Series CD Power Supplies
    • AC Power Supplies
      • MEA-100B AC Weld Control
      • CY-210D / CT-110D AC Timers
    • TC-W100A Thermocouple Welder
  • WELD HEADS
    •           Weld Heads Main Page
    • Modular Weld Heads & Pincers - newhorizon
      • FM Series Modular Servo‑Motorized Spot Welding Heads & Pincers
      • Modular Weld Heads & Pincers - newhorizon
    • Weld Pincers for Automation
      • F120‑Z and F160‑Z ‑ Weld Pincers for Automation
      • FP200‑Z ‑ Weld Pincers for Automation
    • Motorized Weld Heads
      • 70 Series ‑ Servo Motor Driven Weld Head
      • 73 Head ‑ High Force Servo Motor Driven Spot Welding Head
      • FM‑025A ‑ High Precision Weld Head
      • FM-060A - Low Force Weld Head
      • LH Series - Precision Weld Heads
      • Universal Spot Welding Heads
    • Weld Heads for manual operations
      • F120, F160, FD120 ‑ Spot Welding Heads
      • FP200, FP5 ‑ High Force Spot Welding Heads for automation
      • LT-050B Series Light Force Microwelding Head
      • M60, M200 - Weld Heads for Automation
      • TL-80B, TL-180B Series Thinline Weld Heads
      • Universal Spot Welding Heads
    • Electromagnetic Weld Heads
      • SL-320A Series Low Force Electromagnetic Weld Head
      • SL-300A Series Electromagnetic Weld Head
  • Resistance Welding Accessories
  • Parallel Gap Electrodes - Unitip and Unibond
  • WELD CHECKERS
    • MG-300A Digital
    • MM-410A
    • MM-400A
    • MM-122A
    • MM-315B
    • MM-601B
• HOT BAR
  •       >Hot Bar Main Page
  • newhorizon Hot Bar Desktop Series
    • NH‑2000A Series Pulsed Heat Reflow Soldering System (formerly known as MHBR)
    • NH‑3000A Series ACF Final Bonding system PH (formerly known as MHSB)
    • NH‑3000A Series Heat‑Seal Bonding System CH (formerly known as MHSB)
    • NH‑4000A Series ACF Laminating System (formerly known as MACFL)
  • Hot Bar Desktop Series
    • ACF Laminating/Pre‑Bonding desktop systems
    • Heat Staking desktop systems
    • Heat‑Seal/ACF Final Bonding Desktop Systems
    • Reflow Soldering Desktop Systems
  • LCD/TFT & PDP Production & Repair Systems
    • EM Series LCD/TFT & PDP Production & Repair Constant Heat Systems
      (formerly known as Emerald)
    • EM Series LCD/TFT & PDP Production & Repair Pulsed Heat Systems
      (formerly known as Emerald)
  • Hot Bar Systems
    • Jupiter ACF Bonding systems
    • Jupiter Heat Staking systems
    • Jupiter Hot Bar Bonding systems
  • Hot Bar Modules
    • Bonding Heads
    • Interposer Module
    • Thermo‑plane Thermodes
    • UF‑2000A / UF‑4000A / UF‑R4000A Power Supply (formerly known as UNIFLOW4, UNIFLOW 4R)
  • Premium Process Monitoring for Hot Bar
    • MG‑300A Premium Hot Bar Monitoring System
    • Process Calibration Tools
• LASER WELDING
  •           Laser Welding Main Page
  • Laser Welding Systems
  • Fiber Laser Welders 1070nm
  • YAG Laser Welders
  • Laser Welding Modules
  • Laser Welding Monitoring
• LASER MARKING
• APPLICATIONS
  • Applications for Medical Industry
  • Applications for Automotive Industry
  • Applications for Battery & Battery Groups
  • Applications for Electronics Industry
  • Motor Fusing Applications
  • Applications for Lamps & TV Tubes
  • Applications for Solar Cells
  • General Industrial Applications
•  

AC INVERTER WELDING POWER SUPPLY FOR INSULATED WIRE WELDING MIE-200A

1. The current is passed only through the top electrode and
   the insulated wire is heated
   with the top electrode and...

2. After the insulation peeled off, the current flowing in the bottom electrode is detected using the toroidal coil.

3. When it has reached the set current power is applied from the top electrode to the bottom electrode with the shift control function and the main welding is carried out.

• Even joining a pair of insulated wires to each other is possible by using both the top and bottom electrodes as heater electrodes.