• RESISTANCE WELDING
  POWER SUPPLIES
• DC Inverter Power Supplies
  • HF25, High Frequency Inverter
  • HF27, HF Inverter with Force Monitor and Diplacement Control
  • HF2, HF2S, Highly Versatile High Frequency Inverter
  • IPB5000A, Inverter Power Supply
  • IS-120B, Inverter Power Supply
  • ISQ20-6K, Inverter Power Supply
  • AWS Active Welding System
  • IS-444C / IS-471C
  • IS-443C / IS-470C
  • IP-100D / IP-200D / IP-400B
• AC Inverter Power Supplies
  • MIB-200A /MIB-500B
  • MIE-200A
  • MID-70C
  • MIC-70B AC Inverter Reflow Power Supply
• DC Power Supplies
  • UB25, Low Power DC Weld Controler
  • DC25, Linear DC Weld Controler
  • Transistor Power Supplies
    MDA-8000B / MDA-4000B / MDA-1000B
    MDBA-4000B / MDB-2000B / MDC-2000B
• CD Power Supplies
  • 100ADP, 300ADP, 1000ADP
• AC Power Supplies
  • PM6 AC Weld Control
  • PM7 / PM7S AC Weld Control
  • MEA-100A AC Weld Control
  • CY-210C / CT-110C AC Timers
• TCW Thermocouple Welder
• Resistance Welding Accessories
• Parallel Gap Electrodes - Unitip and Unibond
•  

AC INVERTER REFLOW POWER SUPPLY MIC-70B

The rise time is not influenced by power supply voltage fluctuation.
Even if the power supply voltage fluctuates, the current wave height value is controlled,
so stable temperature rise is achieved.
Temperature control that holds down variation
Uniform temperature rise
The optimum parameters are recognized automatically
3 types of thermocouples:
J and E types 100 to 600°C and K type 100 to 900°C.