Hide thumbs Also See for ALUMMIG 230:

Advertisement

Quick Links

230
ALUMMIG
QUICK SETUP GUIDE
PLEASE DOWNLOAD AND READ THE
OPERATING MANUAL BEFORE OPERATION
FOR IMPORTANT SAFETY INFORMATION!

Advertisement

Table of Contents
loading
Need help?

Need help?

Do you have a question about the ALUMMIG 230 and is the answer not in the manual?

Questions and answers

Summary of Contents for SWS ALUMMIG 230

  • Page 1 ALUMMIG QUICK SETUP GUIDE PLEASE DOWNLOAD AND READ THE OPERATING MANUAL BEFORE OPERATION FOR IMPORTANT SAFETY INFORMATION!
  • Page 2: Machine Overview

    ALUMMIG MACHINE OVERVIEW FRONT LAYOUT MIG Trigger Mode / Welding Programs Factory Reset NOTE: Saved data will be lost Save & Load Programs Back to main menu Manual Wire Feed GAS Check Encoder Control Knob Positive Output Terminal Negative Output Terminal EURO MIG Torch Connection Push pull / Spool Gun / TIG Torch Connection GAS Quick Connection NOTE: TIG Only...
  • Page 3 ALUMMIG MACHINE OVERVIEW SIDE LAYOUT MIG Torch / Push pull / Spool Gun Selector Switch Wire Spool Holder NOTE: 200mm Diameter Spools Only Wire Feed Guide NOTE: DO NOT TRIM! The yellow Teflon guide is for soft wires, and the wire wound guide is for hard wires. MIG Torch Positive Terminal MIG Torch Negative Terminal Wire Feeder Pressure Adjustment NOTE: Do not over tighten when using soft...
  • Page 4 ALUMMIG MIG TORCH OVERVIEW TORCH LAYOUT GAS Shroud Swan Neck Amps Up NOTE: The Amps can only be changed in the MIG welding programs while not welding. Amps Down Trigger Switch EURO PLUG LAYOUT Torch Cable Liner Retaining Nut Torch Retaining Nut LINERS The liner guides your wire inside the torch lead and ensures the wire makes it out of the torch tip.
  • Page 5: Mig Torch

    ALUMMIG MIG TORCH CHANGING THE LINER Disassemble the MIG torch swan neck parts. Remove the liner retaining nut. Lay the torch out straight, then carefully pull out and remove the existing liner. Carefully feed in the new liner down the torch lead until it exits the torch neck. Teflon Liner - Remove the small rubber o-ring and install the retaining nut to tighten down.
  • Page 6: Drive Rollers

    ALUMMIG MIG WIRE & DRIVE ROLLERS MIG WIRE TYPES The MIG wire spool size used is 200mm in diameter and the machine has programs for the following wire types. The MIG process selected will determine which wire type can be used. Steel Wires Stainless Stee Wires Aluminium Wires...
  • Page 7: Welding Modes

    ALUMMIG WELDING MODES MAIN MENU MMA - Manual Metal Arc or Stick ALUMMIG 200 Welding mode (MMA TORCH NOT Included) SYNERGIC LIFT TIG - Tungsten Inert Gas welding mode (TIG Torch NOT included) WELDER MANUAL GMAW - MIG welding mode SETTINGS with manual settings.
  • Page 8 ALUMMIG GMAW SETUP GMAW SETUP Connect the MIG Torch to the EURO terminal and tighten it. Connect the Ground Clamp to the Negative Terminal for DCEP MIG or to the Positive terminal for Gas Less MIG only. To change the MIG torch to DCEN you need to change the polarity inside the side door.
  • Page 9 ALUMMIG GMAW SETUP GMAW FUNCTIONS Wire Speed / Weld Amps - 5356 Aluminium ı 1.2mm ı Ar 100% ı EP Dual Pulse 4.8 21.0 Adjusts the wire speed which is relative to the amps used. The voltage is adjusted synergically relative to the arc length setting.
  • Page 10 ALUMMIG GMAW SETUP GMAW FUNCTIONS Hot Start - Applies extra voltage to 5356 Aluminium ı 1.2mm ı Ar 100% ı EP Dual Pulse 4.8 21.0 the first few seconds of the weld that helps reduce weld build up. Use a higher setting for a hotter start.
  • Page 11: Synergic Welding Modes

    ALUMMIG GMAW SETUP SYNERGIC WELDING MODES The synergic welding modes for no pulse, single pulse and dual pulse allow ease of setup with this machine by selecting the welding consumable type then setting the thickness on the main welding screen. The program then can be fine-tuned for the joint type and welding position using the trim and other functions.
  • Page 12 ALUMMIG GMAW SETUP VOLTAGE & ARC LENGTH This setting adjusts the voltage which relates to the arc length and overall heat input of the weld. Higher voltage settings eg +6 arc length will produce a longer hotter arc making the wire burn back closer to the torch tip. Lower voltage settings will produce a colder shorter arc eg -5 arc length with the arc burning closer to the weld pool.

Table of Contents