Transmig 210, 250, 310, 330 1. INTRODUCTION The Transmig 210, 250, 310 and 330 are semi-automatic Gas Metal Arc Welder (GMAW-commonly MIG) with either integrated or separate wire feed unit. These products are designed to meet the broad operating needs of the metal fabrication industry where production efficiency is vital. They are designed and manufactured in Australia to Australian Standard AS1966.1-1985.
Transmig 210, 250, 310, 330 Ù To achieve this rating, the 15 Amp plug and primary supply lead (as supplied) must be replaced with a 25 Amp plug & lead. This must be carried out by a qualified electrical tradesperson.
Transmig 210, 250, 310, 330 2.4 Wirefeeder Specifications 704975 704841 Wirefeeder (Transmig 210 & 250 Remote) (Transmig 330) Mass 21Kg 23Kg Dimensions 600 x 245 x 475 Motor Supply Voltage 36V AC Motor Supply VA 180VA Control Supply Voltage 24V AC...
The Transmig is supplied with an input lead to which an appropriate plug should be fitted. Install a power outlet for each Power Source and fit fuses as per Transmig 210 and Transmig 250 Specifications or Transmig 310 and Transmig 330 Specifications.
See Figure 3 415/440 Volt 15 Amp Table 2 - Mains supply lead sizes for alternative Mains supply voltages Figure 2 - Voltage settings for Transmig 210/250 Figure 3 - Voltage settings for Transmig 310/330 DOC No: MIGTRN0001 Page 13 of 31...
Transmig 210, 250, 310, 330 4. SET UP FOR COMPACT TRANSMIGS Refer to Figure 4 for the plant setup of a compact Transmig. Remove all packaging materials. Fit the fixed and swivel wheels to the Power Source. WARNING 2: To obtain adequate air flow and cooling for the Power Source components, the four wheels must be fitted.
(+) [negative welding terminal (-) for flux cored wire]. Connect the control cable to the front of the Power Source of the Transmig 210 remote or Transmig 250 remote or Transmig 330. Connect the gas hose from the rear of the wire feeder unit to the Flowmeter outlet.
Transmig 210, 250, 310, 330 6. Power Source / 2R Wirefeeder Controls, Indicators and Features Optional Meter Optional Meter (standard on the Transmig 330) (standard on the Transmig 330) Ammeter/Voltmeter Indicator Light Switch On/Off & Coarse Indicator Light Voltage Control Switch Fine Voltage On/Off &...
Transmig 210, 250, 310, 330 6.3 Digital Ammeter and Voltmeter (Standard for Transmig 330 Only) Where fitted an average reading ammeter and voltmeter is provided to allow accurate monitoring (5% tolerance) of welding current and voltage. Refer to section 9.1 on page 25 for the Improved Current Accuracy Calibration Procedure for the Digital Meter.
Transmig 210, 250, 310, 330 6.8 Choice of Inductance Setting (Transmig 210 & 250 Only) The Transmig 210 & 250 have two inductance taps. These inductance terminals are the positive welding terminals. Inductance selection can effect the spatter level and penetration characteristics of the weld.
TWECO MIG Torches may be fitted to many different types of MIG welding plants so that your whole shop can be converted to TWECO. Not only will this give greater reliability (and hence greater productivity), but it will reduce stockholdings of consumable parts. See your CIGWELD distributor for details.
Transmig 210, 250, 310, 330 7.3 MIG Torch Components Refer to Figure 10 for a pictorial representation of the components listed in Table 7. Figure 10 - Exploded view of MIG torch Item Part No. Description ¾ Table 5 Nozzle (refer to ¾...
Transmig 210, 250, 310, 330 7.4 Installing A New Conduit Liner Be sure the MIG Torch cable is arranged in a straight line, free from twists, when installing or removing a conduit liner. Remove the old conduit liner by first removing the MIG Torches nozzle, contact tip and gas diffuser.
Transmig 210, 250, 310, 330 8. BASIC WELDING TECHNIQUE 8.1 Setting of the Power Source & Wirefeeder The setting of the Transmig requires some practice by the operator, the welding plant having two control settings that have to balance. These are the Wirespeed control and the welding Voltage Control switches.
Transmig 210, 250, 310, 330 8.6 Spot Welding Operation Fit a spot welding nozzle to the MIG Torch for consistent spot welding operations. The Transmigs will operate effectively using 0.8mm electrode wire when spot welding. Penetration depth is limited when using 0.6mm electrode wire for spot welding. Set the controls as follows for spot welding: Coarse &...
Transmig 210, 250, 310, 330 9.1 Improved Current Accuracy Calibration Procedure for the Digital Meter CAUTION 9: This calibration procedure should be carried out by a qualified electrical tradesperson. The following procedure will give a current measurement accuracy of better than the factory standard of approximately 5%.
Transmig 210, 250, 310, 330 xviii) Close wire-feeder compartment or replace side panel. 10. BASIC TROUBLESHOOTING The basic level of troubleshooting is that which can be performed without special equipment or knowledge, and without removing the covers from the Power Source / Wirefeeder.
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Transmig 210, 250, 310, 330 Inconsistent wire feed Wire feeding problems can be reduced by checking the following points. 1. Wire spool brake is too tight - Feed roller driven by motor in the cabinet will slip. 2. Wire spool brake is too loose - Wire spool can unwind and tangle.
Transmig 210, 250, 310, 330 10.2 Welding Problems FAULT CAUSE REMEDY Undercut A Welding arc voltage too A Reduce voltage by reducing the high. Voltage Control switches posi- tions or turn the Wirespeed con- trol knob clockwise. B Incorrect torch angle...
Transmig 210, 250, 310, 330 Welding Problems (continued) FAULT CAUSE REMEDY Weld cracking A Weld beads too small A Decrease torch travel speed B Weld penetration narrow B Reduce current and voltage and and deep increase the MIG Torch travel speed or select a lower penetration shielding gas.
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Transmig 210, 250, 310, 330 Power Source Problems (continued) FAULT CAUSE REMEDY Wire feeds when the torch Poor or no work lead Clean work clamp area and trigger switch is depressed contact. ensure good electrical contact. but arc can not be established.