Gas Metal Arc Welding : Advanced (GMAWA)

This course provides training on pulse transfer other than the short-circuiting, which is covered in the Gas Metal Arc Welding course. The pulse transfer provides for high deposition rate for all position welding. This course also includes gas metal arc welding of aluminum.


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01. Gas metal arc welding advanced: course overview
01. Gas metal arc welding advanced: course overview
Objective: The Gas Metal Arc Welding Advanced course designed to provide you with advanced skills in Gas Metal Arc Welding on 3/4" mild steel, 1/4" aluminum and 1/8" aluminum.
02. Introduction to gas metal arc welding: spray & pulsed spray
02. Introduction to gas metal arc welding: spray & pulsed spray
Objective: To provide an overview of the equipment used with gas metal arc welding and to introduce the spray and pulsed spray methods of metal transfer.
04. Equipment set-up, operation and shutdown
04. Equipment set-up, operation and shutdown
Objective: To demonstrate proper procedure for set up, adjustment and shut down of gas metal arc welding equipment for spray and pulsed spray transfer.
05. Single V-groove weld, butt joint, flat (1G) position: spray transfer
05. Single V-groove weld, butt joint, flat (1G) position: spray transfer
Objective: To produce a quality single-V-groove weld in a butt joint, in the flat (1G) position, using spray transfer.
06. Pulsed spray transfer
06. Pulsed spray transfer
Objective: To explore the characteristics and benefits of the pulsed spray transfer method of gas metal arc welding.
07. Single V-groove weld, butt joint, horizontal (2G) position: pulsed spray transfer
07. Single V-groove weld, butt joint, horizontal (2G) position: pulsed spray transfer
Objective: To produce quality single V-groove welds in a butt joint, in the 2G position using pulsed spray transfer.
08. Single V-groove weld, horizontal (2G) position: destructive test
08. Single V-groove weld, horizontal (2G) position: destructive test
Objective: To produce a quality multi-pass single V-groove weld on 3/4" mild steel in the 2G position, that passes a visual inspection and a side bend test.
09. The weldability of aluminum
09. The weldability of aluminum
Objective: To explore the physical characteristics of aluminum and to provide you with guidelines for selecting filler metals to produce quality aluminum welds.
10. Fillet weld, lap & T-joint, horizontal (2F) position: spray transfer
10. Fillet weld, lap & T-joint, horizontal (2F) position: spray transfer
Objective: To produce quality fillet welds on lap and T-joints in the horizontal (2F) position on 1/4" aluminum using spray transfer.
11. Fillet weld, lap & T-joint vertical (3F) position: spray & pulsed spray transfer
11. Fillet weld, lap & T-joint vertical (3F) position: spray & pulsed spray transfer
Objective: To produce quality fillet welds on lap and T-joints in the (3F) position on 1/4" aluminum using spray and pulsed spray transfer.
12. Single V-groove weld, butt joint, vertical (3G) position: spray & pulsed spray
12. Single V-groove weld, butt joint, vertical (3G) position: spray & pulsed spray
Objective: To produce quality single-V-groove welds in butt joints with backing in the vertical of 3G position with spray and pulsed spray transfer.
13. Single V-groove weld, butt joint, vertical (3G) position: macroetch test
13. Single V-groove weld, butt joint, vertical (3G) position: macroetch test
Objective: To produce a quality single-V-groove weld in a butt joint on 1/4" aluminum in the 3G or vertical position that passes a visual inspection and macroetch test.

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