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| Manufacturer | GULLCO |
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| Product Name | Moggy Automatic Fillet Welding Carriage |
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Moggy Automated Fillet Welding System
The Gullco Moggy® friction drive travel carriage is designed to perform Horizontal Fillet Welding, Lap Welding and Butt Welding. It can be fitted with a Gullco Compact Oscillator to perform multi-pass welding. These operations can be performed on horizontal fillets with a minimum radius of 39 in. (1 meter) and up to a 30° incline. Following is a brief description of the Moggy and components that make up the system.
It is a lightweight, portable, four wheel friction drive travel carriage that can be used with or without track to automate welding operations. A speed potentiometer provides infinite speed selection within the 6 to 115 in/min (15.2 to 292.2 cm/min) range. The unit comes complete with adjustable guide rolls, travel limit switch assembly, vertical and horizontal slides providing 1 3/4” (44.4mm) adjustment and a semi-automatic gun holder. It is designed to run on a horizontal path against a vertical surface
The Standard Moggy can be adapted for use on standard 6” (152.4mm) v-groove track by reversing the wheel assemblies. Safety is assured by using Gullco low voltage 24 volt DC highly advanced control power supply system that is available in 3 line voltage inputs ... 42, 110 and 230 volt AC 50/60 Hz.
• Ideal for automatic horizontal fillet, lap and butt welding operations
• Controls are available to perform continuous and/or stitch weld operations
• Dual gun holder assembly is available for efficient simultaneous welding
• Wheels on the standard Moggy can be reversed to allow the moggy to run on standard v-groove track
Benefits of Automated Welding
This well-engineered welding system from Gullco includes benefits that range from improved weld quality to decreased variable labor costs. The foremost advantages are:
* Improved Weld Quality: Mechanized welding improves weld integrity and repeatability.
* Increased Output/Volume: Production weld speeds are set by the machine at a reasonable percentage of maximum. With minimized part set up time, and higher weld speeds increased output will occur.
* Decreased Scrap/Rework: Automating the torch/part motions and part placement minimizes the error potential.
* Decreased Variable Labor Costs: Relying on human welders dramatically increases a manufacturer's labor costs. An automated system will normally have at least twice the output of a skilled welder. | |
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