Catalogs >
Stanley Infrastructure >
Robotic Welder - RW20

Robotic Welder - RW20
2Pages

Catalog excerpts

The RW20 Translamatic Robotic Welder is a computer controlled arcwelder that utilizes a coated wire without gas. It is ideal for repairing rails or frogs. The RW20 provides consistant high quality welds. Features • Eliminates operator exposure to weld fumes. • Records all welding events into memory for later download to PC. • Memory adapter, PC adapter, and software available as an option. • Automated control provides consistent welds. • Weld bead, patterns, and dimensions all electronically controlled. • Automatic call-up from memory. • Rugged lightweight construction. Robotic Welder RW20 Included Equipment Frog Clamps, Clamps, Stick Out Gauge, Computer Control Frog Clamps, Clamps, Stick Out Gauge, Computer Control Frog Clamps, Clamps, Stick Out Gauge, Computer Control, wire feed Frog Clamps, Clamps, Stick Out Gauge, Computer Control, wire feed Order Information RW20110 Robotic Welder, 650 mm, no wire feed RW20120 Robotic Welder, 1250 mm, no wire feed RW20210 Robotic Welder, 650 mm with wire feed RW20220 Robotic Welder, 1250 mm with wire feed Optional Equipment Welding Generators Angle Head Carbon Frog Inserts Cable to Rail Clamps Track Wheel Kit Rail Preheaters Specifications Voltage Output Variable up to 35 volts Weld Thickness (Approx) .16 in. (4 mm) Weld Penetration (Approx) .23 in. (6 mm) Weld Speed (Estimated) 5.0 sq in/min (32 cm²/min Weight 42 lbs (18 kg) Length 32 in. (812 mm) Width 31.4 in. (800 mm) Height 35.4 in. (900 mm) Computer Control Model RW20110 Robotic Welder Shown Stick-out Gauge Included with all models Barcode Pen Reader Wire Feeders Welding Wire PC Software PC Hardware

Open the catalog to page 1

Power Adapter Memory Adapter Memory/PC Adapter Software Serial Port PC Plug Robotic Welder RW20 In-line with rail Perimeter Perpendicular to rail Polygone Triangle In-line Rectangle In-line Types of Welds The following are examples of weld beads that the Robotic Welder is capable of performing automatically after simple input to the computer control. 2 1 4 3 3 4 1 2 4 3 1 2 4 3 1 2 Welding area selection is accomplished by visual pointing of the weld tip to 4 points that define the perimeter of the welding area or by defining length and width. See examples below. The following example shows...

Open the catalog to page 2