Lincoln Flex Feed 84 Dual Bench with Contactor, Heavy Duty Wire Reel Stand K5002-2

Lincoln Flex Feed 84 Dual Bench with Contactor, Heavy Duty Wire Reel Stand K5002-2

Rugged and reliable engineering -Consistent feeding over long conduit runs -Handles large-diameter wires (up to 3/32 in. (2.4 mm) solid or .120 in. (3.2 mm) cored wire), well beyond the competition’s 5/64-in. capacity -Gun adapters provide superior electrical connections reducing voltage drops and simplifying connections -Wire drive circuit board is encapsulated for maximum protection from the elements Superior process control -Digital preset for voltage and wire feed speed -Save repeated procedures in up to four user memories -Process limits can be set and passcode secured -Displays actual voltage and current while welding Safety with every process -Single wire drive model feeders can be ordered with an electrically isolated stud for arc gouging operations -Dual wire drive model can be ordered with a Power Path contactor that electrically isolates the non-active wire drive and gun -User selectable wire retract function physically retracts the wire back into the nozzle to prevent operator injury Advanced MaxTrac wire drive design -Rugged cast aluminum feed plate protects wire and ensures consistent wire feeding -Patented tool-less drive rolls make adjustments and maintenance quick and easy -Patented tool-less split wire guides ensure uninterrupted feed and prevents birdnesting -Modular design provides flexibility of configurations Configure for single, dual, bench or boom setups (convert as workspace needs change) Two available wire reel stands; standard (up to 44-lb. spools) or heavy duty (up to 60-lb. coils or spools) Built-in interface for hard automation

Features

• Dual wire drives for fast changes between different wire diamters or alloys
• Four Memory locations for saving and quick recall of weld schedules.
• Built in contactor ensures trhat only one wire is hot at a time.
• Advanced MaxTrac 4-roll wire drive design
• Modular design provides flexibility of configurations