Lincoln Electric Power Wave S500 Multiprocess Welder, Power Feed 84 Ready-Pak
The Lincoln Electric Power Wave S500 multiprocess welder is paired with a Power Feed 84 in this Ready-Pak, a package designed to be ready to weld within minutes. PowerConnect accepts 200-600 V single- or three-phase input, and the advanced process power source is IP23 rated for harsh environments.
Advanced welding waveforms are optimized for a wide range of applications, and the modular platform lets modules stack directly beneath the power source, stationary or on a cart. Power Wave Manager and Checkpoint Production Monitoring come standard for remote configuration, process control and quality assurance.
With PowerConnect, the S500 adjusts itself to 200-600 V at 50 or 60 Hz, single- or three-phase, and holds welding output steady across the range, while the Tribrid Power Module delivers high power factor and efficiency. The fan runs only when needed, and a 115 V (10 A) AC duplex receptacle with Surge Blocker Technology keeps high-starting-current tools such as grinders from disturbing the arc.
Highlights
Power Wave S500 with a Power Feed 84 in a Ready-Pak package
Ready-Pak format meant to get a welder running within minutes
PowerConnect adapts to 200-600 V, 50 or 60 Hz, single- or three-phase
IP23 rated; modular platform stacks modules beneath the power source
115 V (10 A) AC duplex receptacle with Surge Blocker Technology
Tribrid Power Module for high power factor and efficiency
Specifications
Brand | Lincoln Electric |
Manufacturer part number | K3187-2 |
Configuration | Power Wave S500 with Power Feed 84, Ready-Pak |
Input power | 200-600 V, 50 or 60 Hz, single- or three-phase |
Input technology | PowerConnect (automatic) |
IP rating | IP23 |
Power module | Tribrid |
Auxiliary power | 115 V (10 A) AC duplex receptacle with Surge Blocker Technology |
Cooling fan | Runs only when needed |
Software access | Power Wave Manager, Checkpoint Production Monitoring |
Platform | Modular; modules stack beneath the power source |
Good to know
Check the input power (voltage, phase and amperage) against your supply before you order.
