Lincoln Power Wave 355M

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Features

Superior Arc Performance
Revolutionary Communication
Lincoln Waveform Control Technology

Description

The Power Wave 355M features some of the best performance technologies and processes all rolled into one highly efficient inverter power source designed for high-end semiautomatic welding.

Lincoln Power Wave 355M Spec Sheet
Lincoln Power Wave 355M Operator Manual

Specifications

Model:	Power Wave 355M (K2368-1)
DC Amperage Range:	5 - 425 A
Rated CC and CV Output:	350 A at 34 VDC, 60% duty cycle, 1- or 3-phase input 300 A at 32 VDC, 100% duty cycle, 1- or 3-phase input
Voltage Input:	200/208-230/380-400/415-460/575/3/50/60 208-230/415-460/575/1/50/60
Weight:	81.5 lb (37 kg)
Dimensions:	H: 14.8 in (376 mm) W: 13.3 in (338 mm) D: 27.9 in (709 mm)

Additional Features

Lincoln Waveform Control Technology™ is at the heart of Power Wave 355M performance, enabling processes such as Pulse-On-Pulse™ and Power Mode™. Precise control of process parameters allows you to weld on a variety of materials, including steel, stainless steel, aluminum and nickel alloys in virtually any application. Optimize the arc for each wire type and size for a consistent weld time after time with the Power Wave 355M.

Features

Lincoln Waveform Control Technology™ gives you the ability to select the right waveform for each application — that means the arc has been optimized for each wire type and size for exceptionally smooth arc performance
Utilizes ArcLink™ — the leading digital communication protocol for welding, making it the best choice for seamless, time critical integration with the power source
Push-pull capability for ultimate aluminum welding with the Power Feed 10M wire feeder
Pulse-On-Pulse™ welding mode improves cleaning action when welding aluminum and delivers a TIG-like bead appearance
Power Mode™ maintains a stable, smooth arc for short arc welding on thin materials
State-of-the-art inverter technology provides high power efficiency, excellent welding performance and a lightweight, compact design
Rigorous environmental, mechanical and weld testing ensures ruggedness and reliability