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DETAILS
FLEXIBLE CONFIGURATION. ENDLESS POSSIBILITIES.
Choose the Power Wave® S700 model for high amperage, high duty cycle applications in the heavy equipment, transportation and other fabrication industries. Typically recommended for 1/16 inch (1.6 mm) wire diameter and up, the Power Wave®\ S700 can be used in semiautomatic, hard automation or robotic environments - even for high deposition synchronized tandem welding applications. The machine is also suitable for arc gouging.
Low Operating Cost - Operates at a high 88% efficiency with a 95% minimum power factor (at rated output)
Severe Duty - Can be stored outdoors. IP23 rated to withstand harsh environments
iARC™ Digital Control - 90 times faster than the previous generation, delivering a responsive arc
Standard ArcLink®, Ethernet, and DeviceNet™ Communication - Offers remote process monitoring, control and troubleshooting
True Energy™ - Measures, calculates and displays instantaneous energy in the weld for critical heat input calculations
Checkpoint™ - A cloud-based data collection tool allows customers to view and analyze welding data. Track equipment usage, store weld data, configure fault limits and more
Fan-As-Needed™ (F.A.N.) - Reduces power consumption and the amount of debris that gets drawn into the machine by shutting the fan down when it is not needed
Standard 115V (10A) AC Duplex Auxiliary Power Receptacle - Features patent pending Surge Blocker™ Technology to ensure simultaneous welding performance is not compromised by high starting current devices such as grinders (typically requiring 60A or more peak surge current)
Features
High output for the most demanding applications
Severe Duty IP23 rating for harsh environments
All Power Wave® systems come standard with access to Lincoln Electric Power Wave® Manager and Lincoln Electric Checkpoint® Production Monitoring allowing for advanced remote configuration, process control, and quality assurance.
The TIG-MAX® works with a brush through which electrical current is passed. With the brush, a cleaning
liquid is absorbed and applied to the areas to be cleaned. The liquid is used to remove the iron oxide stains
formed during welding. The brush converts the electrical current into high temperatures, especially at the
bristle ends. The liquid, which is relatively harmless at room temperature, is heated by the brush to temperatures
at which it becomes much more reactive, resulting in an accelerated chemical action on the stainless
steel surface. Unlike pickling paste, the active ingredients of the cleaning fluid are not inherently harmful
to health. When used correctly, the fluids are non-toxic to the environment.
During the welding process, the pulse parameters are dynamically adjusted to keep constant arc length even when external disturbances occur(such as a changing wire extension length). As a result, the dynamic characteristics and arc stability are enhanced significantly. The uniform pulse frequency makes the welding sound softer, which greatly reduces the noise generated by welding. The strictly control on the one pulse one droplet transfer improves the welding quality and reduces the welding defects.The arc ignition adopts asynchronous curved surface acceleration control. The arc start energy is dynamically adjusted, which can quickly establish and stabilize the molten pool and improve the successful rate of arc ignition. Burn-back control utilizes controllable braking ball cancelling technology to improve the consistency of molten ball size. At the same time,the arc ignition and burn-back time are shortened, speeding up the welding cycle and improving production efficiency.
During the welding process, the pulse parameters are dynamically adjusted to keep constant arc length even when external disturbances occur(such as a changing wire extension length). As a result, the dynamic characteristics and arc stability are enhanced significantly. The uniform pulse frequency makes the welding sound softer, which greatly reduces the noise generated by welding. The strictly control on the one pulse one droplet transfer improves the welding quality and reduces the welding defects.The arc ignition adopts asynchronous curved surface acceleration control. The arc start energy is dynamically adjusted, which can quickly establish and stabilize the molten pool and improve the successful rate of arc ignition. Burn-back control utilizes controllable braking ball cancelling technology to improve the consistency of molten ball size. At the same time,the arc ignition and burn-back time are shortened, speeding up the welding cycle and improving production efficiency.
