Miller Robotic Interface II Manual de usuario descargar pdf (Pagina 13)

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HEAT (High-Efﬁciency Advanced Tip)

beneﬁts include:

U Up to 40% higher deposition than conventional welding

processes.

U Less burn-through — ideal for thinner metals.

U Improved gap handling without sacriﬁcing travel speed.

U Consistent tip-to-wire electrical contact for improved

process control.

Continuous evolution with HEAT

Optimized for productivity

TAWERS

arc welding robots combine TA Series

manipulators with WG welders by fusing them together

using embedded arc control (EAC) technology. With

larger motors and drives, increased acceleration, and a

high rigidity FEA optimized design, TAWERS robots offer

exceptional speed, maximizing your performance by

minimizing cycle downtimes.

U Bus communication — This system helps reduce cycle

times, advance quality, and improve ﬂexibility of the

welding process.

U Advanced sensitivity — When servo control

algorithms detect undue load on the robot during

motion, they drop servo power to a soft state to

protect the robot from collisions.

U Ultra-low spatter — Advanced arc physics analysis

and control can save more than 100 pounds of wire

per arc versus conventional MIG (CV) processes.

U Better performance — The robot controller and welder

share a cabinet that does not exchange outside air

with the welding environment, eliminating failure due

to welding dust (WG only).

TAWERS WG

350 A @ 80% CV. 350 A @ 60% CV,

and Pulse

TAWERS WG

450 A @ 100% CV, and Pulse

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Miller Robotic Interface II Manual de usuario Pagina 13