Miller Robotic Interface II Manual de usuario descargar pdf (Pagina 14)

Using embedded arc control technology

EAC technology creates new

opportunities

TAWERS

comes standard with EAC technology,

which eliminates the need for three control systems

by combining the robot, welder, and servo wire feeder

controls into a single unit. Contained inside the robot

controller, this new system is monitored by the TAWERS

64-bit main CPU.

EAC technology controls the robot motion path, and

synchronizes the welding power supply and servo wire

feeder to adjust for dynamic changes in the welding

process. TAWERS soars beyond conventional digital

communication systems, delivering the ﬁrst generation of

fully software-controlled robotic welding solutions.

U Robot lift start — When the robot senses current

ﬂow during the arc start process, it creates the arc

using voltage — not current — to dramatically limit

ignition spatter and increase ﬁrst arc strike efﬁciency.

Robot lift end — The robot lifts to end the weld

cratering process, eliminating wire-stick detection and

burn-back times, while simultaneously sharpening the

welding wire.

U Optional embedded arc data monitoring — By

screening variables and data for quality control, you

can ﬁnd root causes to problems that could result in a

suspect part reaching the end customer.

Miller

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Miller Robotic Interface II Manual de usuario Pagina 14