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Software Application

WPEdit - Welding Procedure Editor

The proprietary software application for the LoneStar automated welding system allows for easy development of welding procedures and parameters.

WPEdit is a user friendly application using graphical user interface and developed for the Microsoft Windows operating system. It allows fast development of welding procedures and short set-up time.



Some of the components included in WPE
dit software application:

-
Weld Client Database - keeps records of clients and allows easy management of clients' data

-
Pipe Bevel Design Tool - allows easy design of a compound bevel to be prepared by pipe facing machines

-
Welding Procedure Documentation Editor - allows for quick development of welding procedure documentation
 


-
Weld Pass Manager - allows easy management of welding projects and weld passes within projects with the possibility of importing and/or exporting pass parameters

-
Weld Pass Editor - allows easy editing of welding pass position dependent and independent welding parameters 

 

The LoneStar automatic welding system monitors position on pipe from 0° - 359° allowing for constant adjustment to the set welding parameters reducing gravity effect in all-position welding.

The LoneStar automatic welding system eliminates the need for manual adjustment of the welding parameters found in competitive systems.

The position-dependent parameters include the following:

             Arc voltage
             Arc current
             Wire feed speed
             Orbital travel spee
d
            
Oscillation speed
             Oscillation width
             Oscillation dwell time
             Welding Head angle
             Inductance setting
             Pulse current an
d frequency
             Pulse width

 The LoneStar automated welding system incorporates the following control features:

- Proprietary automated 'work-distance control', controlling work distance using a welding arc measurement built into the main controller of the welding robot, eliminating the need for additional device(s) required by many other orbital welding systems.

- Proprietary 'absolute' position measurement on the pipe using a 'smart-digital' inclination sensor, which provides high accuracy of welding position on the pipe.

- Proprietary automated 'on-the-fly setting' of position dependent parameters allows real time changing of welding parameters required by changing welding positions from 0° -359° around the pipe.

- Proprietary automated mode allows automatic start and stop of the welding process depending on pre-defined set positions, reducing the need for operator assistance.

- Proprietary recovery algorithm allows for automated recovery of auto-mode in fault condition, eliminating the need for manual restart of the welding process.

- Proprietary software algorithm allows two welding robots at each welding station, welding 180° of pipe circumference, to intercommunicate and 'synchronize its welding process without operator assistance.

- eWeld proprietary electronic real time data acquisition and history lookup with the option of global and wireless networking.


 

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