1.8m x 1.8m / 6′ X 6′ Portable Column And Boom Welding Manipulator MN6-100. Welding Power Source Options: Submerged Arc (SAW), MIG, or to customer specification. Input Power Options: as per standard spec or to customer requirements.
1.8M x 1.8M Portable Column And Boom Welding Manipulator Specifications
MN6-100: 1.8m x 1.8m / 6′ X 6′ COLUMN AND BOOM WELDING MANIPULATOR
Load Capacity (at boom end): 226.79 kg/ 500 lbs
Boom Stroke: 1,828.8 mm / 72″
Column Stroke: 1,828.8 mm / 72″
Boom Traverse Speed Range: 127.0 mm – 3,048.0 mm / 5–120 in/min
Mast Traverse Speed Range: 127.0 mm – 3,048.0 mm / 5–120 in/min
Travel Car Speed: 127.0 mm – 3,048.0 mm / 5–120 in/min
Power Requirements: 480 V, 3-ph
Equipment Mass: Variable
Welding Power Source Options: Submerged Arc (SAW), MIG, or to customer specification
Input Power Options: as per standard spec or to customer requirements
Upgrade Controls: full integration to Pipe Standwelding positioners or turning rolls through HMI touchscreens and master PLC
Customizable with full integration capabilities for most existing mainstream welding equipment
1.8M x 1.8M Portable Column And Boom Welding Manipulator Request a Quote
1.8M x 1.8M Portable Column And Boom Welding Manipulator Product Information
COLUMN AND BOOM MANIPULATOR CAMERA SYSTEMS
The Xiris XVC-O Weld Camera monitors and records all open arc welding processes including MIG, MAG, TIG, Plasma, Laser and Stick welding.
Processes can be viewed remotely (40 m / 130 ft. away), providing live images of the torch, weld area and material during standard and high-power welding conditions.
The XVC-S Weld Camera provides a real-time view of the sub arc welding process from ground level.
Housed in a rugged enclosure the XVC-S, features single or dual crosshairs, can act as a set-up tool to position the welding torch or provide a means to adjust the welding position or parameters during the process.
COLUMN & BOOM WELDING MANIPULATOR SEAM TRACKING
ISLS-on-Spiral-OD-1200×891.jpgn laser vision tracking, a laser sensor is positioned a short distance ahead of the welding torch.
Before column boom welding begins, the sensor will search for a feature, the weld seam for example, and make two or three measurements to identify position and orientation.
Triangulation is used for measurements therefore some kind of physical feature is needed for the laser sensor to take measurements.
In boom-and-column welding, a physical feature can be a gap, mismatch, an edge, etc.and depending on the sensor, even very small features (around 0.2mm) can be tracked.
A comparison is made between the measured position of the feature and a pre-taught position and if there is a difference, correction co-ordinates are sent to the slides or to the controller positioning the robot to place the weld manipulators torch correctly at the start of and during welding.
This results in welds of higher quality that are always in the right place.
Perth and Brisbane Distribution Centres for Delivery Australia Wide Ordering Information
We carry stock in both our West Australian and our Queensland warehouses and can arrange delivery Australia wide. Some items are special order however we still have reasonable timeframes on delivery.
To arrange a quote please use the “Request a Quote” form. If you are looking for a specialty item or a custom build, please contact us directly with your specifications and one of our engineering team will be able to assist.
1.8M x 1.8M Portable Column And Boom Welding Manipulator Watch the Video
Manufacturer Information LJ Welding Automation
Pipe Stand is Australia’s leading distributor of LJ Welding products, from Pipe Stands, to Cable Reel Rollers, and everything in between.
LJ Welding Automation based out of Edmonton, Alberta, Canada, has been delivering top-quality welding positioners, vessel rotators, pipe and tank turning rolls, and welding automation equipment to the welding and fabrication industry for decades.
All equipment from LJ Welding Automation CSA/UL certified in-house in their CSA-compliant facility (CE certifications available on request). Equipment is APEGA certified (Engineering), with a full engineering department including a variety of professional Mechanical Engineers, CAD Technicians, Controls & Computer Programming engineers.
3D SOLIDWORKS modelling is used to create 3D drawings for customers to view prior to custom manufacturing and their state of the art facility utilizes robotics and full CNC machining centres to maximize productivity, which is returned in value to customer through lower production costs.