Payload 500kg Heavy Duty Welding Booms With Tandem Wire Welding Head

Payload 500kg Heavy Duty Welding Booms With Tandem Wire Welding Head

Brief introduction:

Heavy duty welding boom with payload 500kg is equipped with linear guide on the guide rail. The boom is rotation & movable on motorized trolley.

Description of welding boom:

• Welding booms are used to locate a weld head to a desired position for welding in a stable and secure manner.
   
• Once in position, the part is moved during welding to produce high quality welds.
   
• A welding boom can be used on a wide variety of parts and part shapes.
   
• Welding is performed using GTAW, PAW, GMAW, FCAW, SAW or YAG Laser.
   
• In some GMAW, SAW and FCAW welding, the standard boom can be used as a linear welding axis, as these weld processes may not required precise welding motion.
   
• Welding booms are a versatile and rugged solution to obtain up to 8m of lift and reach to duplicate the function of a highly skilled welder.
   
• Manual or powered mobile sub-based trolley can be included for varying length weldments and procedures.

welding boom feature:  

• Working with welding boom is the next step in automated welding.
   
• The welding booms are initially designed to save labor costs especially at lager workpieces and when welding boom is been used in combination with a positioner or rotator.
   
• Designed and robustly build to withstand rugged work environments.
   
• Smooth 360 degree lockable rotation.
   
• All vertical and horizontal guidings are precisely machined for smooth movement.
   
• Solid state inverter for variable speed of horizontal travel and travel carriage.
   
• Worm gearbox for vertical travel via AC motor, complete with brake for added safety.
   
• High tensile roller chain used for vertical travel with the addition of a counter balance system with the column that provides smooth, effortless travel.
   
• IP54 pendant control station using low voltage on the generous 6m cable.
   
• Anti-fall device and limit switches for all motions.

Main technical parameter: