What is the right amps to run a 1/8 6010 welding rod?
The correct current, or amperage, setting primarily depends on the diameter and type of electrode selected. For example, a 1/8-inch 6010 rod runs well from 75 to 125 amps, while a 5/32-inch 7018 rod welds at currents up to 220 amps.
Can 6010 be welded in the vertical down position?
E 6010 electrode is a general-purpose electrode performs welding in all positions and efficiently in vertical-up and over-head positions; however, the electrode deposition rate is not high. The electrode arc is easy to control and produce flat weld bead with light slag formation.
Can you drag a 6010 welding rod?
Step or drag.. either method will work fine. It just depends on the conditions as you are welding. Most of the pipe I weld is thin wall (sch 40 or under) with nickel land, and I’ve never dragged completely on 6010 root going uphill around a pipe.
Can you drag a 6010 Rod?
Can you run 6010 uphill?
6010 is a fast freeze rod which means the puddle cool and hardens much faster than 7018. When welding vertical from bottom to top which is how any experienced welder should, dont be hesitant to move a half an inch out of the puddle to allow the molten metal to harden.
What amp do I need for 6010 downhill?
Amperage for the 6010 downhill root Amperage was set to 80 amps but was increased to 90 amps. this will vary somewhat from machine to machine. and also with fitup. If your gap is more than 1/16″ use less amps..and if your land is less than 1/16″ , use slightly less amps.
Can you drag 6010?
Why do pipeliners weld downhill?
On thinner-wall pipe, downhill welding enables operators to run “hot and fast,” increasing productivity compared to welding uphill, which is required on thicker wall pipe to increase heat input to ensure complete penetration.
What is the current setting for root pass?
For root pass welding, the current control should be set as high as necessary while the open circuit voltage (OCV) is set as low as possi- ble, while still permitting the arc to strike without sticking.