13
13
SELECTING THE SPRING LOAD
The proper spring pre‐load setting on the stud gun will vary depending on the se‐
lected application. Generals rules of application would be; mild steel or stainless
steel usually in the 1 to 2 range, depending on the stud diameter and the thickness of
the base material. Aluminum and other nonferrous metals would require settings
from 3 to 5 depending on the diameter of the stud and base material thickness.
This spring pre‐load adjustment is made by turning the screw insert in the back of the
stud gun with a screwdriver. On the bottom of the back cap of the stud gun is the
indicator numbered 1 thru 5, which will show you the tension setting during the ad‐
justment.
SET-UP AND WELDING
Adjustment Screw
Tension Indicator
15
SELECTING THE SPRING LOAD
The proper spring pre‐load setting on the stud gun will vary depending on the se‐
lected application. Generals rules of application would be; mild steel or stainless
steel usually in the 1 to 2 range, depending on the stud diameter and the thickness of
the base material. Aluminum and other nonferrous metals would require settings
from 3 to 5 depending on the diameter of the stud and base material thickness.
This spring pre‐load adjustment is made by turning the back cap of the stud gun. On
the side of the stud gun is the indicator numbered 1 thru 5, which will show you the
tension setting during the adjustment.
SET-UP AND WELDING
Adjustment Cap
Tension Indicator
Location of adjustment
on back of the gun.
Summary of Contents for StudPro 2500
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