How would the pressure setting of the illustrated self-contained, internal-pilot, piston-operated steam pressure-reducer be reduced to a lower setpoint? Illustration GS-0044
A
The adjusting spring would need to have its compression load reduced by rotating the adjusting screw clockwise further into the adjusting spring chamber.
B
The adjusting spring would need to have its compression load increased by rotating the adjusting screw counterclockwise further out of the adjusting spring chamber.
C
The adjusting spring would need to have its compression load reduced by rotating the adjusting screw counterclockwise further out of the adjusting spring chamber.
D
The adjusting spring would need to have its compression load increased by rotating the adjusting screw clockwise further into the adjusting spring chamber.
Question 1 / 205eccefa5bacbc34ba4d487d4
Question 1 of 205eccefa5bacbc34ba4d487d4
How would the pressure setting of the illustrated self-contained, internal-pilot, piston-operated steam pressure-reducer be reduced to a lower setpoint? Illustration GS-0044
How would the pressure setting of the illustrated self-contained, internal-pilot, piston-operated steam pressure-reducer be reduced to a lower setpoint? Illustration GS-0044