Question 239General Subjects - Assistant Engineer70% to pass
What is the normal direction of flow through the device shown in the illustration while operating in the processing mode? Illustration GS-0153
AI Explanation
The correct answer is C. The oily-water mixture enters through valve "5" and exits the separator through valve "14" as processed liquid.
This is the correct answer because the normal direction of flow through the device in the processing mode is from the inlet valve (valve "5") to the outlet valve (valve "14"). The oily-water mixture is fed into the separator through valve "5" and the processed liquid, with the oil removed, exits through valve "14".
The other answer choices are incorrect because they do not accurately depict the normal direction of flow through the device. Options A, B, and D describe flow patterns that do not match the typical configuration and operation of this type of oily-water separator.
Related Questions
#237 Referring to the illustration, note that the solenoid in line "C" is closed. The check valve in line "E" is open. The separator service pump is running. The check valve in line "G" is closed. Valve "B" is open. Valve "D" is closed. What is the operational status of the oily-water separator unit? Illustration GS-0175 #238 The line labeled "G", as shown in the illustration would be identified as the _______________. Illustration GS-0175#240 The component labeled "A" as shown in the illustration would be identified as the . Illustration GS-0175 #241 The line labeled "E", as shown in the illustration, would be identified as the _______________. Illustration GS-0175 #242 Referring to the illustration, note that the solenoid in line "C" is closed. The check valve in line "E" is open. The separator service pump is running. The check valve in line "G" is closed. Valve "B" is closed. Valve "D" is open. What is the operational status of the oily-water separator unit? Illustration GS-0175