As shown in the illustration, which of the...

As shown in the illustration, which of the...

Question 1 of 2707066636eef28f7522a1c52025a

As shown in the illustration, which of the following conditions would be responsible for a "low-pressure in oil outlet" alarm to be indicated? Illustration MO-0127

Question 1 of 27070

Q

As shown in the illustration, which of the following conditions would be responsible for a "low-pressure in oil outlet" alarm to be indicated? Illustration MO-0127

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🔍 Key Concepts

• Trace the oil flow path from oil inlet, through the separator, to the oil outlet in the MO-0127 diagram. • Notice where the pressure transmitter/indicator for the oil outlet is located and what actually changes that pressure. • Think about how flow rate (throughput) and temperature/viscosity affect pressure in a discharge line.

💭 Think About

• Which of the listed conditions would physically reduce the pressure in the oil outlet line while the system is running, rather than just stopping or pausing operation? • Look at each choice and ask: does this mostly affect whether the machine runs, the quality of separation, or the actual pressure/flow in the oil outlet? • If you slowly decrease the amount of oil being processed but keep the machine in operation, what happens to the outlet pressure signal?

✅ Before You Answer

• Identify on the illustration where the oil outlet pressure signal is taken and how it is connected into the EPC alarm indications unit. • For each answer choice, decide if it would cause no flow / no pressure signal at all versus a genuine low-pressure condition while operating. • Verify which item is directly related to flow/throughput in the oil line, not to temperature control or electronic setpoint only.