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During routine maintenance of a closed-loop control system, you measure the current loop signal from a transmitter as 12 mA. The transmitter is calibrated for a 0-100 PSI range. However, the system's display indicates a pressure reading of 75 PSI. Which of the following is the most likely cause of this discrepancy? A) The transmitter is malfunctioning and needs recalibration. B) There is a wiring issue causing a voltage drop in the loop. C) The receiving device (e.g., PLC or DCS) has an incorrect scaling setting. D) The power supply voltage to the loop is too low. Refer the below link to find the answer https://lnkd.in/gYqzpvKN

During routine maintenance of a closed-loop control system, you measure the current loop signal from a transmitter as 12 mA. The transmitter is calibrated for a 0-100 PSI range. However, the system's display indicates a pressure reading of 75 PSI. Which of the following is the most likely cause of this discrepancy? A) The transmitter is malfunctioning and needs recalibration. B) There is a wiring issue causing a voltage drop in the loop. C) The receiving device (e.g., PLC or DCS) has an incorrect scaling setting. D) The power supply voltage to the loop is too low. Refer the below link to find the answer https://lnkd.in/g2NUsjw2

During routine maintenance of a closed-loop control system, you measure the current loop signal from a transmitter as 12 mA. The transmitter is calibrated for a 0-100 PSI range. However, the system's display indicates a pressure reading of 75 PSI. Which of the following is the most likely cause of this discrepancy? A) The transmitter is malfunctioning and needs recalibration. B) There is a wiring issue causing a voltage drop in the loop. C) The receiving device (e.g., PLC or DCS) has an incorrect scaling setting. D) The power supply voltage to the loop is too low. Refer the below link to find the answer https://lnkd.in/g2NUsjw2

During routine maintenance of a closed-loop control system, you measure the current loop signal from a transmitter as 12 mA. The transmitter is calibrated for a 0-100 PSI range. However, the system's display indicates a pressure reading of 75 PSI. Which of the following is the most likely cause of this discrepancy? A) The transmitter is malfunctioning and needs recalibration. B) There is a wiring issue causing a voltage drop in the loop. C) The receiving device (e.g., PLC or DCS) has an incorrect scaling setting. D) The power supply voltage to the loop is too low. Refer the below link to find the answer https://lnkd.in/g2NUsjw2

During routine maintenance of a closed-loop control system, you measure the current loop signal from a transmitter as 12 mA. The transmitter is calibrated for a 0-100 PSI range. However, the system's display indicates a pressure reading of 75 PSI. Which of the following is the most likely cause of this discrepancy? A) The transmitter is malfunctioning and needs recalibration. B) There is a wiring issue causing a voltage drop in the loop. C) The receiving device (e.g., PLC or DCS) has an incorrect scaling setting. D) The power supply voltage to the loop is too low. Refer the below link to find the answer https://lnkd.in/g_4rkecA

During routine maintenance of a closed-loop control system, you measure the current loop signal from a transmitter as 12 mA. The transmitter is calibrated for a 0-100 PSI range. However, the system's display indicates a pressure reading of 75 PSI. Which of the following is the most likely cause of this discrepancy? A) The transmitter is malfunctioning and needs recalibration. B) There is a wiring issue causing a voltage drop in the loop. C) The receiving device (e.g., PLC or DCS) has an incorrect scaling setting. D) The power supply voltage to the loop is too low. Refer the below link to find the answer https://lnkd.in/g_4rkecA

When you are working on a production line, IEC61300-3-35 is your standard. These are 'repetitive actions', closely managed and considered. When you ar working OSP...FTTx...work environments that are not 'controlled access" and not repetitive, we wrote Telcordia GR-2023-Core. At the time there was not an instrument, other than a 'lab quality bench top device'...that could view the connector surfaces. The connector is a 3D structure with 'soil points' far beyond as "characterized" by IEC61300-3-35 or the production line. This brief video "characterizes" the other surfaces. I can help you define cleaning procedures...please check in! All the best, edforrest +770-971-8100 edforrest@fiberopticprecisioncleaning.com

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