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Figure presents a pressure measuring system of a pipeline. The pressure tap provides a pressure input to the transducer which resulting voltage output between 0 to 200 mV. The voltage output is linearly related to the input pressure with a range of 0 to 10 bar. The converter current output I is in mA and related to the voltage input in such, I = 4 – 0.2V, where V is in mV. The current signal is sent to a meter for reading display. Estimate the pressure value when the meter indicates 15 mA using the given equation.

Figure presents a pressure measuring system of a pipeline. The pressure tap provides a pressure input to the transducer which resulting voltage output between 0 to 200 mV. The voltage output is linearly related to the input pressure with a range of 0 to 10 bar. The converter current output I is in mA and related to the voltage input in such, I = 4 – 0.2V, where V is in mV. The current signal is sent to a meter for reading display. Estimate the pressure value when the meter indicates 15 mA using the given equation.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Figure presents a pressure measuring system of a pipeline. The pressure tap
provides a pressure input to the transducer which resulting voltage output between 0 to
200 mV. The voltage output is linearly related to the input pressure with a range of 0 to
10 bar. The converter current output I is in mA and related to the voltage input in such,
I = 4 – 0.2V, where V is in mV. The current signal is sent to a meter for reading display.
Estimate the pressure value when the meter indicates 15 mA using the given equation.

Pressure tap Pipeline Pipeline Pressure input Hose Transducer mV Converter Meter
Transcribed Image Text:Pressure tap Pipeline Pipeline Pressure input Hose Transducer mV Converter Meter
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