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Converting Liquid Level Units to Sensor Output Signal Units Liquid level units are converted to sensor output signal units by first converting the liquid level units to pressure units and then converting the pressure units to sensor output signal units. The calculation is useful in troubleshooting and allows us to determine if the pressure sensor is providing the correct output. Using two previously investigated relationships we arrive with the following formula: Measured Output Signal (Sensitivity x Level x SG x k)+Minimum Output Signal Value Manipulating the formula and you can determine Level: Level (Measured Output Signal -Minimum Output Signal) divided by (Sensitivity x SG x k) 1. Calculate the current output signal from a pressure-type sensor that has a 0-2psi input signal range if it measures a water level of 0-53m, the sensor is supporting a 4-20mA output range Solution:

Converting Liquid Level Units to Sensor Output Signal Units Liquid level units are converted to sensor output signal units by first converting the liquid level units to pressure units and then converting the pressure units to sensor output signal units. The calculation is useful in troubleshooting and allows us to determine if the pressure sensor is providing the correct output. Using two previously investigated relationships we arrive with the following formula: Measured Output Signal (Sensitivity x Level x SG x k)+Minimum Output Signal Value Manipulating the formula and you can determine Level: Level (Measured Output Signal -Minimum Output Signal) divided by (Sensitivity x SG x k) 1. Calculate the current output signal from a pressure-type sensor that has a 0-2psi input signal range if it measures a water level of 0-53m, the sensor is supporting a 4-20mA output range Solution:

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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Converting Liquid Level Units to Sensor Output Signal Units Liquid level units are converted to sensor output signal units by first converting the liquid level units to pressure units and then converting the pressure units to sensor output signal units. The calculation is useful in troubleshooting and allows us to determine if the pressure sensor is providing the correct output. Using two previously investigated relationships we arrive with the following formula: Measured Output Signal (Sensitivity x Level x SG x k)+Minimum Output Signal Value Manipulating the formula and you can determine Level: Level = (Measured Output Signal-Minimum Output Signal) divided by (Sensitivity x SG x k) 1. Calculate the current output signal from a pressure-type sensor that has a 0-2psi input signal range if it measures a water level of 0-53m, the sensor is supporting a 4-20mA output range Solution:
Transcribed Image Text:Converting Liquid Level Units to Sensor Output Signal Units Liquid level units are converted to sensor output signal units by first converting the liquid level units to pressure units and then converting the pressure units to sensor output signal units. The calculation is useful in troubleshooting and allows us to determine if the pressure sensor is providing the correct output. Using two previously investigated relationships we arrive with the following formula: Measured Output Signal (Sensitivity x Level x SG x k)+Minimum Output Signal Value Manipulating the formula and you can determine Level: Level = (Measured Output Signal-Minimum Output Signal) divided by (Sensitivity x SG x k) 1. Calculate the current output signal from a pressure-type sensor that has a 0-2psi input signal range if it measures a water level of 0-53m, the sensor is supporting a 4-20mA output range Solution:
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