11. Determine differential pressure and output signal if level is 10 ft from the bottom of the tank in Figure 2. [DP = 216" H2O, Output = 12 PSI]

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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10
9. Determine the differential pressure across the DPT at 0% and 100% of level for both Figures 1
and 2 shown below. [Figure 1: DP @ 0% = -101.4" H20; DP @ 100% = 15.6" H2O
Figure 2: DP @ 0% = 180" H20; DP @ 100% = 228" H20]
10. Determine differential pressure and output signal if level is 4 meters above the tank bottom in
Figure 1. [DP = -23.4" H2O, Output = 14.67 mA]
11. Determine differential pressure and output signal if level is 10 ft from the bottom of the tank in
Figure 2. [DP=216" H2O, Output = 12 PSI]
100%
3m
0%-
1m
1m
1m
2 MPA
5.0-1.0
125.0.0.8
Wet
Leg
4-20mA
1
Fig. 1: Use 1 M= 39 inches for
calculations.
6.5 m
®+
Dry Leg
3.15 PSI
HP
50-20
Fig. 2
100 pal
50
1.0
20 ft
14 A
13 ft
200 %
2599
1169
11125
of
Transcribed Image Text:9. Determine the differential pressure across the DPT at 0% and 100% of level for both Figures 1 and 2 shown below. [Figure 1: DP @ 0% = -101.4" H20; DP @ 100% = 15.6" H2O Figure 2: DP @ 0% = 180" H20; DP @ 100% = 228" H20] 10. Determine differential pressure and output signal if level is 4 meters above the tank bottom in Figure 1. [DP = -23.4" H2O, Output = 14.67 mA] 11. Determine differential pressure and output signal if level is 10 ft from the bottom of the tank in Figure 2. [DP=216" H2O, Output = 12 PSI] 100% 3m 0%- 1m 1m 1m 2 MPA 5.0-1.0 125.0.0.8 Wet Leg 4-20mA 1 Fig. 1: Use 1 M= 39 inches for calculations. 6.5 m ®+ Dry Leg 3.15 PSI HP 50-20 Fig. 2 100 pal 50 1.0 20 ft 14 A 13 ft 200 % 2599 1169 11125 of
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