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A dead weight tester is a device commonly used for calibrating pressure gauges. Weight loaded into the piston carrier generates a known pressure in the piston cylinder, which in turn is applied to the gauge. The tester shown below generated a pressure of 35 MPs when loaded with 100 kg Weight. (1) The radius of the piston cylinder (mm). (2) The load necessary (kg) to produce a pressure of 200 kPa. weight Gauge to be Calibrated Primary Piston oil 7/11 12 mm 4 m 10 lb 2.98 mm 12.5 in 7.97 mm 4.3 lb 15 kg 0.57 kg Secondary Piston

A dead weight tester is a device commonly used for calibrating pressure gauges. Weight loaded into the piston carrier generates a known pressure in the piston cylinder, which in turn is applied to the gauge. The tester shown below generated a pressure of 35 MPs when loaded with 100 kg Weight. (1) The radius of the piston cylinder (mm). (2) The load necessary (kg) to produce a pressure of 200 kPa. weight Gauge to be Calibrated Primary Piston oil 7/11 12 mm 4 m 10 lb 2.98 mm 12.5 in 7.97 mm 4.3 lb 15 kg 0.57 kg Secondary Piston

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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+ A dead weight tester is a device commonly used for calibrating pressure gauges. Weight loaded into the piston carrier generates a known pressure in the piston cylinder, which in turn is applied to the gauge. The tester shown below generated a pressure of 35 MPs when loaded with 100 kg Weight. (1) The radius of the piston cylinder (mm). (2) The load necessary (kg) to produce a pressure of 200 kPa. weight Gauge to be Calibrated Primary Piston oil 12 mm 4 m 10 lb 2.98 mm 12.5 in 7.97 mm 4.3 lb 15 kg 0.57 kg Secondary Piston
Transcribed Image Text:+ A dead weight tester is a device commonly used for calibrating pressure gauges. Weight loaded into the piston carrier generates a known pressure in the piston cylinder, which in turn is applied to the gauge. The tester shown below generated a pressure of 35 MPs when loaded with 100 kg Weight. (1) The radius of the piston cylinder (mm). (2) The load necessary (kg) to produce a pressure of 200 kPa. weight Gauge to be Calibrated Primary Piston oil 12 mm 4 m 10 lb 2.98 mm 12.5 in 7.97 mm 4.3 lb 15 kg 0.57 kg Secondary Piston
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