Draw a net circuit by hand using a ruler in the grid provided sheet below. connect it in the right way. 6.1 3/2 n.c push button springreturn pneumatic DCV102- Shuttle valve3 (M3- Electrical motor4- Air dryer filter.7.8.5 – Compressor6- Single acting cylinderspring return single rodpneumatic cylinder17- Lubricator8- Air Filter1.29- PressureGauge1110- Receiver11- Presure relief3valve1212 RegulatorSymbols of components used in experiment 1.... .13 Flow diverter

Answered: Image /qna-images/answer/ce9edff4-53b6-4ec8-92b1-a11883415f51.jpg

1 3/2 n.c push button spring return pneumatic DCV 6. 10 2- Shuttle valve 3 (M 3- Electrical motor 5. 4- Air dryer filter 8 5 – Compressor 6. 6- Single acting cylinder spring return single rod pneumatic cylinder LA 1 7- Lubricator 1 V3 8- Air Filter 1. 2 9- Pressure 2 Gauge 11 10- Receiver 11- Presure relief 3 valve 12 1 12 Regulator Symbols of components used in experiment 1 ........... 13 Flow diverter !.....!

1 3/2 n.c push button spring return pneumatic DCV 6. 10 2- Shuttle valve 3 (M 3- Electrical motor 5. 4- Air dryer filter 8 5 – Compressor 6. 6- Single acting cylinder spring return single rod pneumatic cylinder LA 1 7- Lubricator 1 V3 8- Air Filter 1. 2 9- Pressure 2 Gauge 11 10- Receiver 11- Presure relief 3 valve 12 1 12 Regulator Symbols of components used in experiment 1 ........... 13 Flow diverter !.....!

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

See similar textbooks

Similar questions

What is the engine speed (in rpm) required for good volumetric efficiency for an engine with two inlet and two exhaust valves, bore of 0.086 m, stroke of 90 mm, inlet air temperature of 330 K, exhaust temperature of 900 K and inlet valve diameter 30 mm (each). Assume specific heat ratio =1.37, R = 287 J/kg.K and an average inlet flow coefficient 0.4. Select one: a. 7013 O b. 6350 O c. 7847 O d. 4620 e. 9202
Calculate the required size of a receiver that must supply air to a pneumatic system consuming 30 scfm for 15 min between 140 psi and 110 psi before the compressor resumes operation. Group of answer choices 301 ft3 356 ft3 221 ft3 210 ft3 231 ft3
A compressor piston has a stroke of 380 mm and the clearance volume of 7% of thestroke volume. At the beginning of compression stroke the pressure of air is 0.99 barWhen the piston has travelled 260 m from the begining of the compression stroke thedelivery valves open and delivers air at 4 bar. Find the value of "n", iif the compressionfollows the law PVn = CA. 1.37B. 1.39C. 1.28D. 126
HANDWRITTEN AND FINAL ANSWER MUST BE IN ENGLISH UNITS. Show solution. An experimental gas turbine engine is under development to increase its mechanical efficiency. It has a turbine efficiency of 95% and compressor efficiency of 85%. The following parameters are provided: P1 = 550 kPa, T1 = 25 deg C, rp = 5.5, T3 = 1450 deg C, Wnet = 5500 kW. Compute for the (a) flow rate and (b) mean effective pressure. Consider Ethane as your working fluid.
A receiver must supply air to a pneumatic system consuming 30 scfm for 15 min between 140 psi and 110 psi. What size is required if the compressor is running and delivering air at 9 scfm? Group of answer choices 146.1 ft3 140 ft3 159 ft3 154.4 ft3 None of these are correct
A six-cylinder refrigerant 22 compressor operating at 29 r/s indicate a refrigerating capacity of 96.4 kW and a power requirement of 28.9 kW at an evaporating temperature of 5°C and condensing temperature of 50°C. The performance data are based on 3°C liquid sub-cooling and 8°C superheating of the suction gas entering the compressor. The cylinder bore is 67 mm and the piston stroke is 57 mm. Compute (a) the clearance volumetric efficiency if the clearance volume is 4.8 percent, (b) the actual volumetric efficiency, and (c) the compression efficiency.
A local ventilation system (a hood and duct system) is used to remove air and contaminants from a pharmaceutical lab (Fig. 1). The inner diameter (ID) of the duct is 129 mm, its average roughness is 0.15 mm, and its total length is L = 24.5 m. There are three elbows along the duct, each with a minor loss coefficient of 0.21. Literature from the hood manufacturer lists the hood entry loss coefficient as 3.3 based on duct velocity. When the damper is fully open, its loss coefficient is 1.8. The minor loss coefficient through the 90° tee is 0.36. Finally, a one-way valve is installed to prevent contaminants from a second hood from flowing “backward” into the room. The minor loss coefficient of the (open) one-way valve is 6.6. The performance data of the fan fit a parabolic curve of the form Havailable = H0 - aV2, where shutoff head H0 = 60.0 mm of water column, coefficient a = 2.50 x 10-7 mm of water column per (Lpm)2 ,available head Havailable is in units of mm of water column, and…
A pump, for which the characteristic curve is shown below, is used to pump water from a canal into a dam. The pump is mounted 2.0 m above the water level. There is a 50 mm PVC pipe connected to the suction side of the pump, and a 40 mm PVC pipe connected to the discharge side. The total length of pipe on the suction side is 8 m, and there is a strainer (K = 20), a non-return valve, a 90° elbow and a fully open gate ball valve in the suction line. Another fully open gate valve, and two 90° elbows are mounted in the discharge line. The total length of the discharge line is 60 m, and the discharge pipe outlet is 4 m above the pump. You may assume a water temperature of 25 °C. Determine: (a) The flow rate through the system(b) The required fluid power(c) The efficiency of the pump(d) Whether the pump will cavitate or not.
The characteristic given below refers to a main fan running at 8 rev/s and moving air with a density of 1.0 kg/m3. The fan is to be installed underground, operating against a mine resistance of 0.067 Ns2/m8, and will handle air at a density of 1.2 kg/m3. A natural ventilation pressure of 250 N/m2 assists the fan. Noting that mine airway friction factor, K, varies with air density, determine (i) the speed at which the fan must run to give a volume flow rate of 165 m3/s; (ii) the pressure produced by the fan at the new speed. Fan characteristic Volume flow rate, m3/s 50 80 100 125 150 175 Fan pressure, N/m2 1300 1375 1325 1190 985 730
A single – stage air compressor has a cylinder bore of 0.1m, a stroke of 0.075m and a clearance factor of 0.05. The conditions within the cylinder during suction which are identical to those of the environment are 0.1 Mpa and 300K . The compression and expansion index is 1.3. Calculate; a) The mass delivery rate b) The power required c) The volumetric efficiency d) The isothermal efficiency
2.5-L bench scale bioreactor is used for the production of recombinant P64K protein from Neisseria meningitides. The dimensions for the bioreactor are Dt 12.9 cm, ratio Di/Dt = 1/3 and N = 700 rpm. With the scale up factor of 2.24, determine the impeller tip speed (m/s) for the pilot scale bioreactor based on constant impeller tip speed and constant power consumption per volume. Predict which scale up method might give a higher concentration of P64K, if the demand of dissolved oxygen plays an important role.
A four-stroke, four-cylinder diesel engine running at 2000 rpm develops 60 kW. Brake thermal efficiency is 30% and calorific value of fuel (CV) is 42MJ / k_{g} . Engine has a bore of 120 mm and stroke of 100 mm. Take p_{a} = 1.15 kg / (m ^ 3) air-fuel ratio- 15:1 and eta_{m} = .8 Calculate (i) furl consumption kg/s) : (ii) air consumption (m^ 3/s );(ii) indicated thermal efficiency; (iv) volumetric efficiency: (v) brake mean effective pressure and (vi) mean piston speed.