3 based on the pneumatic circuits, recreateevery pneumatic circuit and analyze it (analysis should be detailed as possible) eachcircuit needs to be analyzed thoroughly.PART 1ATUP23IN4SUPPLYPart No.Model No.Туре1,4MAV-88-Way Valve2МЕС - 2Flow Control3.МРА- 8ActuatorМАТ- 50Air Tank6.Spring Return Cylinder

Given: To find: Analyze the circuit

Answered: based on the pneumatic circuits,…

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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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 centrifugal pump has a suction pipe with a diameter of 100 mm, and adelivery pipe with a diameter of 75 mm. When discharging 15 L s -1of water, the inlet water pressure recorded is a vacuum of 198 mm Hg. The delivery pressure gauge, placed at 200 mm above the pump inlet, recorded apressure of 0.95 bar. As a reminder:1 bar = 750 mm Hgdensity of water = 1000 kg m -3 Calculate the total head losses, Ht (i.e., the rise in total head) and considering that the measured input power is 3.2 kW, calculate thepump efficiency.
A cone clutch with a cone semi-angle of 120 is to transmit 11.19KW at 750rpm. The width of the face is 1/4th of the mean diameter and the normal pressure between the contact faces is not to exceed 8.27 X 104 Pa allowing the co efficient of friction of 0.2, Determine the main dimensions of the clutch and the axial force required.
A pneumatic system with two double acting pneumatic cylinder adjustable cushioning AB-A + B + consecutive (sequential) are asked to movement. 1 x 3/2 normally closed (NK) spring return YKV with permanent push button for start in the system, 3 x 3/2 NK roller spring return YKV, 1 3/2 normally closed (NK) spring return YKV with foot pedal, 2 5/2 air-air actuated YKV, 2 check valve one-way flow control valves will be used. Speed control will be made in the (-) backward movement of the A roller and the (+) forward movement of the B roller. Sir stem after B- movement after using the foot pedal directional control valve + B + will make the move. According to the given; a) Draw the pneumatic circuit diagram of the system using the circuit elements given above for AB-A+B+ sequential motion.
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
2. A centrifugal pump installation has been designed to discharge 0.126 ?3/? of brine (sp.gr. = 1.2). The suction pipe is 305 mm and is at the same level as the discharge pipe which is 203 mm in diameter. At the centerline of suction flange, the vacuum is 154.2 mm Hg. The discharge pressure gauge reads 0.1379 MPa and is connected 1.22 m above the discharge flange centerline. The pump is driven by a 35 KW electric motor that will not carry overload and has an efficiency of 82%. There is no significant head loss. The design conditions have changed, and is now desired to increase the capacity of the pump by increasing the speed. The motor is so designed that its speed maybe increased but its power cannot exceed its design rating. Assuming the pump efficiency to remain constant, how much can the pump capacity be increased without overloading the motor?
Explain the importance and application of critically damped Systems.
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
Assume the bore and rod diameters of the single-rod double-actuating cylinder in the differential two-speed cylinder circuits depicted in fig below are 120 and 90 mm, respectively. If the line-relief valve sets the maximum system operating pressure at 10 MPa and the pump supplies a maximum flow of 100 L/min flow, what are the cylinder speed and the load-carrying capacity int he regular and differential extension strokes?
Mechanical Engineering In a lamellae clutch, the number of inner lamellae zi= 5 pieces, the number of outer lamellas zd=6 pieces. If the inner radius of the lamella is ri=70mm, the radius of the outer lamella is rd=120mm, the surface safety pressure of the lamella material is pem =0.8 MPa, the friction coefficient is u=0.1, what is the maximum power that the clutch can carry at n=120 rpm?
Select An example(s) of a simple pneumatic system (a) a tire pump. (b) a water pistol.(c) a high-pressure washer.(d) a syringe used to give a vaccine.
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