Circuit Problem and Description: Using the given components, design two pneumatic circuit which will operate a single acting, spring return cylinder (A): 1. Direct Command: A push-button-controlled normally closed 3/2 way valve (M1) must be used to control a single acting cylinder so that, when the button is pressed, the cylinder moves out and, when it is released, the cylinder returns to the initial position. 2. Indirect Command: A single acting cylinder will be driven by the effect of a single air- piloted spring-return 3/2 way monostable valve. Activation by push-button of a normally closed 3/2 way valve will provide the signal to activate the valve moving the cylinder. The cylinder will move out when the push-button is pressed, and will move in when the user releases it. Materials: Part # Component Description Quantity 1 SAI 2027 Single acting cylinder SAI 2015 Normally closed 3/2 way valves operated by push button SAI 2020 Normally closed 3/2 way monostable valve, pneumatically 1 1 driven and spring return

Circuit Problem and Description: Using the given components, design two pneumatic circuit which will operate a single acting, spring return cylinder (A): 1. Direct Command: A push-button-controlled normally closed 3/2 way valve (M1) must be used to control a single acting cylinder so that, when the button is pressed, the cylinder moves out and, when it is released, the cylinder returns to the initial position. 2. Indirect Command: A single acting cylinder will be driven by the effect of a single air- piloted spring-return 3/2 way monostable valve. Activation by push-button of a normally closed 3/2 way valve will provide the signal to activate the valve moving the cylinder. The cylinder will move out when the push-button is pressed, and will move in when the user releases it. Materials: Part # Component Description Quantity 1 SAI 2027 Single acting cylinder SAI 2015 Normally closed 3/2 way valves operated by push button SAI 2020 Normally closed 3/2 way monostable valve, pneumatically 1 1 driven and spring return

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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1.) A.) A cutting operation is performed on a piece of metal. The rake angle of the tool, α, is eight degrees. The tool penetrates the work to a depth of 8mm. The chips generated from this cut are 20mm thick. Calculate the shear plane angle, Φ, in the orthogonal model for this operation. Give your answer in degrees B.) For the same cutting operation, the cutting and thrust forces are measured. The cutting force is measured as 1600N, and the thrust force is measured as 1300N. The width of the cut is 4mm. What is the shear stress applied by the tool? Give your answer in MPa.
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