Part 5 The following hydraulic circuit in Fig. 5 is aimed to brake the hydraulic cylinder...
Part 5 The following hydraulic circuit in Fig. 5 is aimed to brake the hydraulic cylinder in motion. Analyze the control mechanism, especially the use of valve 2, 3, 4, 5 in braking process. (10 points) Fig. 5
Part 5 The following hydraulic circuit in Fig. 5 is aimed to brake the hydraulic cylinder in motion. Analyze the control mechanism, especially the use of valve 2, 3, 4, 5 in braking process. (10 points) Fig. 5
The following hydraulic circuit in Fig. 5 is aimed to brake the hydraulic eylinder in motion. Analyze the control mechanism, especially the use of valve 2, 3, 4, 5 in braking process. (10 points) pregat raintaieny pny 2 Reiet a XRee Value WILE norretun fixed delie Fig. 5
The following hydraulic circuit in Fig. 5 is aimed to brake the hydraulic eylinder in motion. Analyze the control mechanism, especially the use of valve 2, 3, 4, 5 in braking process....
Answer the following: (Each Question carries 5 marks) 1. Design a Hydraulic circuit and electrohydraulic circuit for the Scissors Platform Lift. 2. Explain the concept of controlling electrical circuit remotely. 3. Critically explain the working of the crane with respect to the hydraulic circuit drawn. Main boom M Load Booming cylinder Counterbalance valve MB MX Main valve - Reducing valve w Pressure relief valve MA AI Joystick BI K2 T Directional control valve KI Main pump Make-up Check pump valve...
Part 4 Design a 3-stage pressure control hydraulic circuit in which a pilot-operated pressure relief valve is employed, illustrate your design by ploting the hydraulic circuit diagram. (10 points) Note: a 3-stage pressure control circuit is a circuit by which three different pressures can be preset.
EXAMPLE 16.5 The large window in Fig. 16-10 is opened using a hydraulic cylinder AB. If the cylinder extends at a constant rate of 0.5 m/s, determine the angular velocity and angular acceleration of the window at the instant 0 30° 1 m SOLUTION Position Coordinate Equation. The angular motion of the window can be obtained using the coordinate 0, whereas the extension or motion along the hydraulic cylinder is defined using a coordinate s, which measures its length from...
H. HYDRAULIC MOTOR DRIVE A. HYDRAULIC CLAMP CYLINDER B OOOO CLAMP UNIT -INJECTION UNIT Figure 6-1. Plastics Injection Molding Machine Your task is to design a circuit to control the injection molding machine. The control circuit should perform the following functions. • Pressing pushbutton 1PB starts the cycle. • The mold closes (cylinder 2 extends). • When the mold is closed (cylinder 2 extended), a limit switch is actuated. This causes plastic to be injected into the mold ( motor...
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3. Shown is the hydraulic circuit of a load-lifting hydraulic system. The lowering speed is controlled by means of a throttle-check valve. Discuss the construction and operation of this system. Redraw the hydraulic circuit in the load-lowering mode, then calculate the pressure in the cylinder rod side, P the inlet flow rate, Qu outlet flow rate, Q pump flow rateé, Q pump output power, N, and the area of the throttle valve, A, Neglect...
A large double-acting cylinder will perform following motions: The forward and backward motion is controlled by a 5/2 flow control valve. When a normally-closed (N. C.) 3/2 valves is pressed and then released immediately, a piston will keep moving forward with maximum speed. When another NC 3/2 valves is pressed and released, the piston will move back with an adjustable speed.You need to submit the screenshots of the Fluidsim drawing and Assembly Platform circuit for this test.
please answer this question with the specifice name of each
part
answer Q86 , Q87 , Q88 , Q89 , Q 90 , Q91 , Q92 , Q93 , Q94
12 86- Type of circuit in fig.13 is Part full name 1 2. Complete the next table. Part function A Fig.13 13 17 20 w 4 10 S 3 6 14 js 16 9 10 11 12 13 14 15 16 87-On fig. 13, Discuss type, function & importance of...
Objectivel Design a simple pneumatic circuit design to activate a double-acting cylinder. Problems A roller track is to be swiveled by means of a double acting cylinder. The signals to extend and to retract are given from separate push buttons. The cylinder is to remain in position indicated by the last signal until an opposing signal is given. The retracting speed must be adjustable. [Main components 1. 2. 3. Double-acting cylinder 5/2 directional control valve with pneumatic actuated on both...