a 7460 w split-phase motor running at 1750 rpm is used to drive a rotary pump. the pump should run continuously at approximately 1175 rpm. the center distance should not exceed 1118 mm. space limits the diameter of the driven pulley to 292 mm. design a. the pulley diameters, b. the belt size, and c. the number of belt required.

Describe the differences between floating and fixed rotors.

Design the electro -hydraulic circuit for the lifting and shifting operation as shown in Figure 2 with the following requirements.        Following are the sequence of operation.   Products are required to be transferred from lower level conveyor to higher level conveyor using two hydraulic Cylinders (Cylinder A and Cylinder B) and a conveyor belt (semi rotary motor) Cylinder A lifts the product on receiving it at lower level to the platform. Then, Cylinder B shifts the product from the platform to the conveyor, Then the conveyor motor should be rotated after 5 seconds to transfer the product to packaging Repeat the sequence of operation for 10 trials. NOTE: use independent DCV for each actuators (Cylinder A, Cylinder B and Conveyor motor)

If the peak power of your electric motor occurs at a torque (Tm) of 0.001 Nm and you have a load (FL) of 1.2 Ibf to pull using a motor, gear box, and winch (rw-0.125 inches). What gear ratio would result in the load moving as fast as possible at equilibrium? Tm Motor Gear Tgb W Воx gb F.