Design an inclined belt-roller conveyor system for a production plant as shown in Figure 1. Therequired angle of inclination is a = 10°. The AC induction motor with 4-poles that drives the pulleyand belt has to be selected based on the requirements listed in Table 1 and the motor catalogueprovided in Brighten portal (Topic 8). Select a suitable motor for your design and justify yourdecision. The product transfer speed required is minimum 0.05 m/sec and maximum 0.45 m/sec.Assume suitable safety factor to provide sufficient warranty for the system.Table 1: Required Specification and Structural SpecificationTotal mass of table and work, m₁ = 20 kg Mass of pulley 2 = 450 gramsDrum diameter, Da = 110mmBelt roller efficiency, r = 0.85Mass of the roller, m2 = 1.5kgBelt-pulley efficiency, ¹p = 0.85Pulley 1 diameter, D₁ = 50mmFriction coefficient of sliding, μ = 0.04Pulley 2 diameter, D₂ = 110mmAvailable power supply: 19, 220 V, 50HzMass of pulley 1 = 250 gramsOperation: Continuous duty.Belt ConveyorLoadLinear GuideBeltDrive PulleySecondary PulleyFigure 1: Conveyor Belt SystemPrimary PulleyMotor

Given,Mass of the work table setup and weight of pay load = 20 kgThe pull force required at drum to…

Design an inclined belt-roller conveyor system for a production plant as shown in Figure 1. The required angle of inclination is a = 10°. The AC induction motor with 4-poles that drives the pulley and belt has to be selected based on the requirements listed in Table 1 and the motor catalogue provided in Brighten portal (Topic 8). Select a suitable motor for your design and justify your decision. The product transfer speed required is minimum 0.05 m/sec and maximum 0.45 m/sec. Assume suitable safety factor to provide sufficient warranty for the system.

Design an inclined belt-roller conveyor system for a production plant as shown in Figure 1. The required angle of inclination is a = 10°. The AC induction motor with 4-poles that drives the pulley and belt has to be selected based on the requirements listed in Table 1 and the motor catalogue provided in Brighten portal (Topic 8). Select a suitable motor for your design and justify your decision. The product transfer speed required is minimum 0.05 m/sec and maximum 0.45 m/sec. Assume suitable safety factor to provide sufficient warranty for the system.

Automotive Technology: A Systems Approach (MindTap Course List)

6th Edition

ISBN:9781133612315

Author:Jack Erjavec, Rob Thompson

Publisher:Jack Erjavec, Rob Thompson

Chapter44: Four- And All-wheel Drive

Section: Chapter Questions

Problem 5RQ: What is the primary purpose of a transfer case?

See similar textbooks

Similar questions

A V-belt drive is required from a 10kW, motor to drive an output pulley of 240mm diameter at 500pm with a reduction of 4:1. It is a light-duty machine that runs 6 hours each day. Using data given in the table and chart below, what would be a suitable V-belt and motor pulley diameter for a single belt installation?
Please give me answer in 45 min. Calculate the minimum technical specifications of a linear pneumatic cylinder that meets the requirements of raising the transfer mechanism in 3 seconds and lowering in 2 seconds.Specifically, the distance to travel (stroke) and diameters.
A soft start electrical motor that delivers 21,43 KW at 1440 rpm must be connected to a stone crusher (hammer mill type) via a wedge belt drive. The crusher must operate 24 hours per day at a recommended shaft speed of 503,5 rpm,while the centre line distance must not exceed 1000 mm. The crusher shaft is 50 mm in diameter. 1.State the product design specification considering the functionality as a design factor. 2.Use the Fenner catalogue to specify the type and number of wedge belts required for the drive 3.Draw and label all critical parts of the belt drive according to the information provided above
Aim: To conduct a full kinematic analysis and calculate dynamic reaction forces in a linkage mechanism, calculate instantaneous torque, required to drive the mechanism and to present the results of the case study in a clear reporting format. Introduction: Figure 1 shows a pumpjack operating at an oil well. Its representation as a linkage is also shown in Figure 1. The pumpjack is driven by a motor attached to crank OA. A constant torque T is applied to the crank and the crank rotates at a constant angular velocity ???. A force P is applied vertically downwards at the end of the walking beam BD, which has its centre of mass at point G. To design the mechanism, a careful kinematic analysis of the mechanism needs to be conducted. To avoid mechanical failure and to provide adequate support to the mechanism, the engineer needs to analyse the reaction forces in the joints. Masses of links OA and AB are assumed to be smaller in comparison with the mass of BD and are ignored in the analysis.…
In a belt drive design, the angle of wrap correction factor C θ is a function of the angle of wrap of the belt on the small sheave. If in a design, the angle of wrap of the belt on the small sheave is 1500 , then C θ = ________ 0 .
A bilge pump requires 380 N.m torque at about 320 rpm. It is driven by an 1160 rpm motor by means of a roller chain. The nature of service calls for a service factor of 1.5. If the total efficiency of transmission is 95 percent, what is : The size of the motor? Number of sprocket teeth? The pitch and number of strands of the chain required?
With a driveshaft turning at 2000 rpm , I then have a spring that can rotate a shaft 5000 rpm, I want this spring to assist in the drive of the driveshaft, how can I express that or calculate the effect of adding the spring would make. Including a spring system alongside a driveshaft that can assist the drive up to 5000rpm, how can I integrate the spring system to assist in the driveshaft drive, calculations on the change in rotation the spring would have of the driveshaft speed
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)
For the paper feeder for a copy machine is modelled below Assume that the linkage applies a force F that is proportional to the mometn from the DC, M M = Fr This assumption can be made because the feeder arm only engages the paper as the motor gear rotates over the top of its cycle Determine the transfer function for Xp(s)/M(s)
Define an Articulated Robot? How many joints does a 6-axis Articulated Robot have? How many joints does a Scara 4-axis robot have? # An articulated robot is a robot with rotary joints (e.g. a legged robot or an industrial robot). Articulated robots can range from simple two-jointed
Note: If you don't know the solution please leave it but don't give me wrong solution. A flat open belt drive is used to transmit a power of 25kW from a motor shaft rotating at 950 rpm. The radius of the pulley of the motor shaft is 125mm while the radius of the puller of the driven shaft is 450mm. The center distance between the shafts is 2,250mm. the coefficient of friction is 0.25 and the density of the belt material is 950 kg/m^3. The belt width is 126 mm. The allowable stress is 2.6MPa. Determine the thickness of the belt.
Calculate the principal data for a 10.7 m horizontal screw conveyor for 2.7 tonnes coal per hr, about 60 rpm. Worm gear speed reducer, 1750-rpm motor.