Based on the gear train given in below figure with 1000 rpm input speed, calculate theoutput rpm (rev/min)? (Input gear - 1 and output gear - 4).N = 30 teethN2 = 55 teeth%3DN4 = 55 teeth2-3 N3 = 30 teeth4- CompoundgearInputOutputQ2: The bevel pinion rotates at 1300 rpm in the direction shown in the figure given below. Themounting distances, the location of all bearings, and average pitch radii of the pinion and gear areshown in the figure ( = 20°). Bearings A and C should take the thrust load. A mechanicaldesigner selects an angular ball bearing (a = 25°) for A with the following parameters:Fthrust0.0547; K, = 1; Ka = 1.5; LR = 90x10°rev;FradialDesign Life = 40000 hour; Ceg = 13141N;2.

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Based on the gear train given in below figure with 1000 rpm input speed, calculate the output rpm (rev/min)? (Input gear – 1 and output gear – 4). - N = 30 teeth N = 55 teeth N4 = 55 teeth D 2-3 N3 = 30 teeth 4 Compound gear 4 3 Input Output 2.

Based on the gear train given in below figure with 1000 rpm input speed, calculate the output rpm (rev/min)? (Input gear – 1 and output gear – 4). - N = 30 teeth N = 55 teeth N4 = 55 teeth D 2-3 N3 = 30 teeth 4 Compound gear 4 3 Input Output 2.

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

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Concept explainers

Power Transmission Elements

It is defined as the energy transfer from one location to another location. The energy will start moving from the energy generation source to the energy applied position to obtain the work output. From this method, a large amount of electric energy moves from the power station to various electrical substations.

Question

Based on the gear train given in below figure with 1000 rpm input speed, calculate the
output rpm (rev/min)? (Input gear - 1 and output gear - 4).
N = 30 teeth
N2 = 55 teeth
%3D
N4 = 55 teeth
2-3 N3 = 30 teeth
4
- Compound
gear
Input
Output
Q2: The bevel pinion rotates at 1300 rpm in the direction shown in the figure given below. The
mounting distances, the location of all bearings, and average pitch radii of the pinion and gear are
shown in the figure ( = 20°). Bearings A and C should take the thrust load. A mechanical
designer selects an angular ball bearing (a = 25°) for A with the following parameters:
Fthrust
0.0547; K, = 1; Ka = 1.5; LR = 90x10°rev;
Fradial
Design Life = 40000 hour; Ceg = 13141N;
2.

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