You are a mechanical engineer at one of the oil and gas company and you face this technical inside plant: a broken chain issue that frequently occured on a machine lately. Obviously this issue production activity stopped temporarily and production loss.This broken chain issue since about three months ago after we replaced the electric motor into the bigger on about 2.2 KW or 3 hp. As an engineer in this department, You responsible to stop this chain happened on and on. So, make a calculation to find out the optimum specificat chain sprocket thru theoritical approach based on Machine Design.
You are a mechanical engineer at one of the oil and gas company and you face this technical inside plant: a broken chain issue that frequently occured on a machine lately. Obviously this issue production activity stopped temporarily and production loss.This broken chain issue since about three months ago after we replaced the electric motor into the bigger on about 2.2 KW or 3 hp. As an engineer in this department, You responsible to stop this chain happened on and on. So, make a calculation to find out the optimum specificat chain sprocket thru theoritical approach based on Machine Design.
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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Question
![1. You are a mechanical engineer at one of the oil and gas company and you face this technical problem
inside plant:
a broken chain issue that frequently occured on a machine lately. Obviously this issue causes
production activity stopped temporarily and production loss.This broken chain issue occured
since about three months ago after we replaced the electric motor into the bigger one, it's
about 2.2 KW or 3 hp. As an engineer in this department, You responsible to stop this broken
chain happened on and on. So, make a calculation to find out the optimum specification of
chain sprocket thru theoritical approach based on Machine Design.
Motor Power (P) = 3HP 2.2 KW = 2337 Nm/s
ni = 952 Rpm : speed of rotation od smaller spracket in rpm
n2 = 600 Rpm : speed of rotation od larger spracket in rpm
N1 = 17: Number of teeth on the smaller sprocket
N2 = 27 : Number of teeth on the larger sprocket
D1 = 44 mm : Ptich circle diameter of the small sprocket
D2 = 74 mm : Ptich circle diameter of the large sprocket
Hinge
Chain link
Larger
sprocket
or gear
Smaller
sprocket
or pinion](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F2ae60bf1-117e-4954-8812-286558f045cd%2Ff50379f4-92ce-44a0-abee-d4823a7c2925%2Fvwsn2y_processed.jpeg&w=3840&q=75)
Transcribed Image Text:1. You are a mechanical engineer at one of the oil and gas company and you face this technical problem
inside plant:
a broken chain issue that frequently occured on a machine lately. Obviously this issue causes
production activity stopped temporarily and production loss.This broken chain issue occured
since about three months ago after we replaced the electric motor into the bigger one, it's
about 2.2 KW or 3 hp. As an engineer in this department, You responsible to stop this broken
chain happened on and on. So, make a calculation to find out the optimum specification of
chain sprocket thru theoritical approach based on Machine Design.
Motor Power (P) = 3HP 2.2 KW = 2337 Nm/s
ni = 952 Rpm : speed of rotation od smaller spracket in rpm
n2 = 600 Rpm : speed of rotation od larger spracket in rpm
N1 = 17: Number of teeth on the smaller sprocket
N2 = 27 : Number of teeth on the larger sprocket
D1 = 44 mm : Ptich circle diameter of the small sprocket
D2 = 74 mm : Ptich circle diameter of the large sprocket
Hinge
Chain link
Larger
sprocket
or gear
Smaller
sprocket
or pinion
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