A plant runs in two shifts, one shift of 8 hours and during each shift there is 2 hours of planned downtime. If the machine is stopped each day an average- of 110 minutes for setups and 75 minutes for breakdowns and repairs. Determine the availability of machines. Also suppose the average daily throughput of the machine is observed to be 830 units, and the actual cycle time is observed to be 0.6 min/part. Determine the rate efficiency and performance efficiency of machines (Assume speed efficiency = 0.83).

Practical Management Science
6th Edition
ISBN:9781337406659
Author:WINSTON, Wayne L.
Publisher:WINSTON, Wayne L.
Chapter12: Queueing Models
Section: Chapter Questions
Problem 59P
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HTeld given below
A plant runs in two shifts, one shift of 8 hours and during each shift there is 2 hours of planned downtime. If the machine is stopped each day an average
of 110 minutes for setups and 75 minutes for breakdowns and repairs. Determine the availability of machines. Also suppose the average daily throughput
of the machine is observed to be 830 units, and the actual cycle time is observed to be 0.6 min/part. Determine the rate efficiency and performance
efficiency of machines (Assume speed efficiency = 0.83).
Options
Transcribed Image Text:HTeld given below A plant runs in two shifts, one shift of 8 hours and during each shift there is 2 hours of planned downtime. If the machine is stopped each day an average of 110 minutes for setups and 75 minutes for breakdowns and repairs. Determine the availability of machines. Also suppose the average daily throughput of the machine is observed to be 830 units, and the actual cycle time is observed to be 0.6 min/part. Determine the rate efficiency and performance efficiency of machines (Assume speed efficiency = 0.83). Options
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