Based on PLC and GM's Two-Speed Elevator Transducer System Design

Hua Dong Zang

doi:10.4028/www.scientific.net/AMR.566.32

Paper Titles

Estimation of Measurement Upper Limit in Deriving the Vibration Environmental Test Conditions by Bootstrap Method
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Observation of Magnetic Fields in Medium Carbon Low Alloy Steel JIS S45C under Point Contact Loading
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Statical Performance Analysis of the Reconfigurable Machine Tool Structure by Boundnary Element Method
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Based on the Calculation and Analysis of the Separator of the Strength of the Cast Iron Base
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Based on PLC and GM's Two-Speed Elevator Transducer System Design
p.32

Influence of the Rudder Time Constant on the Ship Motion
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FIR Filter Design Using Modified Lanczos Window Function
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Theoretical and Experimental Study on the Secondary Piezoelectric Effect of a Piezoelectric Cantilever Energy Harvester
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Welded Joint Fatigue Cumulative Damage MMM Characteristic
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HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 566Based on PLC and GM's Two-Speed Elevator...

Based on PLC and GM's Two-Speed Elevator Transducer System Design

Abstract:

This paper introduces the use of PLC control technology design and development of eight sightseeing elevator system, the completion of the operation of the elevator, elevator doors closed, both inside and outside the box sedan features such as call response; combination of general-purpose inverter, completed VVVF elevator to achieve double-speed operation, thereby enhancing the operational efficiency of the elevator, saving valuable time passengers; through the voice circuit at departure and arrival stations broadcast information floors; the use of touch screen technology designed chair called box, alarm function, In addition, the use of configuration Wang software development elevator remote monitoring system, remote monitoring device through the elevator lifts running real-time monitoring to ensure the normal operation, greatly enhanced the safety and reliability.