Development of the Automation System for a fish Pump(I) -Adjustable Speed Control of a Fish Pump Using a Simplified PWM Inverter-

피쉬펌프의 자동화 시스템 개발(I) -간이화 PWM 인버터를 이용한 피쉬펌프의 가변속 제어-

  • Published : 1999.08.01

Abstract

A fish pump makes very important roles in an automation system of an aquaculture farm, thus it has been used widely in order to transfer fishes from one place to the other place automatically. In spite of its significant roles, the efforts for developing performance and promoting efficiency of the fish pump are not sufficient yet. In this paper, a method which makes the fish pump automation system is suggested. Automation of the fish pump can be accomplished by using variable voltage and variable frequency inverter system including induction motors. Especially, very simple logic to generate Pulse width Modulation(PWM) wave to control induction motor efficiently and three steps speed control method to regulate liquid quantity of the fish pump simply are suggested. Owing to the simplifies speed control and PWM wave generation technique, a cheaper microprocessor, 80C196KC, than a digital signal Processor(DSP) can be used to operate control algorithm in induction motor systems for real time control Also, a new idea of remote control for the simplifies novel inverter system by Programmable logic Controller(PLC) without special output unit, digital to analog converter(D/A), is suggested in this paper. Consequently the function of reliability, availability and serviceability of the fish pump system are developed. It will be expected to contribute expanding of application of the fish pump in aquaculture farms because the system can reduce energy consumption and some difficulties according to manual operation prominently.

Keywords

References

  1. 수산진흥원연구보고서 v.24 물고기펌프 제작시험에 관한 연구 장지원
  2. 한국어업기술학회지 v.34 no.4 노즐형상에 따른 환형 제트 펌프의 특성 연구 오병화;권오봉
  3. 한국수산학회지 v.28 no.3 양어장 자동화 시스템의 개발 (1. 모형 수조를 중심으로) 강호원;이성호;김제윤;정석권;김상봉
  4. 대한전기학회지 v.45 no.5 단일칩 마이크로프로세서에 의한 전 디지털화 PWM 의 실현 전봉환;정석권;김환성;김상봉
  5. 한국어업기술학회지 v.31 no.4 유도전동기의 토크 속응제 어업에 관한 벡터적 해석 정석권;양주호
  6. 高度化技術 no.462 ACドライペ산업응용における擴大 日本電氣學會
  7. Micro Controller 80196 차영배