无线互联科技
無線互聯科技
무선호련과기
wuxian hulian keji
2015年
13期
59-60
,共2页
LONWORKS%空调%回风温度%控制
LONWORKS%空調%迴風溫度%控製
LONWORKS%공조%회풍온도%공제
LONWORKS%Air Conditioner%Return air temperature%Control
文章针对某建筑空调系统控制需求，设计开发了基于LONWORKS技术的回风温度控制系统，采用Neuron3150芯片为核心芯片研制了数据采集和控制器节点，数据采集节点采用MAX186作为A/D转换芯片，控制节点采用MAX536作为D/A转换芯片，数据采集节点和控制节点I/O对象均选用Neurowire全双工串行操作方式。控制算法采用Neuron C编写，利用PI控制算法实现了空调区域回风温度控制。
文章針對某建築空調繫統控製需求，設計開髮瞭基于LONWORKS技術的迴風溫度控製繫統，採用Neuron3150芯片為覈心芯片研製瞭數據採集和控製器節點，數據採集節點採用MAX186作為A/D轉換芯片，控製節點採用MAX536作為D/A轉換芯片，數據採集節點和控製節點I/O對象均選用Neurowire全雙工串行操作方式。控製算法採用Neuron C編寫，利用PI控製算法實現瞭空調區域迴風溫度控製。
문장침대모건축공조계통공제수구，설계개발료기우LONWORKS기술적회풍온도공제계통，채용Neuron3150심편위핵심심편연제료수거채집화공제기절점，수거채집절점채용MAX186작위A/D전환심편，공제절점채용MAX536작위D/A전환심편，수거채집절점화공제절점I/O대상균선용Neurowire전쌍공천행조작방식。공제산법채용Neuron C편사，이용PI공제산법실현료공조구역회풍온도공제。
According to the control demand of a building's air conditioning system, design and development of the control system based on LonWorks Technology of air temperature, the neuron chip 3150 chip as the core of the development of the data acquisition and control nodes, the node data collection by max186 as a / D conversion chip, the control node using MAX536 as D / a conversion chip, data acquisition node and control node i / O object are selected Neurowire full duplex serial mode of operation. The control algorithm uses Neuron control algorithm to achieve the C, air conditioning zone air temperature control using PI.
