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DKJ電動執(zhí)行器2018年發(fā)展新方向
The 2018 DKJ electric valve actuator development new direction

角行程DKJ電動執(zhí)行器是DDZ型電動單元組合儀表中的執(zhí)行單元，DKJ角行程執(zhí)行器接受調(diào)節(jié)單元（或計算機）信號，自動地操縱DKJ型電動執(zhí)行器完成調(diào)節(jié)任務(wù)，廣泛地用于電站、化工、石油、冶金、建材、供熱、輕工、水處理等行業(yè)。天蝶閥門的DKJ電動執(zhí)行器型號主要有DKJ210、DKJ310、DKJ410、DKJ510、DKJ610、DKJ610a、DKJ710、DKJ810和DKJ2100、DKJ3100、DKJ4100、DKJ5100、DKJ6100、DKJ6100a、DKJ7100、DKJ8100等多種電動執(zhí)行器型號。
Dkj rotary electric actuator is the execution unit of DDZ electric unit combination meter. DKJ rotary actuator accepts the adjusting unit (or computer) signal and automatically controls the DKJ electric actuator to complete the adjustment task. It is widely used in power plants, Chemicals, petroleum, metallurgy, building materials, heating, light industry, water treatment and other industries. The main types of DKJ electric actuators of Tandy-Valve are DKJ210, DKJ310, DKJ410, DKJ510, DKJ610, DKJ610a, DKJ710, DKJ810 and DKJ2100, DKJ3100, DKJ4100, DKJ5100, DKJ6100, DKJ6100a, DKJ7100, DKJ8100 and many other types of electric actuators.

DKJ電動執(zhí)行器在電動閥門上取到驅(qū)動的作用，作為工業(yè)化自動系統(tǒng)中的重要驅(qū)動裝置，必然有*的一面：安裝調(diào)試簡單，在電力，冶金，石油，化工等工業(yè)部門等到越來越廣泛的應(yīng)用。今天就通過小編對閥門電動執(zhí)行器的知識介紹與分類等知識，進行對電動執(zhí)行器說明書系統(tǒng)的分析從中就可以摸索出2018年DKJ電動執(zhí)行器的發(fā)展方向，抓住機遇，提升價值。
Dkj electric actuator takes the role of drive on the electric valve, as an important drive device in the industrial automation system, there must be a unique side: simple installation and adjustment, in the electric power, metallurgy, petroleum, chemical and other industrial sectors, etc. Applications. Today, through the knowledge of the introduction and classification of the electric actuator of the valve by Xiao Bian, the analysis of the electric actuator description system can help us to explore the development direction of the 2018 DKJ electric actuator, seize the opportunity, and enhance the value.

DKJ電動執(zhí)行器直接安裝在生產(chǎn)現(xiàn)場，有時工作條件嚴(yán)苛。能否保持正常工作直接影響自動調(diào)節(jié)系統(tǒng)的安全性和可靠性。
DKJ electric actuators are installed directly on the production site, sometimes with severe work-ing conditions. The ability to maintain normal operation directly affects the safety and reliability of the automatic adjustment system.

1.執(zhí)行器按所用驅(qū)動能源分為氣動執(zhí)行器、電動執(zhí)行器和液壓執(zhí)行器三種。
1. Actuators are divided into three types: pneumatic actuators, electric actuators and hydraulic actuators according to the driving energy used.

2.按動作規(guī)律，電動執(zhí)行器可分為開關(guān)型電動執(zhí)行器、積分型電動執(zhí)行器和比例型電動執(zhí)行器三類。2.按動作規(guī)律，電動執(zhí)行器可分為開關(guān)型電動執(zhí)行器、積分型電動執(zhí)行器和比例型電動執(zhí)行器三類。
2. According to the law of motion, electric actuators can be divided into three types of switch-type electric actuators, integral electric actuators and proportional electric actuators.

3.按輸入控制型號，執(zhí)行器分為可以輸入空氣壓力信號、直流電流信號、電接點通斷信號、脈沖信號等幾類。
3. According to the law of motion, electric actuators can be divided into three types of switch-type electric actuators, integral electric actuators and proportional electric actuators.

價格低廉的單片機和新型高速微處理器將全面代替模擬電子器件為主的DKJ電動執(zhí)行器的控制單元，從而實現(xiàn)*數(shù)字化的控制系統(tǒng)。應(yīng)用參數(shù)調(diào)度和模型辨識自適應(yīng)控制將大大提高DKJ電動閥門執(zhí)行器的控制性能。相對氣動執(zhí)行器、液動執(zhí)行器來說，接線簡單、功能強大、使用可靠的智能型電動執(zhí)行器將不斷擴大應(yīng)用范圍。傳統(tǒng)的電動執(zhí)行器一般被看作是線性系統(tǒng)，由放大環(huán)節(jié)和積分環(huán)節(jié)組成，但實際上，絕大多數(shù)電動執(zhí)行器參數(shù)在運行期間會顯著地發(fā)生改變。
Low-cost single-chip microcomputers and new high-speed microprocessors will completely replace the control unit of DKJ electric actuators, which are mainly analog electronics, and thus realize a completely digital control system. Application parameter scheduling and model identification adaptive control will greatly improve the control performance of DKJ electric valve actuators. Relative to pneumatic actuators and hydraulic actuators, intelligent electric actuators with simple wiring, powerful functions, and reliable use will continue to expand the application range. Traditional electric actuators are generally regarded as linear systems, which consist of amplification and integration. However, in reality, most electric actuator parameters change significantly during operation.