FESOO PEV智能阀门定位器说明书

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阀门定位器.模块使用说明书

ZXQ系列电动阀门智能定位器/阀门操作器（电子式伺服控制器）使用说明书DOC NO：201109ZXQ2003ZXQ2004BZXQ2004ZXQ2004C目录一、概述 (2)二、主要技术指标 (2)三、定位器面板....................................................3 四、接线方式.........................................................5 五、设定操作方法.................................................6 六、错误代码列表 (9)附录：其它标定操作（出厂后如需此项操作，请在厂家指导下使用） (9)如顾客所购买的是本公司Z 型（机电一体）执行器，内部定位器无需对执行器转角标定，接线无误即可正常使用。

ZXQ 系列电动阀门智能定位器是以工业单片机为核心的智能信号采集控制系统，体积小巧，可选择安装在电动执行器的接线盒内或以DIN 导轨方式固定在外，能直接接收工业仪表或计算机等输出的4~20mA DC 信号(其它输入信号类型可在出厂前定制)，与电位器反馈的电动执行器配套对各种阀门或装置进行精确定位操作，能对电动执行器的转角（或位移）进行自由标定，同时输出4~20mA DC 的执行器转角位置（或位移）反馈转换信号，可精确设定执行器转角位置的下限限位值和上限限位值，定位器采用3个按键操作，9个LED 灯可直接显示定位器模态，4位数码LED 通过按键切换显示阀位实际开度值、阀位设定开度值、定位器壳内温度，操作方便。

● 控制精度：0.1%~3.0%(通过U4参数可调)● 可接电动执行器反馈信号：电位器500Ω～10K Ω ● 可接收外部控制信号（DC ）：4~20mA （1~5V 、0~10V 、开关量等出厂前定制） ● 输入阻抗：250Ω；● 通过修改U1参数可设定：①DRTA/正动作，RVSA/逆动作模态 ②输入信号中断时“中断”模态—OPEN(开)、STOP(停)、SHUT(闭) ● 可选：可控硅输出（AC ，1000V ，25A ）● 输出执行器位置信号：低漂移输出4~20mA DC 对应执行器全闭至全开，信号完全与输入隔离（光电隔离），输出负载≤500Ω ● 环境温度：0~80℃，相对湿度：≤90%RH●有超温保护功能: 定位器壳内温度≥70℃时，定位器停止对执行器的开闭控制●外形尺寸：ZXQ2003→77mm(底面长)×76mm(底面宽)×51mm(高/厚);ZXQ2004→74 mm(底面长)×57mm(底面宽)×45mm(高/厚)ZXQ2004B→119mm(底面长)×76mm(底面宽)×26mm(高/厚)ZXQ2004C→62mm(底面长)×48mm(底面宽)×26mm(高/厚)●可通过按键自由标定输入信号所对应执行器的动作区间（一般标定为电动执行器全闭、全开位置）●可设定最大阀位限制值与最小阀位限制值●密码锁，防止误操作●防执行器频繁启动功能●带故障报警代码指示功能（E-0X）●按输入信号和执行器转角位置进行智能步距调整精确定位■■■1参照下图定位器接线端子和定位器外壳上的接线图连接好电动执行器和电源连线，注意连接时的极性，为减少电机干扰，应将电动执行器的电机控制线和反馈信号线分开走线；定位器的弱电信号线应尽量短些，若必须使用较长的连线时，应采用屏蔽信号线，外屏蔽与控制柜外壳妥善接地。

FESOO-PEV智能阀门定位器说明书

FESOOPEV型智能阀门定位器说明书中文版赵迪北京岳能科技股份有限公司1 用户须知1.1 安全指示定位器先上电，后供气源；产品使用过程中，不要随意的触摸；产品必须正确安装、正确操作和正确维护。

1.2 开箱清单PEV型智能阀门定位器；安装配件；用户手册；另外订制附件，详见装箱清单。

1.3 重要信息提示为了您能更好地应用这份说明，以及保障你在调试，运行和维修这台仪器时的安全，请注意下列符号的用途：在安装和调试前请认真阅读此手册。

2 概述PEV型智能阀门定位器是一种二线制现场仪表。

本定位器作为气动阀门的配套控制部件，广泛运用于石油、化工、电力、冶金、轻工等领域的自动控制系统中。

PEV型智能阀门定位器接受来自控制系统的4~20mA 阀位设定信号，通过A/D 转换得到阀位设定值；同时通过位置传感器得到实际的阀位信号;两者经过控制软件的计算处理，从而控制气动执行机构的进气与排气，驱动阀位到达设定点（如图1 所示）PEV型智能阀门定位器是基于微处理器技术的高性能电/气阀门定位器，能很好地克服摩擦力和阀芯上的不平衡力，提高调节阀的响应速度，使其定位迅速准确。

它不仅完全能替代传统的电/气阀门定位器，而且可直接接入HART 协议网络，实现与控制系统的信息交换。

2.1 功能介绍自适应功能：自动寻找阀门零点和满度，优化阀门控制参数, 提高控制精度组态功能：可设置阀门特性曲线、动作方式、死区、行程范围、关断值、事件输出自诊断功能：能显示输入电流值、上/下行程时间、死区、预判值等故障模式：故障时定位器可选择全开、全关、保持、手动等模式通讯功能：HART 协议的通讯功能电流反馈功能：输出4~20mADC 阀位反馈信号2.2 特点定位精度高，达0.5%F.S操作无需开壳，高防护等级下实现真正的就地操作具有本质安全型防爆，性能安全可靠结构简单，体积小，可安装在小型执行机构上自动整定，自动诊断，阀门特性曲线可组态设定机械零件少，抗振性能好；可就地或远程进行参数设置；低功耗、低耗气量、低运行成本；采用二线制4~20mA 标准信号；3 技术参数气指标气指标0.14～0.7 Mpa阀泄漏量< 0.8L / H稳态耗气量< 36L / H输入输出适应执行机构单作用、双作用行程范围直行程10～100mm；角行程30～150º电流输入4～20mA DC，最小输入电流>3.6mA；可设定分程控制起点和终点反馈输出4～20mA DC开关输入干节点，用于自保联锁功能开关输出 2 路24V 2A 行程开关，2 路电子开关压电阀开关动作次数平均无故障动作次数 > 20 亿次输出特性修正线性、等百分比（1：25，1：33，1：50）、快开、用户自定义20 段曲线通讯方式HART 通讯协议显示方式液晶显示HART 通讯协议开度显示 2 排7 位数字液晶，尺寸22*38mm压力表显示0-100%，旋转的开度指示组态操作自整定自整定阀门零点及满量程，最小死区(自动值)和最小预判（自动值）自诊断可对整定过程，阀位超限，阀门堵转等数据进行诊断就地手操前面板3 个按键，可就地手动操作阀位开度精度死区0.1～10% 可调整线性度0.5% FS灵敏度0.2% FS重复性0.5% FS工作环境环境温度-20～70℃环境湿度5～95%RH抗振性能15～150Hz/2g防护等级IP65防爆等级Ex ia ‖C T4~T6外形重量 2 .0 Kg尺寸170×96×96 mm外壳材质铝合金4 安装说明4.1 外形尺寸4.2 机构安装4.2.1 直行程定位器安装连接直行程安装元件列表定位器安装在执行机构的正前方。

智能阀门定位器说明书 ppt课件

3．2．1在潮湿环境下使用的注意事项
为了防止定位器在潮湿的环境下进水，使电路发生故障或显示不清晰等故障的发生，请按图示安装，带有X的图是不适宜的安装方位。
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3．2．2阀门定位器安装附件
阀门定位器安装所用的附件（见图3-2-2.1）
序号 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 数量 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 名称安装底板六角螺栓弹簧垫圈平垫圈连接板六角螺栓弹簧垫圈弹簧垫圈六角螺栓弹簧垫圈平垫圈销六角螺母导向杆内六角螺钉弹簧垫圈平垫圈方螺母备注
本产品为本质安全仪表，可以应用在具有爆炸性气体环境中。 DLA1011E 可以接受二线制、4—20mA 标准输入信号。也可以接受 3 线/4 线制输入信号。 DLA1011E 可以用于控制气动直行程阀、角行程阀。可以控制单作用阀和双作用阀，可以用于防爆和非防爆场合。
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DLA1011E型智能阀门定位器是具有丰富功能、可通讯的新一代阀门定位器。 DLA1011E 具有精巧的外观设计，模块化的内部结构，无可比拟的性能价格比。与传统的阀门定位器相比，它的机械运动部件大大减少，从而大大降低了故障率，提高了可靠性。
2．1．2 液晶显示器及操作键盘
液晶显示有两行：第一行显示项目数值；第二行显示分项项目号和项目内容。：功能键；：下降键；：上升键
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2．1．3 位置变送电流输出模块报警及限位传感器模块
定位器当前位置通过2线制4~20mA输出反馈。一个数字输出表示一组故障信息，这两个报警输出电路与其他电路是隔离的。两个可调整限位位置的数字量输出通道。

阀门定位器.模块使用说明书

阀门定位器.模块使用说明书ZXQ 系列电动阀门智能定位器/阀门操作器（电子式伺服控制器）使用说明书DOC NO ：201109ZXQ20 ZXQ20ZXQ20ZXQ20目录1一、概述 (2)二、主要技术指标 (2)三、定位器面板 (3)四、接线方式 (5)五、设定操作方法 (6)六、错误代码列表 (9)附录：其它标定操作（出厂后如需此项操作，请在厂家指导下使用） (9)如顾客所购买的是本公司Z型（机电一体）执行器，内部定位器无需对执行器转角标定，接线无误即可正常使用。

系列电动阀门智能定位器是以工业单片机为核心的智能信号采集控制系统，体积小巧，可选择安装在电动执行器的接线盒内或以DIN导轨方式固定在外，能直接接收工业仪表或计算机等输出的4~20mA DC信号(其它输入信号类型可在出厂前定制)，与电位器反馈的电动执行器配套对各种阀门或装置进行精确定位操作，能对电动执行器的转角（或位移）进行自由标定，同时输出4~20mA DC的执行器转角位置（或位移）反馈转换信号，可精确设定执行器转角位置的下限限位值和上限限位值，定位器采用3个按键操作，9个LED灯可直接显示定位器模态，4位数码LED通过2按键切换显示阀位实际开度值、阀位设定开度值、定位器壳内温度，操作方便。

通过U4参数可调) ●可接电动执行器反馈信号：电位器500Ω～10KΩ●可接收外部控制信号（DC）：4~20mA （1~5V、0~10V、开关量等出厂前定制）●输入阻抗：250Ω；●通过修改U1参数可设定：①DRTA/正动作，RVSA/逆动作模态②输入信号中断时“中断”模态—OPEN(开)、STOP(停)、SHUT(闭)●可选：可控硅输出（AC，1000V，25A）●输出执行器位置信号：低漂移输出4~20mADC对应执行器全闭至全开，信号完全与输入隔离（光电隔离），输出负载≤500Ω●环境温度：0~80℃，相对湿度：≤90%RH ●有超温保护功能: 定位器壳内温度≥70℃时，定位器停止对执行器的开闭控制●外形尺寸：ZXQ2003→77mm(底面长)×76mm(底面宽)×51mm(高/厚);ZXQ2004→74 mm(底面长)×57mm(底面宽)×45mm(高/厚)ZXQ2004B→119mm(底面长)×76mm(底面宽)×26mm(高/厚)ZXQ2004C→62mm(底面长)×48mm(底面宽)×26mm(高/厚)●可通过按键自由标定输入信号所对应执行器的动作区间（一般标定为电动执行器全闭、全开位置）●可设定最大阀位限制值与最小阀位限制值●密码锁，防止误操作●防执行器频繁启动功能●带故障报警代码指示功能（E-0X）3按输入信号和执行器转角位置进行智能步距调整精确定位■1■5■壳上的接线图连接好电动执行器和电源连线，注意连接时的极性，为减少电机干扰，应将电动执行器的电机控制线和反馈信号线分开走线；定位器的弱电信号线应尽量短些，若必须使用较长的连线时，应采用屏蔽信号线，外屏蔽与控制柜外壳妥善接地。

阀门定位器.模块使用说明书

电动调节阀智能定位器使用说明书

HKPS-MODBUS电动调节阀智能定位器使用说明书一、概述HKPS-MODBUS电动调节阀智能定位器（以下简称定位器）是和电动执行机构配套使用的。

具有体积小，可靠性高，具有MODBUS通信功能等特点，是在HKPS-ASM定位器基础上的改进产品，该定位器将控制执行机构的4～20mA电流信号，与执行机构当前位置信号进行比较，并根据偏差情况，控制电动执行机构开或关动作，使执行机构位置与输入信号平衡。

该定位器还具有手动功能，能满足更多用户现场调试的需要。

本手册包括HKPS-MODBUS技术指标，接线端子定义，按键和红外遥控器的使用方法等。

用户在使用HKPS-MODBUS前，请认真阅读本手册，并按本手册提供的操作方法完成您的操作。

若在使用过程中有不清楚的地方或发现其他问题，请及时与本公司联系。

本公司将尽快回复，并解决您的问题。

TEL：（010）58859981/92FAX：（010）58859950HTTP：// E-MAIL： hart@谢谢您选用HKPS-MODBUS电动调节阀智能定位器。

二、HKPS-MODBUS电动调节阀智能定位器性能特点及接线2.1 性能与技术指标・控制精度：0.1%～5% 可通过按键设定・液晶显示：可显示阀门开度百分比、输入信号百分比以及故障状态时故障代码・通信方式：符合MODBUS协议通信・接收控制信号：MODBUS协议通信控制信号・控制信号：4 mA～20mA DC、MODBUS协议通信控制信号・工作温度范围：－20℃～＋70℃・电源：单相交流电220V±10% 50Hz・输出开关触点容量：单项交流250V，5A・位置反馈电阻：0.5K～10KΩ・定位方式选择：手动/自动・安全位置选择：输入信号故障时电动执行机构所处位置可选择全开/全闭/停止在当前位置/运行到预设位置・自动校准：零位/满位2.2 接线端子定义HKPS-MODBUS型电动调节阀智能定位器面板示意及对外接线见图1。

智能阀门定位器说明书

图 3.5.2.2.2
显示界面(见图3.5.2.2.2)。在未初始化状态中,按用于充气,按用于放气。
2．参数设定、初始化状态不论在未初始化状态界面，还是在正常运营界面，顾客只需同步按下：
+ + 三个键3秒钟就能够进入到参数设定和初始化状态。
3．正常运营状态参数设定、初始化成功后，定位器系统自动进入运营状态。
6．调整阀门定位器位置，使阀门定位器到达最高点和最低点时，反馈连杆摆动角度不超出允许范围。
7．阀门定位器旳进一步调整见3.5节“初始化及投入使用”。
3．3 电气连接
图3-2-2 安装图
阐明：在进行电气连接前确保全部旳可选择模块已安装好。
注意：在进行电气安装时，请参见有关原则，尤其在危险旳环境中更要根据危险
智能阀门定位器阐明书
安全注意事项
1．智能阀门定位器简介
2．定位器旳构造
2．1 定位器旳单元构成
3．操作阐明
3．1 外型连接尺寸 3．2 安装 3．3 电气连接 3．4 气动连接 3．5 初始化及投入使用
4. 主要技术参数
5．维护注意事项
6．故障诊疗
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安全注意事项
在使用本定位器之前，请务必仔细阅读下面旳安全注意事项。
2．执行器正/反作用设定。默以为正作用设定措施与定位器类型设定相同。项号11为
正作用/反作用设定界面。按功能+向上键，系统退出执行器正/反作用设定，进入阀门气开气关设定界面。按功能 +向下键进入10号菜单。下列全部菜单旳转化以此类推，不再反复阐明。
正作用表达4—20mA相应于0—100%行程。反作用表达4—20mA相应于100—0%行程。
单作用定位器压力测量模块涉及两个压力表，能够显示输入、输出气体旳压力。

阀门定位器.模块使用说明书

ZXQ系列电动阀门智能定位器/阀门操作器（电子式伺服控制器）使用说明书DOC NO：201109ZXQ2003ZXQ2004BZXQ2004ZXQ2004C目录一、概述 (2)二、主要技术指标 (2)三、定位器面板 (3)四、接线方式 (5)五、设定操作方法 (6)六、错误代码列表 (9)附录：其它标定操作（出厂后如需此项操作，请在厂家指导下使用） (9)如顾客所购买的是本公司Z型（机电一体）执行器，部定位器无需对执行器转角标定，接线无误即可正常使用。

ZXQ系列电动阀门智能定位器是以工业单片机为核心的智能信号采集控制系统，体积小巧，可选择安装在电动执行器的接线盒或以DIN导轨方式固定在外，能直接接收工业仪表或计算机等输出的4~20mA DC信号(其它输入信号类型可在出厂前定制)，与电位器反馈的电动执行器配套对各种阀门或装置进行精确定位操作，能对电动执行器的转角（或位移）进行自由标定，同时输出4~20mA DC的执行器转角位置（或位移）反馈转换信号，可精确设定执行器转角位置的下限限位值和上限限位值，定位器采用3个按键操作，9个LED灯可直接显示定位器模态，4位数码LED通过按键切换显示阀位实际开度值、阀位设定开度值、定位器壳温度，操作方便。

●控制精度：0.1%~3.0%(通过U4参数可调)●可接电动执行器反馈信号：电位器500Ω～10KΩ●可接收外部控制信号（DC）：4~20mA （1~5V、0~10V、开关量等出厂前定制）●输入阻抗：250Ω；●通过修改U1参数可设定：①DRTA/正动作，RVSA/逆动作模态②输入信号中断时“中断”模态—OPEN(开)、STOP(停)、SHUT(闭) ●可选：可控硅输出（AC，1000V，25A）●输出执行器位置信号：低漂移输出4~20mA DC对应执行器全闭至全开，信号完全与输入隔离（光电隔离），输出负载≤500Ω●环境温度：0~80℃，相对湿度：≤90%RH●有超温保护功能: 定位器壳温度≥70℃时，定位器停止对执行器的开闭控制●外形尺寸：ZXQ2003→77mm(底面长)×76mm(底面宽)×51mm(高/厚);ZXQ2004→74 mm(底面长)×57mm(底面宽)×45mm(高/厚)ZXQ2004B→119mm(底面长)×76mm(底面宽)×26mm(高/厚)ZXQ2004C→62mm(底面长)×48mm(底面宽)×26mm(高/厚)●可通过按键自由标定输入信号所对应执行器的动作区间（一般标定为电动执行器全闭、全开位置）●可设定最大阀位限制值与最小阀位限制值●密码锁，防止误操作●防执行器频繁启动功能●带故障报警代码指示功能（E-0X）●按输入信号和执行器转角位置进行智能步距调整精确定位■参照下图定位器接线端子和定位器外壳上的接线图连接好电动执行器和电源连线，注意连接时的极性，为减少电机干扰，应将电动执行器的电机控制线和反馈信号线分开走线；定位器的弱电信号线应尽量短些，若必须使用较长的连线时，应采用屏蔽信号线，外屏蔽与控制柜外壳妥善接地。

阀门定位器.模块使用说明书

ZXQ系列电动阀门智能定位器/阀门操作器〔电子式伺服控制器〕使用说明书DOC NO：201109ZXQ2003ZXQ2004BZXQ2004ZXQ2004C目录一、概述 (2)二、主要技术指标 (2)三、定位器面板....................................................3 四、接线方式.........................................................5 五、设定操作方法.................................................6 六、错误代码列表 (9)附录：其它标定操作〔出厂后如需此项操作，请在厂家指导下使用〕 (9)如顾客所购买的是本公司Z 型〔机电一体〕执行器，内部定位器无需对执行器转角标定，接线无误即可正常使用。

ZXQ 系列电动阀门智能定位器是以工业单片机为核心的智能信号采集控制系统，体积小巧，可选择安装在电动执行器的接线盒内或以DIN 导轨方式固定在外，能直接接收工业仪表或电脑等输出的4~20mA DC 信号(其它输入信号类型可在出厂前定制)，与电位器反馈的电动执行器配套对各种阀门或装置进行精确定位操作，能对电动执行器的转角〔或位移〕进行自由标定，同时输出4~20mA DC 的执行器转角位置〔或位移〕反馈转换信号，可精确设定执行器转角位置的下限限位值和上限限位值，定位器采用3个按键操作，9个LED 灯可直接显示定位器模态，4位数码LED 通过按键切换显示阀位实际开度值、阀位设定开度值、定位器壳内温度，操作方便。

● 控制精度：0.1%~3.0%(通过U4参数可调)● 可接电动执行器反馈信号：电位器500Ω～10K Ω ● 可接收外部控制信号〔DC 〕：4~20mA 〔1~5V 、0~10V 、开关量等出厂前定制〕 ● 输入阻抗：250Ω；● 通过修改U1参数可设定：①DRTA/正动作，RVSA/逆动作模态 ②输入信号中断时“中断”模态—OPEN(开)、STOP(停)、SHUT(闭) ● 可选：可控硅输出〔AC ，1000V ，25A 〕● 输出执行器位置信号：低漂移输出4~20mA DC 对应执行器全闭至全开，信号完全与输入隔离〔光电隔离〕，输出负载≤500Ω ● 环境温度：0~80℃，相对湿度：≤90%RH●有超温保护功能: 定位器壳内温度≥70℃时，定位器停止对执行器的开闭控制●外形尺寸：ZXQ2003→77mm(底面长)×76mm(底面宽)×51mm(高/厚);ZXQ2004→74 mm(底面长)×57mm(底面宽)×45mm(高/厚)ZXQ2004B→119mm(底面长)×76mm(底面宽)×26mm(高/厚)ZXQ2004C→62mm(底面长)×48mm(底面宽)×26mm(高/厚)●可通过按键自由标定输入信号所对应执行器的动作区间〔一般标定为电动执行器全闭、全开位置〕●可设定最大阀位限制值与最小阀位限制值●密码锁，防止误操作●防执行器频繁启动功能●带故障报警代码指示功能〔E-0X〕●按输入信号和执行器转角位置进行智能步距调整精确定位■■■1参照下列图定位器接线端子和定位器外壳上的接线图连接好电动执行器和电源连线，注意连接时的极性，为减少电机干扰，应将电动执行器的电机控制线和反馈信号线分开走线；定位器的弱电信号线应尽量短些，假设必须使用较长的连线时，应采用屏蔽信号线，外屏蔽与控制柜外壳妥善接地。

电动阀门智能定位器模块使用说明书概要

电动阀门智能定位器模块使用说明书天津通诺科技一、面板说明1、按键功能说明1〕A/M键：手/自动模式切换；手动模式下按2秒进入标定模式、标定模式下标定结果的存储和确认等；2〕▲键：手动模式下控制电机正转；标定模式下做累加键使用；3〕▼键：手动模式下控制电机反转；标定模式下做递减键使用；自动模式下按2秒进入初始化模式2、液晶显示说明〔参考表1〕〔1〕手动模式下，显示阀门相应开度，显示范围不受～的限制；〔2〕自动模式下，正常状态显示当前阀门开度，显示范围不受～的限制；〔3〕标定模式下，各显示具体含义见标定功能说明；3、状态LED显示说明1〕OPEN：电动执行器控制输出电路“开〞输出有效；2〕SHUT：电动执行器控制输出电路“闭〞输出有效；二、性能参数1、控制精度：0.1%～1.0%〔可设置〕2、工作功耗：<10W3、工作电压：交流100～240V，交流24V4、电动执行器反响电位器：500欧姆～10K欧姆15、输入信号：4～20mA,0-10V,1-5V6、输入阻抗：250欧姆7、输出信号：4～20mA,0-10V,1-5V8、输出信号负载：≤ 450欧姆9、环境温度：-20°C～70°C10、环境湿度：≤80％RH11、三、关于一键标定的说明1、在自开工作状态下，按下▲键4秒钟，自动进入自动标定状态。

2、进入自动标定后，电机将自动转到最小转角位置，进行最小转角标定。

延时5秒钟后，电机自动转到最大转角位置，进行最大转角标定。

3、自动标定结束后，自动回到正常工作状态，电机将自动转到标定前的位置。

2三、标定操作在手动状态下，按住A/M键5秒进入参数标定状态按A/M键按▼键显示方向标定〞进入标定.〞按A/M键按A/M键最终确认相位按▼键显示电机自动标定〞开始自动标定〞按A/M键按A/M键按▼键显示电机手动标定进入关阀标定按A/M键按A/M键，存储关阀位置按▼键显示电机手动标定按A/M键显示无信号设定按A/M键显示精度设定按A/M键退出标定状态，回复到正常运行状态按▼键正反相切换按A/M键标定结束按▲，▼键调关阀位置按▲，▼键调开阀位置按▼键三无种信位号置模切式换按A/M键按▼键改变精度按A/M键31、标定模式进入：手动模式下，按 A/M键并保持2秒，将进入标定模式；2、相位标定：〔1〕显示当前实际相位设置，如是正相模式那么显示“电机正向〞，反相模式那么显示“电机反向〞，等待按键输入，按下A/M 键将跳过本标定进程，直接进行到步骤〔4〕，按下▼键将进入本标定进程，进入步骤〔2〕；2〕当前实际相位的前面将显示一个星号，按下▼键将进行正反模式的切换。

福斯FLOWSERVE阀门定位器

福斯FLOWSERVE阀门定位器福斯定位器配置指南福斯(FLOWSERVE)阀门定位器调试方法(锦菲特I3599429OO2)[Q-Q,6696 22933]flowserve阀门、Flowserve 3400IQ定位器、LOGIX500、LOGIX510、LOGIX520、D3系列P-5 气动定位器电动气动数字 - 通用，IS 和 EXHART、Profibus、Foundation 现场总线反馈机组、限位开关比如 PP5XX-HPGU-23K01-PV9DA-3ZPMV P-1700 系列阀门专为腐蚀或高温环境应用设计，其所有外部零件均由不锈钢制造而成。

P-1700 和 1720 型阀门的内部零件采用不锈钢制造，而P-1710 和 P-1730 型阀门的内部零件则采用铝制。

P-1720 和P-1730 型阀门具有超高的空气传送能力。

P-1700 系列阀门专为双向操作应用设计，不过也可通过旋动一个阀座轻松实现单向操作。

不锈钢磁场外壳内的PMV I/P转换器很容易安装在 P-1700 系列阀门上。

P-1500 P-1520P-1700 P-1720P-1710 P-1730Digital具有 PID 控制的2000 数字定位器品牌 Logix说明福斯 Logix 2000 是一款具有板载 PID 控制的数字定位器。

通信方式为 4-20mA 或Modbus。

阀门上安装的 PID 控制器每秒更新阀杆次，从而减少了控制系统延迟。

Logix3200IQ 数字定位器 3200IQ-10-D6-M-04-40-0G-0F3200IQ-10-D6-M-04-40-0G-00品牌 Logix说明福斯 Logix 3200IQ 数字 HART? 定位器使用先进的 piezo 技术提供一流的性能和可靠性。

通过使用本地按钮、HART 手持设备和SoftTools软件可轻松配置 Logix 3200IQ。

LOGIX 3201IQ定位器 P/N：215809.999.000，SN：4107028LOGIX 3202IQ定位器 P/N：221734.999.000，SN：4907010LOGIX 3203IQ定位器 P/N：216428.999.000，SN：610727定位器 P/N：215809.999.000，SN：55070043400IQ Digital Positioner品牌 Logix说明 The Flowserve Logix 3400 Series digital Foundation? Fieldbuspositioner utilizes state-of-the-art piezo technology to provide…500 数字定位器品牌 Logix说明福斯 Logix 500 数字定位器是下一代本质安全型 Logix 500 系列的代表。

FESOO说明书

规格
D6 D6 M6×25 M6×16
M3×8
M5×16 D5 D5
安装步骤如下（角行程定位器安装连接参看图）：用平垫圈④、弹簧垫圈⑤和内六角圆柱头螺钉⑦把支架体⑩，固定在定位器底
7
北京岳能科技股份有限公司
部。把定位器连接部件⑧套在定位器主动轴上，用紧定螺钉⑨固定。把底夹紧块①卡到执行机构上，用平垫圈④，弹簧垫圈⑤和内六角圆柱头螺钉 ⑥，把底夹紧块①、 U 型连接杆②和夹紧块③，固定在执行机构上。把带安装架的定位器小心的放在执行机构上，使U 型杆正确套住定位器架接部件⑧。调整定位器并把安装架用内六角圆柱头螺钉○11 、弹簧垫圈○12 和平垫圈○13 ，固定在执行机构上。
4.3 气路连接气路连接在定位器的右侧，定位器的气路连接有两种：G1/4 和1/4NPT（订货时须注明），具体类型标识在壳体上，用户可根据不同的管道连接进行选择。
8
北京岳能科技股份有限公司
安装步骤： 1. 把智能阀门定位器的输出口按图 5 与气动执行机构的输入口连接
2. 把阀门定位器的输入口与气源连接。进入定位器的压缩空气必须经过空气过滤减压阀的过滤和稳压。
4.2 机构安装 4.2.1 直行程定位器安装连接直行程安装元件列表
定位器安装在执行机构的正前方。它通过可调的反馈杠杆机构可与执行机构推杆连接（如图3），安装步骤如下：用内六角螺栓①、弹簧垫圈②和平垫圈③把定位器连接板⑤，固定在定位器底部。用内六角螺栓①、弹簧垫圈②和平垫圈③把执行器连接板④，固定在执行器上。用十字槽盘头螺钉○11 、弹簧垫圈○12 和平垫圈○13 把中心连接块○14 ，安装到执行器上。用内六角圆柱头螺钉○6 、平垫圈○7 和弹簧垫圈○8 把U 型连接杆○9 和夹紧块⑩固定到中心连接块。旋紧控制杆部件○15 上的内六角圆柱头螺钉，将之固定到定位器主动轴上。用内六角螺栓○1 、弹簧垫圈○2 和平垫圈○3 的，把定位器连接板与执行器连接板连接固定

Festo CPE24-M3H-5J-QS-10 1 2 英寸双位置无间隙电动阀说明书

1/2
Feature
Electrical connection Mounting type Pilot exhaust port 82 Pilot exhaust port 84 Pilot air port 12 Pilot air port 14 Pneumatic connection, port 1 Pneumatic connection, port 2 Pneumatic connection, port 3 Pneumatic connection, port 4 Pneumatic connection, port 5 Materials note Material seals Material housing
Value
Plug pattern type C to EN 175301-803 with through hole M5 M5 M5 M5 QS-10 QS-10 G3/8 QS-10 G3/8 Conforms to RoHS NBR Aluminium die cast
08/11/2023 – Subject to change – Festo SE & Co. KG
Байду номын сангаас2/2
Data sheet
Feature Valve function Type of actuation Width Standard nominal flow rate Operating pressure MPa Operating pressure Design structure Authorisation Maritime classification CE mark (see declaration of conformity) UKCA marking (see declaration of conformity) Protection class

FESTO VEMP 超声阀门说明说明书

Piezo valves VEMPSubject to change – 2019/052è Internet: /catalog/...Piezo valves VEMPKey featuresInnovativeVersatileReliable Easy to installPiezo technologyVery low energy consumption Very preciseWhen combined with pressure sensor and control electronics it can be used as a proportional pressure regulatorWhen combined with a flow sensor and control electronics it can be used as a proportional flow control valveNo self-heating Long service lifeCan be mounted on a sub-base or manifold railSmall installation space Light weight-V-NewPiezo valves VEMP Key featuresMode of operation Description1Electrical connection2Connection for pressure sensor3Port 1 (pressure supply port)4Port 3 (exhaust)5Port 2 (working port)The VEMP is a proportional 3/3-wayvalve in which a split piezo actuator(piezo actuator 1 and 2) is controlledelectrically. The valve also has aconnection for a pressure sensor.When combined with a pressuresensor and control electronics, the3/3-way proportional valve can beused as a proportional pressureregulator.Alternatively, the flow can also becontrolled by means of a closed loopcircuit by integrating a flow sensor inthe outlet line (operation as 2/2-wayvalve).In the normal position, the valve isclosed. The working and pressuresensor ports are connected and always open, regardless of the switchingstatus.The two piezo actuators can only becontrolled separately; if they areactivated simultaneously, safe andreliable operation cannot be ensured.Control responseNo voltageNo flowMedium voltageMedium flowHigh voltageHigh flowThe piezo actuators are controlledusing variable voltage to giveproportional closed-loop control.This allows either pressure or flow tobe controlled, depending on thedesign.The pressure or flow behaviour is controlled by integrating a sensor in theoutlet line of the closed-loop controlcircuit.The piezo valve VEMP exhibits thetypical hysteresis behaviour of a proportional valve. Linear behaviour canbe achieved by combining electroniccontrol with a flow sensor.Operation as a proportional 3/3-way valvePressure build-upMaintainingpressureReducing pressurePressurisation,piezo actuator 1Exhausting,piezo actuator 2The piezo actuators installed in valvesVEMP provide proportional regulationof both the pressure and flow rate forpressurisation as well as proportionalexhausting.Pressurisation:During pressurisation, piezo actuator1 opens, enabling flow from port 1(pressure supply port) to port 2 (working port). At the same time, piezoactuator 2 closes port 3 (exhaust).Exhausting:During exhausting, piezo actuator 2opens, enabling flow from port 2(working port) to port 3 (exhaust).At the same time, piezo actuator 1closes port 1 (pressure supply port).-V-New2019/05 – Subject to change3è Internet: /catalog/...Subject to change – 2019/054è Internet: /catalog/...Piezo valves VEMPKey featuresMode of operationOperation as a proportional 2/2-way valveMaximum flowValve closedLow flowPressurisation, piezo actuator 1Exhausting, piezo actuator 2When used as a proportional 2/2-way valve, only piezo actuator 2 (exhaust)is switched; piezo actuator 1 (pressure supply port) must be electrically connected to earth (GND).Flow takes place from port 2 (working port) to port 3 (exhaust). When used as a 2/2-way valve, port 1 (pressure supply port) is not used, and must be closed.The flow behaviour is controlled by integrating a sensor in the supply or outlet line of the closed-loop control circuit.Low energy consumptionCompared with solenoid valves, proportional valves with piezo technology require virtually no energy to maintain an active state, thanks to their capacitive principle. The piezo valve operates like a capacitor: it needs current only at the start in order to charge the piezoceramics.No further energy is needed to maintain its state. The valves therefore generate no heat. They consume up to 95% less energy than solenoid valves,which permanently require an electrical current-V-New-V-NewPiezo valves VEMPPeripherals overviewExample of VEMP with manifold railDesignationè Page/Internet1Piezo valve VEMP142Seal set143Manifold rail144Screw set14è Internet: /catalog/...2019/05 – Subject to change5-V-NewPiezo valves VEMPProduct range overview6è Internet: /catalog/...Subject to change – 2019/05-V-NewPiezo valves VEMPType codesVEMP–B S–3–––F–T1–TypeVEMP Proportional pressure regulatorType of directional control valveB Sub-base valveDesign principleS Bending actuatorValve function33/3-way valve, normally closedNominal width13 1.3 mm16 1.6 mmPressure rangeD50 … 0.5 barD70 … 1 barD190 … 1.7 barPneumatic connectionF Flange/sub-baseOperating voltage22250 V DC28310 V DCElectrical connectionT1PinPackaging unit quantityStandard (1 unit)P3030 (30 units)è Internet: /catalog/...2019/05 – Subject to change7Piezo valves VEMP Technical data-M-Flow rate19 … 30 l/min -P-Voltage0 … 250 V DC0 … 310 V DC -L-Operating pressure0 … 1.7 barGeneral technical dataVEMP-BS-3-13-D7-…VEMP-BS-3-13-D19-…VEMP-BS-3-16-D5-…VEMP-BS-3-16-D7-…Valve function3/3-way valve,monostable 3/3-way valve,monostable,2/2-way valve,monostable3/3-way valve,monostable3/3-way valve,monostableNormal position ClosedStandard nominal flow rate 1è2[l/min]19281827Standard nominal flow rate 2è3[l/min]20291928Dimensions W x L x H[mm]17.2 x 52.1 x 7.2Nominal width[mm] 1.3 1.3 1.6 1.6Grid dimension[mm]17.2Pneumatic connection 1, 2, 3FlangeActuation type ElectricalType of mounting On manifold rail/sub-baseMounting position AnyFlow direction 1 è2 and 2 è3Product weight[g]8Special characteristics Oxygen-compatible to DIN EN 1797Electrical dataVEMP-BS-3-13-D7-…VEMP-BS-3-13-D19-…VEMP-BS-3-16-D5-…VEMP-BS-3-16-D7-…Nominal operating voltage[V DC]250310310310Operating voltage range[V DC]0 ... 2500 ... 3100 ... 3100 (310)Max. electrical power consumption[mW]1Max. current consumption[mA]5Max. switching frequency[Hz]5Degree of protection Depending on manifold block-V-NewSubject to change – 2019/05 8è Internet: /catalog/...2019/05 – Subject to change 9è Internet: /catalog/...Piezo valves VEMPTechnical dataOperating and environmental conditionsVEMP-BS-3-13-D7-…VEMP-BS-3-13-D19-…VEMP-BS-3-16-D5-…VEMP-BS-3-16-D7-…Operating pressure[bar]0 … 1.10 … 1.70 … 0.70 … 1.1Nominal operating pressure [bar]1 1.70.51Operating mediumCompressed air to ISO 8573-1:2010 [6:3:4] Inert gases Air Oxygen NitrogenNote on the operating/pilot medium Lubricated operation not possible Air quality[μm] 5Ambient temperature [°C]–20 (70)0 … 50 in operation as 2/2-way valve Temperature of medium [°C]–20 (60)0 … 50 in operation as 2/2-way valve Corrosion resistance class CRC21)*1)Corrosion resistance class CRC 2 to Festo standard FN 940070Moderate corrosion stress. Indoor applications in which condensation may occur. External visible parts with primarily decorative requirements for the surface and which are in direct contact with the ambient atmosphere typical for industrial applications.Safety dataCE marking (see declaration of conformity)To EU Low Voltage Directive 1)Shock resistance Shock test with severity level 2, to EN 60068-2-27Vibration resistanceTransport application test with severity level 2, to EN 60068-2-61)For information about the applicability of the component see the manufacturer’s EC declaration of conformity at: /sp è User documentation.If the component is subject to restrictions on usage in residential, office or commercial environments or small businesses, further measures to reduce the emitted interference may be necessary.Materials Seals EPDMHousing PA reinforced CoverPA reinforced Note on materials RoHS compliantVersionCircuit symbol3/3-way valve, normally closed2/2-way valve, normally closedNote on risk assessment when used in medical equipment The product has no redundancy and no error detection. Malfunctions must be detected by measures in the customer product if required.-V-NewSubject to change – 2019/0510è Internet: /catalog/...Piezo valves VEMPTechnical dataVEMPBS313D7F22T1, 1.3 mm nominal width Flow plotted against operating pressure at 250 VFlow plotted against voltage at room temperature, operating pressure 1 barFlow 1 --> 2Flow 2 --> 3Flow 1 --> 2Flow 2 --> 3VEMPBS313D19F28T1, 1.3 mm nominal width Flow plotted against operating pressure at 310 VFlow plotted against voltage at room temperature, operating pressure 1.7 barFlow 1 --> 2Flow 2 --> 3Flow 1 --> 2Flow 2 --> 3-V-New2019/05 – Subject to change 11è Internet: /catalog/...Piezo valves VEMPTechnical dataVEMPBS316D5F28T1, 1.6 mm nominal width Flow plotted against operating pressure at 310 VFlow plotted against voltage at room temperature, operating pressure 0.5 barFlow 1 --> 2Flow 2 --> 3Flow 1 --> 2Flow 2 --> 3VEMPBS316D7F28T1, 1.6 mm nominal width Flow plotted against operating pressure at 310 VFlow plotted against voltage at room temperature, operating pressure 1 barFlow 1 --> 2Flow 2 --> 3Flow 1 --> 2Flow 2 --> 3-V-NewPiezo valves VEMP Technical dataType B1B2B3B4B5B6B7B8D1∅D2∅D3∅D4∅D5∅VEMP17.28.111.4 6.4 5.7 3.2 5.1 2.5 4.42 2.5 1.3/1.6 2.5Type H1H2H3H4L1L2L3L4L5L6L7L8L9L10L11T1 VEMP7.2 4.311.6552.19.812.1 3.43 5.626.320.319.517.40.6 4.8 -V-NewSubject to change – 2019/05 12è Internet: /catalog/...Piezo valves VEMP Technical dataB1B2B3B4D1∅D2∅D3∅D4∅D5∅D6∅D7∅D8∅H1L1L2L3L4L5T111.4 6.4 3.2 5.7 4.8 2.6 4.75 4.7 4.7 4.7 4.79.625.319.512.19.8 4.85-V-New2019/05 – Subject to change13è Internet: /catalog/...-V-NewPiezo valves VEMPAccessories14è Internet: /catalog/...Subject to change – 2019/05Festo - Your Partner in AutomationConnect with us/socialmedia 1Festo Inc.2Festo Pneumatic 3Festo Corporation 4Regional Service Center 5300 Explorer DriveMississauga, ON L4W 5G4CanadaAv. Ceylán 3,Col. Tequesquináhuac 54020 Tlalnepantla, Estado de México1377 Motor Parkway Suite 310Islandia, NY 117497777 Columbia Road Mason, OH 45040Festo Customer Interaction CenterTel:187****3786Fax:187****3786Email:*****************************Multinational Contact Center 01 800 337 8669***********************Festo Customer Interaction Center180****3786180****3786*****************************S u b j e c t t o c h a n g e。

智能阀门定位器 1600 系列用户手册说明书

Intelligent Valve Positioner 1600 Series User’s Manual智能阀门定位器1600系列用户手册Contents1 Overview (1)1.1. Product structure (1)1.2. Product description and application (2)2. Installation (3)2.1. Mechanical dimensions (3)2.2. Actuator combination (5)2.2.1. Actuator of line stroke (5)2.2.2. Actuator of angle stroke (7)2.3. Interface angle adjustment (9)3. Connection description (11)4. Technical data (12)4.1. Working data (12)4.2. Electrical data (12)4.3. Mechanical data (13)4.4. Pneumatic data (13)5. Operation (13)5.1. Interface description (13)5.2. Operating mode and operating interface (14)5.3. Main menu (15)5.3.1. INPUT (16)5.3.2. AUTO TUNE (16)5.3.3. ADD FUNC (18)5.3.3.1. CHARACT (19)5.3.3.2. CUTOFF (22)5.3.3.3. DIR CMD (24)5.3.3.4. LIM STROKE (25)5.3.3.5. DEAD BAND (27)5.3.3.6. SAFEPOS (28)5.3.3.7. BINARY IN(optional) (28)5.3.3.8. OUTPUT(optional) (30)5.3.3.9. SIG ERROR (34)5.3.3.10. CAL USER (35)5.3.3.11. MANU RATE (37)5.3.3.12. CODE (38)5.3.3.13. SET FACT (39)5.3.4. LANGUAGE (39)6. Trouble shooting (40)7. Attention (40)8. Explosion-proof (44)8.1. Standard (44)8.2. Special conditions for Safe use (44)8.3. Product use notes (44)9. Warranty terms (45)10. Technical specifications (46)Intelligent Valve Positioner 1600 Series User’s Manual 1 Overview1.1. Product structureHuman machine interfaceStainless steel body casingMain body casingElectrical connectionPneumatic connectionActuator connectionFigure 1. Positioner structure1.2. Product description and application1600 series intelligent valve positioner is a valve stroke controller based on microprocessor. The valve stroke can be set by external input signal. The positioner can adjust valve stroke quickly and accurately by using automatic control algorithm and PWM control technology，accordingly control the flow of fluid line.The positioner can combine with different pneumatically actuated valves for using. As shown in Figure 2.with diaphragm valve with angle seat valveFigure 2. Combinations of positioner and pneumatically actuated valvesThe product can be used in sealed space and controlled automatically and remotely. It has a variety of auxiliary functions such as transfer characteristic, safety position, cut off, etc. It is easy to install,operate,maintain and has low failure rate.2. Installation2.1. Mechanical dimensionsFigure 3. Mechanical dimensions for line strokeFigure 4. Mechanical dimensions for angle stroke2.2. Actuator combination2.2.1. Actuator of line stroke1. Make sure that the stroke range and the screw thread size of the actuatorwhich needs to combine meet the requirements.2. Separately measure the C1 value when the valve is fully closed and C2value when the valve is fully open by the depth ruler. The values are the distance between the stem top and the datum clamp face of the actuator.As shown in Figure 5.The datum clamp faceof the actuatorValvestrokeValve is fully closed Valve is fully openFigure 5. Actuator measurement3. Adjust the adjusting nut of the displacement sensor. Then measure the Dvalue (as shown in Figure 6) by the depth ruler in the state of the displacement sensor being completely loosened. Calculate the compr- ession value L1 = D –C1, L2 = D –C2. It is recommended that the compression value L1 and L2 are both in the reference range which is showed in Table 1. If L1 value or L2 value is unable to meet the reference range, adjust the D value according to the actual situation.NOTE！The adjusted D value must ensure that L1 ＞0, L2 ＜the maximumcompression value of the displacement sensor. Otherwise, the positioner cannot match the actuator.Figure 6. Travel sensor adjustment and measurement4. Raise the internal valve stem of the actuator to the highest position.Makethe actuator connection of the positioner entering into the thread connection of the actuator by NO.32 wrench. As shown in Figure 7.Figure 7. Actuator Combination2.2.2. Actuator of angle stroke1. Fix the mounting body under the positioner. As shown in Figure 8.2. Connect the feedback pole of the positioner with the axis of the actuator.As shown in Figure 8.Figure 8. Graph Installation2.3. Interface angle adjustmentIf you need to adjust the interface angle, relax the hexagon screw in place A (As shown in Figure 10) first. Then adjust the angle clockwise or counter-clockwise in 180°range. After adjusting the angle, lock the angle bythe hexagon screw.Figure 10. Graph operationThe positioner has rotation stopper mechanism. If it is restricted to rotate in one direction, please do not force to rotate continuously. NOTE ！180°180°3. Connection descriptionFigure 11. ConnectionNOTE！Error connection of the electrical pin may cause the positioner damage.NOTE！The air source pressure bigger than 7 bar may cause positioner damage.4. Technical data4.1. Working dataAmbient temperature: 0~55 °CProtection class: IP66Vibration resistance parameter: 100Hz4.2. Electrical dataConnections: cable glandSupply voltage:24 V DC ± 10 %, ≥1A. Recommend switching-mode power supply. Power input: <5WInput resistance for set-point signal: 140Ω at 0/4-20mA, 20KΩ at 0-5/10V Input resistance for process signal: 140ΩAnalogue output signal:maximum load 560Ω at 0/4-20mA, maximum current 10mA at 0-5/10VBinary output signal maximum current: 50mABinary input signal: 0-3V = logic ―0‖, 15-30V = logic―1‖4.3. Mechanical dataCover material: Polycarbonate (PC), Stainless steel (304)Sealing material: Silicone rubber (SI)Main body material: Polyamide Resin (PA6-GF30)Control stroke range: 5-50 mm4.4. Pneumatic dataAir pressure range: 3~7 bar, specific values depending on the actuator Connections: Plug-in hose connector G1/4Air quality:ISO 8573-1Solid particle size and density Class 3Dew point Class 3Oil content Class 3Air flow rate:17L/min (input pressure of 0.6Mpa)58L/min (input pressure of 0.6Mpa, only single-acting)5. Operation5.1. Interface descriptionThe positioner includes a 4-key control panel and a 128x64 dot matrix graphics display. User can switch the display and set parameters and functions by pressing the four keys.The functions of the keys are represented in the 4 lower grey bars on the LCD display panel.Figure 12. Operating interface5.2. Operating mode and operating interfaceThe positioner has two operating mode: automatic mode (AUTO) and manual mode (MANU).The positioner default operates in the automatic mode when powering up. At this time, the interface is locked. To unlock the interface, it needs to press both two keys for about 3 seconds.In the automatic mode, the positioner accepts the input signal for set-point value and adjusts the valve stroke automatically.In the manual mode, user mus t press the ―+/-‖ key to adjust the valve stroke manually. The set-point value is the current valve position after adjusting the valve stroke manually or the current valve position after switching from the automatic mode to the manual mode. It is displayed on the manual mode interface.The operating mode can be switched by AUTO key and MANU key if BINARY IN function is not enabled for switching the operating mode. If enabling the BINARY IN function for switching, switching by function keys is not effective. User can switch the operating interface by the function keys. The operating interfaces are descripted in Table 5. The interface will be locked if no keys are pressed for a long time. To unlock the interface, it needs to press both twokeys for about 3 seconds.ValueValue type Key functionsKey 1 Key 2Key 3Key 4Current position in the automatic mode.Press ―POS‖ key or ―AUTO‖ key to display.The value of input signal in the automaticmode. Press ―INPUT‖ key to display.The set-point value in the automatic mode.PressThe temperature value of internal system.Press ―TEMP‖ key to display.Current position value (big font) andposition set-point value (small font) in themanual mode. Press ―MANU‖ key todisplay.Table 5. Operating interface5.3. Main menuUser can operate specific function or set specific parameters under the main menu. The menu interfaces have no lock function. So user should exit to theoperating interface from the main menu after operating specific function or setting specific parameters.Figure 13. Operating structure main menu5.3.1. I NPUTThe option is used to select the type of the input signal for set-point value. Thesignal type is 4-20 mA after factory settings.Figure 14. Operating structure INPUT5.3.2. A UTO TUNEThe function can test the related control parameters including the direction between the aeration state of the actuator and the actual position, the total valve scale, PWM parameters. The whole process will continue for about 2-3minutes if running normally.OPERATING INTERFACEMENUEXITPress for approx.3sAUTO TUNEINPUTADD FUNC LANGUAGEINPUTENTER 4-20 mA 0-20 mA 0-10 V0-5 VSELEXITSystem will check whether the whole valve stroke range is in the effective range of the displacement sensor during the automatic adjustment process. When the whole valve stroke range is out of the effective range of thedisplacement sensor, if the minimum value of the whole valve stroke range is smaller than the minimum value of the effective range of the displacement sensor, LCD displays ―POS MIN ERROR ‖, if the maximum value of the whole valve stroke range is larger than the maximum value of the effective range of the displacement sensor, LCD displays ―POS MAX ERROR ‖. If LCD displays the error information above, it is need to re-match the positioner and the actuator, refer to Chapter 2 for details.Figure 15. Operating structure AUTO TUNEAUTO TUNERUNEXIT TUNE 1 TUNE 2TUNE FINISHPress for approx.3s●Although the positioner has ran the automatic adjustment function in the factory. In order to get the control parameters of the actual work environment, the positioner must run the function again in the actual work environment.●Make sure that the air supply pressure is in the working range of the actuator and has no big wave. Otherwise the automatic adjustment may fail or the test parameters may be error.NOTE ！5.3.3. A DD FUNCThe option includes auxiliary functions.Figure 16. operating structure ADD FUNCADD FUNCENTEREXIT CHARACT CUTOFF DIR CMD LIM STROKE DEAD BANDSAFEPOS BINARY IN OUTPUT SIG ERROR CAL USER MANU RATE CODESET FACT5.3.3.1. CHARACTFactory setting:CHARACT option: LINEAR EQ PERC option: 1:25FREE value: 0%, 5%, 10%……95%, 100%The CHARACT function is to determine the relationship between position set-point value and valve stroke. In the actual control system, the controlled variable is usually required to have specific control characteristic, such as linearity. User can select or set the characteristic option to meet the control requirement in the function menu.Set-point value(%)(CMD)Valve stroke(%)(POS)Figure 17. Graph characteristics of linear and equal percentageFigure 18. Operating structure CHARACTCHARACTENTEREXITY100 -> 100.0%Y0 -> 0.0% Y5 -> 5.0%FREEEXITEXITEQ PERC1:33 1:50 25:1 33:1 50:11:25 SELLINEARSELEqual percentage characteristicThe Equal percentage characteristic includes the options of 1:25, 1:33, 1:50, 25:1(inverse), 33:1(inverse), 50:1(inverse). Freely programmable characteristicUser can program free characteristic by operating the FREE option.The position set-point value scale ranging from 0-100 % is divided uniformly into 21 nodes. A freely programmable valve stroke ranging from 0-100 % is assigned to each node.Figure 19. Operating structure CHARACT FREEFREEEXITSELY0 -> 0.0%SET Y0 -> 0.0%OK Y5 -> 5.0%SET Y5 -> 5.0%OKY100 -> 100.0%SET Y100 -> 100.0%OK102030405060708090100102030405060708090100Valve stroke(%)(POS)(CMD)Figure 20. Graph CHARACT FREE5.3.3.2. CUTOFFFactory setting:AUTO CUT MIN value: 1%, AUTO CUT MAX value: 99% MANU CUT MIN value: 2%, MANU CUT MAX value: 98%When the percentage of set-point value is in the enabled range of CUTOFF , the valve is fully deaerated or aerated. The valve is fully close when the percentage of set-point value is less than or equal to MIN setting parameter and is fully open when the percentage of set-point value is greater than or equal to MAX setting parameter.The function divides into AUTO CUT function in the automatic mode and MANU CUT function in the manual mode. Parameter MIN range: 0-25%, Parameter MAX range: 75-100%. When the function is enabled, the sign ―cut off ‖ is indicated on the operating interface.In the automatic mode, when the MIN data is 0%, CUTOFF for closing thevalve is inactive; when the MAX data is 100%, CUTOFF for opening the valve is inactive.When the positioner is running the function, due to the actuator internal characteristics, the valve position will have some deviations after the valve being fully closed or fully opened. As a result, the position value may be smaller than 0% when the valve is fully closed or bigger than 100% when the valve is fully opened.Figure 21. Operating structure CUTOFFCUTOFFENTEREXIT MIN 1%AUTO CUTENTER EXIT MAX 99%MIN 2%MANU CUTENTEREXIT MAX 98%OKSET MIN 1%MIN 1%OKSET MAX 99%MAX 99%102030405060708090100102030405060708090100(CMD)Valve stroke(%)MIN adjustable from 0-25%Figure 22. Graph CUTOFF5.3.3.3. DIR CMDFactory setting:DIR CMD option: RISEThe function is to set the effective sense of direction between the input signal and the position set-point value (CMD).RISE: 0/4 mA or 0 V → 0%, 20 mA or 5/10 V → 100%. FALL: 0/4 mA or 0 V → 100%, 20 mA or 5/10 V →0%.Figure 23. Operating structure DIR CMDInput signalSet-point value(%)(CMD)0/4 mA 0 V20 mA 5/10 VFigure 24. Graph DIR CMD5.3.3.4. LIM STROKEFactory setting:LIM STROKE MIN value: 0% (unlimited) LIM STROKE MAX value: 100% (unlimited)The function limits the automatic adjustment range in the whole valve physical stroke. After setting the limit value, the value of valve stroke (POS) on the display may bigger than 100% or smaller than 0%.MIN adjustment range: 0 – 50 % of the total physical stroke. MAX adjustment range: 50 – 100 % of the total physical stroke.The minimum gap between Min and Max is 50 % of the total physical stroke.DIR CMDENTER RISEFALLEXIT S ELFigure 25. Operating structure LIM STROKE102030405060708090100205070(CMD)Physical stroke(%)(POS)60100160-40Limited stroke(%)(POS)Figure 26. Graph LIM STROKELIM STROKEENTEREXIT OKSET MIN 0%MIN 0%OK SETMAX 100%MAX 100%Please do not set the minimum gap between Min and Max too small inapplication, since it may increase the difficulty of valve stroke adjustment. If to do so for necessary, please change the AUTO DB value bigger.NOTE ！5.3.3.5. DEAD BANDFactory setting:AUTO DB value: 1% MANU DB value: 1%The system does not adjust the valve stroke when the gap between the stroke value and the position set-point value is not bigger than the dead band value. The dead band value is divided into automatic dead band value and manual dead band value. The automatic dead band value corresponds to limited scale of the valve stroke. The dead band range is 0.1%-10%.Figure 27. Operating structure DEAD BANDDEAD BANDENTEREXIT OKSET AUTO DB 1%AUTO DB 1%OK SET MANU DB 1%MANU DB 1%The smaller the dead band setting, the higher the control accuracy getting. Please set the dead band value in reason. Because the too small value may cause the solenoid valve in the body to act frequently and lead to long adjustment time and unstable working state. NOTE ！5.3.3.6. SAFEPOSFactory setting: SAFEPOS value: 0%The function is used to set a safety position which the valve stroke is adjusted to for some specific conditions. The safety position is adjusted by the binary input signal or an error signal for set-point value. When the adjustment for the safety position is enabled, the sign ―safe pos‖ is indicated on the operating interface.Figure 28. Operating structure SAFEPOS5.3.3.7. BINARY IN(optional)Factory setting:SWITCH option: CLOSEFUNCTION option: SAFEPOS TYPE option: NORMAL OPENThe function is used to operate the positioner to achieve some functions by binary input signal. If the product selection has no feedback signal, this function is invalid.OKSET SAFEPOS 0%SAFEPOSENTEREXIT SAFEPOS 0%Figure 29. Operating structure BINARY INBINARY INENTEREXITENTER SWITCHEXITCLOSEOPENSEL FUNCTIONENTEREXIT SAFEPOSMANU /AUTOSELSEL NORMAL OPENNORMAL CLOSETYPEENTEREXIT5.3.3.8. OUTPUT(optional)Factory setting:ANALOGUE option: POSANALOGUE TYPE option: 4-20 mABINARY option: LIM DEVBINARY VAL DEV value: 10%BINARY VAL POS value: 100%BINARY TYPE option: NORMAL OPENThe function is used to let system output related control parameters or operating states to the other terminals.One analogue output (can be selected according to product type selection): analogue signal of the current position (POS) or of the set-point value (CMD). Two output signal types (4-20mA, 0-20mA) can be selected.Two binary outputs: 0/24V binary signal of operating state related with the system.If the product selection has no feedback signal, this function is invalid.Figure 30. Operating structure OUTPUTFigure 31. Operating structure ANALOGUE TYPEOUTPUTENTEREXIT ANALOGUEENTEREXIT POS CMDSELTYPEBINARYENTEREXIT CHANNEL 1CHANNEL 2TYPEENTER4-20 mA0-20 mASELEXITFigure 32. Operating structure OUTPUT BINARYOKSET VAL DEV 10%VAL DEV 10%SEL NORMAL OPENNORMAL CLOSETYPEENTEREXITENTEREXIT CHANNEL 1CHANNEL 2POS LIM SAFEPOS SP ERRORA/M STATEPOS DEVSELVAL DEV 10%VAL LIM 100%TYPEOKSET VAL LIM 100%VAL LIM 100%5.3.3.9. SIG ERRORFactory setting:SIG ERROR option: ERROR OFFSIG ERROR SAFEPOS option: CLOSEThe function is used to detect the error of 4-20mA input signal, but cannot detect input signal of other types. The error condition is the value of 4-20mA input signal ≤ 3.5mA. If opening the error detecting, the set-point value will instruct ―ERROR‖ on the operating interface in the case of detecting the error signal. If the safety position is not enabled, the single-acting power-off safe positioner will exhaust the actuator cylinder ’s air and the single-acting power-off freeze positioner will keep the valve position and the double-acting positioner will leave the valve position in a free state.Figure 33. Operating structure SIG ERRORSIG ERRORENTEREXIT SAFEPOSENTEREXIT CLOSEOPENSELERROROFF ERROR ONSEL5.3.3.10. CAL USERFactory setting:CAL POS MIN: the AD value of minimum position by AUTO TUNE function. CAL POS MAX: the AD value of maximum position by AUTO TUNE function. CAL INPUT MIN for 4-20mA: 765CAL INPUT MAX for 4-20mA: 3823CAL INPUT MIN for 0-20mA: 0CAL INPUT MAX for 0-20mA: 3823CAL INPUT MIN for 0-10V: 0CAL INPUT MAX for 0-10V: 3413CAL INPUT MIN for 0-5V: 0CAL INPUT MAX for 0-5V: 1707The function is used to calibrate the scale value for valve stroke and input signal. And it is not recommended to be used for general users.The value of calibration is a 12bit AD sample value in the system, the range is 0-4095.CAL FACTRUNCalibration values reset to factory settings Press for approx.3sCAL POSENTEREXITOKSETMIN0 MIN 0OKSETMAX 0 MAX 0CAL INPUTENTEREXITOKSET4mA 0 4mA 0OKSET20mA 0 20mA 0CAL USERENTEREXITCAL POS CAL INPUT CAL FACTFigure 34. Operating structure CAL USERWhen the system is running CAL POS or CAL INPUT function, user should watch the lighted changing value whether tends to be stable. The stable value can be judged according to the range of digital number changing less than 5 for a long time. After judging the stable value, press ―OK‖ key on the display to record current changing value as the new calibration value. The recorded value may be different with the changing value which before recording.NOTE！Write down the current changing value before recording. The changing value to be recorded may be different with the value after being recorded. If the deviation of digital number between them is less than 3, the recorded value is available. Otherwise please run the calibration for the related value again.5.3.3.11. MANU RATEFactory setting:GRADE : 2The function is used for setting the rate for adjusting valve stroke in the manual mode.The grade of adjustment rate: 1-5, 1 is the slowest adjustment rate, 5 is the fastest adjustment rate.Figure 35. Operating structure MANU RATE5.3.3.12. CODEFactory setting:Code: 0000Protect options: noneThe CODE function is to prevent some soft functions of the positioner being accessed. If enabling the CODE function, it needs to input the code before opening the protected menu or running the protected functions.Figure 36. Operating structure CODEOK SET GRADE 2 MANU RATECODE ENTEREXIT CODE INPUTOK EXIT MANU /AUTOADD FUNCAUTO TUNEMAIN MENUCODE MODIFY SEL5.3.3.13. SET FACT All setting parameters reset to factory default value except the parameters of AUTO TUNE and CAL USER. To do so, enter the menu of auxiliary functions, then select the SET FACT option and press the ―RUN‖ key for about 3s. Figure 37. Operating structure SET FACT5.3.4. L ANGUAGE The option is used to select the interface language.Figure 38. Operating structure LANGUAGESET FACTRUN Factory resetPress for approx.3sLANGUAGEENTER CHINESE ENGLISH EXIT SEL6. Trouble shooting1. LCD does not light after the positioner powers up.Make sure that the 24V DC power supply is normal.Make sure that the power cables are connected correctly.2. The positioner is unable to locate position. The valve cannot be fullyopened or fully closed for a long time.Make sure that the pressure of air supply meets the requirement.Make sure that the setting value of limit stroke or dead band are not too small.Make sure that the pneumatic connections of the positioner and actuator are not leaking.7. Attention1.The power supply voltage of the positioner is 24V DC ±10%. Please checkthe power supply before connecting the power cable to the electrical terminal. Make sure that the power supply is cut off before connecting the power cable. If the product is damaged by high voltage, it will lose warranty.2. Air supply use specification1>The air pressure should be less than 0.7MPa.2>Install the filter pressure reducer (5 um filtration accuracy) in front ofthe air supply inlet of the positioner to prevent moisture or oil frominfiltrating. In the situation of much oil in the air, it is suggested toadditionally install oil separator (3 um filtration accuracy) in front of theair supply inlet of the positioner. It is suggested to use the combinationof SMC brand filter pressure reducer and SMC brand oil separator. Itsmodel is AC20D-01CG-A. If the product is damaged due to the oilentering the product without oil separator or filter pressure reducerbeing installed, it will lose warranty.3. Waterproof electrical connectors use specification1> The electrical connectors have foolproof design. Please connect theelectrical female connector with the electrical male connector of thepositioner according to the sign X1 and sign X3. Error connecting bystrong force will destroy the electrical male connector.2> The cable diameter which is compatible with the waterproof electricalconnectors is PG7 (4mm-6mm). Please use the multi - core cable with external insulation protection skin, otherwise the electrical connectors cannot achieve IP66 protection class.Correct and error wiring ways are showing in the following pictures.3> If the electrical male connectors are not used for a long time, toprevent water vapor or corrosive gases corroding the connector pins or entering the positioner inside, please screw on the electrical female connectors and block another side of the electrical female connectors with the silicone plugs. As shown below.If the product is damaged by error operations for the waterproof electrical connectors, it will lose warranty.4. If the product is damaged by the user removing the pneumatic connectorsor the filter elements near the pneumatic connectors, it will lose warranty.5. For matching the angle stroke actuator, make sure that the groove of theactuator axis is vertical, so that the connection between the actuator axis and the positioner sensor is suitable. Otherwise the radial load force will destroy the sensor. If the product is damaged by the above reason, it will lose warranty.8. Explosion-proof8.1. StandardGB3836.1 –2010 Explosive atmospheres —Part 1: Equipment —General requirements.GB3836.8 – 2014 Explosive atmospheres — Part 8: Equipment protection by type of protection ―n‖.Explosion-proof mark: Ex nAⅡC T4 Gc.Explosion-proof certification number: GYB16.1644X.8.2. Special conditions for Safe use1. To prevent the danger of ignition due to static electricity, it is forbidden torub the non-metallic part of the product case.2. After installation of the product, it must be ensured that the overall caseprotection level is not lower than IP54 specified in the GB4208-2008 standard.3. It is forbidden to insert or pull out the external connector of the productduring power-on.4. When using in the field, transient protection measures should be taken toprevent the rated voltage from exceeding 40% due to transient interference.8.3. Product use notes1. When using and maintaining on site, the principle of ―do not open the coverof the product in the explosive atmospheres‖ must be followed.2. Product rated parameter: 24V DC.3. Users are not allowed to replace parts of the product. To prevent theoccurrence of damage, users should work with product manufacturer to solve the problems that occur in operation.4. The installation, use and maintenance of the product should comply withthe requirements of the product user’s manual and the following related standards and specifications.GB3836.13 – 2013 Explosive atmospheres — Part 13: Equipment repair, overhaul and reclamation.GB3836.15 – 2000 Electrical apparatus for explosive gas atmospheres —Part 15: Electrical installations in hazardous areas (other than mines).GB3836.16 – 2006 Electrical apparatus for explosive gas atmospheres —Part 16: Inspection and maintenance of electrical installation (other than mines).GB50257 –2014 Code for construction and acceptance of electric equipment on fire and explosion hazard electrical equipment installation engineering.9. Warranty terms1. If the product is found to have quality problems which are confirmed byour company staff, customers have after-sale services for product maintenance or free replacement in the warranty period.Service response time is 24 hours (excluding non-working days).2. The warranty period of the product is based on the company’s latestwarranty policy, which is no less than 12 months after the sale.3. The following situations for repaired product do not belong to the warrantyrange:(1) The date is not in the warranty period.(2) The product is disassembled without authorization and permit by theproduct company.(3) The damage causes from the operation which is not according to theproduct instruction manual or other human factors. Including but notlimited to:1> The product surface has collision scars.2> Error wiring or error power supply makes the product damaged.3> Parts and accessories are lost.4> The product is damaged due to the oil entering the product withoutoil separator or filter pressure reducer being installed.5> Error using the waterproof electrical connectors makes the productdamaged.(4) Force majeure (natural disasters) causes product failure or damage.4. According to the actual situation, the product company offers the free orfee-based maintenance services outside the warranty range.5. The terms become effective since the two sides signed a supply contract.。

阀门定位器简易操作步骤（有用）

阀门定位器简易操作步骤
一、山武定位器
1、设定调试阀门指令87.5%或12.5%；
2、到就地，在定位器上用一字螺丝刀按下调整按钮并旋转，保持直至阀门动作；
3、松开调整按钮，等待调整结束。

二、西门子定位器
1、按方式键5秒以上，进入组态方式，松开手指。

2、点按方式键，切换到下一个组态参数，找到第4个参数INITA；
3、按+键5秒以上，初始化开始；
4、等待阀门自动调整，大约10分钟后，显示FINSH；
5、点击方式键，然后长按方式键5秒以上，退出组态方式；
6、此时定位器在手动模式，点击方式键，定位器切换到自动模式。

三、ABB定位器
1、按MODE键5秒，直到出现“ADJ_LIN”;
2、松开MODE键；
3、再按住MODE键，直到显示器上计数器倒计数到0；
4、松开MODE键，自动调整程序开始运行；
5、自动调整程序运行大约5分钟，顺利结束后定位器自动存储调节参数，并自动切换
控制方式到：1.1 CTRL_FIX。

电动阀门智能定位器使用说明书概要

电动阀门智能定位器使用说明书Intelligent Electric Valve Locator Instruction Manual一、简介Introduction二、面板说明Panel Description1、按键功能说明The Key Function Description（1）A/M键：A/M KeyA.手/自动模式切换；Manual/Auto mode switchingB.手动模式下按2秒进入标定模式、In Manual mode, press it for 2 seconds to enter calibration modeC.标定模式下标定结果的存储和确认等；In calibration mode the verification and storage of the calibration results and soon（2）▲键：▲KeyA.手动模式下控制电机正转；In Manual mode control the motor forwardB.标定模式下做累加键使用；In calibration mode as the use of cumulative（3）▼键：▼KeyA.手动模式下控制电机反转；In Manual mode control the motor reversalB.标定模式下做递减键使用；In calibration mode as the use of decreaseC.自动模式下按2秒进入初始化模式In Auto mode, press it for 2 seconds to enter the initialization mode2、数码管显示说明（参考表1）LED display description (Table 1)（1）手动模式下，显示阀门相应开度，显示范围不受0.00～100.0的限制；In Manual mode, display the corresponding valve opening, the display range is notlimited from 0.00 to100.0（2）自动模式下，正常状态显示当前阀门开度，显示范围不受0.00～100.0的限制；In Auto mode, display the current valve opening, the display range is not limitedfrom 0.00 to100.0（3）标定模式下，各显示具体含义见标定功能说明；In calibration mode the specific meaning refer to the function description.3、状态LED显示说明Status LED display description（1）OPEN：电动执行器控制输出电路“开”输出有效；Electric actuator control output circuit “opening” output is effective （2）SHUT：电动执行器控制输出电路“闭”输出有效；Electric actuator control output circuit “closing” output is effective （3）MANU：定位器处于手动模式；Locator is in manual mode（4）AUTO：定位器处于自动模式；Locator is in Auto mode4、用户标定LED显示说明User calibration LED display description（1）DRTA：正相标定，即4mA对应阀门全闭，20mA对应阀门全开；Normal phase calibration, 4mA corresponds to the valve fully closed, 20mAcorresponds to the valve fully open（2）RVSA：反相标定，即4mA对应阀门全开，20mA对应阀门全闭；RP Calibration, 4mA corresponds to the valve fully closed, 20mAcorresponds to the valve fully open（3）OPEN：无输入信号时，阀门自动调至全开；No input signal, the valve automatically transferred to full open （4）STOP：无输入信号时，阀门自动停在当前位置；No input signal, the valve automatically stops at the current location （5）SHUT：无输入信号时，阀门自动调至全闭；No input signal, the valve automatically transferred to full closed.三、性能参数( Performance parameters)1、控制精度：0.1%～1.0% （可设置）Control precision: 0.1% ~ 1.0% (can be set)2、工作功耗：<10WWorking Power3、工作电压：交流100～240VOperating Voltage: AC 100 ~ 240V4、电动执行器反馈电位器：500欧姆～10K欧姆Electric actuator feedback potentiometer5、输入信号：4～20mAInput signal6、输入阻抗：250欧姆Input impedance7、输出信号：4～20mAOutput signal8、输出信号负载：≤450欧姆Output Load9、环境温度：-20 °C～70 °CThe ambient temperature10、环境湿度：≤80％RHThe ambient humidity四、接线说明(wiring instructions)五、标定操作(calibration operation)1、标定模式进入：手动模式下，按A/M键并保持2秒，将进入标定模式；Enter the calibration mode: in manual mode, press A / M key and keep 2 seconds, will enter the calibration mode2、相位标定：Phase calibration:（1）显示当前实际相位设置，如是正相模式则显示“F1－2”，反相模式则显示“F1－1”，相应标定LED也会被点亮。

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1.2 开箱清单PEV型智能阀门定位器；安装配件；用户手册；另外订制附件，详见装箱清单。

2 概述PEV型智能阀门定位器是一种二线制现场仪表。

本定位器作为气动阀门的配套控制部件，广泛运用于石油、化工、电力、冶金、轻工等领域的自动控制系统中。

它不仅完全能替代传统的电/气阀门定位器，而且可直接接入HART 协议网络，实现与控制系统的信息交换。

它通过可调的反馈杠杆机构可与执行机构推杆连接（如图3），安装步骤如下：用内六角螺栓①、弹簧垫圈②和平垫圈③把定位器连接板⑤，固定在定位器底部。

用内六角螺栓①、弹簧垫圈②和平垫圈③把执行器连接板④，固定在执行器上。

用十字槽盘头螺钉○11 、弹簧垫圈○12 和平垫圈○13 把中心连接块○14 ，安装到执行器上。

用内六角圆柱头螺钉○6 、平垫圈○7 和弹簧垫圈○8 把U 型连接杆○9 和夹紧块⑩固定到中心连接块。

旋紧控制杆部件○15 上的内六角圆柱头螺钉，将之固定到定位器主动轴上。

用内六角螺栓○1 、弹簧垫圈○2 和平垫圈○3 的，把定位器连接板与执行器连接板连接固定4.2.2 角行程定位器安装连接序号数量名称规格1 1 底夹紧块2 1 U 型连接杆3 1 上夹紧块4 5 平垫圈D65 5 弹簧垫圈D66 1 内六角圆柱头螺钉M6×257 4 内六角圆柱头螺钉M6×168 1 定位器连接部件9 1 紧定螺钉M3×810 1 支架体11 4 内六角圆柱头螺钉M5×1612 4 弹簧垫圈D513 4 平垫圈D5安装步骤如下（角行程定位器安装连接参看图）：用平垫圈④、弹簧垫圈⑤和内六角圆柱头螺钉⑦把支架体⑩，固定在定位器底部。

把定位器连接部件⑧套在定位器主动轴上，用紧定螺钉⑨固定。

把底夹紧块①卡到执行机构上，用平垫圈④，弹簧垫圈⑤和内六角圆柱头螺钉⑥，把底夹紧块①、U 型连接杆②和夹紧块③，固定在执行机构上。

把带安装架的定位器小心的放在执行机构上，使U 型杆正确套住定位器架接部件⑧。

调整定位器并把安装架用内六角圆柱头螺钉○11 、弹簧垫圈○12 和平垫圈○13 ，固定在执行机构上。

4.3 气路连接气路连接在定位器的右侧，定位器的气路连接有两种：G1/4 和1/4NPT（订货时须注明），具体类型标识在壳体上，用户可根据不同的管道连接进行选择。

安装步骤：1. 把智能阀门定位器的输出口按图 5 与气动执行机构的输入口连接2. 把阀门定位器的输入口与气源连接。

进入定位器的压缩空气必须经过空气过滤减压阀的过滤和稳压。

气源要求：气源压力必须在0.14～0.7MPa，具体值视执行机构而定；气源应为清洁干燥的空气,应无明显的油蒸汽、油和其他液体；气源应无明显的腐蚀性气体蒸、汽和溶剂；气源中所含固体微粒数量应小于0.1g/ m3,且微粒直径应小于60um, 含油量应小于10mg/m3；工作压力下的气源其露点应比定位器工作环境温度至少低10℃4.4 电气连接4.4.1 输入电气连接如（图6 所示）类型：两线制输入信号：4~20mA最小工作电流：3.6mA.d.c输入阻抗：350Ω（无HART）550Ω（HART 型）4.4.2 报警模块电气连接（如图 7 所示）工作电压：防爆：≤15.5V DC不防爆：18~35V DC输出信号：4.4.3 反馈输出模块电气连接如图 8 所示：反馈信号类型：两线制，4~20mA温漂：≤100ppm/ ℃工作范围： 3.6 ~ 20.5 mA精度：≤0.1%端口电压： 12～30V DC4.4.4 限位开关电气连接（如图9 所示）输入电压：Ui≤24V DC输入电流：Ii≤2A4.4.5 电气连接要求：电气连接应严格按照连接图进行，应牢固固定，不得松动；当使用智能阀门定位器的本安性能时，其安装使用应符合国家的有关规定，同时还应注意以下几点：配备的安全栅要有本安防爆认证。

安全栅应有可靠接地，接地电阻应尽量小，接地端子需备有防松装置和防锈处理。

连接电缆需要本安保护，截面至少0.5mm2，保护套需要在安全区域接地。

允许的最大电容不超过0.06uF，电感不超过1mH。

5 调节操作5.1 操作界面说明显示： LCD 分为两行显示，在正常状态下：第一行显示阀位值。

第二行从左至右依次为阀位动作方向、运行状态、控制输入值。

在参数状态下：第一行显示控制参数值。

第二行从左至右依次为参数序列号、代码参数。

5.2 用户菜单5.2.1 用户菜单进入在正常工作界面下，按住按钮“”，持续3 秒钟后进入用户菜单选择。

5.2.2 用户菜单选择在用户菜单选择状态下，用户可选择的参数分四类：P1、P2、P3、P4；四类参数的转换：当上行显示P1、P2、P3、P4 中的任意一个时，按“”，可循环选择参数类,如图11.每一类的参数选择：按下按钮“”，菜单循环向前翻按下按钮“”，菜单循环向后翻此时上排显示参数内容；下排前两个字显示参数序列号，后面显示参数名称；5.2.3 用户菜单修改按下按钮“”，进入菜单修改状态，此时屏幕上参数名开始闪烁；例如：对于数值型参数按下按钮“”，参数数值增加，长时间按住该键后，参数值快速增加按下按钮“”，参数数值减少，长时间按住该键后，参数值快速减小对于字符型参数按下按钮“”，正向选择参数值按下按钮“”，反向选择参数值对于复位PRST，自动整定INIA，手动整定INIM 参数按住“”按钮，LCD 第一行显示“ STRT”，3 秒后进入各自状态。

复位PRST 完成后，上行显示反馈值，下行闪烁显示NOINI，表示没有初始化。

例如：5.2.4 用户菜单退出在用户菜单选择状态下：按住按钮“”，3 秒后退出用户菜单，返回正常运行状态5.3 初始化智能阀门定位器安装完成后，必须进行初始化。

初始化开始时阀门会自动开关，注意检查工况条件，采取措施确保阀门开关不影响工艺和人身安全。

初始化前需检查定位器和执行机构的电气连接是否正常，上电后需要进行初始化准备后方可进行初始化工作。

初始化有两种方法：自动整定和手动整定。

5.3.1 初始化准备安装时首先要确保位置反馈的行程值或旋转角要正确，安装在直行程和角行程执行器上的最大旋转角均为90°，为确保您操作范围的正确，反馈杆定位在行程中间时，要求刻度板与U 型滑杆在水平方向平行。

5.3.2 自动整定1. 定位器上电后，用户需按功能键“”超过3 秒，进入用户参数状态。

显示：2. 再按一下“”键，上排显示“N0”，下排显示“INIA”，进入自动整定状态。

显示：再按一下功能键“”，此时下排显示会闪烁，进入参数修改状态。

再按住“”超过3 秒，此时上排显示“ STRT”，开始进入自动整定。

显示：3. 整定程序按“STEP1”到“STEP5”进行，并在下排显示当前步骤。

显示：4.在整定完毕后，上排显示参数值；下排会显示“ED XXXX”，XXXX 表示相关整定参数，上下死区、上下预判值。

显示：5.按住“” 3 秒返回参数菜单选择。

5.3.3 手动整定1. 定位器上电后为自动状态。

用户需按功能键“”超过3 秒，进入用户参数状态。

显示：2.按“”选择参数，到第二排显示变为“INIM”。

显示：3.再按一下功能键“”，此时下排显示会闪烁，进入参数修改状态。

4.再按“”超过3 秒，此时上排显示“ STRT”，开始进入手动整定。

此时下排显示“ZERO”，5.按“”或“”，选择要设置的起始点。

6.按“”确定。

此时显示“SPAN”，7.按“”或“”，选择要设置的结束点。