YHA使用说明书

up to 350 bar up to 5 l/minConnection HousingsPDB06 Cartridge ValvesControl Electronics E 5.164.4/03.02A plugB solenoid coilC solenoid armatureD valve housingE spring plateF springG closing coneFUNCTIONHYDAC PDB proportionalpressure relief valves are directoperated cone seat valves for oilhydraulic systems.The valves consist basically ofa heat-treated valve seat, thediameter of which variesaccording to the pressure rangeof the valve, a hardened andpolished closing cone and asolenoid system for electricaloperation.The solenoid system of the valvecarries out a stroke against thespring, depending on the amountof control current, therebyproducing a certain spring pre-stress force. The spring appliesthis force to the closing coneand pushes it against the valveseat. On the opposite side ofthe closing cone the systempressure acts via port 1 of thepressure valve. If the hydraulicpressure force is below the pre-set spring force, the valve isclosed.If the hydraulic pressure forceexceeds the pre-set spring force,the closing cone lifts off from theseat and connects pressureport 1 with tank port 2. This limitsthe system pressure to the valueset by the solenoid system andthe spring.If the control current to thesolenoid coil is interrupted,the spring relaxes and thesystem pressure drops to theminimum adjustable pressure(p=f(Q) at 0 current).23E 5.164.4/03.02Pressure range 210 bar (G24) 45E 5.164.4/03.022.2.10Hysteresis≤ 4.5 %2.3.TYPE OF OPERATION 2.3.1ConstructionElectro-magnetic by means of a pressure resistant core tubesingle stroke proportional solenoid 2.3.2VoltageDC2.3.3Controlling current rangeG24: 0 ... 950 mA 2.3.4Coil resistanceG24: R 20 = 15.3 Ohm 2.3.5Switching time100 %2.3.6Safety typeIP65 to DIN 40050for correctly fitted connectorInstallation dimensions 06020PG11 connector can be displaced by 4 x 90°f i t t i ng d e p t hPressure range 210 barPressure range 350 barafter loosening the knurled nut,the coil can be rotated through 360°and removedCartridge form tools ToolStock No.Countersink 170033Reamer 1000768Tap1002648Plug gauge1688406PEK: 19” Euro card system –plug connector: male multipoint DIN 41612-D032–Euro card system 100 x 160 mm–6 TE front plate width (1 TE = 5.08 mm)–low-loss PDM output stage –differential input (0-10 V)with level adjustment –additional input for direct potentiometer connection –2 independently adjustable ramp times–LED display for supply voltage –base and maximum current adjustable–chopper frequency adjustablePEKPES: Plug amplifier for fitting directly onto valve solenoidssuitable for fitting onto solenoid for valve type ...PDB06020compact component, can be separated from the solenoid systemPEM: Amplifier module–can be mounted onto DIN EN 50022 rail and DIN EN 50035 rail –compact construction –replaces terminal strip–low-loss PDM output stage –differential input (0 - 10 V)–reverse polarity protected and short-circuit proof–base, step and maximum current adjustablePESPG threaded connection4-core cableapprox. 2 m longPEM2.3/4.461.5E7。

Series 19 SMART Modulating Multiturn Electric Actuator UserManualDescriptionThe Series 19 SMART modulating multiturn electric actuator features a reversing motor with multi-voltage capabilities; 95vac-265vac (50/60Hz) or 24 Vac/Vdc, an OLEDScreen, an internal heater, positioner, transmitter, alarm/fault contacts, a NEMA Type 4X enclosure, manual override, visual flat disc position indication, LED Indicator(Open/Close/Alarm), ISO mounting, and 2M flying leads. The alarm/fault contacts are SPST and rated for 0.1A @250 Vac/0.5A@30 Vdc, and are factory calibrated.Cover removal is NOT required for installation, and will void warranty!!Additional options are NOT available for this modelElectrical RequirementWARNING: Do not open actuator cover as warranty will be void!!Model Number Torque(in/lbs)95 - 265 Vac 24Vac/24 Vdc Cycle Timeper Revolution (Seconds)Weight(Pounds) Amp Draw Duty Cycle Amp Draw DutyCycleS20MTHC1C3W 177 N/A N/A 0.96 70% 4 seconds 1.7 S50MTHC1C3W 442 0.24 70% 1.2 70% 16 seconds 3.5NOTE: Amp rating is considered running.Duty cycles are for ambient temperature (73°F)The Series 19 electric actuator has a sealed cable gland with 2M flying leads. The electrician is required to make field connections as per the wiring schematic shown in this manual for model numbers and voltages listed above. The electrician is responsible for following all and any, local and/or Agency wiring practices.Note: Not all wires provided will be used.Heater is internally wired and operational as long as actuator is powered.Size 20 ONLYSize 20 is specific to accept only voltage or current as a control signal/loopSize 20 will be labelled specifically as a voltage or current control signal/loop, and cannot be changed via onboard firmware. If a different control signal/loop is required, then another unit with the specific control signal/loop must be used.Size 50Size 50 can be calibrated for EITHER a voltage or a current control signal/loop via onboard firmware. Please contact the factory for instructions.LED visual indicator is green for open, red for closed, or blue for alarm condition. Alarm condition could be a motor fault, valve jam, etc.Manual Override OperationRemove manual override Hex Key from storage position located on the bottom of actuator, which is secured by SS clips. To operate the manual override, insert hex key into hex socket located on top of actuator and rotate to manually cycle valve (CCW to open, CW to close). Manual override operation should always end with the valve in the closed position. When finished using the manual override it is imperative to remove the hex key and place it back into storage on actuator base, making sure that it “clicks” into the locking position.CAUTION: The manual override should only be used when there is no power applied to actuator. When power is restored the actuator will automatically resume normal operation. Do not exceed the number of 360° turns specified from close to open as this will exceed the calibration range and the unit will not operate properly.Turns from Close to OpenValve Size Valve TypeAmount ofTurnsValve Type Amount ofTurns½” T‐14 Diaphragm 3.25 Gate N/A¾” T‐14 Diaphragm 3.25 Gate N/A1” T‐14 Diaphragm 3.25 Gate N/A1 ¼” T‐14 Diaphragm 3.25 Gate N/A1 ½” T‐14 Diaphragm 4.25 Gate 5.252” T‐14 Diaphragm 5.25 Gate 5.252 ½” T‐14 Diaphragm 6.25 Gate N/A3” T‐14 Diaphragm 6.25 Gate 6.254” T‐14 Diaphragm 6.25 Gate 6.25Local Controls OperationThe actuator can be locally controlled and driven to the open or closed position via OLED screen and push buttons. This simple procedure is detailed below.Press and hold the “↕” button for 3 seconds. “K3” will flash in the top right hand corner and the unit will ask for a password. At this time, the password of “111” can be entered with “↕” selecting numbers and “↔” selecting the field. Once password is entered, press the “M” button to enter manual mode. The actuator can now be opened and closed via the push buttons. Press the “↨” button to OPEN the actuator. Press the “↔” button to CLOSE the actuator. To exit manual mode, press the M button or wait approximately 120 seconds and the manual mode will time out and exit. The actuator will not respond to control signals from the PLC until taken out of manual mode.。

YH-100A高压开关机械操作程序仪一、用途高压开关机械操作程序仪是对各种高压开关进行机械操作控制的专用仪器，它采用最新单片机技术及新型无触点电子开关器件，解决了以往同类仪器抗干扰性能差（易死机），寿命短（继电器触点易烧结死）等毛病。

该仪器具有合、分闸误动检测功能，出现误动时，仪器声光报警，停止当前正在试验的项目，同时指示误动原因，等待工作人员前来解除故障。

解决了以往同类仪器盲目机械操作而不知操作结果，未起到磨合可靠性试验的目的。

该仪器操作直观，携带方便，特别适用于高压开关的出厂试验以及工程施工现场调试开关等。

二、工作流程仪器组成：功能键输入，预置次数输入，单片机控制，计数显示，合、分控制输出，声光控制输出。

工作流程图：三、技术参数1.直流控制部分操作电压：220V触点容量：3A特殊要求可定制2.交流控制部分操作电压：220V触点容量：10A特殊要求可定制3.工作电压：220V功耗＜25W4.体积：340mm＊300mm＊170mm四、操作说明1、面板说明：* 两表头分别指示交流、直流试验电压（0-250V），分电压、合电压由各自开关选择。

（本机适合于单电源试验）* 拨盘用于设置试验次数，最多为999次。

* 试验次数：指示当前试验次数。

* 有合误或分误时，报警灯闪，同时伴有报警声。

2、功能键* 本机有6种试验方式单合+启动：进行单一合操作单分+启动：进行单一分操作合分+启动：合分操作分合+启动：分合操作重合闸+启动：依据设置次数进行重合闸试验寿命+启动：依据设置次数进行寿命试验* 试验过程中，如遇情况须中断时，按"暂停"键，要继续工作时，再按一次。

* "记忆"键用于记忆上一次完整的重合闸或寿命两种试验的结果情况。

此键仅仅在仪器处于未设置试验方式下有效。

* 如果要取消当前进行的重合闸试验或寿命试验，按一次"启动"键，仪器显示"7654321"。

YH900A产品说明书 佛山域昊自动化有限公司目录一、YH900A面板按钮 (1)二、YH900A后壳接口 (2)三、触摸屏部分的说明 (2)四、功能介绍 (9)1、选择按键选择模式 (9)2、出厂恢复设置 (9)3、灯首地址按钮设置 (10)4、不同机型屏操作界面切换 (10)五、产品尺寸示意图 (12)六、安装开孔尺寸 (13)11YH900A 机使用说明书一、YH900A 面板按钮地址二、YH900A 后壳接口M237M235M226M227M231 M228 M229 M230 M232M233地址M224地址M2252三、 触摸屏部分的说明1、启动EB9000 Project Manager ，在PC 电脑上双击下面图标：2、出现下面界面：3、设定机型：在机型里面选定“MT(TK)6000/9000 iP/iQ/iH5 Series”34、点击编辑工具下的“EasyBuilder9000”5、出现下面界面6、在“文件”下选“新建文件”47、在弹出的窗口里选定“TK6070Ip/TK6070IQ/TK6070UP/TK8070Ip(900x480)8、出现下面界面，点击“新增”9、出现下面界面5610、选定“PLC”，所在位置选“本机”11、设定PLC 类型为“Mitsubishi F0S/FX0N/FX1S/FX1N/FX2”712、接口类型选“RS-485 4W”13、通讯端口COM 设置如下图，设为“COM2 (9600，E,7，1)14、设定好后点击“确定”，出现下图，再点击“确定”，完成设定。

图：8四、功能介绍注：D1800—D1835 地址被使用按键选择与模式选择和灯首地址选择；M2000 被使用恢复设置选择。

1.选择按键值选择模式触摸屏中每三个窗口一组按摆放的顺序依次对应每一个按键功能：灯地址模式选择按键地址选择用手轻触模式选择按钮可选择不同模式：复归模式(默认模式)、复位模式、置位模式、切换模式，开机启动时为上一次关机状态值。

HYT(XMT)系列数显温控仪使用说明HYT系列温度控制仪是本公司最新推出的一种高性能、高可靠性的智能型工业调节仪表，可进行热电偶、热电阻、模拟量等多种信号自由输入，量程自由设置，同时多种输出方式；运用模糊理论结合传统PID方法，控制快速平稳，测量精度高，抗干扰能力强，操作简单等优点，其广泛应用于机械、化工、陶瓷、轻工、冶金、石化、热处理等行业的自动温度控制。

技术参数额定电压220VAC,-15%,+10%/50-60HZ电源消耗≤5W测量精度0.2级（±0.2%F±1字）控制方式智能PID调节，依据不同的P、I、D参数可组成P（P=0即为位式）、PI、PID调节；主控可为继电器触点开关输出、触发固态继电器的逻辑电平、移相触发脉冲、过零触发脉冲及4-20mA模拟量输出(也可为0-10mA或其它模拟量输出)，也可据客户要求定制；输入规格热电偶：K、J、E、S、N、T、B、R 钨铼热电偶：WRe5 /WRe26; WRe3 /WRe25热电阻：CU50、PT100测量范围K（-50-+1350℃）、S（-50-+1750℃）、T（-200—+400℃）、E（-50—1000℃）、J（-50-1000℃）、B（50—1800℃）、N（-20—1300℃）、WRe(-20-2300℃)、CU50（-50.0-+150.0℃）、PT100（-200.0—+600.0℃），使用环境环境温度：0～50℃环境湿度：≤85%RH 避免强腐蚀气体.注:仪表对B分度号热电偶在0-400℃范围内可进行测量,但无法保证测量精度。

□型号选择：HYT□□□□□(XMT)附加功能说明：0:无附加说明其它：由客户定义仪表外形尺寸主控制方式：‘0’：继电器常开常闭触点输出宽×高×深（开孔尺寸）‘1’：单相过零触发调节A: 48×48×110mm(44×44mm) ‘2’：驱动固态继电器的逻辑电平B: 72×72×110mm(68×68mm) ‘3’：4-20mA模拟量；C: 96×96×110mm(92×92mm) ‘4’：触发触冲；D: 48×96×110mm(92×44mm) 其它：由客户定义E: 96×48×110mm(44×92mm) 附加报警：0：无报警F: 80×160×110mm(76×156mm) 1：带上限/上偏差报警（继电器触点）；G: 160×80×110mm(156×76mm) 2：带下限/下偏差报警（继电器触点）3：带上限/上偏差及下限/下偏差报警（继电器触点）；其它：由客户定义注：注：绝对值报警与偏差报警可由参数设定仪表系列：6000系列4000系列□仪表接线□ 操作说明及开机输入类型显示表仪表上电后，PV 窗口显示输入类型,SV 窗口显示最大量程，然后PV 窗口显示测量值，SV 窗口显示设定值。

HY 系列恒压供水控制器（适用于HY7A. HY7B. 型号）使 用 手 册S E RVICE MA NUAL恒压供水 智能控制专 注于 工 业 自 动 化 控 制* 端子接线简图* 主线图* 线端子说明* 供水参数基本设定1--L--AC 220V 供电电火线2--N--AC 220V 供电电零线3--Y13--未启用4--Y12--未启用5--Y11--泄压阀6--Y10--进水阀7--Y9--报警输出8--Y8--辅泵变频9--COM3--输出公共端310--Y7--泵3工频11--Y6--泵3变频12--Y5--泵2工频13--Y4--泵2变频14--Y3--泵1工频15--Y2--泵1变频16--COM2--输出公共端217--Y1--变频器启动信号18--COM1--变频器启动信号19--COM--输入公共端20--X1--泵1故障21--X2--泵2故障22--X3--泵3故障23--X4--辅泵故障24--X5--缺水故障25--X6--安全保护26--COM--输入公共端27--X7--变频故障28--X8--远程启停29--S+--RS485通讯 +30--S--RS485通讯 -31--X11--未启用32--X12--未启用33--S+--RS485通讯 +34--S---RS485通讯 -35--NTC1--泵1温度36--NTC2--泵2温度37--NTC3--泵3温度38--NTC4--辅泵温度39--GND--电源公共端40--AR2--泵入口压力变送器输入41--AV2--泵入口远传压力表（0-5V）或压力变送器（4-20MA）输入42--GND--电源公共端43--AR1--泵出口压力变送器输入44--AV1--泵出口远传压力表（0-5V）或压力变送器（4-20MA）输入45--5V--远传压力表供电46--24V--压力变送器供电47--COM--变频信号公共端48--0-10V--变频信号0-10V 输出1. 选择供水模式 “组泵方式”页面选择“水箱恒压模式”、“无负压模式”水箱恒压模式：水泵从水箱或水池中取水，入口传感器通常为液位变送器或液位开关测量水池的水量。