SD42522EH说明书_1.8

智能气动标记系统使用说明书济南德浩电气有限公司危险！设备必须安全接地，不遵守此指示可能导致触电。

警示!1．严禁带电拔插任何信号线，带电拔插可能导致人身伤害，触电，火灾，故障或机件损坏。

2．未经供货厂家允许，严禁拆卸设备任何部分，拆卸设备可能导致触电，机件损坏。

3．未经供货厂家允许，严禁在计算机中安装任何其它软件，有些软件会影响标记系统的工作，导致标记系统异常；软件中可能包含的病毒会给计算机造成灾难性伤害。

目录第一部分程序使用说明 (4)前言 (4)第一章功能简介 (5)第二章约定 (7)第三章软件系统组成与运行环境 (8)软件组成 (8)运行环境 (8)第四章软件的安装 (9)第五章使用方法 (14)5.1用户登录 (14)5.2系统主界面 (15)5.3文件 (16)5.4打印 (20)5.5打印参数 (22)5.6标记参数 (40)5.7统计 (46)5.8屏幕 (51)5.9系统 (51)5.10帮助 (53)5.11工具栏 (54)5.12控制面板 (54)5.13工作区 (55)第六章W INDOWS双标记软件使用简介 (57)第七章技术指标 (57)第八章PLT图形文件建立 (58)第九章附注说明 (60)第十章设备安装说明 (61)一、工控机前、后面板图及说明 (61)二、控制箱前、后面板图及说明 (62)三、标记头示意图 (63)四、连接线示意图 (64)五、工控机与控制箱连接说明 (65)六、控制箱与打印头连接说明 (65)七、远程控制开关连接说明 (65)第二部分维修维护说明 (66)第一章维护常识 (66)计算机使用常识 (66)机械部分使用常识 (66)第二章常见故障及其解决方案 (68)索引 (68)1. 计算机故障 (70)2. 标记机设备故障 (71)第三章接线表 (79)第四章主要部件及易损件安装说明 (80)导气管 (80)行程开关 (80)保险管 (80)齿形带 (80)O型圈 (81)打印针头 (81)轴套 (81)电机 (81)电磁阀 (82)三联体 (82)第一部分程序使用说明前言德浩电气系列智能气动标记机是一种由计算机控制，以压缩空气为动力，广泛应用于机械制造行业进行数字、字符、图形标记的高科技专用设备。

1．电磁流量计PROMAG50 2. 80F调试说明3．溶解氧COM223/COM253 4．CPM223/CPM253 ORP5.超声波测量仪FMU 23X6.压力变送器PMP717.在线测量浊度仪CUE21 8．在线COD测量仪9.雷达FMR245 10.继电器（模数转换）RTA42111.72F调试说明12.重锤料位计FMM5013.DTT31质量流量计PROMAG50 电磁流量计一、参数设置10W调试说明1.仪表上电稳定后，按“E”键进入菜单组，出现“Group Select”Measuring Values2.按“+”或“-”,找到“Unit V olume Flow”，可用“+/-”键和“E”键确认体积流量单位，输入10，最后按“E”键确认；3.显示“Unit V olume Flow”，可用“+/-”键和“E”键确认质量流量单位；“m³/h”8.“Unit Totalizer”, 可用“+/-”键和“E”键确认累计值单位；“M³”10.“+”“-”同时按返回，再按“+”或“-”找到“Current Output ”按“E”，选择输出“4—20mA Hart Namur”,再按“E”，用“+、-”输入20mA对应的值，按“E”确认；11.按“E”到“Failsafe Mode”,按“+”或“-”，选择“Max current value”，及报警时输出最大电流值；12.同时按“+”“-”返回到“Current Output 1”，再按“+”或“-”找到“ProcessParameter”，按“E”，将“On-value low flow cut off”设置小流量切除值，一般的设置范围为20mA对应值的1%到5%；80F调试说明4.仪表上电稳定后，按“E”键进入菜单组，出现“Group Select”Measuring Values5.按“+”键两次出现“Quick Setup”，按“E”键进入，出现“Setup Commission”；No6.按“+”或“-”，输入80，最后按“E”键确认；7.重新出现Setup Commission”，按“+”键改为“Yes”，按“E”键确认；No8.显示“Language”选择语言为英语，按“E”键确认，如需选其它语言先用“+”“-”键选择再用“E”键确认；9.显示“Pre-setting”,按“E”键确认；“Act-setting”10.显示“Unit Mass Flow”，可用“+/-”键和“E”键确认质量流量单位；“Kg/h”8.“Unit Totalizer”, 可用“+/-”键和“E”键确认累计值单位；“Kg”9.“Configuration other Unit?”，可用“+/-”键和E键，选择“No”;10.“+”“-”同时按返回到“Quick Setup”菜单，再按“+”或“-”找到“Current Output 1”按“E”，选择输出“4—20mA Hart Namur”,再按“E”，用“+、-”输入20mA对应的值，按“E”确认；11.按“E”到“Failsafe Mode”,按“+”或“-”，选择“Max current value”，及报警时输出最大电流值；12.按“E”返回到“Current Output 1”，再按“+”或“-”找到“ProcessParameter”，按“E”，将“Assign cutoff”选为“Mass flow”,按“E”键，在“On-value low flow cut off”设置小流量切除值，一般的设置范围为20mA对应值的1%到5%；Liquisys COM223/COM253溶解氧调试方法一、调试:(1) 操作说明 :下面对各个操作键进行说明：CAL键：标定，激活标定模式，标定菜单显示。

802.3z Infiniband to Temperature compensation for performance monitoringvv : Pigtail Lengthy : Connector typew : Packaging option Number of channelLength in cmN ↔ MT ferrule only C ↔ Radiall C-MTitan TM Q ↔ Radiall Q-MTitan TM O ↔ MPO/MTP connector M ↔ MT ferrule with spring GM ↔ 100-Pin Meg-Array socketed package DM-4-255-ww-yz-vv4 ↔ 4-channel Tx + 4-channel Rxz : Fibres diameter1 ↔ 50/125µm ribbon fiber2 ↔ 62.5/125µm ribbon fiber3 ↔ 50/125µm ribbon with over braid5 ↔ 50/125µm ribbon with DTL-23053/5 Class 1 flam. shrink tubing Contact sales for different fiberPAGE 6/35 REVISION 2.1 ISSUE 15-02-2022PART NUMBER DM-4-255-ww-yz-vvImportant Note:Radiall strongly recommends always operating in the temperature compensation mode. The manual mode should be reserved to test or to implement the extended controls settings into the flash memory (see Flash Memory Guidelines)The receiver channels are based on high speed GaAs photodiode arrays and on high performances SiGe transimpedance (TIA) and limiting (LA) amplifiers arrays. The signal path is AC-coupled and allows 2R (reshape and re-clock) recovery.The receiver high-speed stage provides a selectable output swing and pre-emphasis functions that enable the module to handle long trace transmission (accessible through the I 2C bus with the next product version).Transmitter Block DiagramA block diagram of a single channel is given figure 2. The transmitter is divided in 3 main parts:❑ The high speed circuit compatible with data rate running up to 4,25Gbps. Identical for all the channels.❑ The controlling and monitoring circuit to implement the different module functionalities with individual channel control and monitoring features.❑ A proprietary optical sub-assembly in charge of coupling the Laser optical power with the optical fiber.Fig.2 - Transmitter Block DiagramData Input stageThe input stage is a versatile differential amplifier capable of operating over the entire supply voltage range. The internal biased DC-Coupled feature allows the module to be compatible with various electrical voltage signaling standards such as LVDS, CML and PECL. The lower cutoff frequency is 300 kHz and is designed for 64B/66B codes running at 10.3Gbps. The output of the buffer is logical high when V AxP is greater than V AxN . Two on-chip termination resistors (R P and R N ) of 50Ω define the input impedance. The input stage provides a 100Ω differential input impedance. The input can be DC-coupled to reduce the number of external component. The equivalent circuit of the input stage is shown in Figure 3.For Differential CML: Internal biased AC-coupled links allows direct connection of the two incoming 50 impedance lines to DataInx+ and DataInx-.For Differential ECL 10k/100k/PECL: Separate load resistors are needed to draw bias current off the emitter follower outputs.And for LVDS: Internal biasing provides 100Ω differential input impedance.Input stage is compliant with LVDS or CML standards. The module provide on chip biasing of the inputs. On-chip termination resistors R B and R C allow 100Ω differential termination or 50Ω to ground. The input stage handles up to 10mA of input current.Fig.3 - Input stageController MemoryDriver Memory Module Controller Driver Supervisor B i a s i n gInput Stage VCSEL BiasSignal DetectVCSEL Mod. VEELaser DriverVCSELPower supply & filteringI 2C interfacePower SupplyDifferentialInputsChannel #nL a s e r C u r r e n tI Hight 0t bitTimeI avgI Lowt 1M o d u l a t i o n c u r r e n tPeakingPeak DurationTxINT PinSD 1GLOSLSD 1GLLOSnINTLSDM 1SDg 1SDg 4SDg 8 SDg 12GSD SDM 1Interrupt MaskregisterGlobal InterruptregisterCh 1 Interrupt registerANDANDNORINTinv GLSD nINT1NORXORNOROutput voltage swing details (100Pre-Emphasis output waveformV Dx +−V Dx −Output swingV CM =(V Dx ++V Dx −)2V CCo RailTimeVoltage (V) +3.3+3.0+0.0VEE (GND) RailV CM =V CCo −I O V Dx +=V CM +I O ∙R OL ∥R L 2V Dx −=V CM −I O ∙R OL ∥R L2PE Duration Pre-EmphasisV CMTimeVoltage (V)+0.0Bit PeriodV HighV LowCommon ModeLevelSquelch functionOptical signalSignal Detect (SDx)I THLMt 2t 3Squelch Enable (SQEN)t 1Data ValidChatteringLowLowDifferential outputs (Dx)RxINT PinSD 1GLOSLSD 1 GLLOSnINTLSDM 1SDg 1SDg 4SDg 8SDg 12GSD SDM 1Interrupt MaskregisterGlobal InterruptregisterCh 1 InterruptregANDAND NORINTinv GLSD nINT1NORXORNORImon NC A0Fig.17 - GM package dimensionsEach channel complies with IEEE Std. 10G Base-SR10 SFPDP, to Temperature compensation for performance monitoringvv : Pigtail Lengthy : Connector typew : Packaging option Number of channelLength in cmN ↔ MT ferrule only C ↔ Radiall C-MTitan TMQ ↔ Radiall Q-MTitan TMO ↔ MPO/MTP connector M ↔ MT ferrule with spring GM ↔ 100-Pin Meg-Array socketed package DM-4-1000-ww-yz-vv4 ↔ 4-channel Tx + 4-channel Rxz : Fibres diameter1 ↔ 50/125µm ribbon fiber2 ↔ 62.5/125µm ribbon fiber5 ↔ 50/125µm ribbon with DTL-23053/5 Class 1 flam. shrink tubing Contact sales for different fiberPAGE 6/35 REVISION 2.0 ISSUE 15-02-2022PART NUMBER DM-4-1000-ww-yz-vvImportant Note:Radiall strongly recommends always operating in the temperature compensation mode. The manual mode should be reserved to test or to implement the equalizer parameters or the extended controls settings into the flash memory (see Flash Memory Guidelines)The receiver channels are based on high speed GaAs photodiode arrays and on high performances SiGe trans impedance (TIA) and limiting (LA) amplifiers arrays. The signal path is AC-coupled and allows 2R (reshape and re-clock) recovery.The receiver high-speed stage provides a selectable output swing and pre-emphasis functions that enable the module to handle long trace transmission (accessible through the I 2C bus with the next product version).The serial interface provides hitless read access to the internal registers. Many industry standard microcontrollers are compatible with this serial interface and can operate at 100 kHz. The serial interface is I 2C compatible (I 2C is a trademark of Phillips Corp.). The temperature sensor and monitor current outputs provide additional information to the system if necessary.Transmitter Block DiagramA block diagram of a single channel is given figure 2. The transmitter is divided in 3 main parts:❑ The high speed circuit compatible with data rate running from 5 to 10Gbps. Identical for all the channels.❑ The controlling and monitoring circuit to implement the different module functionalities with individual channel control and monitoring features.❑ A proprietary optical sub-assembly in charge of coupling the Laser optical power with the optical fiber.Fig.2 - Transmitter Block DiagramData Input stageThe input stage is a versatile differential amplifier capable of operating over the entire supply voltage range. The internal biased DC-Coupled feature allows the module to be compatible with various electrical voltage signaling standards such as LVDS, CML and PECL. The lower cutoff frequency is 300 kHz and is designed for 64B/66B codes running at 10.3Gbps. The output of the buffer is logical high when V AxP is greater than V AxN . Two on-chip termination resistors (R P and R N ) of 50Ω define the input impedance. The input stage provides a 100Ω differential input impedance. The input can be DC-coupled to reduce the number of external component. The equivalent circuit of the input stage is shown in Figure 3.For Differential CML: Internal biased AC-coupled links allows direct connection of the two incoming 50 impedance lines to DataInx+ and DataInx-.For Differential ECL 10k/100k/PECL: Separate load resistors are needed to draw bias current off the emitter follower outputs.And for LVDS: Internal biasing provides 100Ω differential input impedance.Input stage is compliant with LVDS or CML standards. The module provide on chip biasing of the inputs. On-chip termination resistors R B and R C allow 100Ω differential termination or 50Ω to ground. The input stage handles up to10mA of input current.Fig.3 - Input stageController MemoryDriver Memory Module Controller Driver Supervisor B i a s i n gInput Stage VCSEL BiasSignal DetectVCSEL Mod. VEELaser DriverVCSEL Power supply & filteringI2C interfacePower SupplyDifferentialInputsChannel #nE q u a l i z e rL a s e r C u r r e n tI Hight 0t bitTimeI avgI Lowt 1M o d u l a t i o n c u r r e n tPeakingPeak DurationTxINT PinSD 1GLOSLSD 1GLLOSnINTLSDM 1SDg 1SDg 4SDg 8 SDg 12GSD SDM 1Interrupt MaskregisterGlobal InterruptregisterCh 1 Interrupt registerANDANDNORINTinv GLSD nINT1NORXORNOROutput voltage swing details (100Pre-Emphasis output waveformV Dx +−V Dx −Output swingV CM =(V Dx ++V Dx −)2V CCo RailTimeVoltage (V) +3.3+3.0+0.0VEE (GND) RailV CM =V CCo −I O V Dx +=V CM +I O ∙R OL ∥R L 2V Dx −=V CM −I O ∙R OL ∥R L2PE Duration Pre-EmphasisV CMTimeVoltage (V)+0.0Bit PeriodV HighV LowCommon ModeLevelSquelch functionOptical signalSignal Detect (SDx)I THLMt 2t 3Squelch Enable (SQEN)t 1Data ValidChatteringLowLowDifferential outputs (Dx)。

目录第一章美国海德能公司RO/NF膜产品规格与性能第二章反渗透及纳滤膜应用技术介绍第三章反渗透、纳滤基础知识第四章水化学与水质分析第五章预处理第六章反渗透系统设计第七章反渗透膜的安装及运行第八章污染与清洗第九章RO/NF系统故障诊断和排除第十章海德能公司反渗透膜元件质量保证书第十一章海德能公司退货程序 (RGA)第十二章反渗透技术问答第十三章应用技术文献第一章美国海德能公司RO/NF膜产品规格与性能1.1 8英寸膜元件端板新型涡旋切1.2 流式设计美国海德能公司已于2002年12月12日正式推出针对所有标准的 8 英寸膜元件端板的新型涡旋切流式(以下简称为“切流式”)设计。

这一新的密封支撑/防止膜卷突出设计(ATD)提供了更好的端面接触，使水力负荷分布的更加均匀。

新的切流式设计保持了海德能公司产品多孔端板的特点，该端板可以保护膜元件免受因较大颗粒撞击而造成的损坏。

这一特殊的涡旋式图案设计使得穿过膜元件表面的水具有均匀的分布，并可以平衡膜元件外部和中心管的压力。

新的切流式可以很容易地由其象牙色和涡旋式结构辨认，而不同于以前的灰色和直线式。

同时，我们还将介绍新型内连接管，它即适用于新型切流式膜元件，也适用于传统的海德能膜元件。

新型内连接管具有很多好处，在负载和操作过程中不会脱离。

新型切流式膜元件完全与工业市场中众多其它的膜元件相兼容。

海德能公司正致力于膜元件内部密封方法的研究，以提供压力容器中膜元件之间密封连接的最大保证。

目前正使用的非切流式膜元件设计可以允许内部和外部的密封。

海德能公司在持续不断地为我们的用户研究和开发创新的、改进性的产品。

新切流设计在保持水通量和脱盐率的一致性及可靠性的基础上提供了附加的益处。

海德能公司正在以改进的设计模式，在无附加成本的情况下，一同既往地生产高质量的膜产品。

技术说明—新型切流式膜元件需使用内连接管—每支新型切流式膜元件的包装中均装备一支内连接管— SWC 系列内连接管部件号码不同于其它苦咸水反渗透膜产品的内连接管部件号码—新切流式膜元件不能使用外连接管和外连接型端板接头—新型内连接管同时适用于新型切流式和传统膜元件—新切流式设计膜元件与市售的大多数公司的膜元件的连接管和端板接头完全兼容—标准中心管内径为1.125英寸，经压力容器制造商验证，端板接头可满足其要求—在新型内连接管上的O型圈(其型号为PARKER#2-119)可能不同于其他制造商的产品—对于目前采用外连接型端板接头的系统，需要从压力容器制造商处订购新的端板接头—当传统膜元件被新型切流式膜元件取代时，每一压力容器需要两个端板接头—苦咸水膜元件连接管是一头逐渐变细的，以便需要探查时很容易地接入。

XMS 425 MPa Synergic welding systemApril 2017 ● Index No. DCM/17.5 UKApplicationsConstruction Shipbuilding Rental Fleets FabricationMaintenance RepairProcessMIGPulsed MIGDouble Pulsed MIG TIG StickEnhanced Pulsed MIG and Double Pulse Capabilities Reduces spatter and distortion, allows better out-of position puddle control. Double pulse further improves bead shape and minimises heat distor-tion of the work piece.Input Power:230-460 V, 3 PhaseRated Output: 5 - 425 A 350 A 34VDC, 60% DC Wire Feed Speed: 1,27-25,4 m/min.Weight:Feeder : 18 kgCooler : 25 kgLarge, digital metersEasy to view and are presettable for easy setting of the weld output. Actual current and voltage mea-surements during welding allows better control of the weld bead.Simple User Interfaces Reduces the number of control set up combinations without reducing features & performance in MIG,TIG and STICK Welding. Easy setting of Pulsed and DoublePulsed MIG as well.Quick SpecsFactory-installed running gear (optional)features two heavy-duty250 mm wheels and two 100 mm rubber swivel casters for maximum maneuverability.Inverter arc control technology Provides the operator with state-of-the-art class leading performance on a wide variety of materials.Integrated Water -cooling system p rovides efficient cooling with low-flow shutdown for both MIG and TIG applications .Flexible design allowing air-cooled and water-cooled configurations.Multiprocess Welding SystemPower Source: 52,5 kg Fan on Demand™power source cooling systemoperates only when needed, reducing noise, energy use and the amount of contaminates pulled though the machine.Wind Tunnel Technology™protects internal electrical compo-nents from airborne contaminates, extending the product life.System shown includespower source, feeder, cooler,trolley, feeder swivel, handle kit and Bernard E4215 MIG torch (components sold separately )Specifications XMS 425 MPa power sourceRated Output Amps Input at Rated Load Output, 50Hz 400V Wire Type and Diameter Max. Open-Circuit Voltage Dimensions Weight 350 A at 34 VDC 60% Duty Cycle20,6 A0.8-1.6 mm Solid Steel Aluminum Flux Cored75 VH: 597 mm W: 349 mm D: 560 mm52,5kgStock No.DescriptionXMS 425 MPa 029 015 507Inverter Powersource 230-460 VAC 3 Phase, 50/60 Hz XMS MPa Feeder 029 007 427Wire feeder 4 rollsAccessories Drive Roll KitSee Drive Roll Kits table above Bernard BTB MIG GunsQ4015TE3EEQ 400 A, 4,6 m air -cooled E4215-45-5-445-Q 400 A, 4,6 m water-cooled 057 014 151400 A, 5 m Work Cable with Clamp XMS MPa Cooler 028 040 215Coolant System 115 VACUniversal Trolly 018 035 028Interconnection Cable058 019 236 5 m, water-cooled 058 019 23910 m, water-cooled 058 019 24015 m, water-cooled Wheel Kit V28 066 182For feederFeeder Swivel 028 066 300Handle KitMiddle Support Plate 058 066 130058 066 127 For XMS/Dynasty/Maxstar with universal trollyElevated support plate to be used when configuring an air-cooled system BlueLiquid050 024 004Coolant, can 10 l Drive Rolls & Drive Roll KitsWire Size V- groof kit V- groof knurledV- groof OnlyWire GuidesInlet Guide Intermediate U- groof kitU- groof kit knurled Nylon Wire GuidesInlet Guide Intermediate0,8 mm 046 780056 192056 2060,8/1,0 mm 203 526056 193056 2071,0/1,2 mm 189 285056 193056 2071,2 mm 046 782046 793056 193056 207046 785083 319058 854058 8531,3/1,4 mm046 783046 794056 195056 209046 786083 320058 836058 837Ordering InformationSpecifications XMS MPa feederSupplyWire Size Wire Feed Speed Dimensions Weight 24 VAC, 7 A, 50/60 Hz1,27 - 25,4 m/min0.8 -1.6 mmH: 425 mm W: 235 mm D: 700 mm18 kg。

热能表 22PEM-1U.. MID 2014/32/EU EN 14342021-09/B 版2热能表 22PEM-1U..目录页码说明概述法律公告安装说明4 6 7供电11操作控制与指示12接线图说明接线分配模拟输出连接与BACnet, Modbus, MP-Bus连接传感器接线与M-Bus连接13 14 15热能表激活显示图标激活注意事项激活步骤16 17 18显示回路用户回路诊断回路22 24错误代码26密封与安全封条出厂封条系统安全封条妥善粘贴安全封条28 29 30传感器模块更换31传感器模块备件34配件可选配件354Subject to technical modifications热能表 22PEM-1U..说明认证热能表符合EN1434的要求，并根据欧洲测量仪器指令(MID) 2014/32/EU(MI-004)进行了型式认证。

热能表被作为热量表获得认证，并没进行冷量表认证。

因此，在法律要求的交易中使用热能表作为冷量表是不符合法规要求的，但可在任何时间将热能表用作“内部使用”的冷量表。

使用与功能热能表用于记录闭式供暖系统、制冷系统或供暖/制冷系统中的热能。

交货范围 –热能表–两条连续编号（一次性）的安全封条，带有大约40cm的接线 –绝缘外壳 –硅胶套圈–安装指南T1T2逻辑模块传感器模块水质要求只有当水质满足AGFW 建议的FW-510和VDI 2035的条件时，才能保证热能表测量的稳定性。

热能表安装在调试和安装热能表之前，应仔细研究操作手册，以防止安装调试过程中出现错误。

本操作手册适用于以下热能表搏力谋产品型号DNDN (″)G (″)额定流量 qp (m 3/h)22PEM-1UC 151/23/4 1.522PEM-1UD 203/41 2.522PEM-1UE 251 1 1/4 3.522PEM-1UF 32 1 1/4 1 1/2622PEM-1UG 40 1 1/221022PEM-1UH5022 1/215热能表结构热能表由一个传感器模块和一个逻辑模块组成。