下载文档原格式
智能鸟智能鸟是一种超轻型但强大的飞行模型,它具有良好的空气动力特性和极端的灵活性。
凭借智能鸟，费斯托公司已成功破解了鸟类的飞行。
这个仿生技术的载体的灵感来自于鲱鱼鸥，它可以不需要有额外的驱动机制来完成自主飞行和着陆。
它的翅膀不仅可以上下跳动，还能扭转一定的角度。
这是由一个活跃的铰接扭转驱动器与另一个复杂的控制系统组成，使飞行操作有了空前的效率。
费斯托因此成功地第一次意识到自然的节能技术可以适应于模型。
如何实现自动化：凭借耦合驱动单元的功能整合, 费斯托公司产生了很多想法和见解，他们发现可以将转移到混合动力驱动技术的开发和优化。
最小的用料和极轻质结构铺平了资源和能源消耗效率相互协调的道路。
在收购了空气动力学和流动行为的知识后，产生了用新的方法的解决方案的自动化。
对鸟类飞行的迷恋：一个人类最古老的梦想是像鸟儿一样飞翔，自由地在空中到处翱翔，从高处“鸟瞰”整个世界。
同样令人着迷的是鸟类的飞翔。
鸟使用他们的翅膀实现升降只需要用肌肉力量，用肌肉产生必要的推力来克服空气阻力，并控制自己的身体保持在空气中的运动，它本身没有任何旋转“组件”。
大自然巧妙地实现了升力和推进力的功能整合。
鸟为了生存，根据空气的变化控制命令自己身体，完全自主地调节自己的动作。
为此，他们用自己的感觉器官。
科学的先驱者们：早在1490年，达芬奇初步建成以鸟类拍打翅膀为基础的机翼模型，以进一步实现类似于鸟类的飞行。
而在1889年，奥托•李林塔尔就出版了一本名为《以鸟类飞行为基础的航空学：一个对航空领域的巨大贡献》的书，在“鸟的模型”这一章节，奥托•李林塔尔详细介绍海鸥的飞行。
在更近的一些时期，我们就已经看到了扑翼飞机项目的发展，就如詹姆士教授和他的研究团队在多伦多大学所做的研究。
在2006年，这个研究小组通过一个由扑翼机械结构驱动的飞行模型，在飞行员的操作下第一次实现了在跑道上的起飞。
在2010年8月，一个飞行器在被托起到飞行高度后，单单靠飞行员肌肉力量的控制，就飞行了大约150米的距离。
济南职业学院中德双元制项目（德资企业订单班）简介双元制教育是德国先进的人才培养模式，在世界上享有较高的声誉，使企业与学校、实践技能与理论知识紧密结合，缩短了企业用人与学校育人之间的距离。
学生与企业签约后，到企业委托的职业学校进行培训。
学生具有双重身份，既是学校的学生又是企业的准员工，使学生真正成为订单式培养。
济南职业学院与德国工商行会（AHK）合作成立中德中国北方技术培训中心，由德国工商行会联系FESTO(费斯托气动)、SKF（斯凯孚轴承）、HYDROMETER（荷德鲁美特表计）、VOSS （福士汽车系统）、ZF（采埃孚转向机）、STIHL（斯蒂尔动力）等世界著名德资企业，为中心提供德国双元制职业培训体系，济南职业学院负责提供师资和设备，为德国驻华企业培养高级应用型人才。
中德双元制项目的学生入学后即与上述德资企业签约，除了正常的享受国家奖助学金外，企业每月定期向签约学生发放补助，学生毕业后全部到德资企业工作，真正实现了学业与就业的无缝连接。
中德双元制项目的学生50%的时间在校学习理论并进行基础操作实训，50%的时间到被订单的德国企业进行专业操作训练。
3年学习经考核合格后，颁发专科毕业证书及德国工商行会颁发的欧洲工业化国家认可的工业机械岗位资格证书。
经过规范、严谨的“双证书”培养，学生将会全面系统掌握德国双元制相关专业的核心内容和技能，能够到德资企业直接从事基层技术管理工作，为以后事业的发展打下良好的基础。
2012年济南职业学院中德双元制项目单独招生专业为机械设计与制造、模具设计与制造以及机电一体化技术，招生计划各为50人。
培养目标:能计划和组织工作流程，检验和评价工作成果；检验机械和物理数据；通过手工和机械的制造方法生产零件；建立和完善程序，操作数控机器，设备或仪器；安装和拆卸机器、设备、仪器和装置；了解企业的控制系统，包括控制和调节设备并指导客户；进行维修工作，并保证运行设备的生产能力；完成技术资料的撰写；使用标准和规程来保证生产质量，不断改善工作流程。
标题名称：festo费斯托费斯托（中国）有限公司是FestoAG&Co-KG于1993年在中国大陆设立的独资子公司。
公司于2000年6月在上海市浦东金桥出口加工区建成第一期生产基地；2001年建立亚太地区技术中心；2003年年底完成第二期工程，主要用于生产、工程、研发和物流等部门的扩容。
2002年FestoAG&Co-KG又在金桥出口加工区南区购地近60,000平方米，用于建设新的大型生产基地。
新工厂已于2006年建成并于2008年投入使用。
费斯托（中国）有限公司在上海总部拥有大型仓库，能为客户及时供货。
另外，公司在北京、天津、大连、沈阳、长春、哈尔滨、西安、兰州、乌鲁木齐、重庆、成都、昆明、武汉、长沙、柳州、济南、青岛、烟台、郑州、厦门、无锡、南京、苏州、昆山、合肥、杭州、宁波、温州、广州、深圳、东莞三十个城市设有分支机构，销售和技术服务网络遍布全国。
费斯托（中国）有限公司在中国气动行业具有举足轻重的地位，其优异的产品质量、出色的问题解决能力和完善的服务深受客户信赖。
产品体系高品质高质量意味着客户满意。
公司把使客户满意放在第一位。
Festo的目标是向用户提供高品质的产品，帮助用户提高产品质量，从而使用户为他们的客户提供更好的服务。
Festo公司把企业每个活动都看成是影响客户满意度的因素。
作为一个"学习型"的公司，Festo建立了一套程序和方法，使公司能够不断精简运作和工作步骤，使员工能够不断采用最新的科技和管理方法，从而在整个公司范围内保证了产品的高质量。
以下是部分参考资料：由于Festo公司能够对产品开发、设计和生产的质量作出严格保证，1990年德国Festo公司成为世界上首先获得ISO9001认证的气动产品生产企业。
2001年费斯托（中国）有限公司获得了ISO9001质量认证。
从经典到现代Festo的主要产品为：驱动器及附件、抓取及真空系统、定位技术、阀及附件、阀岛及总线系统、比例技术、气源处理装置、管接头及附件、传感器及压力开关、气动控制技术、电子控制技术、Festo教学培训产品及服务。
Process AutomationProduct Overviewwww.festo.ca/processproducts23... and innovation through synergiesFor years, Festo has been developing factory and processautomation solutions for a broad range of industry sectors. By transferring our experience and innovation from one industry to another, we take capitalize on synergies and create economies of scale.You too can benefit from our worldwide network of know-how, because it enables us to develop and implement customizedconcepts for your system quickly and economically.Water technology Biotech/pharma Food & beverage Fluid engineering2/2-way Media valves (pneumatic)Type VZXAAngle seat valve VZXFAngle seat valveVZQA-NOPinch valveVZQA-NCPinch valveSizes½” - 2 ½”½” - 2”¼”, ½”, 1”Connection NPT threadG threadClamp (ASME BPE)Clamp (DIN 32676)NPT threadG threadNPT threadG threadClamp (ASME BPE)Clamp (DIN 32676)NPT threadG threadClamp (ASME BPE)Clamp (DIN 32676)Housing material Stainless steel Brass Stainless steel, aluminum Seal PTFE NBR NBR, EPDM, VMQMaximum operating pressure580 psi*40 bar 232 psi*16 bar60 psi4 bar90 psi6 barOperating temperature-4°F - 392°F-20°C - 200°C -4°F - 176°F-20°C - 80°C23°F - 140°F (NBR)-5°C - 60°C (NBR)23°F - 212°F (EPDM)-5°C - 100°C (EPDM)23°F - 300°F (VMQ)-5° - 150°C (VMQ)23°F - 140°F (NBR)-5°C - 60°C (NBR)23°F - 212°F (EPDM)-5°C - 100°C (EPDM)23°F - 300°F (VMQ)-5° - 150°C (VMQ)*Maximum operating pressure is dependent on valve size 2/2-way Media valves (solenoid)Type VZWFForce-pilotedsolenoid valve VZWDDirect-actingsolenoid valveVZWM (diaphragm)VZWP (piston)Piloted solenoidvalveVZWEReverse jetpulse valveSizes¼” - 2”1/8” - ¼” ¼” - 2”3/4” - 2 ½”Connection NPT ThreadG Thread NPT ThreadG ThreadNPT ThreadG ThreadG threadFlange connectionHousing material Stainless steel, brass Stainless steel, brass Stainless steel, brass Die-cast aluminum Seal NBR, EPDM, FKM FKM NBR NBRMaximum operating pressure145 psi*10 bar 1300 psi*90 barUp to 145 psi (diaphragm)Up to 10 bar (diaphragm)Up to 580 psi (piston)Up to 40 bar (piston)Up to 116 psiUp to 8 barOperating temperature14°F - 176°F-10°C - 80°C -4°F - 140°F -20°C - 60°CCoil voltages 24 VDC, 120 VAC, 230 VACNotes Does not require differential media pressure for operation Requires differential mediapressure for operation Media is air only. Requires differential media pressure for operation*Maximum operating pressure is dependent on valve size45Ball valves TypeVZBE-M Ball valveVZBEBall valveVZBFBall valveVZBDBall valveSizes (type)¼” - 3” (2-way)¼” - 4” (2-way)¼” - 2” (3-way)½” - 8” (2-way)½” - 4” (2-way)Connection NPTNPT150# ANSI FlangeASME BPE Clamp ASME BPE Long weld Housing material316 Stainless steel316L Stainless steel (electro-polished)SealPTFEPTFE (cavity filler)Maximum operating pressure 1000 psi 1000 psi 270 psi1000 psiOperating temperature -4°F - 392°F, -20°C - 200°CDirect Mount No Yes Locakable Handle YesAs accessoryCertificationCRNCRN, Firesafe API607CRN, 3AButterfly & sanitary valves TypeVZAVButterfly valveVZBBSanitary ball valveVZFASanitary butterfly valveSizes 1 ½” - 12”1” - 4”Connections 150# ANSI Flange (Wafer or Lug)ASME BPE Clamp, weldHousing material Ductile cast iron (epoxy coated)Polyamide coated or stainless steel disc 316L Stainless steel 304L, 316L Stainless steel 316L Stainless steel disc SealEPDM, NBR EPDM, FKM EPDM Maximum operating pressure232 psi 16 bar145 psi 10 bar145 psi 10 barOperating temperature32°F - 203°F (EPDM)0°C - 95° (EPDM)14°F - 212°F (NBR)-10°C - 100°C (NBR)14°F - 248°F (EPDM)-10°C - 120° (EPDM)5°F - 356°F (FKM)-15°C - 180°C (FKM)14°F - 266°F (EPDM)-10°C - 130° (EPDM)Quarter turn actuatorsType DFPDGeneral purposeand washdown DAPS-CRStainless steelDAPS-MWManual handwheelDesign Rack and pinion Scotch yoke Function Double acting/single actingConnections NAMURNPT threadG threadNAMURG threadTorque at 87psi [Ln·In] 10 - 480 Nm (double acting)14 - 330 Nm (single acting)15 - 480 Nm (double acting)15 - 240 Nm (single acting)106 - 1920 Nm (double acting)53 - 960 Nm (single acting)Housing material Anodized aluminum, Epoxy coatedaluminumStainless steel Anodized aluminum Seal NBR, FKM, FVMQ NBR NBR, FVMQOperating pressure range29 - 116 psi2 - 8 bar 36 - 116 psi2.5 - 8 bar15 - 116 psi1 - 8 barOperating temperatures by sealNBR-4°F - 176°F-20°C - 80°C -4°F - 176°F -20°C - 80°CFKM32°F - 300°F0°C - 150°CN/AFVMQ-58°F - 140°F-50°C - 60°C N/A-58°F - 140°F-50°C - 60°CLinear actuatorsType DLPStandard linearactuator DFPIControlled linearactuatorDFPI-C1VControlled linear actuatorwith positionerFunction Double actingBore sizes80 - 320 mm100 - 320 mm Stroke lengths40 - 600 mm40 - 990 mm Force at 87 psi (6 bar)3000 - 48000 N4700 - 48000 NOperating pressure range29 - 145 psi2 - 10 psi 43 - 116 psi 3 - 8 barOperating temperature-4°F - 176°F-20°C - 80°C 23°F - 122°F -5°C - 50°CPosition feedback Proximity sensors - digitalSeparate accessory Displacement encoder - 0 - 10VIntegratedPositioner feedback - 4 - 20mAIntegratedPosition control Via external positioner and externalpotentiometer Via external positionerVia integrated positionerInput signal - 4 - 20mAProtection rating N/AIP65, IP67, IP69K and NEMA467Process valve assemblies with actuators TypeVZBE Ball valve assemblyVZBF Ball valve assemblyVZBD Ball valve assemblyVZAVButterfly valve assemblySize (type)¼” - 4” (2-way)¼” - 2” (3-way)½” - 8” (2-way)½”-4” (2-way) ½” - 12”Valve connection NPT150# ANSI FlangeASME BPE Clamp 150# ANSI Flange (wafer or lug)Valve housing material 316 Stainless steel316L Stainless steel Ductile cast iron (epoxy coated )Stainless steel disc Valve seal PTFEPTFE (cavity filter)EPDMActuatorDFPDActuator connection NAMUR and NPT thread Actuator material Anodized aluminumActuator sealNBRWhat is the value of value-add?Have you ever considered what are the true costs of the components used in your equipment? Whether assembling a process valve or a more complex control cabinet, there are many visible and invisible costs beyond the price of the components. Someof these additional costs are known and can be factored in, but many of them are not.Partnering with a manufacturer to supply pre-designed and pre-assembled sub systems can provide a direct savings and reduce your risk. This ensures that you are quicker to market and allows your team to focus on your core competence.Partner with FestoYour sole source supplier for process valve assemblies and control cabinets70% of total costs can be attributed to non-value added effort and indirect costs.Typical indirect cost activities:• Engineering time to find, select & size components • Design time for drawings, BOM, documentation • System maintenance of multiple vendors • Administrative effort for multiple POs • Risk of missing components, design issues• Technician time to stage components, assemble & test • Expediting with vendors• Freight costs and handling of multiple packages • Handling & disposal of packing material • Finance costs of paying multiple invoices • Management of spare parts• Field service training & communication with multiple manufacturers8TypeSRBCGeneral purpose sensor boxSRBEHazardous location sensor boxSRBG Compact(PUCK) sensor Housing Epoxy-coated aluminumEpoxy-coated aluminum Polymer (plastic)Switch Types Mechanical3-wire SPDT 3-wire SPDT 3-wire DPDT Inductive 2-wire NAMUR 2-wire DC 3-wire PNP 3-wire NPN 2-wire NAMUR 2-wire DC 3-wire PNP 3-wire NPN 2-wire NAMUR 2-wire DC 3-wire PNP AS-Interface Magnetic reed 3-wire SPDT3-wire SPDTConnectionTerminal strip with cable gland Terminal strip with cable gland M12 connectionTerminal strip with cable gland Electrical Certification cCSAus cCSAus cULus Protection NEMA 4/4X IP67 NEMA 4/4X IP67 NEMA 4/4X IP67 SIL222Available EX RatingsATEX Zone 1 (intrinsic safety)Class 1, Division 1ATEX Zone 1 (encapsulation) IECEXATEX Zone 0 (intrinsic safety)IECEX Process sensors TypeSFAWFlow sensor for fluidSPAWPressure sensorSPTWPressure transmitterMeasuring range Max 32L/min, Max 100 L/min Vacuum, 2 bar, 6 bar, 10 bar, 16 bar,25 bar, 50 bar, 100 barConnection type Clamp (DIN 32676)G threadHose connection G thread male G thread female G thread female Connection size ½”, 3/4”, 1”¼” (female), ½ (male)¼”Electrical output PNP , NPN, IO-Link, 4-20mA, 1-5V, 0-10V PNP , NPN, 4-20mA, 0-10-V 4-20mA, 0-10V DescriptionIP65IP65, IP67IP67Positioner TypeCMSX-F1-DPositioner for quarter turn acturators CMSX-F1-SPositioner for quarter turn actuators CMSX-SEPositioner for linear drives Actuator design Double-actingSpring returnDouble-actingOperating voltage 24VDCInput signal0-20mA, 4-20m-A, 0-10VFeedback signal (to PLC)4-20mAClosed loopFeedback method MechanicalMounted on actuatorElectrical0-10V signal from cylinders potentiometer Fail position Fail open/closed, Fail to freezeFail open/closedFail open/closed, Fail to freeze Flow rate50 L/min, 130 L/minType VSNC-F8General purposeNAMUR valve VSNC-FNExplosion proofNAMUR valveVOFCSpecialty pilotvalvesVOFDSpecialty pilotvalvesValve design Spool Spool, Poppet Spool, Poppet PoppetCoil design Single solenoid 5/2 or 3/2 interchangeableDouble solenoid 5/2Double solenoid 5/3Single solenoid 3/2Single solenoid 5/2Single solenoid 3/2MaterialsAnodized aluminum Ematal-coated aluminum Ematal-coated aluminum Stainless steelConnections¼” NPT, ¼” GOperating voltage 12, 24, 48 VDC24, 48, 110, 230 VAC24 VDC 120, 230 VACFlow rate (L/min)12001000330, 500, 1900Operating pressure range36 - 145 psi2.5 - 10 bar 36 - 116 psi2.5 - 8 bar0 - 116 psi0 - 8 barOperating temperature range-4°F - 140°F-20°C - 60°C -13°F - 140°F -25°C - 60°CCertificatesUL (general)NEC500 (Class 1, Division 1)ATEX (Zone 1, Ex-m)ATEX (Zone 1, Ex-ia)ATEX (Zone 1, Ex-emb)ATEX (Zone 1, Ex-ia)ATEX (Zone 1, Ex-d)ATEX (Zone 1, EX-emb)ATEX (Zone 1, Ex-ia)Tubing Polyurethan (PU)Polyethylen (PE)Polyamid (PA)PFA** Resistance and suitability PUN-H/-DUO PUN-CM PLN PEN PAN PFAN MediaComp. air, vacuum water*Comp. air, vacuumComp. air, vacuumwater*, cleaningComp, air, vacuum Comp. air vacuumComp. air, vacuumWater*, acid,alkalisTemperature [°C]-35...60-30...80-30...60-30...80-20 (150)Operating pressure,temperature dependent [bar]-0.95...10-0.95...14-0.95...10-0.95...19-0.95 (16)Chemical resistant++++++++++Hydrolysis resistant++++++++++++++Flexibility+++++++++++Food industry approval+++–+++––+++**Perfluoralkoxy Fitting Plastic MetalResistance and suitability QS(M)QS(M)-B QS-F CRQS NPQM NPQPMedia Comp. air,vacuum, water*Comp. air, vacuum Comp. air, vacuum, water*Temperature [°C]-10...80-10...60-20...60-15...120-20...700 (150)Operating pressure,temperature dependent [bar]-0.95...14-0.95...10-0.95...10-0.95...10-0.95...16-0.95 (20)Housing material PBT and nickel-plated brass Polypropylene Stainless-steel Nickel-plated brass Chemical resistant+++++++++++Food industry approval––++++++–++++++very suitable++ quite suitable+suitable*water and other media on request910Bus node for CPX automation platformIndustry leading diagnostic capability Error reporting including:• Under voltage • Short circuit • Broken wire• Out of range signalDiagnostics available via:• Integrated web server• Festo Maintenance Tool software• Status bits mapped as standard inputsIndustry leading range of supported I/O types • 24VDC PNP inputs/NPN• High speed counter with motor control modes - 100 kHz / 1 MHz (24V/5V)Analog inputs:• 4-20mA, 0-20mA, +/- 20mA, 0-10V, +/- 10V, +/- 5V Temperature inputs:• Thermocouple • RTDOutputs:• 24VDC outputs• High Current outputs • Analog outputsIndustry leading flexibility• Ability to support 512 solenoids with one node.(128 onboard + 8 remote manifolds with 48 solenoids each)• Onboard proportional pressure regulators reduce plumbing and eliminate the need for analog I/O modules• Onboard pressure transducers reduce plumbing and eliminate analog input modules• Flexible pressure and voltage zones allow you to support multiple safe machine zones with one manifold• Pressure regulators, flow controls, hot swap plates and individual supply plates available at each valve station • Integrated silencers save space and cost• Long manifolds can be bisected by a flexible connector allowing large assemblies to fit in standard control cabinets Configurable hardware allows direct control of:• Configurable input debounce time• Configurable input signal extension allows brief signals to be reported reliably to the PLC • Configurable short circuit recovery behavior (Auto start or require power cycle.)• Configurable Idle Mode and Fail Safe modes allow the terminal to behave in a user defined way during network failure • Configurable value smoothing for analog input readings • Configurable analog operating ranges •Configurable units (Bar PSI, Kpa)Communication protocals11CPX/MPA Valve terminal components overviewInterfaceCPX features:• Up to 9 I/O modules • Digital I/O• Analog I/O (0-10V & 4-20mA)• Thermocouple • RTDWide variety of pneumatic functions:• 3/2, 5/2, 5/3 valve functions.• Sandwich pressure regulators • Sandwich flow controls • Hot swap plates • Pressure zones• Pneumatic Pressure Transducers • High Speed Counter • Motion Control Interfaces • I-Port and CPI master modules for connectionto remote valve terminals• Voltage zones • Sensor valves • Safety valves • Soft start valvesBus node CTEUCPAC Splitter Allows one CTEU to control two devicesConnection for:• Valve Terminals • VTUG • MPA-L • MPA-C • VTOC • CPV• Proportional-pressure regulator • VPPMFeatures:• Web server support • AUX power with isolation • IP65/67• Up to 64 bytes in/64 bytes out • Diagnostic capability • Under voltage • Short circuit• Sensors• SDAT, Cylinder position • SPAU, Pressure • Vacuum generator • OVEM-LK • Input module • CTSL12Control Cabinets for Process AutomationCustomized Control Cabinet SolutionsFesto offers design, engineering and fabrication services of control cabinets tailored to the facility specificationsControl cabinets located inside or out of a cleanroom make a large contribution to validation efficiency and long term process reliability. Choosing the right partner ensures the lowest total cost of ownership.Advantages of Festo Solution• Knowledge of industry standards and documentation • Team dedicated to efficient and compact design • Control cabinet standardization simplifies validation, training, operation and maintenance • Centralized process control reduces initial facility capital investment and long term operation costs • Multiple design centers and UL508A facilities in the USSave 30% on Cabinet InstallationsBulkhead mounting of valve terminals has manyadvantages• Individual bulkhead fittings on cabinet wall are no longer required • A single slot in cabinet is required instead of a punch out for each bulkhead • Removes labor for tedious plumbing inside cabinet • All pneumatic interfaces are outside cabinet, electrical interface are inside • Spacing on plate wide enough for swagged stainless tube connectors • Valves are still serviceable from inside cabinetControl cabinets and process valve assemblies for use in hazardous locations:N 2process process process FIRC FIRC13Customized Process Valve AssembliesCustom process valves • Dispensing and mixing applications• Minimize purge volumes • Optimize size and assembly footprint• Integration of control and feedback with fieldbus communication • 3D modeling and rapid prototyping• Complete engineering serviceProcess valve assemblies • For special environments; hazardous, sanitary, wash down, caustic and extreme temperatures• Unique media requirements • Integration of local control and feedback devices • Vendor and part number reduction• All fully engineered, assembledand testedWork directly with Festo engineers to achieve a custom solution for challenging applications.Angle Seat Valve Manifold SolutionsFesto offers customized valve manifolds using our angle seat valves. These solutions lower the customer’s total cost of ownership by removing unnecessary fittings and connections, minimizing space usage, and reducing the number of parts and suppliers.These solutions can adapt to any customer requirement including:• Number of inlets or outlets• Location for port holes or mounting holes • Manifold material•Connection types and sizes14Operator levelSolenoid pilot valvesAccessoriesPositioners and SensorsActuatorsProcess and media valvesField level ControllersRemote I/OValve terminalsControl level Field automation componentsCompact Controller CECC Front-End DisplayCDPX 4" (touchscreen)Front-End DisplayCDPX 7" (touchscreen)Front-End DisplayCDPX 10" (touchscreen)Front-End DisplayCDPX 13" (touchscreen)NAMUR Valve Standard VSNC-F8Specialty Valve Direct Acting VOFDStandardValve Terminal MPA/MPA-F Clean Design Valve Terminal MPA-C Cost Effective Valve Terminal VTUG VersatileValve Terminal VTSA/VTSA-FElectrical Terminal CPI Connecting Block CAPCModular Electrical Terminal CPX Modular Electrical Terminal with NAMUR CPX-PDigital Positioner CMSXPressure Transmitter for Gases/Liquids Sensor Box Standard SRBCPressure Sensor for Gasses/Liquids SPAWControlled Linear Actuator Servo-Pneumatic DFPIQuarter-Turn Actuator Stainless Steel DAPS-CR Quarter-Turn Actuator with Handwheel DAPS-MW Service Units Push-in Fittings Butterfly Valve VZAVPinch Valve VZQASanitary Ball Valve VZBDAngle Seat Valve VZXA/VZXFDirect-Acting Valve VZWDFlow Sensor for Liquids SFAWFlanged Ball Valve VZBFNAMUR ValveHazardous Location VSNC - FNNPT Ball Valve VZBEYour single source for process automation and control15Industry sectorsWater technologyBiotech/pharmaChemicalsFood andbeverageMining/mineralsEnergy/power stationsFluid powerFactory automationPulp and paperProcess Valve Units Customized SystemsAutomation ConceptsModular valve terminal CPX-P/MPAe ValvePulse Valve VZWEBall valve VZBEQuarter turn actuator DFPD NAMUR valve VSNC Sensor box SRBCControl desk for automated operation including pneumatic operator panelCustomized control cabinet solution, also for the ATEX zonePneumatic operator panelQuarter turn actuator DAPSwith butterfly valve VZAF Valve control unit for disc and double-seated valvesQuarter turn actuator DAPS with butterfly valve VZAVValve terminal CPV with stainless steel cover for the ATEX zoneLinear actuator DLPwith knife gate valve VZKA Units for high and low temperature applicationsFesto Designer Studio engineering design soft-ware for visualisationBall valve with clamp connections VZBDQuarter turn actuator DFPD Digital positioner CMSXBall valve with weld connections VZBDQuater turn actuator DFPD NAMUR valve VSNC PUCK Sensor SRBGFesto Regional Contact Center Canadian CustomersCommercial Support:Tel:1877GOFESTO(187****3786) Fax:1877FXFESTO(187****3786) Email:*********************.com USA CustomersCommercial Support:Tel:180099FESTO(180****3786) Fax:180096FESTO(180****3786) Email:*************************.com13111www.festo.c omConnect with uswww.festo.ca/SocialMedia。
festo压机通讯协议-概述说明以及解释1.引言1.1 概述概述：Festo作为全球领先的自动化技术和工程解决方案提供商，其压机产品在工业生产中扮演着重要的角色。
压机是指用于实现物料加固或连接的设备，广泛应用于汽车制造、电子产品生产等行业。
为了实现压机设备的智能化控制和监控，Festo推出了一套完善的通讯协议，用于实现压机设备与上位机或其他设备之间的数据传输和信息交互。
该通讯协议不仅提高了设备的生产效率和稳定性，同时也为用户提供了更加便捷的操作和管理手段。
本文将介绍Festo压机通讯协议的相关内容，包括其概述、特点以及应用实例，旨在帮助读者更深入地了解和应用该通讯协议，提升工业生产的智能化水平和效率。
1.2 文章结构本文将首先介绍Festo压机的概述，包括其定义、特点和应用范围，以便读者对Festo压机有一个整体的了解。
接着，将详细介绍Festo压机通讯协议，包括其基本原理、通讯方式以及各种参数设置等内容。
最后，将通过实际案例展示Festo压机通讯协议在工业实践中的应用，以便读者更加直观地了解其实际运用效果。
通过这些内容的介绍，读者将全面了解Festo压机通讯协议的相关知识和应用，为其在实践中的应用提供指导和参考。
1.3 目的:本文旨在深入介绍Festo压机通讯协议，通过对Festo压机的概述和通讯协议的介绍，帮助读者更好地了解和掌握该压机的通讯特点和应用场景。
通过实际案例的展示，读者将能够更加直观地了解Festo压机通讯协议的实际应用效果，为相关领域的工程师和技术人员提供参考和借鉴。
同时，通过对Festo压机通讯协议的分析和探讨，也有助于推动该领域的技术发展和创新，为工业自动化领域的进步贡献力量。
2.正文2.1 Festo压机概述:Festo是一家知名的德国自动化技术公司，专业从事气动和电动执行器、控制器及传感器的研发和生产。
在工业自动化领域，Festo压机作为其重要产品之一，广泛应用于各种生产线和机械设备中。
电机控制器CMMO-STSubject to change –2017.062 Internet:/catalogue/...电机控制器CMMO-ST主要特性一览•电机控制器CMMO-ST 是一种闭环和开环定位控制器•负载电源和逻辑电源隔离•支持安全功能“安全扭矩切断"(STO)•通过以下方式方便地驱动:–I/O 接口–IO-Link 或I-Port –Modbus TCP•监控自由定义的位置和扭矩范围•备份文件无缝更换设备•H 型导轨安装•编码器器选项（闭环），换言之，不会丢步，纠正跟随误差通过以下方式设置参数:•配置软件FCT (Festo 配置工具)•以太网接口，带集成网络浏览器通信系统IO-Link Festo 特有I-Port 接口IO-Link 是一种标准化I/O 技术(IEC 61131-9)能实现与传感器和驱动器的通信。
这是一种点到点的通信。
数据协议FHPP 通过物理接口传输。
I-Port 接口基于IO-Link 技术，能实现与传感器和驱动器的通信。
其优势在于Festo （即插即用）这种特有的接口可自动检测连接的设备。
数据协议FHPP 通过物理接口传输。
通信系统Modbus TCPModbus TCP 是一种开放式通信协议(IEC 61158)，基于主从架构。
为自动化技术中通过Ethernet-TCP/IP 实现通信设立了标准。
数据协议FHPP 通过物理接口传输。
接口说明带I/O接口1345678aJ219456782带IO-Link 接口aA17段式显示2Ethernet 接口(RJ45)3I/O 接口4电源5参考开关6STO 安全功能7编码器8电机9IO-Link 接口aJ 紧固支架，用于安装到H 型导轨上aA IO-Link 连接状态用于驱动有杆电缸EPCO齿形带式电缸ELGR 旋转电缸ERMO 步进电机EMMS-STIO-Link ®,Modbus ®特定国家相关商标持有人的注册商标。
