ThinkTop Basic - Setup diagram

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关于Thinkpad的bios选项（转载）

关于Thinkpad的bios选项（转载）今天上网无意发现的，不敢独享，贴出来与大家共享其实这篇技术文档不光适用于X220，大部分设置说明同样适用于T520系列，W520系列和（T、X、W）*30系列Wake On LAN：当以太网控制器接收到远程唤醒数据包时，让系统开机。

注意，如果设置有硬盘密码，Wake On LAN功能将不起作用。

（建议关闭）Ethernet LAN Option ROM：装入Ethernet LAN Option ROM 可以从集成的网络设备启动（以太网卡的一个特殊功能）。

（建议默认）USB UEFI BIOS Support：USB输入输出系统支持，启用或禁用USB软盘驱动器和USB CD-ROM的引导支持。

如果不启用USB，将无法使用任何USB界面的设备，例如：外置USB界面的软驱，光驱。

（建议开启）Always On USB：持续USB供电。

如果选择开启，那么在计算机连接到交流电源的情况下，外部USB设备可以在计算机处于低电源状态（睡眠/待机、休眠或电源关闭）时通过USB端口进行充电。

（建议开启）Always On USB Charge in Off Mode：关机状态下为USB设备充电（机身上黄色USB接口）。

（建议开启）TrackPoint：指点杆（小红帽）开关。

（根据实际需要进行选择，不做推荐）Touch Pad：触摸板开关。

（根据实际需要进行选择，不做推荐）Fn and Ctrl Key swap：Fn和Ctrl键位置互换（如果你觉得ThinkPad上的Fn键位置怪怪的就用这个选项）。

（根据实际需要进行选择，不做推荐）Fn Key Lock：Fn键锁定（按下两次Fn键时就可以直接按功能键了）。

（根据实际需要进行选择，不做推荐）ThinkPad NumLock：数字键锁定。

如果选择了“Independent”就可以无视外接键盘上的NumLock状态，独立禁用ThinkPad计算机上的NumLock，如果启用了ThinkPad计算机上的NumLock，那么外接键盘上的NumLock也同样启用；如果选择了“Symchronized”，那么ThinkPad计算机上的NumLock和外接键盘上的NumLock同步。

阿尔法拉瓦尔 ThinkTop D30 数字控制阀门系统说明书

la válvula de solenoide integrada permite el control de la válvula de procesamiento mediante la apertura y el cierre de la válvula de accionamiento por aire.CARACTERÍSTICAS TÉCNICASComunicación Interfaz.....................Digital PNPPanel de sensoresConsumo máx.de corriente.......45mASeñal información n.º1..........Válvula sin alimentación Señal información n.º2..........Válvula con alimentación Señal información n.º3..........AlarmaVálvula de solenoideConsumo máx.de corriente.......45mAAlimentación de aire............400–700kPa(4–7bar) Tipo de solenoide..............3/2víasNúmero de solenoides (1)Desconexión de retención manual...SíConexiones a presión...........ø6mm DATOS FÍSICOSMaterialesPiezas de acero...............Acero inoxidable y latón Piezas de plástico..............Nailon negro PA6 Cierres.....................Caucho nitrílico(NBR) Medio ambienteTemperatura de funcionamiento.....de-10°C a+50°C Clase de protección............IP66e IP67Conexión de cablesTamaño máx.del cable..........0,0.5mm2(AWG20) NotaPara más información:Consulte también ESE02248.Opciones-Interfaz de tuberías neumáticaAccesorios-Diversas opciones de cables-Conexiones neumáticas de codo de adaptación a diversas tuberías -Placa roscada para pasador de indicación en las válvulas SRC, SMP-BC y i-SSV-Adaptador para válvulas Unique SSSVVálvulas compatiblesARC SíSBV SíSRC SíKoltek SíUnique SSV SíSMP válvulas SíiSSV SíUnique Mixproof No LKLA-T SíUnique SSV de largo recorrido No LKLA No Unique SSV de alta presión DN80-DN100No Actuador deaire/aireNo SRCÉmbolo largo NoUnique SSV DN125-DN150No Conexión eléctricaInterfaz digitalPanel desensoresFranja delterminalGND-Conexión de suministro eléctrico24VCC+Señal de salida PLC ActivaciónsolenoideT Alarma A Sin alimentación DSeñales de entrada PLC Conalimentación EDimensionesESE02294ES1507La información incluida en el presente documento es correcta en el momentode su publicación,no obstante puede estar sujeta a modificaciones sinprevio aviso.ALFA LAVAL es una marca registrada de Alfa Laval CorporateAB(Suecia).©Alfa LavalCómo ponerse en contacto con Alfa Laval Cómo ponerse en contacto con Alfa Laval nosotros en cada país,se actualiza constan-temente en nuestra página web.Visite para acceder a esta. información.。

ThinkTop D30 24 VCC PNP 数字控制系统说明书

Le ThinkTop D30est dotéd’un indicateur d’état de la vanne visuelà360degrés qui est visibleàdistance et sous un angle quelconque.CARACTÉRISTIQUES TECHNIQUESCommunicationInterface option1..............Numérique24VCC PNP Tension d’alimentation...........24VCC±10%,1W Carte du capteur Interface....................NumériqueSignal de rétro-information n°1.....Vanne non activée Signal de rétro-information n°2.....Vanne activéeSignal de rétro-information n°3.....AlarmeÉlectrovanneTension d’alimentation...........24VCC±10%,1W Alimentation en air.............400à700kPa(4-7bar). Type d’électrovanne............3/2voies NCNombre d’électrovannes (1)Prioritéde maintien manuel........OuiRaccordsàverrouillage..........ø6mmConnexion du câblePresse-étoupes principal PG7(ø4-ø6,8mm) Diamètre recommandédu câble0,5mm2(AWG20)CARACTÉRISTIQUES PHYSIQUESMatériauxPièces composites.............Nylon noir PA6Pièces en acier................Acier inoxydable Joints......................Élastomère nitrile(NBR) Guide de lumière..............Polyamide transparent Vannes compatiblesARC Oui SBV Oui SRC Oui Koltek Oui Unique SSV Oui SMP vannes Oui iSSV Oui Unique Mixproof Non LKLA-T Oui Unique SSVLongue course Non LKLA Non Unique SSV DN80-DN100Haute pression Non Actionneurair/airNon SRCLongue course NonUnique SSV DN125-DN150NonEnvironnementTempérature de fonctionnement.....-10°Cà+50°CClasse de protection............IP66et IP67BranchementélectriqueInterfacenumériqueCarte ducapteurBornierTERRE-Raccordement d’alimentation24VCC+Signal de sortie PLC Déclenchementde l’électrovanneT Alarme A Non activée DSignaux d’entrée PLCActivée EConsommation typique du ThinkTop D30Conditions du test=un ThinkTop D30de base raccordéavec1retour activé(on)et 1électrovanne activée Tension d’alimentation24VCC39mADimensionsCommandePrécisez les données suivantes lors de la commande:-Raccordsø6mm/1/4"avec verrouillage9611995679-Raccordsø6mm avec verrouillage9611995678ESE02294FR1304Les informations contenues dans le présent document sont justes aumoment de l’impression et peuventêtre modifiées sans préavis.ALFALAVAL est une marque déposée d’Alfa Laval Corporate AB.©Alfa LavalComment contacter Alfa LavalNos coordonnées sont misesàjour sur notre site internet .。

阿尔法拉维尔 ThinkTop Basic 内置安全自动阀门控制系统说明书

The ThinkTop Basic Intrinsically Safe valve sensing and control unit consists of a proven NAMUR feedback sensor system with light-emitting diodes (LEDs), low voltage solenoid valves,ready for connection to a electrical barriers and toany programmable logic controller (PLC) system with a digital interface. It fits on all Alfa Laval hygienic valves; no adaptor is required.Working principleBy an indication pin mounted on the valve stem,the NAMUR feedback sensors detects valve stem movement,the position of the valve at any given time, with the adjusted accuracy of the feedback sensors.The Alfa Laval ThinkTop Basic Intrinsically Safe is fitted with up to two solenoid valves that can convert compressed air and the electrical PLC signal into mechanical energy to activate or deactivate the pneumatic valve actuator.CertificatesTECHNICAL DATAFeedback signal #2:Energized valveNominal voltage:8.2 VIndication of the state:LED, yellow (Internally) EMC in accordance with:EN 60947-5-6Certificate of conformity:Gas: PTB01ATEX2191 Dust: BVS04ATEXE153Type of solenoids:3/2-waysNumbers of solenoids:0-2Manual hold override:YesPush-in fittings:Ø6 mm or 1/4"Certificate of conformity:DEKRA 11ATEX0273 X PHYSICAL DATAPlastic parts:Black Nylon PA 6 with SS fibers Seals:Nitrile (NBR) rubberProtection class:IP66 and IP67Protection class equivalent:NEMA 4.4x and 6PEx classification code:Gas: Ex II 2G Ex ib IIC T6 Gb X Dust: Ex II 2D Ex ib IIIC T85 Db XMax. wire size:0.75 mm² (AWG 19) Note!See also the ThinkTop Basic Intrinsically Safe instruction manualOptions•Solenoid valve configuration•Pneumatic tubing interfaceAccessories•Threaded plate for indication pin on SRC, SMP-BC and i-SSV valves •Adaptor for Unique SSSV valves16543271. Sensor 1 [De-energized] (blue) 8 VDC (-)2. Sensor 1 [De-energized] (brown) (+)3. Sensor 2 [Energized] (blue) 8 VDC (-)4. Sensor 2 [Energized] (brown) (+)5. Common; solenoids (black) 12 VDC (-)6. Input; solenoid #1 (red) (+)7. Input; solenoid #3 (red) (+)Dimensions (mm)ATEX evaluated Alfa Laval valvesThe following table list show the ATEX evaluated Alfa Laval valves which the ThinkTop Basic Intrinsically Safe can be Unique MixpoofNon electric equipment with no own ignition source which can be used within the equipment-group II 2 G/D or II 3 G/D if removing the blue plastic cover from the bottom of the Mixproof valveSRC (except SRC-LS)SMP-SC, TO, BC LKLA-TShutter valve SBVNon electric equipment with no own ignition source which can be used within the equipment-group II 2 G/D or II 3 G/DTo comply with the ATEX protective system all individual electrical signals from the control unit must be connected to an electrical barrier in the safe area to obtain the intrinsic safe circuit. The electrical barrier must comply with the standard EN 60079-14 and shall always be specified in accordance with the following maximum values as shown in the table below forconnected to a certified intrinsically safecircuit (e.g. Zener barrier) for apparatus groupconnected to a certified intrinsically safe circuit (e.g. Zener barrier) for apparatus group II Electrical barrierThis document and its contents are subject to copyrights and other intellectual property rights owned by Alfa Laval AB (publ) or any of its affiliates (jointly “Alfa Laval”). No part of this document may be copied, re-produced or transmitted in any form or by any means, or for any purpose, without Alfa Laval’s prior express written permission. Information and services provided in this document are made as a benefit and service to the user, and no representations or warranties are made about the accuracy or suitability of this information and these services for any purpose.All rights are reserved.200007443-1-EN-GB© Alfa LavalHow to contact Alfa LavalUp-to-date Alfa Laval contact details for all countries are always available on our website at 。

阿尔法拉瓦尔 ThinkTop V50 和 V70 控制商品说明说明书

ThinkTop V50and V70are designed for use in the dairy,food,beverage,and biopharma industries.Beneﬁts•Auto setup•Automatic valve recognition•Automatic selection of tolerance band•Fast,Live and Flex Setup•360-degree LED indication•Burst seat clean•Exchangeable(threaded)air-ﬁttings•Interchangeable with ThinkTop classicsWorking principlesThe control unit offers a single sensor solution for diaphragm,butterﬂy, single-seat and mixproof valves and it can beﬁtted with up to three solenoid valves.ThinkTop converts the electrical PLC output signals into mechanical energy to energise,or de-energise,the air-operated valve,using the physical sensor target mounted on the valve stem.Installation with Auto Setup or Live Setup is intuitive and fast.To initiate Auto Setup,simply press the“SELECT”button and then the“ENTER”button to begin the setup sequence.The ThinkTop automatically recognizes the type of valve and completes the programming sequence fast and efﬁciently.Alternatively,the ThinkTop can be set up,without dismantling the control head,using the built-in Live Setup feature for remote-conﬁguration.CertiﬁcatesDimensions(mm)Figure1.ThinkTop V50Figure2.ThinkTop V70mm Inch mm Inch A123 4.84A164 6.45 B105 4.13B105 4.13 C2007.87C2509.84 D150 5.91D170 6.69 TECHNICAL DATAMaterialPlastic parts Nylon PA12Steel parts 1.4301/304Airﬁttings Nickel plated/Nylon PA6Gaskets Nitril/NBREnvironmentWorking temperature-10°C to+60°CProtection class(IP)IP66,IP67and IP69KProtection class(NEMA)4,4X and6PHazardous area ATEX and IECex in preperationControl boardCommunication See interfaces sectionSensor accuracy±0,1mmV50–Valve stem length Below<65mmV70–Valve stem length Above>65mmMean Time To Failure(MTTF)224yearsApprovals UL/CSA Certiﬁcate:E174191Solenoid valveSupply voltage24VDC±10%Nominal power0,3WAir supply300-800kPa(3-8bar)Type of solenoids3/2-ways or5/2-wayNumber of solenoids0-3Manual hold override YesAir quality Class3,3,3acc.DIN ISO8573-1B10data5Million cyclesRecommendation Operate once a month to prevent dry-outNote:Throughout this leaﬂet,SV is used as an abbreviation for a soleniod valveAirﬁttingThrottle function air inlet/outlet0-100%Threaded airﬁtting G1/86mm(Rim blue)or1/4"(Rim Grey)Elbow push-inﬁttings6mm(Rim blue)or1/4"(Rim Grey)Cable connectionMain cable gland entry Digital M16(ø4-ø10mm)(0,16"-0,39")Main cable gland entry AS-I M16(ø2-ø7mm)(0,08"-0,28")Seat lift sensor cable gland entry M12(ø3,5-ø7mm)(0,14"-0,28")Max wire diameter0.75mm2(AWG20)VibrationVibration18Hz-1kHz@7,54g RMSShock100gHumidityConstant humidity+40°C,21days,93%R.H.Cyclic humidity-25°C/+55°C,12cycles(working)93%R.H.Accessories by functionalityUpper seat lift surveillance KitValve speed reduction0-100%Valve closing speed increase Quick air exhaust,ø6mmSolenoid valve protection Supply airﬁlter1/8”,avoid clogging of solenoid valvesOPERATIONAL DATALED indicationThinkTop features a360-degree light guide.Whenthe sensor target is within the respective setupposition band,the corresponding colour lights up.De-energised Energised Energised EnergisedThinkTop ModeFactory setting Greenﬂashing Whiteﬂashing Blueﬂashing Yellowﬂashing OffOperation Green White Blue Yellow OffNot OK Green/redﬂashing White/redﬂashing Blue/redﬂashing Yellow/redﬂashing RedﬂashingAuto setupAuto Setup is a rule-based function.If one of these rules are not present,Flex Setup must be used.By default,ThinkTop V50and V70uses the de-Energised/Energised paradigm for valve positions feedback.Parameter Auto Setup/Live Setup Flex Setup(retroﬁt mode) Status feedback(OK or error)Valve state(Fail safe signal)Status errorSeat cleaning function Enabled DisabledValve operation monitor Enabled DisabledExt.sensor operation monitor Enabled DisabledInterlock Enabled DisabledOutput(AS-i master input)Special SpecialExternal sensor masking Enabled DisabledValve compatibility chartUse Anytime conﬁgurator for correct selection of V50and V70on different valve size and typesCommon applications (Auto/Live Setup)Special applications(Flex Setup)IncompatiblevalvesThinkTop V50Single Seat valves Small Single Seat valve Butterﬂy valves Diaphragm valvesBall valvesShutter valvesDouble seat valves Double seal valveThinkTop V70In addition to the ThinkTop V50valvesDouble seat valvesDouble seal valveLong stroke single seat valvesDiaphragm valvesAir/Air valves•ThinkTop classic retroﬁt modeor alternative setup with norestrictions•Feedback structure such as theopen/closed valve feedback•All SSV(1/2"-4")NO,shut off,maintainable,need to be setupas a rotary valve•Application with no solenoidvalve,feedback indication only•One control unit to controlmultiple valves•SMP-BC where using2solenoidvalve to operate main valveand pilot leak-detect valvesindependently•Valves without raising stem andmushrooms•Regulating valves•Safety valves•Sample valves•SMP-EC•700series•Other valve brands3.9.3Overview of connectors and portsa:Solenoid valve connectorb:Indication lampc:Main terminalsba:Diagnostic Portb:Seat lift sensor terminalBurst clean modeBurst seat clean mode is available for ThinkTop V70and can be enabled when a ThinkTop V70with 2or 3solenoid valves is setup successfully using Auto Setup.The burst seat clean mode is enabled or disabled via the ThinkTop V70control board.Press "SELECT"(4times)until LED no 4ﬂashes,and then press ’ENTER"to enable or disable.This option is also available as an adjustable IO-Link parameter.The burst seat clean option is from factory disabled by default.However,if it is enabled and there is a manual reset to factory default,the burst seat clean option is disabled.a dc b ee e2066-0032a:Input (from PLC)b:Positionc:Solenoidvalve outputd:Output minimum 2sec.(both visual and electrical)e:Position reachedWhen the PLC input signal for either upper or lower seat push (Usl,Lsp)goes high,the respective solenoid valve is Energised.As soon as the sensor target reaches the prede ﬁned energised valve position,the solenoid valve is automatically de-energised by the ThinkTop V70.A two-second electrical and visual feedback (t)is provided as a handshake for successful completion of a burst seat pulse.The PLC input duration must be at least 500ms (d).If ThinkTop V70is set up using Auto Setup without the upper seat lift sensor,the function uses the stored setup stroke time for “Lower seat push ”plus some extra time for when the solenoid valve is deactivated.Water consumption graphThinkTop V70CIP liquid consumption during Burst seat clean on different Mixproof valves,provided with 6bar air pressure:Figure 3.Unique Mixproof valve /Unique CP-3Mixproof valve 1.5”DN 40and 2”DN50Nominal liter/Burst clean [1]00.20.40.60.81.01.21.41.61.80.511.522.53000CIP liquid pressure [bar]Figure 4.Unique Mixproof valve /Unique CP-3Mixproof valve 2.5”DN65and 3”DN80Nominal liter/Burst clean [1]000000.51 1.52 2.530.20.40.60.81.01.21.41.61.8CIP liquid pressure [bar]Figure 5.Unique Mixproof valve /Unique CP-3Mixproof valve 4”DN100Nominal liter/Burst clean [1]000000.511.522.530.20.40.60.81.01.21.41.61.8CIP liquid pressure [bar]Lower Seat Push Upper Seat LiftValve state–Fail safe signalThe following table gives an overview of behaviour per Error condition where the valve state signal goes low.Further description of the various Error conditions can be found in the ThinkTop Instruction Manual,section5,2.Valve state is a decentralized functionality,available for all ThinkTop variants and a feature that can be used for monitoring process issues or to ease and simplify the PLC programming of a valve surveillance.ThinkTop Digital Valve state ThinkTop AS-InterfaceNot AvailableThinkTop IO-LinkValve stateError Code#Error description FAIL SAFE SIGNALbehaviourDE-ENERGIZED SIGNALbehaviourFAIL SAFE SIGNALbehaviour15Key lock active na na na16Sensor target missing Drops low Drops low Drops low 17Setup missing peripherals na na na18Pneumatic part issue na na na19Seat lift sensor issue Drops low Drops low Drops low 20Position not reached Drops low Drops low Drops low 21Unexpected valve movement Drops low Drops low Drops low 22Seat-lift sensor missing Drops low Drops low Drops low 23Solenoid valve1missing Drops low No effect Drops low 24Solenoid valve2missing Drops low No effect Drops low 25Solenoid valve3missing Drops low No effect Drops low 26Interlock warning Drops low No effect Drops low 27Hardware fault Drops low No effect Drops low 28Setup aborted na na na29Blocked button Drops low No effect Drops low 30Voltage Low Drops low No effect Drops low 31Safety stop Drops low Drops low Drops lowDefault bitmappingThe default settings apply to both Digital,AS-Interface and IO-LinkThinkTop V50truth signal table:default factory settingDE-EN(I0) close MAIN(I1)openValve state(Fail safe signal)DE-EN(No active SV)101 MAIN SV1active(O1)011ThinkTop V70truth signal table:default factory settingDE-EN(I0) all closed MAIN(I1)openUSL(I2)openLSP(I3)openValve state(Fail safe signal)DE-EN(No active SV)Both seats closedLower seat in closed positionUpper seat in closed position10001MAIN SV1active(O1)Lower seat in open valve positionUpper seat not closed01001 USL SV2active(O2)Upper seat not closeLower seat in closed position00101 LSP SV3active(O3)Lower seat in seat push positionUpper seat in closed position00011pliance optionApplies to both Digital Interface and AS-Interface,and ThinkTop V70variants only.The pliance option refers to a bitmapping interface used in the USA on Mixproof valves,ﬁtted with3solenoid valves.This U.S.A.bitmapping can be enabled after or before auto setup.U.S.regulations require independent closed position feedback signals for upper seat lift and lower seat push in a Mixproof valve application.The U.S.A.bitmapping are enabled or disabled on the ThinkTop V70control board.Press"SELECT"(5times)until LED no8ﬂashes,and then press’ENTER"to enable or disable.This option is also available as an adjustable IO-Link parameter.The pliance option is from factory disabled by default.However,if it is enabled and there is a manual reset to factory default,the U.S.A. compliance option remains enabled.U.S.A.bitmappingThe information in the table is based on the following setup:•ThinkTop V70with3solenoid valves•IFT series seat lift sensor of the type NO or NC•Mixproof valve with both seats installed(balanced or unbalanced upper plug)•Any combination of above valve type and sensor typeDE-EN(I0) Both closed MAIN(I1)openUSL(I2)closedLSP(I3)closedValve state(Fail safe signal)DE-EN(No active SV)Both seats closedLower seat in closed positionUpper seat in closed position10111MAIN SV1active(O1)Lower seat in open valve positionUpper seat not closed01001 USL SV2active(O2)Upper seat not closedLower seat in closed position00011 LSP SV3active(O3)Lower seat in seat push positionUpper seat in closed position00101Digital interface ThinkTop Digital24V DCDevice name ThinkTop V5024V Digital ThinkTop V7024V DigitalVoltage supply•24VDC±10%;according to EN61131-2Protection •Reverse polarity(24VDC±10%);EN61131-2•Voltage interruption and brown-out;EN61131•Short circuit;EN61131Current consumption•Nominal30mA(Idle)Outputs to PLC•Max100mA(solenoid valve and seat lift sensor active)PLC input card•Max rated24V/100AUL supply•Class2according to cULusVoltage drop•Typical3V at50mATerminal type •Spring force push-in technology•Supports nominal wire cross-section between1.0mm2[17AWG]and0.30mm2[22AWG]•Supports wire and ferrules for wire cross-section of0.75mm2[18AWG]with pin length12mmElectrical connectionsThinkTop V50Terminals Control board Colour code wires124V BN(brown)2GND BU(blue)3out:Valve state WH(white)4out:DE-EN BK(black)5out:EN.Main valve GY(grey)6in:SV1.Main valve PK(pink)ThinkTop V70Terminals Control board Colour code wires124V BN(brown)2GND BU(blue)3out:Valve state WH(white)4out:DE-EN BK(black)5out:EN.Main valve GY(grey)6out:USL.Upper seat lift PK(pink)7out:LSP.Lower seat push VT(violet)8in SV1.Main valve YE(yellow)9in SV2.Upper seat lift GN(green)10in SV3.Lower seat push RD(red)Seat lift sensorE1L+BN(brown)E2GND BU(blue)E3Signal BK and WH(black and white)M12option(8-pin A-coded plug)Pin numbers and terminal numbers are alignedM12Chassis plug connector Control boardTerminal numbersM12pin numberswire colors1:24V Pin1:BN(brown) 2:GND Pin3:BU(blue)3:out:Valve state Pin2:WH(white)4:out:DE-EN Pin4:BK(black)5:out:EN.Main valve Pin5:GY(grey)6:in SV1.Main valve Pin6:PK(pink)7:nc-8:nc-ThinkTop V70M12option(12-pin A-coded plug)Pin numbers and terminal numbers are alignedM12Chassis plug connector Control boardTerminal numbersM12pin numberswire colors1:24V Pin1:BN(brown) 2:GND Pin3:BU(blue) 3:out:Valve state Pin2:WH(white) 4:out:DE-EN Pin4:BK(black)5:out:EN.Main valve Pin5:GY(grey) 6:out:USL Upper seat lift Pin6:PK(pink) 7:out:LSP Lower seat push Pin7:VT(violet) 8:in SV1.Main valve Pin8:YE(yellow) 9:in SV2.Upper seat lift Pin9:GN(green) 10:in SV3.Lower seat push Pin10:RD(red) 11:nc-12:nc-ThinkTop AS-InterfaceDevice name ThinkTop V50ASI2&ThinkTop V50ASI3 ThinkTop V70ASI2&ThinkTop V70ASI3Supply voltage•AS-Interface29.5–31.6VDCProtection •Reverse polarity(24VDC±10%);EN61131-2•Voltage interruption and brown-out;EN61131•Short circuit;EN61131Current consumption•Nominal:30mA(idle)•Max100mA(solenoid valve and seat lift sensor active)Terminal type •Spring force push-in technology•Supports nominal wire cross-section between1.0mm2[17AWG]and0.30mm2[22AWG]•Supports wire and ferrules for wire cross-section of0.75mm2[18AWG]with pin length12mmAS-I speciﬁcation v2.11•Supports standard addressing and are compatible with M0-M4AS-I master proﬁles,allows up to31nodes on an AS-I network•Slave proﬁle=7FFFAS-I speciﬁcation v3.0•Supports extended A/B addressing and is compatible with M4AS-I master proﬁle,allows up to62nodes on an AS-I network•Slave proﬁle=7A77AS-I addressing •Default slave address(Node)is=0•Address(Node)changes with a standard handheld AS-I addressing device or via AS-I Master GatewayAS-Interface bit tableFor the AS-Interface versions,the following bit assignment will be usedPLC system/Gateway Output table ThinkTop V50ThinkTop V70Toggle Burst clean nc O0SV1.Main valve O1O1SV2.Upper seat lift nc O2SV3.Lower seat push nc O3PLC system/Gateway Input table ThinkTop V50ThinkTop V70DE-EN I0I0EN.Main valve I1I1Upper seat lift nc I2Lower seat push nc I3Electrical connectionsThinkTop V50Terminal Control board Colour code wires1AS-i+BN(brown)2AS-i-BU(blue)ThinkTop V70Terminal Control board Colour code wires1AS-i+BN(brown)2AS-i-BU(blue)Seat lift sensorE1L+BN(brown)E2GND BU(blue)E3Signal BK(black)and WH(white)ThinkTop V50and ThinkTop V70M12option(4-pin A-coded plug)Pin numbers and terminal numbers are alignedM12Chassis plug connector Control boardTerminal numbers FunctionsM12pin assignmentswire colours1:AS-i+Pin1:BN(brown)2:nc-3:AS-i-Pin3:BU(blue)4:nc-IO-Link interfaceThinkTop IO-LinkIn addition to process indication and control,the IO-Link variant enables diagnostic information and features additional functionality that is unique to ThinkTopDevice name ThinkTop V50IOL ThinkTop V70IOLIO-Link supply voltage•24VDC±10%;according to EN61131-2Protection •Reverse polarity(24VDC±10%);EN61131-2•Voltage interruption and brown-out;EN61131•Short circuit;EN61131Current consumption•Nominal:30mA(idle)•Max100mA(solenoid valve and seat lift sensor active)Terminal type •Spring force push-in technology•Supports nominal wire cross-section between1.0mm2[17AWG]and0.30mm2[22AWG]•Supports wire and ferrules for wire cross-section of0.75mm2[18AWG]with pin length12mmDownload of IO-Linkﬁles •Alfa Laval Anytime and ThinkTop conﬁgurator•Go to ThinkTop and documentation •Go to Click IODDﬁnder and key ThinkTopIO-Link interface tool•IFM E30390IO-Link Interface/USB IO-Link master•IFM LR Device–Line recorderThinkTop V50IO-Link Interface Description•alfalaval-000001....pdfThinkTop V70IO-Link Interface Description•alfalaval-000002....pdfCable length to IO-Link master•Max20metersTransmission rate•COM2(38.4kBaud)Minimum cycle time•5msData storage•yesProﬁles•naSIO mode•noPort class•AIO-Link data tableFor the IO-Link version,the bit assignment and diagnostic data can be found in the manual“IO-Link Interface Description”for ThinkTop V50and ThinkTop V70respectively go to ThinkTop V and documentation.On ThinkTop V50and ThinkTop V70control board,using the IO-Link interface tool from IFM,all parameter settings and visualisation data are available through the M12plug or terminals on the sensor board.From the“IO-Link Interface Description”the table below shows an overview of the data storage(not all parameters included).When replacing a ThinkTop V on a process plant,some data are re-stored,included in the new ThinkTop V,and other data must be reassigned again,excluded in the new ThinkTop V. Included ExcludedCustomization •Application Speciﬁc Tag •Function Tag •Location Tag•Power Save•Burst Clean•USA bitmapping •RGB colour Control board ID •Vendor Name •Vendor Text •Product Name •Product ID •Product Text •Serial Number •Hardware Version •Firmware Version •Prod DateSetup data•Setup positions •Setup state Diagnostics•SV-activations•SV-ON_time•PV-SetupStrokeEn •PV-SetupStrokeDeEn •PressureShockCnt •Temp•LogElectrical connectionsThinkTop V50Terminal Control board Colour code wires 1L+24V BN(brown)2L-GND BU(blue)3IO-Link signal BK(black) ThinkTop V70Terminal Control board Colour code wires 1L+24V BN(brown)2L-GND BU(blue)3IO-Link signal BK(black)Seat lift sensorE1L+BN(brown)E2GND BU(blue)E3SignalBK(black)and WH(white)ThinkTop V50and V70M12option(4-pin A-coded plug)Pin numbers and terminal numbers are alignedM12Chassis plug connector Control boardTerminal numbersM12pin assignmentswire colours1:L+Pin1:BN(brown)2:nc-3:L-Pin3:BU(blue)4:Out1Pin4:BK(black)Alfa Laval reserves the right to change specifications without prior notification.How to contact Alfa Laval Contact details for all countriesare continually updated on our website.Please visit to access the information direct.A l f a L a v a l i s a t r a d e m a r k r e g i s t e r e d a n d o w n e d b y A l f a L a v a l C o r p o r a t e AB . 100001472e n 2109。

联想台式机BIOS中各个选项的中文含义是什么

联想台式机BIOS中各个选项的中文含义是什么故障现象:解决方案:一、BIOS的名词解释：BIOS是英文"Basic Input Output System"的缩略词，直译过来后中文名称就是"基本输入输出系统"。

其实，它是一组固化到计算机内主板上一个ROM芯片上的程序，它保存着计算机最重要的基本输入输出的程序、开机后自检程序和系统自启动程序，它可从CMOS中读写系统设置的具体信息。

其主要功能是为计算机提供最底层的、最直接的硬件设置和控制。

二、联想台式电脑进入BIOS方式：台式电脑最近2年左右上市的机型都是按下电源开关按钮开机后连续不断敲击键盘上的F1按键（频率：每秒1-2次），会出现如下界面，看到屏幕上的General Help的窗口，敲击回车键即可进行相关的设置，如图：三、BIOS中各个选项的中英文介绍Main界面信息：有System Summary和System Time&Date选项，并且通过System Serial Number可以看到主机的编号，并且分英文选项界面和中文选项界面。

1、Main（主菜单）英文和中文界面，如图：（1）System Summary（系统概述）英文和中文界面信息，如图：（2）System Time & Date（系统时间和日期）的英文和中文界面信息，如图：2、Devices（设备）界面信息，如图：（1）USB Setup（USB Support、USB Legacy Support）界面信息，如图：（2）其它分体机也有个别的主板BIOS此USB Setup也会有单独的USB接口关闭或开启的选项，英文和中文对应界面信息，如图：（3）ATA Drive Setup界面信息，如图：SATA Controller{enabled/disabled}：选择是否启用或禁用SATA控制器。

Configure SATA as{AHCI/IDE}：选择SATA的工作模式。

ThinkTopBasic

ThinkTop ®Basicis detected by build in sensor chips inside the sensor board.The measuring angle from each chip is used in calculations to locate the current position of the valve stem.There can be programmed 2PNP or 2NPN feedback signals.The selection of PNP or NPN is done by a jumper on the sensor board itself.The LEDs are constantly indicating the status of the unit:Valve position,solenoids activated,set-up and local fault indication.Feedback SignalsOutput signals from the sensor board to the connected digital interface (PLC).Nominal voltage:...............Same as connected to theThinkTop ®Basic.Load current:..................50mA typical,100mA max.Voltage drop:..................Typical X V at 50mA.Sensor Detection System Sensor accuracy ...............+/-0,1mm.Tolerance band:................+/-5mm.Distance to magnet:.............5+/-3mm.Stroke length:.................0,1-80mm.PNP/NPN PolarityPNP (sourcing)or NPN (sinking)function is selected by a jumper in terminals 9and 10.Jumper present =PNP (standard).If changing to NPN remove the jumper and make a power recycle.A power recycle is always required when changing this function.Solenoid Valves0to 3solenoid valves in each unit possible.Type:.......................3/2or 5/2port (only possiblewith one 5/2port).Air supply:....................300-900kPa (3-9bar).Filtered air,max.particles of dirt:.....0,01mm.Max.flow:....................180l/min.Throughput:..................ø2,5mm.Max.oil content:...............1,0ppm.Max.water content:.............0,0075kg/kg air.Manual hold override:............Yes.External air tube connection:........ø6mm or ¼".(Select whenordering).Silencer/filter**):................Connection possible via ø6mm or ¼".Nominal voltage:...............24VDC.Nominal power:................1.0W.**):Filter recommended in tropical regions.Technical DataMaterialsPlastic parts:..................Nylon PA6,reinforced. Steel parts:...................Stainless steel ASI304/316. Air fitting:....................Special coated brass(FDAapproved). Seals:......................Nitrile(NBR).Power Supply-DCThe ThinkTop®Basic is designed to be part of the PLC’s Input/Output (I/O)system.It should be supplied from the same protected power supply as the other I/O devises.The I/O power supply should not be used for other kinds of loads.The unit is reverse polarity and short circuit protected.The power supply must meet the requirements of EN61131-2.Supply voltage:................10-30VDC.Supply voltage nominal:...........24VDC(+20%-15%)-pr.EN61131-2.Max.ripple:...................5%of nominal supplyvoltage.Supply voltage absolute max.:.......30VDC.Supply voltage absolute min.:.......10VDC.Supply current’):................Max.45mA(for sensorboard alone,excludingsolenoids).*):The initial current during power-on is higher.The actual shape of the current pulse depends on the power supply used.Typical values are150mA RMS during13ms(regulated PS)to350mA RMS during 8ms(unregulated PS).The fulfilling of the UL requirements in UL508requires that the unit is supplied by an isolating source complying with the requirements for class2power units(UL1310)or class2and3transformers(UL1585).Typical Power Consumption ThinkTop®BasicTest conditions=One ThinkTop®Basic connected and1feedback active(on)and:No solenoids on:Supply voltage24VDC30mA1solenoid active:Supply voltage24VDC75mA2solenoid active:Supply voltage24VDC120mA3solenoid active:Supply voltage24VDC165mANote!"Power-on"current is higher.See power supply-DC.Micro environment demand specifications:TemperatureWorking:-20°C to+85°C IEC68-2-1/2Storage:-40°C to+85°C IEC68-2-1/2Temperature change:-25°C to+70°C IEC68-2-14Vibration10-55Hz,0.7mm IEC68-2-655-500Hz,10g3x30min,1octave/minDrop test IEC68-2-32HumidityConstant humidity:+40°C,21days,93%R.H.IEC60068-2-78Cyclic humidity:+25°C/+55°C12cycles IEC68-2-30(working)93%R.H.Protection class IP66and IP67EN60529Input tresholdVoltage/current:Type1input requirements EN61131-2Solenoid signalsIsolating voltage(1000+2x117)VAC rms/1min EN61131-2EMC Directive89/336/EEC EN61000-6-3,EN61000-6-210-30VAC/AC,Class2input,UL/CSA45mA max.output UL508-E203255connections(PLC input)(PLC input)of solenoid#1(PLC output)of solenoid#2(PLC output)of solenoid#3(PLC output)voltage sensor(+)10-30VDCvoltage sensor(0)0Vsupply solenoidsjumper*)PNP/NPN jumper*)Solenoid common,internal connectionSolenoid#1,internal connectionSolenoid#2,internal connectionSolenoid#3,internal connectionFig.1.Basic design,ThinkTop®Basic.present=PNP.If changing the function a power recycle is necessary.Theselection NPN/PNP is done by the jumper.Note!Remember to isolate wires that are not in use.1.Sensor board2.Light guide3.O-ring4.Base5.Adapter6.Shell7.Terminals8.Activator stem9.Cable gland10.Special X-ring11.Air fitting12.Solenoid valve(3/2or5/2)13.Safety valve14.Solenoid valve(3/2)Fig.2.Basic design,ThinkTop®Basic.C*=Clearance.Fig.3.Dimensions.LED’sA.Energized(yellow).B.Set-up/fault(red).C.Solenoids(yellow)D.De-energized(green)OrderingPlease state the following when ordering:-ThinkTop®Basic-Digital10-30VDC PNP/NPN.-Number of solenoids(0-3).-Type of solenoids(3/2or5/2port).-Air connectionø6mm or1/4"-Please state if for series700valves.-For ThinkTop®Basic used on SSV-LS Stop valve size63.5-101.6mm/DN65-100:Special indication pin must be used;9612-6370-01.-Unique SSV Long Stroke:Special indication pin must be used;9613-1581-01.Note!For further details,see also instruction manual ESE00225.ESE00226EN0701The information contained herein is correct at the time of issue,but may be subject to change without prior notice.How to contact Alfa LavalContact details for all countriesare continually updated on our website.Please visit toaccess the information direct.。

联想thinkpad怎么进bios界面

联想thinkpad怎么进bios界面
联想thinkpad怎么进bios界面
一、ThinkPad笔记本电脑
1、在启动计算机后，显示ThinkPad徽标（LOGO）时，不停按F1键，部分机型需要先按住左下角的Fn，再不停按F1；
2、之后就会进入bios界面，也就是启动ThinkPad Setup程序(BIOS)。

注：如果需要输入超级用户密码，请输入正确的密码。

也可按Enter跳过密码提示并启动ThinkPad Setup程序。

如果不输入密码，则无法更改受超级用户密码保护的配置。

二、Edge系列机器，30（包含）之前的机器需要按住Fn+F1或F1进入ThinkPad Setup 程序(BIOS)。

三、ThinkPad 平板类产品，例如ThinkPad Tablet、ThinkPad 8、10。

Helix等产品，开启平板电脑时，同时按“开机键+音量加”组合按键。

此时将打开 ThinkPad Tablet Setup 程序主菜单；
上面给大家讲解的就是联想thinkpadbios怎么进入的详细步骤，一般是按F1进入bios，部分机型需要Fn+F1，希望可以帮助到大家。

IBM ThinkPad笔记本BIOS设置详细说明手册

IBM ThinkPad笔记本BIOS设置详细说明手册BIOS（Basic Input Output System）控制了整个计算机的所有硬件设置。

对于不了解Bios的朋友会觉得设置很难，其实只要学会了，都很简单。

好了切入正题，其实目前IBM ThinkPad的XTRA四大系列的BIOS设置是基本上一样的，在这里，我们就以T系列为样本，详尽介绍笔记本电脑的Bios设置。

当我们开启T-series时，屏幕下方出现"Press F1 for IBM BIOS Setup Utility"时，同时按下F1,将会进入Bios设置界面。

再Bios设置界面中，Config、Date/time、Password、Startup、Restart分别为设置项，除了这些项目外，其他所显示的为本机的系统信息。

首先介绍本机的系统信息：Bios V ersion 1.04c(1AET47WW) 这个是机身BIOS版本Bios Date (Y ear-Month-Day) 2001-11-16 BIOS版本发布日期Embedded Controller V ersion 1.0c 内嵌控制器的版本System-unit serial number 2647I541234567 2647为机型。

I54为Model，1234567为机身序列号Cpu Type Mobile Intel Pentiumn III Processor-M 移动型奔腾3处理器，CPU型号Cpu Speed 866Mhz CPU最高时钟频率866MhzInstalled memory 128MB 已装载的内存为128兆UUID 编号Mac Address(Internal Lan) 00 00 00 00 00 00 内置网卡的Mac地址（网卡的物理地址）Config 配置选项：将高亮度条选择到Config,按回车进入Config设置项，分别有以下子选项：work继续按回车进入详细设置(1) Wake On Lan 如果Enabled这一项，那么可以在局域网中，通过局域网中的其他计算机将笔记本电源打开，并且启动笔记本。

阿法拉伐 SBV 卫生型球阀说明书

技术数据温度温度范围：............10°C至+130°C(EPDM)*压力最大产品压力：..........1600kPa(16bar)最小产品压力：..........0bar执行器：操作压力：............600-1000kPa(6-10bar)温度范围：............4°C至+60°C耗气量-执行器ø104：......0.5Nl耗气量-执行器ø129：......0.75Nl建议的制动过程中的最大压力：..600kPa(6bar)*)可进行温度高达150°C的SIP（原位蒸汽），但仅限于在使用EPDM其没有对它进行操作的情况。

操作之前，任何密封材料均必须为C95°C。

物理数据材料过流产品钢制部件：....... 1.4404(316L)其他钢制部件：.......... 1.4307(304)外表面光洁度：..........亚光型（喷砂处理）内表面光洁度：..........亮光型（抛光处理），Ra<0.8µm过流产品密封件：.........EPDM其他密封件：...........NBR注意！在焊接两个法兰时，请确保它们可以轴向移动30-40mm mm（具体视规格而定），以便进行阀门维护（详情见手册）。

控制阀是NC（常关）型式，并可以方便地重装为（常开）型式。

NO详情见手册。

选件A.符合所要求标准的外螺纹部件或卡箍管接套头。

B.用于安装以下阿法拉伐产品的执行器：IndiTop、ThinkTop或ThinkTop Basic。

C.空腔清洗连接件(ISO228-61/2)。

D.空腔填充物（封装阀座）。

E.感应式接近开关支架和手柄（手动阀）。

F.NBR、Q或FPM过流产品橡胶密封件。

DN/OD25-63.5/DN25-65DN/OD76.1-101.6/DN80100空腔清洗连接件（选配）尺寸(mm)规格英制管DN/OD DN/OD DN/OD DN/OD DN/OD DN/OD DIN管25385163.576.1101.6DN25DN40DN50DN65DN80DN100 A74951101301591957495110130159195 OD25385163.576.1101.62941537085104 ID21.834.847.860.372.997.62638506681100 t 1.6 1.6 1.6 1.6 1.62 1.5 1.5 1.5222B9310311312516322093103113125163220 C180180180180180291180180180180180291 D117125135145156206117125135145156206 E104104104104104129104104104104104129 F307315324335346395307315324335346395 G1334342350362372422334342350362372422 G2344352360372382432344352360372382432 H70.5798490.510411470.5798490.5104114 J5565.5738397.5115.55565.5738397.5115.5 K1319253354.565.51319253354.565.5重量（手动型）(kg) 2.3 3.4 4.8713.5272 3.1 4.5 6.412.324重量（气动型）(kg) 6.77.89.211.417.935.8 6.47.58.910.817.932.8带ThinkTop接头的重量(kg)8.69.711.113.319.837.78.39.410.812.719.834.7ESE00292zh1507此处包含的信息在发布时是正确的，但是可能有所变化，恕不提前通知。

联想BIOS-SETUP中各设置项的含义和设置方法

•Phoenix BIOS机型以IdeaPad Y460机型作为操作平台，Phoenix BIOS整体界面如下图所示；最上方分别是：计算机信息选项卡、高级配置选项卡、信息安全配置、启动引导设置、退出选项卡界面底部关键操作：↑↓上下方向键：选择项目←→左右方向键：顶部菜单选择-/+热键：更改设置值Enter回车键：确认值或进入子菜单F10热键：保存当前设置并退出ESC热键：退出但不保存设置《计算机信息选项卡》相关介绍（不同机型可能存在细微差异）Product Name：产品信息BIOS Version：BIOS版本EC Version：EC控制器版本Lenovo SN：主机编号UUID：当前计算机UUID号码CPU TYpe：当前CPU类型Total Memory：内存总容量HDD Status：硬盘型号信息ODD Status：光驱型号信息《高级配置选项卡》相关介绍（不同机型可能存在细微差异）WLAN Device：设置为Enabled开启无线网卡SATA Mode Selection：磁盘控制器工作模式，IDE模式可安装XP Switchable function：双显卡模式设置（仅针对双显卡机型）Power Beep：设置Enabled则插入或拔出适配器时则有提示音Intel Virtual Technology：设置Enabled则开启Intel VT虚拟化功能《信息安全配置选项卡》相关介绍（不同机型可能存在细微差异）Supervisor Password Is：超级管理员密码（忘记密码后无法清除）User Password Is：用户密码（忘记密码后无法清除）Set Supervisor Password：设置超级管理员密码（即BIOS设置密码）Set User Password：设置用户密码（即开机密码）Password on boot：设置Enabled则要求开机输入密码才能开机《启动引导设置选项卡》相关介绍（不同机型可能存在细微差异）设置引导界面： -/+热键调整顺序推荐设置IDE HDD为第一引导设备附注：IDE CD为光驱 IDE HDD为硬盘 PCI BEV为网卡《退出设置选项卡》相关介绍（不同机型可能存在细微差异）Exit Saving Changes：保存当前设置并退出BIOS设置Exit Discarding Changes：退出BIOS设置但不保存任何设置Load Setup Defaults：载入BIOS出厂默认值Discard Changes：还原本次所有调整过的设置Save Changes：保存当前的设置但不退出返回页首•Insyde BIOS机型以Ideapad S10-2作为操作平台，，Insyde BIOS整体界面如下图所示；最上方分别是：计算机信息选项卡、高级配置选项卡、信息安全配置、启动引导设置、退出选项卡界面底部关键操作：↑↓上下方向键：选择项目←→左右方向键：顶部菜单选择F5/F6热键：更改设置值Enter回车键：确认值或进入子菜单F10热键：保存当前设置并退出ESC热键：退出但不保存设置《计算机信息选项卡》相关介绍（不同机型可能存在细微差异）Product Name：产品信息BIOS Version：BIOS版本EC Version：EC控制器版本Lenovo S/N：主机编号UUID Mumber：当前计算机UUID号码CPU Type：当前CPU类型CPU Speed：当前CPU频率System Memory：内存总容量Hard disk 1：第一块硬盘型号信息Hard disk 2：第二块硬盘型号信息Base Version：BIOS基础版本《高级配置选项卡》相关介绍（不同机型可能存在细微差异）SATA Controller Mode：硬盘控制器工作模式，Compatible模式可安装XPWireless LAN Support：无线网卡支持 Enabled开启Power on display：开机后的显示器选择选择LCD Only就是仅在在液晶屏上显示画面如果选择Auto-Selected，则是自动选择显示设备Legacy USB Support：是USB延时支持《信息安全配置选项卡》相关介绍（不同机型可能存在细微差异）Administrator Password：超级管理员密码（忘记密码后无法清除）User Password：用户密码（忘记密码后无法消除）HDD Password Is：硬盘密码（忘记密码后无法消除）Set Administrator Password：设置超级管理员密码（即BIOS设置密码）Set Hard Disk Passwords：设置硬盘密码Change Master Password：修改主要硬盘密码（须设置硬盘密码后使用）Change User Password：修改用户硬盘密码（须设置硬盘密码后使用）《启动引导设置选项卡》相关介绍（不同机型可能存在细微差异）设置引导界面：F5/F6热键调整顺序推荐设置IDE0为第一引导设备附注：USB FDO为USB软驱 USB CDROM为USB光驱 USB HDD为USB硬盘 Network Boot为网络引导《退出设置选项卡》相关介绍（不同机型可能存在细微差异）Exit Saving Changes：保存当前设置并退出BIOS设置Exit Discarding Changes：退出BIOS设置但不保存任何设置Discard Changes：还原本次所有调整过的设置Save Changes：保存当前的设置但不退出Load Default Settings：载入BIOS出厂默认值返回页首•AMI BIOS机型以Ideapad Y510作为操作平台，，AMI BIOS整体界面如下图所示；最上方分别是：计算机信息选项卡、高级配置选项卡、显示设置选项卡、信息安全配置、电源管理选项卡、启动引导设置、退出选项卡界面底部关键操作：←→左右方向键：顶部菜单选择↑↓上下方向键：选择项目+/-热键：更改设置值Tab热键：选择字段F1热键：帮助信息F9热键：恢复默认值F10热键：保存当前设置并退出ESC热键：退出但不保存设置《计算机信息选项卡》相关介绍（不同机型可能存在细微差异）Product Name：产品信息System Serial NumBer：系统序列号UUID Number：当前计算机UUID号码Type：当前CPU类型Speed：当前CPU频率Size：内存总容量System Time：系统时间System Date：系统日期《高级配置选项卡》相关介绍（不同机型可能存在细微差异）IDE Configuration：IDE配置SATA controller working mode:SATA控制器工作模式,Compatibility模式可安装XP Start Easy Flash:开启简易BIOS刷新《电视显示配置选项卡》相关介绍（不同机型可能存在细微差异）TV Display Type：电视显示类型，中国大陆为PAL制式《安全配置选项卡》相关介绍（不同机型可能存在细微差异）Supervisor Password:超级用户密码（忘记密码后无法清除）User Password:用户密码（忘记密码后无法清除）Set Supervisor Password:设置超级用户密码（即BIOS设置密码）Hard Disk Security Setting:硬盘安全设置I/O Interface Security:输入输出接口安全《电源管理选项卡》相关介绍（不同机型可能存在细微差异）Start Battery Calibration:开始电池校准《启动引导设置选项卡》相关介绍（不同机型可能存在细微差异）Boot Device Priority:启动设备优先Hard Disk Drives:硬盘驱动器CD/DVD Drives:光盘驱动器Onboard LAN Boot ROM:板载网络启动芯片，Enabled启用《退出设置选项卡》相关介绍（不同机型可能存在细微差异）Save Changes and Exit：保存当前设置并退出BIOS设置Discard Changes and Exit：退出BIOS设置但不保存任何设置Discard Changes：还原本次所有调整过的设置Load User Defaults：载入BIOS出厂默认值。

ThinkTop D30商品说明书

Signed on behalf of: Alfa Laval Kolding A/S
Global Product Quality Manager
Title
Kolding, Denmark
Place
2022–10–01
Date (YYYY-MM-DD)
DoC Revison_01_102022
Lars Kruse Andersen Name
Lars Kruse Andersen Name
Signature
This Declaration of Conformity replaces Declaration of Conformity dated 2017-03-01
4
1 Declarations of Conformity
UK Declaration of Conformity
2.ays read the manual befor e using the ThinkTop! WARNING Indicates that special procedures must be followed to avoid serious personal injury. CAUTION Indicates that special procedures must be followed to avoid damage to the ThinkTop D30. NOTE Indicates important information to simplify or clarify procedures.
Maintenance:
Always read the technical data thoroughly Always fit the seals between the valve and ThinkTop D30 correctly Never install the ThinkTop D30 before valve or relay is in a safe position Never service the ThinkTop D30 with the valve/actuator under pressure Never clean the ThinkTop D30 with high pressure cleaning equipment Never touch the moving parts if the actuator is supplied with compressed air Never use cleaning agents that will attack the exterior of the ThinkTop D30. Check with your cleaning agent supplier Never clean using Alcohol, Acetone, Chloroform, Methanol, Ammonium chloride and Ammonium Hydroxide etc.

阿尔法拉維 ThinkTop 基本数字感应和控制介绍说明书

The ThinkTop Basic Digital valve sensing and control unit consists of a proven no-touch, set-and-forget sensor system with light-emitting diodes (LEDs), solenoid valves, and valve control sensor board for connection toany programmable logic controller (PLC) system with a digital interface. It fits on all Alfa Laval hygienic valves; no adapter is required. Installation is straightforward. No special expertise or tools are required. To initiate manual setup, simply press a push-button startup sequence.Working principleThe sensor system accurately detects valve stem movement, the position of the valve at any given time, with an accuracy of ± 0.1mm through the use of microchip sensors. To locate the current valve position, sensor chips inside the sensor board calculate the angle between the axial magnetic field produced by an indication pin mounted on the valve stem.The solenoid valves receive signals from the PLC systemto activate or deactivate the air-operated valve. It then transmits feedback signals indicating the main valve position and condition back to the PLC system. In the control unit, up to three electric solenoid valves can physically convert compressed air into mechanical energy to activate or deactivate the pneumatic valve actuator.Each control unit fits any Alfa Laval hygienics valve and hasa valve tolerance band with a default tolerance. This eliminates the need to re-adjust the sensors and boosts productivity. LEDs conveniently display the main valve position, solenoid activation, setup and local fault indication on the control unit.CertificatesTECHNICAL DATASupply voltage:24 ± 10% VDCFeedback signal #1:De-energized valve Feedback signal #2:Energized valve Feedback signal #5:StatusValve tolerance band options:1Default tolerance band:± 5 mmSensor accuracy:± 0.1 mmStroke length:0.1 - 80 mmAir supply:300-900 kPa (3-9 bar) Type of solenoids:3/2-ways or 5/2-ways Numbers of solenoids:0-3Manual hold override:YesThrottle, Air in/out 1A, 1B:0 - 100%Push-in fittings:ø6 mm or 1/4”PHYSICAL DATAPlastic parts:Black Nylon PA 6 Seals:Nitrile (NBR) rubberProtection class:IP66 and IP67 Protection class equivalent:NEMA 4.4x and 6PMax wire size:0.75 mm2 (AWG 19)Note!For further information: See also ESE00225The ThinkTop has Patented Sensor System, Registered Designand Registered Trademark owned by Alfa LavalOptions•Communication interface•Solenoid valve configuration•Pneumatic tubing interfaceAccessories•Various cable options•Threaded plate for indication pin on SRC, SMP-BC and i-SSV valves •Special indication pin for Unique SSV-LS, Unique SSV High Pressure valves •Adaptor for Unique SSSV 7000 Small Single Seat valvesDimensions (mm)Electrical connection165432782053-0001P1121110913141De-energized (PLC input)2Energized (PLC input)3Activation of solenoid # 1 (PLC output)4Activation of solenoid # 2 (PLC output)5Activation of solenoid # 3 (PLC output)6Supply votlage sensor (+) 10-30 VDC 7Supply votlage sensor (+) 0 VDC 8Common supply solenoids 9PNP/NPN jumper 10PNP/NPN jumper 11Solenoid com.blue12Solenoid # 1, internal connection (Grey)13Solenoid # 2, internal connection (Grey)14Solenoid # 3, internal connection (Grey)This document and its contents are subject to copyrights and other intellectual property rights owned by Alfa Laval Corporate AB. No part of this document may be copied, re-produced or transmitted in any form or by any means, or for any purpose, without Alfa Laval Corporate AB’s prior express written permission. Information and services provided in this document are made as a benefit and service to the user, and no representations or warranties are made about the accuracy or suitability of this information and these services for any purpose. All rights are reserved.200006064-1-EN-GB© Alfa Laval Corporate ABHow to contact Alfa LavalUp-to-date Alfa Laval contact details for all countries are always available on our website at 。

ThinkPadBIOS设置详解（主流新机型）

ThinkPadBIOS设置详解（主流新机型）[分享]ThinkPad BIOS 设置详解(主流/新机型)ThinkPad BIOS设置手册本文以ThinkPad T60 的BIOS 为例，详细介绍ThinkPad 机型BIOS 的设置，其它机型可参考，设置选项基本一致。

BIOS，Basic Input and Output System，控制了整个计算机所有硬件的设置。

当我们开启T60 时，屏幕下方会出现“Press F1 for ThinkPad BIOS Setup Utility”时，按下F1 键，输入正确的密码或刷下指纹（如果设置了BIOS密码的话），将会进入BIOS 设置界面。

在ThinkPad BIOS 设置界面中，分为上下两部分，上半部分包含Config、Date/time、Security、Startup、Restart、HDD Diagnostics Program等六个设置选项，下半部分主要显示本机的一些系统信息。

一、本机系统信息如果想保存到本地请回贴下载PDF电子书PS:电子书内容跟网页一样，回复可见是为了让更多人看到，否则一会就沉底了，请大家理解二、Config（配置）使用键盘上下按键移动高亮度条到Config，按回车键进入Config 设置项，分别有以下子选项：（一）Network（网络）1、Wake On Lan如果选择Enabled，那么在局域网中，可以通过局域网中的其它计算机将笔记本电源打开，并且启动笔记本；Disabled 则禁止这项功能。

（根据需要选择，一般个人用户选择Disabled。

）2、Flash Over Lan允许可以从一个可用的局域网中，通过网线，来升级本机的BIOS；Disabled则禁止这项功能。

（根据需要选择，一般个人用户选择Disabled。

）3、Internal Network Option RomEnabled：启用，通过网络可更新有线网卡的Rom；Disabled 则禁止。

阿法拉伐 SMP-BC 防混阀系列说明书

技术数据最大产品压力（取决于阀规格）：.1000kPa(10bar)。

最小产品压力：..........全真空。

温度范围：............10°C至+140°C(EPDM)。

气压：..............500至800kPa(5至8bar)。

物理数据过流产品钢制部件： 1.4401(316L)。

外表面光洁度....亚光型（喷砂处理）内表面光洁度....亮光型（抛光处理），Ra<1.6µm其他钢制部件：... 1.4301(304).过流产品密封件：..EPDM。

其他密封件：....NBR阀体组合201130211211122112239-类型20和30阀体型式有以下配置可供客户选择：-在0或90度型式中，下阀体端口上采用三通焊接-在0、90、180或270度型式中，下阀体端口上采用弯曲焊接。

3阀体型式有以下配置可供客户选择：-类型121、122、211、212、221和222标准设计SMP-BC 有两种型式可供选择：一种是带一个阀体的截流阀，另一种是带三个阀体的换向阀（规格DN125-150仅限于截流阀）。

阀体和外部执行器通过卡箍连接在一起。

SMP-BC 安装有一个检测阀和一个CIP 阀。

卸下执行器后可对密封件和唇形密封件进行维修。

考虑到阀门的尺寸和重量，建议使用配套设备来处理和安装阀门。

说明手册中提供有操作准则(IM70771)。

阿法拉伐不负责提供建议的配套设备。

选件A.符合所要求标准的外螺纹部件或卡箍管接套头。

B.控制和指示：IndiTop、ThinkTop 或ThinkTop Basic。

C.带更强力弹簧的执行器。

D.更大的执行器（适用于阀尺寸38-51mm/DN40-50）。

E.CIP 安装套件。

F.其他阀体组合。

G.过流产品部件的表面粗糙度：Ra ≤0.8μm。

H.NBR 或FPM 过流产品密封件。

I.执行器维修工具。

J.阀塞密封件专用工具（更换密封件所必需的工具）。

Alfalaval ThinkTop V50 IO-Link 控制器用户指南说明书

IO-Link Interface DescriptionThinkTop V50 IO-LinkI O D D -P D F C r e a t o r V 2.0.0.113a l f a l a v a l -000001-20200207-I O D D 1.1, V 1.0.27C o p y r i g h t 2018, w w w .a l f a l a v a l.c o mTable of Contents1 Device variant (3)2 Communication (4)3 Parameter overview (5)4 System Commands (7)5 Identification (8)5.1 Identification (8)6 Observation (9)6.1 Process Data Input/Output (9)7 Parameter (11)7.1 Parameterization (11)7.2 Setup (12)7.3 Extended Command (12)8 Diagnosis (13)8.1 Diagnostics (13)9 Events (16)10 Error types (17)1 Device variant2 CommunicationVendor ID 0x050C 1292 d / Bytes 5d 12d Device ID 0x0001 1 d / Bytes 0d 1d Bit rateCOM2Minimum cycle time 5 ms SIO mode supported No Block parameterization Yes Data storage YesSupported profilesBLOB, Binary Large ObjectsIdentification and DiagnosisNOTE:If the Vendor ID and Device ID is referenced in your PLC system, then it is ensured that - the connected Device type is correct - the IO-Link datastorage is enabled- your application is still able to work, even your Device has been exchanged with a successor model.For process value update rate, as well as further information concerning sensor performance, see product leaflet3 Parameter overview3 Parameter overview4 System CommandsSystem Command information- Address: Index 2, Subindex 0- Datatype: UInteger (8 Bit)- AccessRight: Write Only5 Identification5.1 Identification6 Observation6.1 Process Data Input/OutputValve position IntegerT (16 Bit)Current valve position. Represents the actual distance between the top of the valve actuator and the top of the valve stem.Value range [mm](0 To 720) * 0.132764(NoData)Error status UIntegerT (5 Bit)Short description of the current error (Troubleshooting advice is available in the Instruction manual)Value range0(Everything is OK)16(Sensor target missing (#16))17(Setup prerequisite issue (#17))18(Pneumatic part issue (#18))19(Seat lift sensor issue (#19))20(Position not reached (#20))21(Unexpected movement (#21))22(Seat-lift sensor missing (#22))23(Pilot valve 1 missing (#23))24(Pilot valve 2 missing (#24))25(Pilot valve 3 missing (#25))26(Interlock active (#26))27(Hardware fault (#27))28(Setup aborted (#28))29(Blocked button (#29))30(Communication failure (#30))31(Safety stop active (#31))Valve State BooleanTCurrent Valve state (The valve system is OK when the signal is high)Value range false(Valve state NOT OK)true(Valve state OK)MAIN BooleanTMain energised PositionValue range false(inactive)true(active)DE_EN BooleanTDe-EnergizedValue range false(inactive)true(active)Process data displayed according device sort order.Please note: Siemens PLCs swap the high and low byte when using byte addressing.Process data output RecordT (8 Bit)SV 1BooleanTTrigger solenoid valve 1 for main valve activationValue range false(Disable)true(Enable)6 ObservationWink BooleanTVisual indication for locating the unit (Purple flashing as default)Value range false(Disable)true(Enable)7 Parameter7.1 Parameterization7.1.1 Customisation7 Parameter7.2 Setup7.3 Extended Command8 Diagnosis8.1 Diagnostics8 Diagnosis8 Diagnosis9 EventsEvents are raised by the device itself to notify irregular device statesPQ* = Process data quality10 Error typesError types are used for the ISDU response. Values unequal '0' indicate the cause of a failed ISDU read or writeservice.。

阿尔法拉瓦尔 ThinkTop Basic 基本数字控制器说明书

la configuración manual,simplemente pulse el botón de secuenciade inicio.DATOS TÉCNICOSComunicaciónInterfaz.....................Digital PNP/NPNVoltaje de alimentación..........24±10%V CCPanel de sensoresConsumo máx.de corriente.......45mASeñal información n.º1..........Válvula sin alimentaciónSeñal información n.º2..........Válvula con alimentaciónSeñal información n.º5..........EstadoOpciones de valor de tolerancia deválvula (1)Valor de tolerancia predeterminado..±5mmPrecisión del sensor............±0,1mmLongitud de recorrido...........0,1-80mmVálvula de solenoideConsumo máx.de corriente.......45mAAlimentación de aire............300-900kPa(3-9bar)Tipo de solenoides.............3/2vías o5/2víasNúmero de solenoides...........0-3Desconexión de retención manual...SíRegulador,entrada/salida de aire1A,1B........................0-100%Conexiones a presión...........ø6mm o1/4"DATOS FÍSICOSMaterialesPiezas de acero..........Acero inoxidable y latónPiezas de plástico.........Nailon negro PA6Cierres................Caucho nitrílico(NBR)Medio ambienteTemperatura de fun-cionamiento.............-20°C a+85°CClase de protección.......IP66e IP67Clase de protección equiva-lente.................NEMA4.4x y6PConexión de cablesPrensaestopas principal.....PG11(4-10mm)Tamaño máx.del cable.....0,0.75mm2(AWG19)Nota:Para más información:Consulte también ESE00225.ThinkTop cuenta con un sistema de sensor patentado,un diseñoregistrado y una marca registrada propiedad de Alfa Laval.Opciones-Interfase de comunicación-Configuración de la válvula de solenoide -Interfaz de tuberías neumática Accesorios-Diversas opciones de cables-Placa roscada para pasador de indicación en las válvulas SRC,SMP-BC y i-SSV-Pasador de indicación especial para las válvulas de alta presión Unique SSV-LS y Unique SSV-Adaptador para válvulas Unique SSSVDimensionesConexión eléctrica1Desactivado (entrada de PLC)2Activado (entrada de PLC)3Activación del solenoide núm.1(entrada del PLC)4Activación del solenoide núm.2(entrada del PLC)5Activación del solenoide núm.3(entrada del PLC)6Sensor de la tensión de alimentación (+)10-30V CC 7Sensor de la tensión de alimentación (+)0V CC 8Solenoides de alimentación comunes 9Puente PNP/NPN 10Puente PNP/NPN 11Solenoide com.azul12Solenoide núm.1,conexión interna (gris)13Solenoide núm.2,conexión interna (gris)14Solenoide núm.3,conexión interna (gris)16543278P112111091314ESE00226ES1511La información incluida en el presente documento es correcta en el momentode su publicación,no obstante puede estar sujeta a modificaciones sinprevio aviso.ALFA LAVAL es una marca registrada de Alfa Laval CorporateAB(Suecia).©Alfa LavalCómo ponerse en contacto con Alfa Laval Cómo ponerse en contacto con Alfa Laval nosotros en cada país,se actualiza constan-temente en nuestra página web.Visite para acceder a esta. información.。

ThinkTopDigital_zh中文说明书

25. 阀座提升2下
22. 电磁阀 2, 褐色
26. 电源 + *)
23. 电磁阀 3, 褐色
27. 电源 - *)
*) 注意！终端24, 25, 26和27均可用于外置式阀座提升传感器, 并且也可用于任何数字式输入。用户应始终使用一个外置式PNP传感器。2个外
置信号与反馈信号3(阀座提升1)和4 (阀座提升2)相关联。外置式传感器必须始终保持为一个8-30V直流电压PNP 3线传感器。连接(-)通用
反馈信号传感器系统可以被用于4种反馈信号 + 一种状态信号 = 5种数字式 PNP/NPN反馈信号。PNP或NPN的选择是通过跳线完成的。如有必要， .2种反馈信号可以设定为外置传感器。
状态信号用于进行下列监测：
- 调试程序在运行中。 - 内部错误。 - 需要维修(基于时间设定及/或自我调节程序)。
3.7.621
ThinkTop 质 8-30 VDC PNP/NPN
自控装置
电磁阀每一单元最多可有3个电磁阀。
类型 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3/2或5/2阀(仅限一个5/2阀)
压缩空气 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 300-900 kPa(3-9 巴)
+40°C, 21天, 相对湿度93% +25°C/+55°C IEC 68-2-30 相对湿度93% IP67
1类输入要求
(1000+2*117)VAC rms/1分钟 89/336/EEC 8-30VAC/VDC, 2级输入, 45mA最大输出

阿尔法拉维尔Unique SSV单座阀门系列说明书

DATOS TÉCNICOSTemperaturaEscala de temperatura(cierre de rebordeestándar):...................-10°C a+100°C(EPDM) Rango de temperaturas(cierre de reborde especial):...................-10°C a+140°C(EPDM) PresiónPresión máx.de producto:........1000kPa(10bar)Presión mín.de producto:........Vacío completoPresión del aire(actuador):tamaños DN125-150...........De600a800kPa(de6a8bar)Combinaciones del cuerpo de laválvulaFunción del actuador-Movimiento neumático hacia abajo,retorno de muelle(NA-asiento inferior).-Movimiento neumático hacia arriba,retorno de resorte(NC-asiento inferior).DATOS FÍSICOSMaterialesPiezas de acero bañadas por producto: 1.4401(316L) Otras piezas de acero:...........1.4301(304) Tamaños del vástago del tapónDN125-150..................1.4401(316L) Cierres bañados por producto......EPDMOtros cierres.................NBROpcionesA.Piezas macho de conformidad con la normativa exigida.B.Control e indicación(IndiTop,ThinkTop o ThinkTop Basic).C.Aspereza de superficie,piezas bañadas por producto:Ra≤0.8µm.D.Cierres de NBR o FPM bañados por producto.E.Herramientas de servicio para el actuador.F.Cierres de tapón NBR/FPM.El actuador tiene una garantía de5añosDimensiones(mm)DINDNTamaño nominal125150NC NO NC NO A1571573584586 A2614618627631 A3740737777775 A4781778818816 C167167192192 OD129129154154 ID125125150150 t 2.0 2.0 2.0 2.0 E1150150150150 E2150150150150 F143454345 F241414141 H199199199199 Macho M/DIN46465050 Peso(kg):válvula de cierre40.340.340.940.9 Peso(kg):válvula de conmutación505051.351.3a.Cierre.b.Válvula de conmutación.Nota:El momento de apertura/cierre se producirápor lo siguiente:-El suministro de aire(presión de aire).-La longitud y dimensiones de las mangueras de aire.-El número de válvulas conectadas a la misma manguera de aire.-El uso de una sola válvula solenoide para las funciones del actuador de aire conectado en serie.-Presión del producto.Aire comprimido,conexiones de aire:R1/8"(BSP),roscado interno.Función del actuadorConsumo de aire(litros de aire libre)para un recorridoTamaño DN125-150DN125-150Función del actuador de las válvulas de1.5x presión de aire(bar)2.2x presión de aire(bar) cierre y de conmutación NC NOFunción del actuador de las válvulas de3.6x presión de aire(bar) 2.9x presión de aire(bar) cierre y de conmutación NC(Aire de apoyo para el cierre)NO(Aire de apoyo para la apertura)Diagramas de caída de presión/capacidad CierreCierre ΔVálvula de conmutación Válvula deconmutaciónNOTA:Para los diagramas se aplica lo siguiente:Medio:agua (20°C).Medidas:De conformidad con VDI 2173La caída de presión también puede calcularse en el configuradorAnytimeLa caída de presión también puede calcularse con la fórmula siguiente:Q =Kv x √∆pDondeQ =flujo en m 3/h.Kv =m 3/h a una caída de presión de 1bar (consulte la tabla superior).∆p =Caída de presión en la válvula en bares.Cómo calcular la caída de presión para una ISO 2.5"válvula de cierresi el flujo es de 40m 3/h2.5"válvula de cierre,donde Kv =111(consulte la tabla superior).Q =Kv x √∆p40=111x √∆p401110.13 bar2(Esta es aproximadamente la misma caída de presión leyendo el eje"y"superior)Datos de presión para la válvula de asiento sencillo Unique DN125y DN150oooo 12345678A=Aire P/Po=Presión del productoTipo/función del actuador10.Movimiento neumático hacia abajo,retorno de muelle(NA-asiento inferior)20.Movimiento neumático hacia arriba,retorno de muelle(NC-asiento inferior)Tabla1:Válvulas de cierre y de conmutación Presión máx.sin fuga en el asiento de la válvulaTamaño de válvula Combinaciónactuador/cuerpo de válvula y direcciónde presiónPresiónde aire(bar)Posición deltapón Tipo DN125-150 1NO 5.25NO DIN8.726NO DIN 4.45NC8.1*36NC 3.74NC DIN 5.2*=Valores permitidos para presión de aire de8bar=Presión real del productoTabla2:Válvulas de cierre y de conmutaciónLa tabla muestra la presión estática aproximada(P)en bares con laque la válvula puede abrirse.Combinaciónactuador/cuerpo de válvula y direcciónde presiónPresiónde aire(bar)Tipo/funcióndel actuadorTipo DN125-150560(NO)DIN8.8610(NO)8.16660(NO)mín.10** 7670(NC)DIN7.8820(NC)8.9Tabla2Presión máx.en psi contra la que la válvula puede abrirse.Combinaciónactuador/cuerpo de válvula y direcciónde presiónPresión deaire[psi]Posición deltapónPresión máx.(psi)87.6NC145.0A=AireP=Presión del productoAO=Se abre el aireSO=Se abre el muelleESE00250ES1507La información incluida en el presente documento es correcta en el momentode su publicación,no obstante puede estar sujeta a modificaciones sinprevio aviso.ALFA LAVAL es una marca registrada de Alfa Laval CorporateAB(Suecia).©Alfa LavalCómo ponerse en contacto con Alfa Laval Cómo ponerse en contacto con Alfa Laval nosotros en cada país,se actualiza constan-temente en nuestra página web.Visite para acceder a esta. información.。