真空压力表说明书
迈瑞BS-400使用说明书（二）
图2-1分析部背面⏹DEIONIZED WATER：仪器后部进水口，进水管由此进入仪器；⏹WASTE1：高浓度废液排出口，高浓度废液管由此引出；⏹WASTE2：低浓度废液排出口，低浓度废液管由此引出；⏹COM：仪器主机（分析部）同控制计算机通信的串口；⏹WAN：仪器主机（分析部）同控制计算机通信的网口。
1.1.1.1 样本盘系统样本盘系统主要包括样本盘（含样本盘盖）。
样本盘是装载样本试管的支架，将每个样本试管转到样本针的吸样位，等待吸样。
如图2-2所示。
样本盘仅作逆时针旋转，将指定的样本送至样本针吸样位置。
图2-2 样本盘样本盘分为内、中、外三圈，每圈30个样本位，共90个样本位，其中：⏹常规位置为1~60；⏹急诊位置为E1~E10（76-85）；⏹定标位置为S1~S10（61-70）；⏹质控位置位C1~C5（71-75）；⏹其他位置：一个去离子水位W（蒸馏水清洗液，90），一个酸清洗剂位D1（ISE清洗液，87），一个碱清洗剂位D2（酸清洗液，88），一个电解质（ISE）清洗液D3（碱清洗液，89）。
稀释好的尿液选择放置在样本盘的常规样本位中任意一个，由用户使用过程中自定义。
虚拟样本盘：允许最大设置6个虚拟样本盘，默认一个样本盘；样本盘可放置原始采血管、离心管、塑料试管以及微量样品杯，支持手持式或固定式条码扫描。
样本盘兼容以下样本容器：⏹微量样本杯：Φ12×37mm、Φ14×25mm ；⏹原始采血管：Φ12×68.5 mm ，Φ12×99 mm ，Φ12.7×75 mm ，Φ12.7×100 mm ，Φ13 X 75 mm ，Φ13 X 95 mm ，Φ13 X 100 mm ；⏹塑料试管：Φ12×68.5 mm ，Φ12×99 mm ，Φ12.7×75 mm ，Φ12.7×100 mm ，Φ13 X 75 mm，Φ13 X 95 mm ，Φ13 X 100 mm 。
数显真空压力表说明书
数显真空压力表说明书
1、在用户使用前，应仔细阅读说明书，理解操作规则和使用方法，以确保安全使用。
2、把电源插头插入电源插座，按开关，以便使表盘上的指针指向零点。
3、将真空探头与被测介质相连接。
4、真空表示，当真空探头的指针指向的位置大于零，则表示压力大小，即越靠近零点，压力越大。
5、当目测压力达到设定的最大值或最小值时，应立即停止使用，检查真空探头，排除故障。
6、使用完毕后，请关闭开关，拔下电源插头，以免给用户造成可能的危险。
西安安森ANCN CD-2xx系列数字压力表使用说明书
智能可靠 安森创造
办公地址：西安市凤城二路海璟国际 C2 座 1112 室 工厂地址：西安市经济技术开发区草滩十路 1155 号智巢创新产业园 2 号楼 电话：86512033 传真：029-68756225 全国服务热线：400-005-8656 网址：http: //
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ACD-2xx 用户手册
ANCN
c．重复 b 步骤，直至压力表显示“1258”。 2. 进行压力校准： a．按“设置”键 1 次，仪表显示一个压力值“X1”（通常负压表的第一个压力值为-95kPa，绝压表
为绝对真空（或绝压 2kPa），正压表为 0），按仪表所显示的压力值对仪表施加压力，待所施加的 压力稳定后， b．按“设置”键 1 次，此时仪表自动校准该点压力值，并显示下一个需要校准的压力值“X2”， c．按仪表所显示的压力值对仪表施加压力，待所施加的压力稳定后，按“设置”键 1 次，仪表显示 下一个需要校准的压力值“X3”， d．重复 c 步骤，直到检验完最后一个需要校准的压力值“Xn”。仪表会自动退出检验状态并自动进 入压力检测显示状态。 e．仪表进入压力检测显示状态后，只需用一个来回程对仪表进行检验即可完成该仪表的校准操作。
注：该方法为仪表出厂时校准方法，要严格按照以上步骤进行操作，且必需保证电池的电量是满 的，中途不可漏校某一点，否则需要重新操作。
附录 2. 功能密码表
密码 1200 1131 0485 1238 1268 1250
采集速度设置 显示单位切 通讯参数设置 量程迁移设置 压力控制值设置 测量介质密度设置
b. 该产品应存放在- 40℃～ +80℃，相对湿度不大于 85%，通风，干燥，无腐蚀性气体的库房中。
川仪压力表YQF(N)说明书
YQF(N)- 60100150型前封式不锈钢(耐震)压力表产品说明书一、产品用途及特点：YQF-60,100,150型前封式不锈钢压力表（以下简称仪表），广泛应用于石油、化工、轻纺、造纸、冶金、医药、食品等行业。
能在对环境耐蚀、抗震或工艺卫生要求较高的场合中，测量硝酸、醋酸及部分有机酸、无机酸、碱类腐蚀性流体介质的正压或负压。
仪表采用密封安全型前封式结构，外壳及弹性元件及与介质接触部位均采用优质不锈钢材料制成，结构合理，工艺精致，具有较高的测量准确度和持久的稳定性。
YQFN-60,100,150型不锈钢耐震压力表内填充阻尼油，使测量机构具备抗工作环境振动及介质压力脉动的能力。
二、工作原理：仪表由测量系统、指示系统和外壳组成。
当被测介质通过导压部分进入测量元件时，在其介质压力作用下，测量元件自由端产生相应位移，通过连杆带动齿轮传动机构，从而在仪表度盘上指示出被测介质压力值。
三、主要技术指标：2、结构型式：密封安全型前封式。
3、仪表安装方式：YQF(N) –60,100,150：径向直接式。
YQF(N) -60Z,100Z,150Z：轴向直接式。
YQF(N) -60ZT,100ZT,150ZT：轴向嵌装式（轴向前边）。
4、正常工作条件：a.环境温度：普通型–40℃~70℃，耐震型–25℃~70℃。
b.振动条件：普通型GB/T17214.3 V.H.3，耐震型GB/T17214.3 V.H.4。
c.仪表的压力部分一般使用至测量范围的3/4。
d.相对湿度：不大于85%。
e.温度影响：当使用环境温度偏离20℃±5℃时，仪表的温度影响误差不大于0.04%/℃。
f.外壳防护等级：GB4208 IP66级。
5、材质：外壳、传动机构为SUS304不锈钢，弹性元件为SUS316L不锈钢，接头为SUS304或SUS316L不锈钢。
仪表采用聚碳酸脂(PC)安全玻璃。
四、安装使用说明：1、仪表在安装前必须仔细核对其型号规格及测量范围。
施耐德 DISPLAY ONE 真空压力表控制器使用手册说明书
Catalog No.230001Vacuum Gauge ControllerInstruction Manual GA09034_002_C0ONEDISPLAY0. Contents0.Contents 30.1List of Figures 50.2List of Tables 51.Description 61.1Validity 6 1.1.1Catalog Number 6 1.1.2Nameplate 61.2Conforming Utilisation 61.3Assuming of Responsibility and Warrenty 71.4Transport Damages 72.Safety 82.1General 82.2Signs and Symbols 82.3Basic Safety Regulations 83.General Description 93.1General Functional Characteristics 93.2Applicable Sensors 94.Technical Data 104.1General Data 10 4.1.1Mechanical Data 10 4.1.2Environment 10 4.1.3Standards 11 4.2Mains Connection 114.3Measuring Channel 11 4.3.1Sensor Powering 12 4.3.2Measuring Technique 12 4.4Switching Function 124.5Analog Output 125.Installation 135.1Supplied Equipment 135.2Mechanical Installation 13 5.2.1Rack Installation 13 5.2.2Panel Mounting 13 5.2.3Benchtop Instrument 14 5.3Connections 14 5.3.1Rear of the Instrument 14 5.3.2Mains Connection 14 5.3.3Input 155.3.4Analogue Output and Relay Output 156.Operation 16 6.1Front Panel 16 6.2Display 16 6.3Switching On and Switching OFF 16 6.3.1Switching On 16 6.3.2Switching Off 17 6.4Operation Modes 17 6.5Measurement Mode 17 6.5.1Selection 17 6.5.2Description 17 6.6Parameter Mode 18 6.6.1Selection 18 6.6.2Description 18 6.6.3Mass Unit 18 6.6.4Display Format 18 6.6.5Pirani Range Extension 197.Maintenance and Servicing 20 7.1Maintenance 20 7.1.1General Maintenance Advices 20 7.2Troubleshooting 20 7.2.1Trouble Indication and Error Messages 20 7.2.2Help in Case of Malfunctions 20 7.2.3Exchange of fuses 20 7.2.4Repair 208.Shelving and Waste Disposal 21 8.1Packaging 21 8.2Shelving 21 8.3Waste Disposal 21Annex 1 - EU Declaration of Conformity 22 Annex 2 - Declaration of Contamination 230.1 List of FiguresFigure 1 –Nameplate (example) 6 Figure 2 –Dimensions DISPLAY ONE (mm) 10 Figure 3 – Rear oft the instrument 14 Figure 4 – Connector for Sensor (RJ45) 15 Figure 5 – Connection for Analogue Output and Relay Output 15 Figure 6 – Front Panel 16 0.2 List of TablesTable 1 –Part numbers 6 Table 2 –Applicable Sensors 9 Table 3 –Supplied equipment 13 Table 4 – Display Structure and Description 16 Table 5 – Display of the Measuring Mode 17 Table 6 – Parameter Mass unit 18 Table 7 – Parameter Display Format 18 Table 8 –Parameter Pirani Range Extension 19 Table 9 – Error Messages 201.Description1.1 Validity1.1.1Catalog NumberThis document is valid for the following products:Table 1 – Part numbers1.1.2NameplateA nameplate is located on the bottom side of the instrument. When communicating with Leybold GmbH, the information on the nameplate will be needed. For this reason enter the information here:Figure 1 – Nameplate (example)1.2Conforming UtilisationThe DISPLAY ONE is a display and operating unit for sensors with an analogue or digital interface of the company Leybold GmbH.The single channel unit is used in combination with the sensors from the series THERMOVAC and PENNINGVAC as well as DU sensors for the measurement of pressures above and below atmospheric pressures (vacuum).Operate all connected sensors in agreement with the information given in the corresponding Operating Instructions.1.3 Assuming of Responsibility and WarrentyLeybold GmbH will not assume any responsibility or warranty in case the operator or third persons∙do not observe the information given in this document.∙do not use the product as intended.∙modify the product in any way (conversions, repair work etc).∙operate the product with accessories not listed in the corresponding product documentation.Subject to technical alterations without prior notice. The figures are not binding.1.4 Transport Damages∙Examine the shipping package as to any external damage.∙In case any damage is determined, file a damage report to the forwarding agent and the insurer.∙Retain the packaging material since damages can only be claimed when returning the instrument in the original packaging of the manufacturer.∙Examine the delivery to ensure that it is complete.∙Examine the instrument as to any visually apparent damage.2. Safety2.1 GeneralThe DISPLAY ONE is supplied ready for operation. Even so, we recommend that you carefully read these Operating Instructions so as to ensure optimum operating conditions right from the start.These Operating Instructions contain important information on the functions, installation, commissioning, operation and troubleshooting of the DISPLAY ONE.2.2 Signs and SymbolsImportant instructions relating to technical safety and safe operation are emphasised by symbols.2.3 Basic Safety RegulationsDuring all work like installation, maintenance and repair activities, comply with the pertinent safety regulations.3. General Description3.1 General Functional CharacteristicsThe DISPLAY ONE is a display and operating unit for sensors with an analogue or digital interface of the company Leybold GmbH.The single channel unit is used in combination with the sensors from the series THERMOVAC and PENNINGVAC as well as DU sensors for the measurement of pressures above and below atmospheric pressures (vacuum).3.2 Applicable SensorsThe following sensors can be operated with the DISPLAY ONE:Table 2 –Applicable Sensors4. Technical Data4.1 General Data4.1.1 Mechanical DataDimensions: Width: 106.0 mm (1/4 19“)Height: 84.5 mm (2 HE)Depth: 108.0 mmWeight: 0.5 kgBuild-in depth: ca. 170 mm (including connected plug) Application: Rack installationPanel mountingBenchtop instrumentFigure 2 –Dimensions DISPLAY ONE (mm)4.1.2 EnvironmentTemperature: Storage: -20 – +60 °COperation: +5 – +50 °C (sea level)+5 – +30 °C (2000 m above sea level) Relative humidity of the air: max. 80 % (to 30 °C)decreasing to max. 50 % (over 40 °C)Usage : indoors (altitude 2000 m above sea level) Contamination class: IIProtection class: IP204.1.3 Standards∙Conformity with respect to Low Voltage Directive 2014/35/EU∙Conformity with respect to EMC Directive 2014/30/EU∙Conformity with respect to RoHS Directive 2011/65/EUInternational/national standards as well as specifications:∙DIN EN 61010-1 (2011)(Safety requirements for electrical equipment for measurement, control andlaboratory use).∙DIN EN 61326-1 (2013)(Electrical equipment for measurement, control and laboratory use – EMCrequirements. Industrial interference immunity; electromagnetic emissions household sector Class B).4.2 Mains ConnectionVoltage: 100 – 240 VACFrequency: 50/60 HzDevice fuses: 2 x T1.6A HPower consumption:max. 6.5 WCurrent consumption: 0.2 – 0.1 A max.Overvoltage category: IIProtection class: 1Connection: Rubber connector IEC 320 C144.3 Measuring ChannelNumber:1Connection: RJ45 (FCC 68)Applicable sensors: THERMOVAC TTR81NTTR90 / TTR91 / TTR91NTTR96S / TTR96SNTTR211 / TTR216STTR911 / TTR911NTTR916 / TTR916NTHERMOVAC TTR100 / TTR100S2TTR101 / TTR101NTTR101S2 / TTR101S2NPENNINGVAC PTR82NPTR90 / PTR90NDU sensor DU200 / DU201DU2000 / DU2001DU relativepressure sensor DU2001 rel.4.3.1 Sensor PoweringVoltage: +24 VDC ±5 %Current: max. 100 mAFuse protection: 200 mA, self-resettingPower feeding complies with the requirements of a safety extra-low voltage (SELV-E in accordance with EN 61010).4.3.2 Measuring TechniqueMeasuring ranges: Sensor dependent (max. 2000 –5∙10-9 mbar) Measuring rate: 50 s-1Display rate: 4 s-1Units of measuring: mbar, Pa, Torr4.4 Switching FunctionType of contact: C hangeover contact, potential-freeLoad (resistive): Switching current: max. 1 ASwitching voltage: max. 30 VAC / 60 VDCService life: Mechanical: 107 actuationsElectrical: 104 actuations at maximum load Connection: Plug-in terminals, Screw terminals4.5 Analog OutputNumber: 1Voltage range:0 – 10V DCDeviation from the displayedValue : ± 0,1%Internal resistance:100OhmRelation betweenvoltage and pressure: sensor dependentConnection: Plug-in terminals, Screw terminals5. Installation5.1 Supplied EquipmentTable 3 –Supplied equipment5.2 Mechanical InstallationThe DISPLAY ONE can be used as follows:∙Rack installation∙Front panel installation∙Benchtop instrument5.2.1 Rack InstallationThe DISPLAY ONE is designed for being installed into a rack according (19", 2 HU).∙Affix the sub rack within the rack∙Insert the DISPLAY ONE into the sub rack∙Affix the DISPLAY ONE with 4 M2.5 screws with the instrument5.2.2 Panel MountingWhen wanting to install the instrument in a front panel, the following panel cut is required ( Figure 2, page 10):∙Insert the DISPLAY ONE into the cut-out∙Affix the instrument with 4 M2.5 screws5.2.3 Benchtop InstrumentWhen wanting to use the DISPLAY ONE as bench top instrument, please proceed as followed:∙ Push one of the two edge protection rubber pieces included in the delivery over the topedge of the front panel∙ Place the DISPLAY ONE on its back∙ Push the second edge protection rubber piece included in the delivery onto the bottomedge of the front panel∙ Stick the two rubber feet included in the delivery onto the bottom of the housing. ∙ Turn the DISPLAY ONE over again and move it to the desired place.5.3 Connections5.3.1Rear of the InstrumentFigure 3, page 14 shows the rear of the DISPLAY ONE. The pin assignment of the individual connections is described in the following chapters.Figure 3 – Rear of the instrumentA Mains connection with mains switch and device fusesB Connection for sensor (☞ Figure 4, p age 15)C Connection for relay output and analogue output (☞ Figure 5, page 15)D Configuration switch5.3.2Mains ConnectionThe mains connection on the rear of the instrument (☞ Figure 3, A, page 14) is intended for a mains cord which on the instrument side has been fitted with a rubber connector.5.3.3InputThe connector Input (☞ Figure 3, B, page 14 and Figure 4, page 15) is designed for the connection of a sensor (☞ Chapter 3.2 Applicable Sensors, page 9). For the measuring channel an 8-pole RJ45 socket is available.Figure 4 – Connector for Sensor (RJ45)1+24 V 2 Ground 3 Signal4Ident resistor5 Signal ground6 Ground7 free8Status SPConnecting:∙ Connect the sensor using a shielded 1:1-cable to the connector Input on the rear of theDISPLAY ONE.5.3.4Analogue Output and Relay OutputThe connection (☞ Figure 3, C, page 14 and Figure 5, page 15) contains the analogue output of the sensor and if at the sensor available, its relay output.Figure 5 – Connection for Analogue Output and Relay Output (Plug-in terminals, Screw terminals)NO SP Normally open contact (NO) Com SP Central contact (COM)NC SP Normally close contact (NC) Rec Analogue signal 0 – 10 VDC ┴ Analogue groundConnecting:∙ Connect the peripheral components using a shielded cable.6. Operation6.1 Front PanelFigure 6, page 16 shows the front panel of the DISPLAY ONE.A Display of measuring value and statusmessageB Display unit and Set point status6.2 DisplayTable 4 – Display Structure and Description6.3 Switching On and Switching OFF6.3.1 Switching On∙Switch the instrument on through its main switch.After switching on the DISPLAY ONE will operate the following:∙Self test∙Display test∙Display of the used software version∙Identify sensor∙Activate the measurement mode6.3.2 Switching OffSwitch the instrument off through its main switch.6.4 Operation ModesThe DISPLAY ONE may be operated in the following modes:Measurement ModeThe measuring mode is the standard operating mode. Here the measured values of the sensors are displayed. ☞ Chapter 6.5 Measurement Mode, page 17Parameter ModeIn the parameter mode you have the possibility of changing over the configuration switch at the rear of instrument different parameters of the DISPLAY ONE. ☞Chapter 6.6 Parameter Mode, page 186.5 Measurement Mode6.5.1 SelectionAfter switching on the DISPLAY ONE it will automatically run the measuring mode.6.5.2 DescriptionThe measuring mode is the standard mode of operation. Here the measured values of the sensors are indicated. If no measured values can be indicated, a status message is spent (☞ Table 5, page 17).If no sensor is attached at the measuring channel, noSEn indicated. This status message expires after 30 seconds.Table 5 – Display of the Measuring Mode6.6 Parameter Mode6.6.1 SelectionThe selection of the parameters is made by the configuration switch ( Figure 3, D, page 14) on rear of the DISPLAY ONE. Proceed in addition as follows:∙Switch the instrument off∙Set the DIP switches as requiered∙Switch the unit on once more6.6.2 DescriptionOver the configuration switch with DIP switches 1 and 2 the mass unit is stopped as well as selected with DIP switch 3 between two or three-figure measured value announcement. With DIP switch 4 the measuring range extension for the THERMOVAC sensors is activated. 6.6.3 Mass UnitThe mass unit is stopped over the DIP switches 1 and 2 of the configuration switch.Table 6 – Parameter Mass unit∙Configure the mass unit according to the Table 6 on page 18 .6.6.4 Display FormatThe display format is stopped over the DIP switch 3 of the configuration switch.Table 7 – Parameter Display Format∙Configure the display format according to the Table 7 on page 18.6.6.5 Pirani Range ExtensionThe Pirani range extension for the THERMOVAC sensors is activated with DIP switch 4.Table 8 –Parameter Pirani Range ExtensionActivate the Pirani range extension for the THERMOVAC sensors according to the Table8 on page 19.7. Maintenance and Servicing7.1 Maintenance7.1.1 General Maintenance AdvicesFor external cleaning please only use a dry piece of cotton cloth. Do not use any aggressive or abrasive cleaning agents.7.2 Troubleshooting7.2.1 Trouble Indication and Error MessagesA malfunction within the DISPLAY ONE is shown by an error message on the display (☞Table 9, page 20).Table 9 – Error Messages7.2.2 Help in Case of MalfunctionsIf the malfunction persists even after having replaced the sensor, please get in touch with your nearest Leybold GmbH Service Centre.7.2.3 Exchange of fusesUse for the exchange of defective device fuses exclusively the fuse type T1.6A H indicated on the rear site of controller. The both device fuses you can find in the fuse holder of mains connection (☞ Figure 3, A, page 14), which can be pried off with a small screwdriver. 7.2.4 RepairDefective products must be sent to your nearest Leybold Service Centre for repair. The Leybold GmbH cannot assume any responsibility or warranty if the operator or third persons do repair work on the DISPLAY ONE.8. Shelving and Waste Disposal8.1 PackagingPlease keep the original packaging. You will need this packaging in case of storing the DISPLAY ONE or shipping to the Leybold GmbH.8.2 ShelvingThe DISPLAY ONE must only be stored in dry room. During storage, the following ambient conditions need to be maintained:∙Ambient temperature: -20 – +60 °C∙Humidity of the air: As low as possible.Preferably in a sealed plastic bag with desiccant.8.3 Waste DisposalRegarding waste disposal the branch specific and local waste disposal and environment protection regulation for systems and electronics components are valid.In case of return Leybold GmbH will execute the professional resource separation and disposal.GA09034_002_C0 – 09/20162117200001_002_& © LeyboldDeclaration of Contamination of Compressors, Vacuum Pumps and ComponentsThe repair and / or servicing of compressors, va cuum pumps and components will be carried out only if a correctly completed de claration has been submitted. Non-completion will result in delay. The manufacturer can refuse to accept any equipment without a declaration. A separate declaration has to be completed for each single component. This declaration may be completed and signed only by authorized and qualified staff.D. Legally binding declarationI / we hereby declare that the information supplied on this form is accurate and sufficient to judge any contamination level.Date signature of authorized personHeadquarterLeybold GmbHBonner Strasse 498D-50968 CologneT: +49-(0)221-347-0F: +49-(0)221-347-1250****************GermanyLeybold GmbH Sales, Service, Support Center (3SC)Bonner Strasse 498D-50968 Cologne T: +49-(0)221-347 1234F: +49-(0)221-347 31234*****************Leybold GmbH Sales Area North Branch Office Berlin Industriestrasse 10b D-12099 Berlin T: +49-(0)30-435 609 0F: +49-(0)30-435 609 10********************Leybold GmbH Sales Office South Branch Office Munich Karl-Hammerschmidt-Strasse 34D-85609 Aschheim-Dornach T: +49-(0)89-357 33 9-10F: +49-(0)89-357 33 9-33******************************************Leybold Dresden GmbH Service Competence Center Zur Wetterwarte 50, Haus 304D-01109 Dresden Service:T: +49-(0)351-88 55 00F: +49-(0)351-88 55 041*******************EuropeBelgiumLeybold Nederland B.V .Belgisch bijkantoor Leuvensesteenweg 542-9A B-1930 Zaventem Sales:T: +32-2-711 00 83F: +32-2-720 83 38********************Service:T: +32-2-711 00 82F: +32-2-720 83 38**********************FranceLeybold France S.A.S.Parc du Technopolis, Bâtiment Beta 3, Avenue du Canada F-91940 Les Ulis cedex Sales and Service:T: +33-1-69 82 48 00F: +33-1-69 07 57 38*****************************************Leybold France S.A.S.Valence Factory 640, Rue A. Bergès B.P . 107F-26501 Bourg-lès-Valence Cedex T: +33-4-75 82 33 00F: +33-4-75 82 92 69************************Great Britain Leybold UK LTD.Unit 9Silverglade Business Park Leatherhead Road Chessington Surrey (London)KT9 2QL Sales:T: +44-13-7273 7300F: +44-13-7273 7301********************Service:T: +44-13-7273 7320F: +44-13-7273 7303**********************Italy Leybold Italia S.r.l.Via Trasimeno 8I-20128 Mailand Sales:T: +39-02-27 22 31F: +39-02-27 20 96 41********************Service:T: +39-02-27 22 31F: +39-02-27 22 32 17**********************Netherlands Leybold Nederland B.V .Floridadreef 102NL-3565 AM Utrecht Sales and Service:T: +31-(30) 242 63 30F: +31-(30) 242 63 31******************************************Switzerland Leybold Schweiz AG, Pfäffikon Churerstrasse 120CH-8808 Pfäffikon Warehouse and shipping address:Riedthofstrasse 214CH-8105 Regensdorf Sales:T: +41-44-308 40 50F: +41-44-302 43 73********************Service:T: +41-44-308 40 62F: +41-44-308 40 60**********************Spain Leybold Spain, S.A.C/. 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SMC真空压力表ZSE30A-01-N设定
第4页
图一
图二
图三
图四
图五
图六
1、在当前界面按住S键3秒；进入模式选取界面F0; 2、上下切换键切换到图一F1;按S键确认进入内部设定画面； 3、图二和图三画面交替显示，在图三画面按S确认，进入内部设定画面； 4、图四和图五画面交替显示，在图五画面按S确认，进入内部设定画面； 5、在数字显示画面，按上下切换键设定报警接线值； 6、按S键3秒返回当前界面；
一、初始界面、零位校正： SMC真空压力表ZSE30A-01-N设定 显示界面
第1页
上切换键 模式切换/ 确认键
下切换键
1、在通电不施加正负气压时，同时按住上和下切换键1秒以上显 示界面数据零位校正；
二、复位恢复出厂设置： SMC真空压力表ZSE30A-01-N设定
第2页
图一
图二
图三
图四
1、在当前界面按住S键3秒；进入模式选取界面F0; 2、上下切换键切换到F99界面；按பைடு நூலகம்键确认进入内部设定画面； 3、上下切换键切换OFF和ON选取，同时按下S和下切换键5秒以上确认恢复 出厂设置； 4、按S键3秒返回当前界面；
三、单位的选取： SMC真空压力表ZSE30A-01-N设定
第3页
图一
图二
1、在当前界面按住S键3秒；进入模式选取界面F0; 2、按S键确认进入内部设定画面； 3、按上下切换键切换到图二PA画面(单位KPa)，按S键确认; 4、按S键3秒返回当前界面；
四、工作时报警界限值设定： SMC真空压力表ZSE30A-01-N设定
315说明书
ZRT－315－15W3 高真空退火炉使用说明书兰州真空设备有限责任公司2009年12月ZRT-315-15W3高真空退火炉使用维护说明书该设备为我厂最新研制的高真空退火炉，配有进口原装智能化控温仪表，造型美观、结构简练，主要用于稀有金属退火、脱气等处理工艺，同时也是一种通用型真空电阻炉，具有较高的控温精度和温度均匀性，有较高的极限真空度和工作真空度，抽空时间短，其适应性很强，可用于多种材料的真空脱气、真空干燥、真空回火、退火等工艺，经其处理的零件表面光亮、清洁、无氧化，许多大气条件下无法完成的异种金属焊接和热处理等工艺能在该设备中顺利的完成，用途非常广泛。
一、主要技术参数1.型号：ZRT-315-15W3高真空退火炉ZRT：高真空退火炉315：加热功率（KW）15：最高工作温度1450℃W：卧式2.加热器额定功率： 315（KVA）3.最高允许加热温度： 1550℃4.控制温区数： 3区5.额定工作温度： 1450℃6.均温区尺寸：φ700×2200L7.均温特性：±3℃（18点测温，1000℃恒温时，1450℃恒温时9点测温砖检测）8.总功率：～360（KVA）9.恢复真空时间：＜10min（从大气到5Pa）＜30min（5 Pa到5×10-3 Pa）10.空炉升温时间：≤100min（室温到1350℃）11.极限真空度：≤4×10-4（Pa）（空载、干燥、洁净）12. 工作真空度：≤1×10-3（Pa）（恒温段）13.压升率：≤ 0.067（Pa/h）14.冷却水耗量： 3" （约18m3/h）15.最大处理量： 600Kg/炉（含托盘、料架）16. Ar耗量：～3.5标m3/炉17.占地空间：约7000L×6500W×4000H（mm）18.加热元件： Mo加热带19.温度控制：进口原装智能控温仪，具有手动、自动、自谐调、自适应、曲线设定及储存、升降温双向控制20.压缩空气： 0.4～0.6Mpa，Dg10接口21.工作环境：21.1. 室内使用：清洁、安静21.2. 环境温度： 5～40℃21.3. 相对湿度不超过85%21.4. 周围无导电尘埃，爆炸性气体及能严重破坏金属和绝缘的腐蚀性气体。
信捷压力计说明书
信捷压力计说明书一、用途YS-2.5、YS-6C型活塞式压力计（以下简称压力计）主要用作检验-0.1~0.25MPa至-0.1~0.6MPa范围内的0.16级、0.25级和0.4级精密压力表。
压力计精确度为0.05级，工作介质为气体。
二、工作原理与基本结构工作原理：活塞系统和加在活塞上砝码的重量作用在活塞有效面积上所产生的压力作为标准压力，通过管路的工作介质，将压力传递到精密压力表。
结构原理见图1，在压力计底座上有活寨系统、微调器和五个阀。
测量压力时，活寨系统应在图示位置，阀1的接嘴上接压缩空气源（YS-2.5型最大压力≥0.25MPa但超过0.4MPa时，应接减压装置；YS-6C 型最人压力≥0.6MPa）或手摇空气加压泵，气体进入微调器的波纹管中，然后通过阀3与被测精密压力表连通，通过阀4作用在活塞下端面上，通过阀5对油杯上表面施加压力，以润滑和密封活塞处。
管路快速接头（仪用于YS6C型）测量真空时，活塞系统应从前面绕水平轴转动1800并锁紧，阀1的接嘴上接真空泵或手摇真空泵，通过上述管路与被检精密真空表接通并作用在活塞上端面，此时应关闭阀5，打开油杯上盖与大气相通，以便得到零位。
仪器活塞系统中承重杆和滚花螺母重为0.051kg，取时先逆时针旋转滚花螺母，再用中指和食指反方向握紧滚花螺母，垂直瞬时用力向上滑动产生一个冲击力，从而带动承重杆一起拔下。
三，数据参数：略。
四，验收与保管1、用户收到装箱压力计时，应先检查压力计箱是否完整；如有损伤，应即查明原因。
2、开箱后，检查压力计外观是否完好，说明书、合格证书等是否齐全，并按装箱单核对，如有缺损，应即通知我厂。
3、压力计应贮藏在室内，其环境温度为+5~+35℃，相对湿度不大于80%；周围空气不应含有腐蚀压力计的有害杂质。
五、安装与使用1、压力计应放在便于操作的工作台上，利用调整螺钉校准水平，必须使气泡水平仪的气泡位于中间位置。
2、压力计的工作环境温度为20℃，周围空气不得含有腐蚀性气体。
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( 进阶设定模式 )
1.硬体部分：主要装置与接收收置连接：主要装置第2 pin与接收装置的第3 pin；主要装置与接收装置连接：主要装置第3 pin与接收装置的第2 pin连接后通电。
2.软体部分：主要装置设定为CP-M，接收装置设定为CP-S。
4.完成程序:关闭电源后将输出1&输出2线断开后重新接电开机。
OK处若数字不动为复制失败。
在量测模式下同时按 键显示下列图示即归零动作，放开按键归零完成。
同时按下
在量测模式下同时按 +设定键设定值列显示ON为按键上锁。
在量测模式下同时按 +设定键设定值列显示OFF为按键解锁。
若按键上锁时设定值列依然显示设定值，按下任何键会出现LCK。
时间
时间
输出:ON 简易模式:气压设定值P，气压在大于P值 + 迟滞值时输出为ON，而气压小于气压设定值时输出为OFF。
模式设定-气压设定值-迟滞值-
-高压(1000kPa)单位为1kPa
-低压(100kPa)单位为0.1kPa
视窗模式:气压设定值H/L，气压在大于气压设定值H值 + 迟滞值或小于气压设定值L值时 时输出为OFF，而气压小于气压设定值L值+迟滞值时输出为ON。
模式设定-迟滞模式:气压设定值H/L，气压在大于气压设定值H时输出为ON，而气压小于气压设定值L时输出为OFF。
时间
时间
模式设定-迟滞值
同时按下 +设定键
同时按下 +设定键
0面板框尺寸单位:mm
支架尺寸单位:mm。