EJA110E.pdf
EJA系列HART通讯变送器选型手册2015年版
HART 通讯变送器EJA 系列 DP harp EJA 系列变送器可以通过 HART 通讯器对测量范围、阻尼常数等进行远程设置与监控，并且能对变送器进行自诊断。
特 点■ 远程设置与监控功能测量范围可以通过 HART 通讯器进行远程设置，监控。
■ 在线通讯在线通讯时，输出信号及通讯信号互不干扰。
■ 调零功能外部调零简单易行通过 HART 通讯器可以诊断输入压力超界，环境温度过高，非法设置量程等。
■ 通用性强HART 通讯适用于DPharp EJA 系列所有型号标准技术规格以下所述内容详见各型号“一般规格书”(GS)适用型号：除 JIS 防爆规格(代码：/JH ，/JSI ，/G2)，适用 Dpharp EJA 系列所有型号规格通讯线条件：电 压：普通型、隔爆型…………………… 16.4~42V DC 本安型参见各型号“一般规格书”………………负载电阻：见图 1最小电缆尺寸：24A WG(0.51mm 直径)电缆规格：单独电缆或屏敝复合最大双芯绞合电缆长度3，048m(10,000ft)最大复合绞合电缆长度1，524m(5，000ft)使用下列公式计算电缆长度：L=665×10 (C +10，000)f (R ×C) C注：L=长度(m 或ft)R=电阻(Ω)电源电压 E (V DC)电源电压与外部负载关系图16.424.7R (Ω)YOKOGAWA SIC HU A N ◆GS 01C22T01-00CYGeneralSpecifications一般规格书187功能参数表远程设置与监控(通过操作 HART 通讯器)型号与规格代码E J AE输出信号………4~20mA DC 带数字信号(HART 协议)示例：EJA110-EMS5A-92NN/□订货须知订货时请注明下列条款：1. 型号、规格代码及附加规格代码2. 校正范RANGE 单位围()和 1校正范围RANGE ：范围的下限值及上限值的)() 值如含有小数点时，系去小数点的数字列须数() -32000~32000的范围内在 2单位：只能从出厂时设定值的表中选一个)()3. 指定动作方式正或逆()(注)无指暄的情况下，出厂时为正动作4. 显示的刻度和单位(仅带内藏指示计时需指定)分别 指定0~100%或实际刻度，需实际刻度时，请指定 “范围单位”。
EJA110中文使用说明
使用手册EJA110A，EJA120A,EJA130A差压变送器IM01C21B01-01C目录1前言.............................................................................................................................................1-11.1安全预防................................................................................................................................1-21.2质保....................................................................................................................................1-2 2使用注意事项..............................................................................................................................2-12.1型号规格确认.........................................................................................................................2-12.2拆包......................................................................................................................................2-12.3保管.....................................................................................................................................2-12.4安装场所................................................................................................................................2-22.5加压....................................................................................................................................2-22.6电气接口的防水处理..............................................................................................................2-22.7无线电收发机的使用限制.......................................................................................................2-22.8绝缘电阻与耐电压测试..........................................................................................................2-22.9防爆型变送器的安装..............................................................................................................2-32.9.1 FM防爆许可................................................................................................................2-32.9.2 CSA防爆许可..............................................................................................................2-42.9.3 SAA防爆许可.............................................................................................................2-52.9.4 CENELEC ATEX(KEMA)防爆许可.............................................................................2-62.10 EMC认证标准......................................................................................................................2-82.11PED(压力设备指导)..............................................................................................................2-8 3部件名称......................................................................................................................................3-1 4安装.............................................................................................................................................4-14.1注意事项................................................................................................................................4-14.2安装.......................................................................................................................................4-14.3过程接口的变更.....................................................................................................................4-24.4高低压侧的转换.....................................................................................................................4-24.4.1 180o旋转测压部法.......................................................................................................4-24.4.2BT200智能终端使用方法.............................................................................................4-24.5转换部的旋转.........................................................................................................................4-3 5导压管的配装..............................................................................................................................5-15.1 配装导压管的注意事项.........................................................................................................5-15.1.1 导压管与变送器的连接...............................................................................................5-15.1.2 导压管的配装方法......................................................................................................5-25.2 导压管的配管示例................................................................................................................5-3 6配线...........................................................................................................................................6-16.1 配线注意事项........................................................................................................................6-16.2 电缆线选定...........................................................................................................................6-16.3 外部接线盒连接....................................................................................................................6-16.3.1 电源连接.....................................................................................................................6-16.3.2 外接指示计连接..........................................................................................................6-16.3.3 BT200智能终端连接...................................................................................................6-16.3.4校验仪表的连接...........................................................................................................6-16.4.1 回路结构.....................................................................................................................6-26.4.2 配线安装.....................................................................................................................6-26.5接地.....................................................................................................................................6-36.6 电源电压与负载电阻.............................................................................................................6-3 7操作.............................................................................................................................................7-17.1启动准备................................................................................................................................7-17.2零点调整................................................................................................................................7-27.3启动.....................................................................................................................................7-27.4停机.....................................................................................................................................7-27.5测压部排液汽.........................................................................................................................7-37.5.1 排液..........................................................................................................................7-37.5.2 排气..........................................................................................................................7-37.6 测量范围设置........................................................................................................................7-3 8智能终端BT200的操作...............................................................................................................8-18.1 BT200操作注意事项.............................................................................................................8-18.1.1 BT200的连接..............................................................................................................8-18.1.2 通讯线路状况.............................................................................................................8-18.2 BT200操作方法....................................................................................................................8-18.2.1 键面排列.....................................................................................................................8-18.2.2操作键的功能..............................................................................................................8-28.2.3 操作键调示菜单..........................................................................................................8-38.3 BT200的参数设置................................................................................................................8-48.3.1参数总表......................................................................................................................8-48.3.2 参数意义和选择..........................................................................................................8-68.3.3参数设置......................................................................................................................8-78.4 BT200数据显示..................................................................................................................8-158.4.1显示测量数据............................................................................................................8-158.4.2显示变送器型号规格..................................................................................................8-158.5自诊断..................................................................................................................................8-158.5.1故障检查....................................................................................................................8-158.5.2错误与纠正................................................................................................................8-17 9维修...........................................................................................................................................9-19.1概述.......................................................................................................................................9-19.2校验仪表的选用.....................................................................................................................9-19.3校验 ...................................................................................................................................9-19.4拆卸与再安装..............................................................................................错误！未定义书签。
EJA110-E-EN
GeneralSpecifications<<Contents>> <<Index>>EJA110EDifferential Pressure TransmitterGS 01C31B01-01ENThe high performance differential pressure transmitter EJA110E features single crystal silicon resonant sensor and is suitable to measure liquid, gas, or steam flow as well as liquid level, density andpressure. EJA110E outputs a 4 to 20 mA DC signal corresponding to the measured differential pressure. Its accurate and stable sensor can also measure the static pressure which can be shown on the integral indicator or remotely monitored via BRAIN or HART communications. Other key features include quick response, remote set-up using communications and self-diagnostics. F OUNDATION Fieldbus, PROFIBUS PA and 1 to 5 V DC with HART (Low Power) protocol types are also available. All EJA-E series models in their standard configuration, with the exception of the Fieldbus, PROFIBUS and Low Power types, are certified as complying with SIL 2 for safety requirement.STANDARD SPECIFICATIONSRefer to GS 01C31T02-01EN for Fieldbuscommunication type and GS 01C31T04-01EN for PROFIBUS PA communication type for the items marked with “◊.”□ SPAN AND RANGE LIMITSMeasurement Span/RangekPa inH 2O (/D1)mbar (/D3)mmH 2O (/D4)F*Span 0.5 to 5 2.0 to 20 5 to 5050 to 500Range-5 to 5-20 to 20-50 to 50-500 to 500L*Span 0.5 to 10 2.0 to 40 5 to 10050 to 1000Range -10 to 10-40 to 40-100 to 100-1000 to 1000MSpan 1 to 100 4 to 40010 to 1000100 to 10000Range -100 to 100-400 to 400-1000 to 1000-10000 to 10000HSpan 5 to 50020 to 200050 to 50000.05 to 5 kgf/cm 2Range -500 to 500-2000 to 2000-5000 to 5000-5 to 5 kgf/cm 2VSpan 0.14 to 14 MPa 20 to 2000 psi 1.4 to 140 bar 1.4 to 140 kgf/cm 2Range -0.5 to 14 MPa -71 to 2000-5 to 140 bar-5 to 140 kgf/cm 2*: F capsule is applicable for wetted parts material code S.L capsule is applicable for wetted parts material code other than S.□ PERFORMANCE SPECIFICATIONSZero-based calibrated span, linear output, wetted parts material code S and silicone oil, unless otherwise mentioned.For Fieldbus and PROFIBUS PA communication types, use calibrated range instead of span in the following specifications.Specification ConformanceEJA-E series ensures specification conformance to at least ±3σ.Reference Accuracy of Calibrated Span(includes terminal-based linearity, hysteresis, and repeatability)Measurement span FReference accuracy X ≤ span ±0.055% of SpanX > span±(0.005+0.02 URL/span)% of Span X 2 kPa (8 inH 2O)URL(upper range limit) 5 kPa (20 inH 2O)Measurement span MReference accuracy X ≤ span ±0.055% of SpanX > span±(0.005+0.0025 URL/span)% of Span X 5 kPa (20 inH 2O)URL(upper range limit)100 kPa (400 inH 2O)Measurement span HReference accuracy X ≤ span ±0.055% of SpanX > span±(0.005+0.01 URL/span)% of Span X 100 kPa (400 inH 2O)URL(upper range limit)500 kPa (2000 inH 2O)Measurement span VReference accuracy X ≤ span ±0.055% of SpanX > span±(0.005+0.005 URL/span)% of Span X 1.4 MPa (200 psi)URL(upper range limit)14 MPa (2000 psi)[When /HAC is specified] Measurement span MReference accuracy X ≤ span±0.04% of SpanX > span±(0.002+0.0019 URL/span)% of SpanX 5 kPa (20 inH2O)URL(upper range limit)100 kPa (400 inH2O) Measurement span HReference accuracy X ≤ span±0.04% of SpanX > span±(0.005+0.0049 URL/span)% of SpanX70 kPa (280 inH2O)URL(upper range limit)500 kPa (2000 inH2O) Measurement span VReference accuracy X ≤ span±0.04% of SpanX > span±(0.005+0.0013 URL/span)% of SpanX500 kPa (2000 inH2O)URL(upper range limit)14 MPa (2000 psi)Square Root Output AccuracyThe square root accuracy is a percent of flow span.Output Accuracy50% or Greater Same as reference accuracy50% to Dropout point Reference accuracy × 50Square root output (%) Ambient Temperature Effects per 28°C (50°F) ChangeCapsule EffectFMHV±(0.08% Span + 0.18% URL)±(0.07% Span + 0.02% URL)±(0.07% Span + 0.015% URL)±(0.07% Span + 0.03% URL)Static Pressure Effects per 6.9 MPa (1000 psi) ChangeSpan EffectsF, M, H and V capsules±0.1% of spanEffect on ZeroCapsule EffectFM, H, V±(0.04% span+0.208% URL)±0.028% URLOverpressure EffectsOverpressure condition: up to maximum working pressureM, H and V capsules±0.03% of URLStability (All normal operating condition, including overpressure effects)M, H and V capsules±0.1% of URL per 7 yearsF capsule±0.2% of URL per one yearPower Supply Effects(Output signal code D and J)±0.005 % per Volt (from 21.6 to 32 V DC, 350Ω) Vibration EffectsAmplifier housing code 1 and 3:Less than 0.1% of URL when tested per the requirements of IEC60770-1 field or pipelinewith high vibration level (10-60 Hz, 0.21 mm displacement/60-2000 Hz 3 g)Amplifier housing code 2:Less than ±0.1% of URL when tested per the requirements of IEC60770-1 field with general application or pipeline with low vibration level (10-60 Hz 0.15mm displacement /60-500 Hz 2g) Mounting Position EffectsRotation in diaphragm plane has no effect. Tiltingup to 90 degree will cause zero shift up to 0.4 kPa (1.6 inH2O) which can be corrected by the zero adjustment.Response Time (Differential pressure) “◊”90 ms for Wetted Parts material code S, exceptfor Measurement span code F. 150 ms for Wetted Parts Material Code H, M, T, A, B, D and W or Measurement span code F.When amplifier damping is set to zero and including dead time of 45 ms (nominal)Static Pressure Signal Range and Accuracy(For monitoring via communication or on indicator. Includes terminal-based linearity, hysteresis, and repeatability)RangeUpper Range Value and Lower Range Value of the static pressure can be set in the range between 0 and Maximum Working Pressure(MWP). The upper range value must be greater than the lower range value. Minimum setting span is 0.5 MPa(73 psi). Measuring either the pressure of high pressure side or low pressure side is user-selectable.AccuracyAbsolute Pressure1 MPa or higher: ±0.5% of spanLess than 1 MPa: ±0.5%×(1 MPa/span) of span Gauge Pressure ReferenceGauge pressure reference is 1013 hPa (1 atm)Note: Gauge pressure variable is based on the abovefixed reference and thus subject to be affected bythe change of atomospheric pressure.□ FUNCTIONAL SPECIFICATIONSOutput “◊”For 4 to 20 mA HART / BRAIN(Output signal code D and J)Two wire 4 to 20 mA DC output with digital communications, linear or square root programmable. BRAIN or HART FSK protocol are superimposed on the 4 to 20 mA signal.Output range: 3.6 mA to 21.6 mAOutput limits conforming to NAMUR NE43 can be pre-set by option code C2 or C3.For 1 to 5 V HART(Output signal code Q)Three or four wire low power 1 to 5 V DC output with HART, linear or square root programmable.HART protocol are superimposed on the 1 to 5 V DC signal.Output range: 0.9 V to 5.4 V DCFailure AlarmFor 4 to 20 mA HART / BRAIN(Output signal code D and J)Analog output status at CPU failure and hardware error;Up-scale: 110%, 21.6 mA DC or more (standard)Down-scale: −5%, 3.2 mA DC or lessFor 1 to 5 V HART(Output signal code Q)Analog output status at CPU failure and hardware error;Up-scale: 110%, 5.4 V DC or more (standard)Down-scale: −5%, 0.8 V DC or lessDamping Time Constant (1st order)Amplifier damping time constant is adjustable from 0.00 to 100.00 s by software and added to response time.Note: For BRAIN protocol type, when amplifier software damping is set to less than 0.5 s, communicationmay occasionally be unavailble during theoperation, especially while output changesdynamically. The default setting of dampingensures stable communication.Update Period “◊”Differential pressure: 45 msStatic pressure: 360 ms Zero Adjustment LimitsZero can be fully elevated or suppressed, within the lower and upper range limits of the capsule. External Zero AdjustmentExternal zero is continuously adjustable with0.01% incremental resolution of span. Re-rangecan be done locally using the digital indicator with rangesetting switch.Integral Indicator (LCD display, optional) “◊”5-digit numerical display, 6-digit unit display and bar graph.The indicator is configurable to display one or up to four of the following variables periodically.; Measured differential pressure, differential pressure in %, scaled differential pressure, measured static pressure. See also “Factory Setting.”Local Parameter Setting(Output signal code D, J and Q)Parameter configuration by the external zero adjustment screw and push button (Integral indicator code E) offers easy and quick setup for parameters of Tag number, Unit, LRV, URV, Damping, Output mode (linear/square root), Display out 1, and Re-range by applying actual pressure (LRV/URV).Burst Pressure Limits69 MPa (10,000 psi) for wetted parts material S, except for Measurement span F.47 MPa (6,800 psi) for wetted parts material other than S or Measurement span F.Self DiagnosticsCPU failure, hardware failure, configuration error, and over-range error for differential pressure, static pressure and capsule temperature.User-configurable process high/low alarm for differential pressure and static pressure is also available.Signal Characterizer (Output signal code D, J and Q) User-configurable 10-segment signal characterizer for 4 to 20 mA output.SIL CertificationEJA-E series transmitters except Fieldbus, PROFIBUS PA and 1-5V DC with HART (Low Power) communication types are certified in compliance with the following standards;IEC 61508: 2000; Part1 to Part 7Functional Safety of Electrical/electronic/ programmable electronic related systems; SIL 2 capability for single transmitter use, SIL 3 capability for dual transmitter use.□ NORMAL OPERATING CONDITION (Optional features or approval codes may affect limits.)Ambient Temperature Limits−40 to 85°C (−40 to 185°F)−30 to 80°C (−22 to 176°F) with LCD display Process Temperature Limits−40 to 120°C (−40 to 248°F)Ambient Humidity Limits0 to 100% RHWorking Pressure Limits (Silicone oil)Maximum Pressure Limits (MWP)16 MPa (2300 psi)25 MPa (3600 psi) for option code /HGMinimum Pressure Limit See graph belowAtmospheric pressure-40(-40)0(32)40(104)80(176)120(248)(psi abs)Process temperature °C (°F)Working pressure kPa abs F01E.aiFigure 1. Working Pressure and Process TemperatureSupply & Load Requirements(Output signal code D and J. Optional features or approval codes may affect electrical requirements.)With 24 V DC supply, up to a 550Ω load can be used. See graph below.(Ω)Power supply voltage E (V DC)600250R 10.516.625.242External loadF02E.aiFigure 2. Relationship Between Power SupplyVoltage and External Load Resistance (Output signal code D and J)Supply Voltage “◊”For 4 to 20 mA HART / BRAIN (Output signal code D and J)10.5 to 42 V DC for general use and flameproof type.10.5 to 32 V DC for lightning protector (option code /A.)10.5 to 30 V DC for intrinsically safe, type n, or nonincendive.Minimum voltage limited at 16.6 V DC for digital communications, BRAIN and HARTFor 1 to 5 V HART (Output signal code Q)Power supply :9 to 28 V DC for general use and flame proof type. Power Consumption : 0.96 mA to 3 mA, 27 mWLoad for 4 to 20 mA HART / BRAIN (Output signal code D and J)0 to 1290Ω for operation250 to 600Ω for digital communication Output Load for 1 to 5 V HART (Output signal code Q)1 MΩ or greater (meter input impedance)Note that with three-wire connection, the cable length may affect the measurement accuracy of the output signal.Communication Requirements “◊”(Approval codes may affect electrical requirements.) BRAINCommunication DistanceUp to 2 km (1.25 miles) when using CEVpolyethylene-insulated PVC-sheathed cables.Communication distance varies depending on type of cable used.Load Capacitance 0.22 µF or less Load Inductance 3.3 mH or lessInput Impedance of communicating device 10 kΩ or more at 2.4 kHz.EMC Conformity StandardsEN 61326-1 Class A, Table2 (For use in industrial locations)EN 61326-2-3EN 61326-2-5 (for fieldbus)European Pressure Equipment Directive 97/23/EC (until 18th July, 2016) 2014/68/EU (from 19th July, 2016)Sound Engineering Practice (for all capsules)With option code /PE3 and /HG (for M, H and V capsules and wetted parts material code S.)Category III, Module H, Type of Equipment: Pressure Accessory-Vessel, Type of Fluid: Liquid and Gas, Group of Fluid: 1 and 2Safety Requirement Standards EN 61010-1, EN 61010-2-030C22.2 No.61010-1, C22.2 No.61010-2-030• Altitude of installation site: Max. 2,000 m above sea level• Installation category: I(Anticipated transient overvoltage 330 V)• Pollution degree: 2• Indoor/Outdoor use□ PHYSICAL SPECIFICATIONSWetted Parts MaterialsDiaphragm, Cover Flange, Process Connector, Capsule Gasket, and Vent/Drain PlugRefer to “MODEL AND SUFFIX CODES.”Process Connector GasketPTFE TeflonFluorinated rubber for option code N2 and N3Non-wetted Parts MaterialsBoltingB7 carbon steel, 316L SST or 660 SSTHousingLow copper cast aluminum alloy with polyurethane, deep sea moss green paint (Munsell 0.6GY3.1/2.0 or its equivalent), or ASTM CF-8M Stainless Steel Degrees of ProtectionIP66/IP67, Type 4XCover O-ringsBuna-N, fluoro-rubber (optional)Name plate and tag316 SSTFill FluidSilicone, fluorinated oil (optional)Weight[Installation code 7, 8 and 9]2.8 kg (6.2 lb) for measurement span code M, Hand V, wetted parts material code S without integral indicator, mounting bracket, and process connector.3.7 kg (8.2 lb) for measurement span code F without integral indicator, mounting bracket, and process connector.Add 1.5 kg (3.3lb) for Amplifier housing code 2. ConnectionsRefer to “MODEL AND SUFFIX CODES.”Process connection of cover flange: IEC61518< Related Instruments>Power Distributor: Refer to GS 01B04T01-02E or GS 01B04T02-02EBRAIN TERMINAL: Refer to GS 01C00A11-00E< Reference >• is a registered trademark of Yokogawa Electric Corporation.• FieldMate; Trademark of Yokogawa Electric Corporation.• Teflon; Trademark of E.I. DuPont de Nemours & Co.• Hastelloy; Trademark of Haynes International Inc.• HART; Trademark of the HART Communication Foundation.• F OUNDATION Fieldbus; Tradmark of Fieldbus Foundation.• PROFIBUS; Registered trademark of Profibus Nutzerorganisation e.v., Karlsruhe, Germany. Other company names and product names used in this material are registered trademarks or trademarks of their respective owners.⏹ MODEL AND SUFFIX CODESModel Suffix Codes Description EJA110E . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Differential pressure transmitterOutput signal-D .............................-J .............................-F .............................-G.............................-Q.............................4 to 20 mA DC with digital communication (BRAIN protocol)4 to 20 mA DC with digital communication (HART 5/HART 7 protocol)*1 Digital communication (F OUNDATION Fieldbus protocol, refer to GS 01C31T02-01EN)Digital communication (PROFIBUS PA protocol, refer toGS 01C31T04-01EN)Low Power, 1 to 5 V DC with digital communication (HART 7 protocol)Measurement span (capsule)F............................ L............................M ........................... H............................ V............................0.5 to 5 kPa (2.0 to 20 inH2O) (For Wetted parts material code S)0.5 to 10 kPa (2.0 to 40 inH2O)(For Wetted parts material code M, H, T, A, D, B and W)1 to 100 kPa (4 to 400 inH2O)5 to 500 kPa (20 to 2000 inH2O)0.14 to 14 MPa (20 to 2000 psi)Wetted partsmaterial *2☐ ........................Refer to “Wetted Parts Material” T able.Process connections►0......................1......................2......................3......................4......................5......................without process connector (Rc1/4 female on the cover flanges)with Rc1/4 female process connectorwith Rc1/2 female process connectorwith 1/4 NPT female process connectorwith 1/2 NPT female process connectorwithout process connector (1/4 NPT female on the cover flanges)Bolts and nuts materia J....................G....................C....................B7 carbon steel 316L SST660 SSTInstallation►-7 ................-8 ................-9 ................-B ................-U ................Vertical piping, left side high pressure, and process connection downsideHorizontal piping and right side high pressureHorizontal piping and left side high pressureBottom Process Connection, left side high pressure*3Universal flange*3Amplifier housing 1...............3...............2...............Cast aluminum alloyCast aluminum alloy with corrosion resistance properties*5 ASTM CF-8M stainless steel*6Electrical connection►0............2............4............5............7............9............A............C............D............G1/2 female, one electrical connection without blind plugs1/2 NPT female, two electrical connections without blind plugsM20 female, two electrical connections without blind plugsG1/2 female, two electrical connections and a blind plug*71/2 NPT female, two electrical connections and a blind plug*7M20 female, two electrical connections and a blind plug*7G1/2 female, two electrical connections and a SUS316 blind plug1/2 NPT female, two electrical connections and a SUS316 blind plugM20 female, two electrical connections and a SUS316 blind plugIntegral indicator►D.........E.........N.........Digital indicator*8Digital indicator with the range setting switch (push button)*9NoneMounting bracket ► B......D......J......K......M .....N......304 SST 2-inch pipe mounting, flat type (for horizontal piping)304 SST or SCS13A 2-inch pipe mounting, L type (for vertical piping)316 SST 2-inch pipe mounting, flat type (for horizontal piping)316 SST or SCS14A 2-inch pipe mounting, L type (for vertical piping)316 SST or SCS14A 2-inch pipe mounting (for bottom process connection type) NoneOptional Codes☐/ Optional specificationThe “►” marks indicate the most typical selection for each specification.HART 5 or HART 7 is selectable. Specify upon ordering.inappropriate materials can result in the leakage of corrosive process fluids and cause injury to personnel and/or damage to plant facilities. It is also possible that the diaphragm itself can be damaged and that material from the broken diaphragm and the fill fluid can contaminate the user’s process fluids.Be very careful with highly corrosive process fluids such as hydrochloric acid, sulfuric acid, hydrogen sulfide, sodiumhypochlorite, and high-temperature steam (150°C [302°F] or above). Contact Yokogawa for detailed information of thewetted parts material.*3: Only applicable for Wetted parts material code S.*4: Not applicable for measurement span code F.*5: Not applicable for electrical connection code 0, 5, 7, 9 and A. Content rate of copper in the material is 0.03% or less and content rate of iron is 0.15% or less.*6: Not applicable for electrical connection code 0, 5, 7 and 9.*7: Material of a blind plug is aluminum alloy or 304 SST.*8: Not applicable for output signal code G.*9: Not applicable for output signal code F.Table. Wetted Parts MaterialsWetted parts material code Cover flange and processconnector Capsule Capsule gasket Vent/Drain plugS #ASTM CF-8M *1Hastelloy C-276 *2 (Diaphragm)F316L SST, 316L SST (Others)T eflon-coated 316L SST316 SSTH #ASTM CF-8M *1Hastelloy C-276 *2PTFE T eflon316 SSTM #ASTM CF-8M *1Monel PTFE T eflon316 SSTT ASTM CF-8M *1T antalum PTFE T eflon316 SSTA #Hastelloy C-276 equivalent *3Hastelloy C-276 *2PTFE T eflon Hastelloy C-276 *2D #Hastelloy C-276 equivalent *3T antalum PTFE T eflon Hastelloy C-276 *2B #Monel equivalent *4Monel PTFE T eflon MonelW #Super Duplex SST equivalent *5Hastelloy C-276 *2PTFE T eflon Super Duplex SST *6 *1: Cast version of 316 SST. Equivalent to SCS14A.*2: Hastelloy C-276 or ASTM N10276.*3: Indicated material is equivalent to ASTM CW-12MW.*4: Indicated material is equivalent to ASTM M35-2.*5: Indicated material is equivalent to ASTM A995 Grade5A.*6: ASTM S32750 or EN 10272 1.4410.The ‘#’marks indicate the construction materials conform to NACE material recommendations per MR0175/ISO15156.Please refer to the latest standards for details. Selected materials also conform to NACE MR0103.OPTIONAL SPECIFICATIONS (For Explosion Protected type) “◊”For other agency approvals and marine approvals, please refer to GS 01C25A20-01EN.Item Description CodeFactory Mutual (FM)FM Explosionproof Approval *1Applicable Standard: FM3600, FM3615, FM3810, ANSI/NEMA 250Explosionproof for Class I, Division 1, Groups B, C and D, Dust-ignitionproof for Class II/III, Division 1,Groups E, F and G, in Hazardous locations, indoors and outdoors (Enclosure: Type 4X)“FACTORY SEALED, CONDUIT SEAL NOT REQUIRED.”T emperature class: T6, Amb. T emp.: –40 to 60°C (–40 to 140°F)FF1FM Intrinsically safe Approval *1 *3Applicable Standard: FM3600, FM3610, FM3611, FM3810Intrinsically Safe for Class I, Division 1, Groups A, B, C & D, Class II, Division 1,Groups E, F & G and Class III, Division 1, Class I, Zone 0, in Hazardous Locations, AEx ia IICNonincendive for Class I, Division 2, Groups A, B, C & D, Class II, Division. 2,Groups F & G, Class I, Zone 2, Group IIC, in Hazardous LocationsEnclosure: Type 4X, T emp. Class: T4, Amb. T emp.: –60 to 60°C (–75 to 140°F)Intrinsically Safe Apparatus Parameters[Groups A, B, C, D, E, F and G] Vmax=30 V, Imax=200 mA, Pmax=1 W, Ci=6 nF, Li=0 µH[Groups C, D, E, F and G] Vmax=30 V, Imax=225 mA, Pmax=1 W, Ci=6 nF, Li=0 µHFS1 Combined FF1 and FS1 *1 *3FU1ATEX ATEX Flameproof Approval *1Applicable Standard: EN 60079-0:2012/A11:2013, EN 60079-1:2007, EN 60079-31:2009Certificate: KEMA 07ATEX0109 XII 2G, 2D Ex d IIC T6...T4 Gb, Ex tb IIIC T85°C DbDegree of protection: IP66/IP67Amb. T emp. (T amb) for gas-proof :T4; –50 to 75°C (–58 to 167°F), T5; –50 to 80°C (–58 to 176°F), T6; –50 to 75°C (–58 to 167°F)Process T emp. for gas-proof (Tp):T4; –50 to 120°C (–58 to 248°F), T5; –50 to 100°C (–58 to 212°F), T6; –50 to 85°C (–58 to 185°F)Max. surface T emp. for dust-proof: T85°C (T amb: –30 to 75°C, Tp: –30 to 85°C) *2KF22ATEX Intrinsically safe Approval *1 *3Applicable Standard: EN 60079-0:2012/A11:2013, EN 60079-11:2012, EN 60079-26:2007Certificate: DEKRA 11ATEX0228 XII 1G, 2D Ex ia IIC T4 Ga, Ex ia IIIC T85°C T100°C T120°C DbDegree of protection: IP66/IP67Amb. T emp. (T amb) for EPL Ga: –50 to 60°C (–58 to 140°F)Maximum Process T emp. (Tp) for EPL Ga:120°CElectrical data: Ui=30 V, Ii=200 mA, Pi=0.9 W, Ci=27.6 nF, Li=0 µHAmb. T emp. for EPL Db: –30 to 60°C *2Max. surface T emp. for EPL Db: T85°C (Tp: 80°C), T100°C (Tp: 100°C), T120°C (Tp: 120°C)KS21Combined KF22, KS21 and ATEX Intrinsically safe Ex ic *1 *3[ATEX Intrinsically safe Ex ic]Applicable Standard: EN 60079-0:2012, EN 60079-11:2012II 3G Ex ic IIC T4 Gc, Amb. T emp.: –30 to 60°C (–22 to 140°F) *2Ui=30 V, Ci=27.6 nF, Li=0 μHKU22Item Description CodeCanadian Standards Association (CSA)CSA Explosionproof Approval *1Certificate: 2014354Applicable Standard: C22.2 No.0, C22.2 No.0.4, C22.2 No.0.5, C22.2 No.25, C22.2 No.30,C22.2 No.94, C22.2 No.60079-0, C22.2 No.60079-1, C22.2 No.61010-1, C22.2 No.61010-2-030Explosion-proof for Class I, Groups B, C and D.Dustignition-proof for Class II/III, Groups E, F and G.When installed in Division 2, “SEAL NOT REQUIRED” Enclosure: Type 4X,T emp. Code: T6...T4Ex d IIC T6...T4 Enclosure: IP66/IP67Max.Process T emp.: T4;120°C(248°F), T5;100°C(212°F), T6; 85°C(185°F)Amb.T emp.: –50 to 75°C(–58 to 167°F) for T4, –50 to 80°C(–58 to 176°F) for T5,–50 to 75°C(–58 to 167°F) for T6 *2Process Sealing CertificationDual Seal Certified by CSA to the requirement of ANSI/ISA 12.27.01No additional sealing requiredPrimary seal failure annunciation: at the zero adjustment screwCF1CSA Intrinsically safe Approval *1 *3Certificate: 1606623[For CSA C22.2]Applicable Standard: C22.2 No.0, C22.2 No.0.4, C22.2 No.25, C22.2 No.94, C22.2 No.157,C22.2 No.213, C22.2 No.61010-1, C22.2 No.60079-0, C22.2 No.61010-2-030Intrinsically Safe for Class I, Division 1, Groups A, B, C & D, Class II, Division 1, Groups E, F & G,Class III, Division 1, Nonincendive for Class I, Division 2, Groups A, B, C & D, Class II, Division 2,Groups F & G, Class III, Division 1Enclosure: Type 4X, T emp. Code: T4 Amb. T emp.: –50 to 60°C(–58 to 140°F) *2Electrical Parameters: [Intrinsically Safe] Vmax=30V, Imax=200mA, Pmax=0.9W, Ci=10nF, Li=0 µH[Nonincendive] Vmax=30V, Ci=10nF, Li=0 µH[For CSA E60079]Applicable Standard: CAN/CSA E60079-11, CAN/CSA E60079-15, IEC 60529:2001Ex ia IIC T4, Ex nL IIC T4 Enclosure: IP66/IP67Amb. T emp.: –50 to 60°C(–58 to 140°F) *2, Max. Process T emp.: 120°C(248°F)Electrical Parameters: [Ex ia] Ui=30V, Ii=200mA, Pi=0.9W, Ci=10nF, Li=0 µH[Ex nL] Ui=30V, Ci=10nF, Li=0 µHProcess Sealing CertificationDual Seal Certified by CSA to the requirement of ANSI/ISA 12.27.01No additional sealing requiredPrimary seal failure annunciation: at the zero adjustment screwCS1 Combined CF1 and CS1 *1 *3CU1IECEx IECEx Flameproof Approval *1Applicable Standard: IEC 60079-0:2011, IEC60079-1:2007-4Certificate: IECEx CSA 07.0008Flameproof for Zone 1, Ex d IIC T6...T4 Gb Enclosure: IP66/IP67Max.Process T emp.: T4;120°C(248°F), T5;100°C(212°F), T6; 85°C(185°F)Amb.T emp.: –50 to 75°C(–58 to 167°F) for T4, –50 to 80°C(–58 to 176°F) for T5,–50 to 75°C(–58 to 167°F) for T6SF2IECEx Intrinsically safe and Flameproof Approval *1*3Intrinsically safe Ex iaCertificate: IECEx DEK 11.0081XApplicable Standard: IEC 60079-0:2011, IEC 60079-11:2011, IEC 60079-26:2006Ex ia IIC T4 GaAmb. T emp.: –50 to 60 °C(–58 to 140 °F), Max. Process T emp.: 120 °C(248 °F)Electrical Parameters: Ui=30 V, Ii=200 mA, Pi=0.9 W, Ci=27.6 nF, Li=0 μHIntrinsically safe Ex icCertificate: IECEx DEK 13.0061XApplicable Standard: IEC 60079-0:2011, IEC 60079-11:2011Ex ic IIC T4 Gc IP code: IP66Amb. T emp.: –30 to 60°C(–22 to 140°F) *2, Max. Process T emp.: 120°C(248°F)Electrical Parameters: Ui=30V,Ci=27.6 nF, Li=0 μHFlameproofCertificate: IECEx CSA 07.0008Applicable Standard: IEC 60079-0:2011, IEC60079-1:2007-4Flameproof for Zone 1, Ex d IIC T6...T4 Gb Enclosure: IP66/IP67Max.Process T emp.: T4;120°C(248°F), T5;100°C(212°F), T6; 85°C(185°F)Amb.T emp.: –50 to 75°C(–58 to 167°F) for T4, –50 to 80°C(–58 to 176°F) for T5,–50 to 75°C(–58 to 167°F) for T6SU21*1: Applicable for Electrical connection code 2, 4, 7, 9, C and D.*2: Lower limit of ambient temperature is –15°C (5°F) when option code HE is specified.*3: Not applicable for output signal code Q.。
柳木川电子有限公司EJA系列电子压力传感器用户手册说明书
Y okogawa Electric Corporation IM 01C22A00-12E 2nd EditionIM 01C22A00-12E1.INTRODUCTIONThank you for purchasing the DPharp electronic pressure transmitter.This manual contains important note and handling cautions for the DPharp EJA Series DifferentialPressure/Pressure Transmitters with NEPSI certifica-tion, option code /NS2 and /NF2.Refer to each of the following user’s manuals for standard specifications, functions, handling cautions,and operations, etc.Table 1 List of Individual User’s ManualsEJA110A, EJA120A, and EJA130A IM 01C21B01-01E EJA210A and EJA220A IM 01C21C01-01E EJA310A, EJA430A, and EJA440A IM 01C21D01-01E EJA510A and EJA530A IM 01C21F01-01E EJA110 and EJA120 IM 01C22B01-01E EJA210 and EJA220 IM 01C22C01-01E EJA310 and EJA430 IM 01C22D01-01E EJA118W, EJA118N, and EJA118Y IM 01C22H01-01E EJA438W and EJA438N IM 01C22J01-01E EJA115 IM 01C22K01-01ET01.EPSDocument No.Model2. NEPSI Certificationa.NEPSI Intrinsically Safe TypeCaution for NEPSI Intrinsically safe type.Note 1.Model EJA Series differential, gauge, andabsolute pressure transmitters withoptional code /NS2 are applicable for use in hazardous locations• Applicable Standard: GB3836.1:2000,GB3836.4:2000• Type of Protection and Marking Code: Ex ia IIC T4• Ambient Temperature :–40 to 60°C • Max. Process Temp.: 120°C • Enclosure: IP67Note 2.Entity Parameters• Intrinsically safe ratings are as follows:Maximum Input Voltage (Ui) = 30 V Maximum Input Current (Ii) = 165 mA Maximum Input Power (Pi) = 0.9 WMaximum Internal Capacitance (Ci) = 22.5 nF Maximum Internal Inductance (Li) = 730 µH Maximum Internal Inductance (Li) = 730 µH • Installation RequirementsUo ≤ Ui, Io ≤ Ii, Po ≤ Pi,Co ≥ Ci + Ccable, Lo ≥ Li + Lcable Uo, Io, Po, Co, and Lo are parameters of barrier.Note 3.Installation• In any safety barreir used output current must be limited by a resistor 'R' such that Io=Uo/R.• The safety barrier must be NEPSI certified.• Input voltage of the safety barrier must be less than 250 Vrms/Vdc.• The instrument modification or parts replacement by other than authorized representative of Yokogawa Electric Corporation and will void NEPSI Intrinsically safe certification.• The cable entry devices and blanking elements for type n shall be of a certified type providing a level of ingress protection of at least IP54, suitable for the conditions of use and correctly installed.• Electrical Connection:The type of electrical connection is stamped near the electrical connection port according to the following marking.Note 4. Operation • WARNING:WHEN AMBIENT TEMPERATURE ≥ 55°C,USE THE HEAT-RESISTING CABLES ≥ 90°C.Note 5. Special Conditions for Safe Use • WARNING:IN THE CASE WHERE THE ENCLOSURE OF THE PRESSURE TRANSMITTER IS MADE OF ALUMINUM, IF IT IS MOUNTED IN AN AREA WHERE THE USE OF ZONE 0 IS REQUIRED,IT MUST BE INSTALLED SUCH, THAT, EVEN IN THE EVENT OF RARE INCIDENTS, IGNI-TION SOURCES DUE TO IMPACT AND FRICTION SPARKS ARE EXCLUDED.[Intrinsically Safe]FD No. IM 01C22A00-12E 2nd Edition: June 2011(YK)All Rights Reserved, Copyright © 2007, Yokogawa Electric Corporationb.NEPSI Flameproof TypeCaution for NEPSI flameproof type.Note 1.Model EJA Series differential, gauge, andabsolute pressure transmitters withoptional code /NF2 are applicable for usein hazardous locations:• Applicable Standard: GB3836.1:2000,GB3836.2:2000• Type of Protection and Marking Code:Ex d IIC T6...T4• Enclosure: IP67• Maximum Process Temperature: 120°C (T4),100°C (T5), 85°C (T6)• Ambient Temperature: –40 to 75°C (T4), –40 to80°C (T5), –40 to 75°C (T6)• Supply Voltage: 42 V dc max.• Output Signal: 4 to 20 mA dcNote 2.Wiring• In hazardous locations, the cable entry devices shallbe of a certified flameproof type, suitable for theconditions of use and correctly installed.• Unused apertures shall be closed with suitableflameproof certified blanking elements. (The plugattached is certificated as the flame proof IP67 as apart of this apparatus.)• In case of ANSI 1/2 NPT plug, ANSI hexagonalwrench should be applied to screw in.Note 3. Operation• WARNING:AFTER DE-ENERGIZING, DELAY 10 MINUTESBEFORE OPENING.• WARNING:WHEN AMBIENT TEMPERATURE ≥ 70°C,USE THE HEAT-RESISTING CABLES ≥ 90°C.• Take care not to generate mechanical sparkingwhen accessing to the instrument and peripheraldevices in a hazardous location.Note 4. Maintenance and Repair• The instrument modification or parts replacementby other than authorized representative ofYokogawa Electric Corporation is prohibited andwill void NEPSI Certification.Revision RecordJanuary 20071st edition New PublicationJune 20112nd edition Delete certificaion No.IM 01C22A00-12E。
EJAE系列和A系列区别
序号内容1变送器量程有变化的型号：差压变送器EJA110E,绝压变送器EJA310E,压力变送器EJA430E,隔膜密封式压力变送器EJA438E，微笑流量变送器EJA115E2精度提高的变送器型号：差压变送器EJA110E,绝压变送器EJA310E,压力变送器EJA430E,高压力变送器EJA440E，绝压变送器EJA510E,压力变送器EJA530E,3除带法兰的EJA210E,EJA118E,EJA438E以外的变送器稳定性均提高到10年。
4HART协议在选型中的代码均由以前的E变为J。
5增加了放大器外壳的选型。
6所有带法兰的变送器型号均分成两部分，前面代码表示变送器本体部分，后面代码表示法兰安装部分。
例如：双法兰EJA118W-DMSA1DB-BA05-97DA，现在为EJA118E-DMSCJ-917DN(本体部分)-WA13A1HW00-BA2F(法兰部分)7带法兰变送器平法兰增加DN40的规格，增加冲洗环的选型。
8增加了EJA118E/Z和EJA438E/Z内嵌式膜片两种形式的法兰变送器，可用于连接DN25，DN20,和DN15的法兰。
9EJA118E和EJA438E的DN80凸法兰的毛细管由原来的最长10m改为最长15m。
电气接口EJA110E-DMS4J-917DA0:G1/2内螺纹，一个电气接口不带盲塞2:1/2NPT内螺纹，两个电气接口不带盲塞4:M20内螺纹，两个电气接口不带盲塞5:G1/2内螺纹，两个电气接口带一个盲塞7:1/2NPT内螺纹，两个电气接口带一个盲塞9:M20内螺纹，两个电气接口带一个盲塞A:G1/2内螺纹，两个电气接口带一个SUS316盲塞C:1/2NPT内螺纹，两个电气接口带一个SUS316盲塞D:M20内螺纹，两个电气接口带一个SUS316盲塞EJA110A-DMS4A-97DA0:G1/2内螺纹，一个电气接口2:1/2NPT内螺纹，两个电气接口不带盲塞3:Pg13.5内螺纹，两个电气接口不带盲塞4:M20内螺纹，两个电气接口不带盲塞5:G1/2内螺纹，两个电气接口带一个盲塞7:1/2NPT内螺纹，两个电气接口带一个盲塞8:Pg13.5内螺纹，两个电气接口带一个盲塞9:M20内螺纹，两个电气接口带一个盲塞A:G1/2内螺纹，两个电气接口带一个SUS316盲塞C:1/2NPT内螺纹，两个电气接口带一个SUS316盲塞D:M20内螺纹，两个电气接口带一个SUS316盲塞2-inch管道安装支架EJA110E-DMS4J-917D AA:SECC平托架B:304SST平托架C:SECC L型托架D:304SST L型托架J:316SST平托架K:316SST L型托架M:316SST底部过程连接N:无EJA110A-DMS4A-97D AA:SECC平托架B:SUS304平托架C:SECC L型托架D:SUS304L型托架J:SUS316平托架K:SUS316L型托架N:无外形尺寸放大器阻尼时间0.00~100.00s0.2~64s工作压力（硅油）正常16MPa；当量程选M/H/V，接液材质选S是，可以选附加代码HG，最大工作压力25MPaL膜盒，接液材质不为S时，最大工作压力3.5MPa；其余情况最大工作压力16MPa稳定性M/H/V膜盒±0.1%URL/10年±0.1%量程上限/60个月（M、H和V膜盒）±0.2%量程上限/12个月（L膜盒）参考精度（量程≥X）普通型普通型：±0.055%F膜盒X=2KPa；M膜盒X=5KPa；H膜盒X=100KPa；V膜盒X=1.4MPa?.065%L膜盒X=3KPa；M膜盒X=10KPa；H膜盒X=100KPa；V膜盒X=1.4MPa除测量量程F以外的所有接液部分材质为S的变送器外形尺寸较EJA110A略有缩小（1CM左右），其余外形尺寸没有变化电气接口EJA120E-DES4J-917DA0:G1/2内螺纹，一个电气接口不带盲塞2:1/2NPT内螺纹，两个电气接口不带盲塞4:M20内螺纹，两个电气接口不带盲塞5:G1/2内螺纹，两个电气接口带一个盲塞7:1/2NPT内螺纹，两个电气接口带一个盲塞9:M20内螺纹，两个电气接口带一个盲塞A:G1/2内螺纹，两个电气接口带一个SUS316盲塞C:1/2NPT内螺纹，两个电气接口带一个SUS316盲塞D:M20内螺纹，两个电气接口带一个SUS316盲塞EJA120A-DES4A-97DA0:G1/2内螺纹，一个电气接口2:1/2NPT内螺纹，两个电气接口不带盲塞3:Pg13.5内螺纹，两个电气接口不带盲塞4:M20内螺纹，两个电气接口不带盲塞5:G1/2内螺纹，两个电气接口带一个盲塞7:1/2NPT内螺纹，两个电气接口带一个盲塞8:Pg13.5内螺纹，两个电气接口带一个盲塞9:M20内螺纹，两个电气接口带一个盲塞A:G1/2内螺纹，两个电气接口带一个SUS316盲塞C:1/2NPT内螺纹，两个电气接口带一个SUS316盲塞D:M20内螺纹，两个电气接口带一个SUS316盲塞放大器阻尼时间0.00~100.00s0.2~64s 稳定性±0.3%URL/年无参考精度（量程≥X）高精度型HAC高精度型：±0.09%X=0.4KPaHAC高精度型：±0.1%X=0.4KPa参考精度（量程＜X）高精度型膜盒 参考精度E ±（0.015+0.03URL/量程）%X=0.4KPa膜盒 参考精度E ±（0.05+0.05X/量程）%X=0.4KPa法兰规格EJA210E-DMS5J-917DN-W A13A1HW00-BJ1:JIS 10KJ2:JIS 20KA1:ANSI CLASS 150A2:ANSI CLASS 300A4:ANSI CLASS 600A5:ANSI CLASS 900(DN40平法兰无该规格)D2:DIN PN10/16D4:DIN PN25/40G2:GB PN10/16G4:GB PN25/40H2:HG20592 PN10/16H4:HG20592 PN25/40H5:HG20592 PN63EJA210A-DMS A1D5B-97DNJ1:JIS 10KJ2:JIS 20KA1:ANSI CLASS 150A2:ANSI CLASS 300A4:ANSI CLASS 600A5:ANSI CLASS 900A6:ANSI CLASS 1500D2:DIN PN10/16D4:DIN PN25/40G2:GB PN10/16G4:GB PN25/40H2:HG20592 PN10/16H4:HG20592 PN25/40H5:HG20592 PN63EJA210A-DMW A1A5B-97DNJ1:JIS 10KJ2:JIS 20KA1:ANSI CLASS 150A2:ANSI CLASS 300A4:ANSI CLASS 600A5:ANSI CLASS 900A6:ANSI CLASS 1500D2:DIN PN10/16D4:DIN PN25/40G2:GB PN10/16G4:GB PN25/40H2:HG20592 PN10/16H4:HG20592 PN25/40H5:HG20592 PN63EJA220A-DHW A16D5B-97DNJ1:JIS 10KJ2:JIS 20KA1:ANSI CLASS 150A2:ANSI CLASS 300A4:ANSI CLASS 600A5:ANSI CLASS 900A6:ANSI CLASS 1500D2:DIN PN10/16D4:DIN PN25/40G2:GB PN10/16G4:GB PN25/40H2:HG20592 PN10/16H4:HG20592 PN25/40H5:HG20592 PN63法兰尺寸法兰材质EJA210E-DMS5J-917DN-W A23A1HW00-BW:平法兰E:凸法兰平法兰尺寸-3:3-inch（80mm）2:2-inch（50mm）8:1 1/2-inch（40mm）凸法兰尺寸-3:3-inch（80mm）4:4-inch（100mm）材质-A:JIS S25CB:304 SSTC:316 SSTEJA210A-DMSA1D5B-97DNEJA210A:平法兰D：3-inch（80mm）S25CE：3-inch（80mm）SUS304F：3-inch（80mm）SUS316EJA210A-DMWA1A5B-97DNEJA210A:平法兰A：2-inch（50mm）S25CB：2-inch（50mm）SUS304C：2-inch（50mm）SUS316EJA220A-DHWA16D5B-97DNEJA220A:凸法兰G：4-inch（100mm）S25CH：4-inch（100mm）SUS304J：4-inch（100mm）SUS316D：3-inch（80mm）S25CE：3-inch（80mm）SUS304F：3-inch（80mm）SUS316垫圈密封面EJA210E-DMS5J-917DN-WA23A1HW00-B1：齿面（仅适用ANSI法兰）2：平面（无锯齿）无无无高压侧（法兰侧）接液部分材质平法兰DN80EJA210E-DMS5J-917DN-WA23A1HW00-BSW:膜片316L SST,其他316SSTHW:膜片和其他均为哈氏合金C-276TW:膜片和其他均为钽KW:膜片和其他均为镍UW:膜片和其他均为钛MW:膜片和其他均为蒙乃尔EJA210A-DM S A1D5B-97DNS:膜片SUS316L,其他SUS316H:膜片和其他均为哈氏合金C-276T:膜片和其他均为钽高压侧（法兰侧）接液部分材质平法兰DN50EJA210E-DMS5J-917DN-WA22A1HW00-BWW:膜片哈氏合金C-276,其他316SSTHW:膜片和其他均为哈氏合金C-276TW:膜片和其他均为钽KW:膜片和其他均为镍UW:膜片和其他均为钛MW:膜片和其他均为蒙乃尔EJA210A-DM W A1A5B-97DNW:膜片哈氏合金C-276,其他SUS316H:膜片和其他均为哈氏合金C-276T:膜片和其他均为钽高压侧（法兰侧）接液部分材质平法兰DN40EJA210E-DMS5J-917DN-WA28A1WW D0-B WW:膜片哈氏合金C-276,其他316SST高压侧（法兰侧）接液部分材质凸法兰DN100EJA210E-DMS5J-917DN-EA24A1SE05-BSE:膜片316L SST,其他316SST，插入筒316SST HE:膜片哈氏合金C-276,其他316SST，插入筒316 SSTTE:膜片钽,其他316SST，插入筒316SST高压侧（法兰侧）接液部分材质凸法兰DN80EJA210E-DMS5J-917DN-EA23A1WE05-BWE:膜片哈氏合金C-276,其他316SST，插入筒316 SSTTE:膜片钽,其他316SST，插入筒316SST冲洗连接环注：1.DN80和DN50的平法兰只能选0/A/B；2.DN40的平法兰只能选C/D3.凸法兰只能选0EJA210E-DMS5J-917DN-WA23A1HW00-B0:无A:直通型冲洗环，排气/排液塞R1/4接头，材质316SSTB:直通型冲洗环，排气/排液塞1/4NPT接头，材质316SSTC:变径型冲洗环，排气/排液塞R1/4接头，材质316SSTD:变径型冲洗环，排气/排液塞1/2NPT接头，材质316SST无无无凸法兰隔膜突出长度EJA210E-DMS5J-917DN-EA23A1WE05-B1：长度=50mm3：长度=100mm5：长度=150mm7：长度=200mm平法兰此项为0EJA220A-DHWA16D5B-97DN2：长度=50mm4：长度=100mm6：长度=150mm8：长度=200mm封入液EJA210E-DMS5J-917DN-WA23A1HW00-B过程温度 环境温度A:高温型（硅油）-10~250℃-10~85℃B:普通型（硅油）-40~120℃-40~85℃D:禁油型（氟油）-20~120℃-20~80℃P:卫生型（丙二醇）-10~120℃-10~85℃无无无放大器阻尼时间0.00~100.00sEJA220A-DH W A16D5B-97DNS:膜片SUS316L,管道SUS316，其他SUS316W:膜片哈氏合金C-276,管道SUS316，其他SUS3160.2~64s放大器外壳EJA310E-DAS4J-917DA1：铸铝合金3：抗腐蚀铸铝合金2：ASTM CF-8M不锈钢无电气接口EJA310E-DAS4J-917DA0:G1/2内螺纹，一个电气接口不带盲塞2:1/2NPT内螺纹，两个电气接口不带盲塞4:M20内螺纹，两个电气接口不带盲塞5:G1/2内螺纹，两个电气接口带一个盲塞7:1/2NPT内螺纹，两个电气接口带一个盲塞9:M20内螺纹，两个电气接口带一个盲塞A:G1/2内螺纹，两个电气接口带一个SUS316盲塞C:1/2NPT内螺纹，两个电气接口带一个SUS316盲塞D:M20内螺纹，两个电气接口带一个SUS316盲塞EJA310A-DAS4A-97DA0:G1/2内螺纹，一个电气接口2:1/2NPT内螺纹，两个电气接口不带盲塞3:Pg13.5内螺纹，两个电气接口不带盲塞4:M20内螺纹，两个电气接口不带盲塞5:G1/2内螺纹，两个电气接口带一个盲塞7:1/2NPT内螺纹，两个电气接口带一个盲塞8:Pg13.5内螺纹，两个电气接口带一个盲塞9:M20内螺纹，两个电气接口带一个盲塞A:G1/2内螺纹，两个电气接口带一个SUS316盲塞C:1/2NPT内螺纹，两个电气接口带一个SUS316盲塞D:M20内螺纹，两个电气接口带一个SUS316盲塞2-inch管道安装支架EJA310E-DAS4J-917D AA:SECC平托架B:304SST平托架C:SECC L型托架D:304SST L型托架J:316SST平托架K:316SST L型托架M:316SST底部过程连接N:无EJA310A-DAS4A-97D AA:SECC平托架B:SUS304平托架C:SECC L型托架D:SUS304L型托架J:SUS316平托架K:SUS316L型托架N:无放大器阻尼时间0.00~100.00s0.2~64s 稳定性?.2%URL/10年?.1%URL/1年环境温度影响/28℃膜盒 影响L ±（0.12%量程+0.35%URL）M ±（0.06%量程+0.035%URL）A和B ±（0.06%量程+0.012%URL）膜盒 影响L ±（0.095%量程+0.118%URL）M ±（0.084%量程+0.028%URL）A ±（0.080%量程+0.008%URL）参考精度（量程≥X）膜盒 参考精度L ?.15%M ?.1%A和B ±0.1%L膜盒X=5.4KPa；M膜盒X=21.4KPa；A膜盒X=0.35MPa；B膜盒X=1.6MPa膜盒 参考精度L ?.2%M ?.15%A ?.15%L膜盒X=5.4KPa；M膜盒X=21.8KPa；A膜盒X=0.25MPa参考精度（量程＜X）膜盒 参考精度L ±（0.095+0.0297URL/量程）%M ±（0.045+0.0090URL/量程）%A和B ±（0.062+0.0038URL/量程）%L膜盒X=5.4KPa；M膜盒X=21.4KPa；A膜盒X=0.35MPa；B膜盒X=1.6MPa膜盒 参考精度L ±（0.15+0.05X/量程）%M ±（0.10+0.05X/量程）%A ±（0.10+0.05X/量程）%L膜盒X=5.4KPa；M膜盒X=21.8KPa；A膜盒X=0.25MPa最大过压膜盒L&M500KPa膜盒A16MPa膜盒B25MPa膜盒L&M500KPa膜盒A 4.5MPa稳定性?.1%URL/10年?.1%URL/5年参考精度（量程≥X）普通型普通型：±0.055%H膜盒X=70KPa；A膜盒X=0.35MPa；B膜盒X=1.6MPa；?.065%M膜盒X=10KPa；A膜盒X=0.3MPa；B膜盒X=1.4MPa；参考精度（量程＜X）普通型膜盒 参考精度H ±（0.01+0.0063URL/量程）%A和B ±（0.01+0.0045URL/量程）%H膜盒X=70KPa；A膜盒X=0.35MPa；B膜盒X=1.6MPa；膜盒 参考精度M和A和B ±（0.015+0.05X/量程）%M膜盒X=10KPa；A膜盒X=0.3MPa；B膜盒X=1.4MPa；参考精度（量程≥X）高精度型HAC高精度型：±0.04%（只适用于接液代码为S）H膜盒X=70KPa；A膜盒X=0.35MPa；B膜盒X=1.6MPa；无参考精度（量程＜X）高精度型膜盒 参考精度H ±（0.005+0.0049URL/量程）%A和B ±（0.005+0.0035URL/量程）%H膜盒X=70KPa；A膜盒X=0.35MPa；B膜盒X=1.6MPa；无最大过压膜盒H&A16MPa膜盒B25MPa膜盒M150KPa膜盒A 4.5MPa膜盒B21MPa电气接口EJA440E-DCS5J-917DA内容同EJA310E EJA440A-DCS5A-97DA 内容同EJA310A2-inch管道安装支架EJA440E-DCS5J-917D A内容同EJA310E EJA440A-DCS5A-97D A 内容同EJA310A放大器阻尼时间0.00~100.00s0.2~64s 稳定性?.1%URL/10年?.1%URL/5年参考精度（量程≥X）?.055%C膜盒X=8MPa；D膜盒X=8MPa；?.12%C膜盒X=8MPa；D膜盒X=8MPa；参考精度（量程＜X）膜盒 参考精度C ±（0.015+0.0100URL/量程）%D ±（0.015+0.0064URL/量程）%C膜盒X=8MPa；D膜盒X=8MPa；膜盒 参考精度C和D ±（0.03+0.09X/量程）%C膜盒X=8MPa；D膜盒X=8MPa；参考精度（量程≥X）高精度型HAC高精度型：±0.04%A膜盒X=20KPa；B膜盒X=0.2MPa；C膜盒X=1MPa；D膜盒X=8MPa无参考精度（量程＜X）高精度型膜盒 参考精度A ±（0.004URL/量程）%B和C ±（0.005+0.0035URL/量程）%D ±（0.0064*50MPa/量程）%A膜盒X=20KPa；B膜盒X=0.2MPa；C膜盒X=1MPa；D膜盒X=8MPa无高压结构HG最大压力70MPaEJA510E-DDS4N-012DN/HG无参考精度（量程＜X）普通型膜盒 参考精度A/B/C/D ±（0.0055URL/量程）%A膜盒X=20KPa；B膜盒X=0.2MPa；C膜盒X=1MPa；D膜盒X=8MPa膜盒 参考精度A/B/C ±（0.025+0.05X/量程）%D ±（0.03+0.09X/量程）%A膜盒X=40KPa；B膜盒X=0.2MPa；C膜盒X=1MPa；D膜盒X=8MPa参考精度（量程≥X）高精度型HAC高精度型：±0.04%A膜盒X=20KPa；B膜盒X=0.2MPa；C膜盒X=1MPa；D膜盒X=8MPa无参考精度（量程＜X）高精度型膜盒 参考精度A ±（0.004URL/量程）%B和C ±（0.005+0.0035URL/量程）%D ±（0.0064*50MPa/量程）%A膜盒X=20KPa；B膜盒X=0.2MPa；C膜盒X=1MPa；D膜盒X=8MPa无高压结构HG最大压力70MPaEJA530E-DDS4N-012DN/HG无法兰规格EJA118E-DMSCJ-917DN-W A13A1HW00-BA2FJ1:JIS 10KJ2:JIS 20KJ4:JIS 40KA1:ANSI CLASS 150A2:ANSI CLASS 300A4:ANSI CLASS 600A5:ANSI CLASS 900(DN40平法兰无该规格)D2:DIN PN10/16D4:DIN PN25/40D5:DIN PN64(DN40平法兰无该规格)G2:GB PN10/16G4:GB PN25/40G6:GB PN110(DN40平法兰无该规格)H2:HG20592 PN10/16H4:HG20592 PN25/40H5:HG20592 PN63H6:HG20592 PN100(DN40平法兰无该规格)EJA118W-DMS A1DB-BA05-97DAJ1:JIS 10KJ2:JIS 20KJ4:JIS 40KA1:ANSI CLASS 150A2:ANSI CLASS 300A4:ANSI CLASS 600A5:ANSI CLASS 900A6:ANSI CLASS 1500A7:ANSI CLASS 2500D2:DIN PN10/16D4:DIN PN25/40D5:DIN PN64G2:GB PN10/16G4:GB PN25/40G6:GB PN110H2:HG20592 PN10/16H4:HG20592 PN25/40H5:HG20592 PN63H6:HG20592 PN100EJA118W-DMS A1AB-BA05-97DAJ1:JIS 10KJ2:JIS 20KJ4:JIS 40KA1:ANSI CLASS 150A2:ANSI CLASS 300A4:ANSI CLASS 600A5:ANSI CLASS 900A6:ANSI CLASS 1500A7:ANSI CLASS 2500D2:DIN PN10/16D4:DIN PN25/40D5:DIN PN64G2:GB PN10/16G4:GB PN25/40G6:GB PN110H2:HG20592 PN10/16H4:HG20592 PN25/40H5:HG20592 PN63H6:HG20592 PN100法兰尺寸法兰材质EJA118E-DMSCJ-917DN-WA13A1HW00-BA2F平法兰尺寸-3:3-inch（80mm）2:2-inch（50mm）8:1 1/2-inch（40mm）材质-A:JIS S25CB:304 SSTC:316 SSTEJA118W-DMSA1D B-BA05-97DAD：3-inch（80mm）S25CE：3-inch（80mm）SUS304F：3-inch（80mm）SUS316EJA118W-DMSA1A B-BA05-97DAA：2-inch（50mm）S25CB：2-inch（50mm）SUS304C：2-inch（50mm）SUS316垫圈密封面EJA118E-DMSCJ-917DN-WA13A1HW00-BA2F1：齿面（仅适用ANSI法兰）2：平面（无锯齿）无无接液部分材质平法兰DN80/DN50EJA118E-DMSCJ-917DN-WA13A1HW00-BA2FSW:膜片和其他均为316L SSTHW:膜片和其他均为哈氏合金C-276TW:膜片和其他均为钽KW:膜片和其他均为镍UW:膜片和其他均为钛MW:膜片和其他均为蒙乃尔EJA118W-DM S A1DB-BA05-97DAS:膜片和其他均为SUS316LH:膜片和其他均为哈氏合金C-276T:膜片和其他均为钽U:膜片和其他均为钛接液部分材质平法兰DN40EJA118E-DMSCJ-917DN-WA18A1SW 30-BA2A SW:膜片和其他均为316L SST无无冲洗连接环注：1.DN80和DN50的平法兰只能选0/1/2；2.DN40的平法兰只能选3/4EJA118E-DMSCJ-917DN-WA13A1HW 00-BA2F 0:无1:直通型冲洗环，排气/排液塞R1/4接头，材质316SST2:直通型冲洗环，排气/排液塞1/4NPT接头，材质316SST3:变径型冲洗环，排气/排液塞R1/4接头，材质316SST4:变径型冲洗环，排气/排液塞1/2NPT接头，材质316SST无无封入液EJA118E-DMSCJ-917DN-WA13A1HW00-B A2F过程温度 环境温度A:普通型（硅油）-10~315℃-10~60℃B:普通型（硅油）-30~210℃-30~60℃C:高温型（硅油）10~315℃10~60℃D:禁油型（氟油）-20~120℃-10~60℃E:低温型（乙二醇）-50~100℃-40~60℃1:高温高真空（硅油）-10~250℃-10~60℃2:高温高真空（硅油）10~310℃10~60℃4:高真空（硅油）-10~100℃-10~60℃毛细管长度EJA118E-DMSCJ-917DN-WA13A1HW00-BA2F 1:1m 6:6m B:11m 2:2m 7:7m C:12m 3:3m 8:8m D:13m 4:4m 9:9m E:14m 5:5m A:10m F:15m DN40的毛细管只到10mEJA118W-DMSA1DB-BA 05-97DA 规定的毛细管长度从1~15mEJA118W-DMSA1AB-BA 05-97DA 规定的毛细管长度从1~10m放大器阻尼时间0.00~100.00s 环境温度一般型：-40~60℃带LCD显示：-30~60℃以下参数含EJA118E平法兰，凸法兰和混合型以下参数含EJA118W,EJA118N和EJA118Y一般型：-40~85℃带LCD显示：-30~80℃0.2~64s EJA118W-DMSA1DB-B A05-97DA过程温度环境温度A:普通型（硅油） -10~315℃ -10~60℃B:普通型（硅油） -30~210℃ -30~60℃C:高温型（硅油） 10~315℃ 10~60℃D:禁油型（氟油） -20~120℃ -10~60℃E:低温型（乙二醇） -50~100℃ -40~60℃法兰规格EJA118E-DMSCJ-917DN-E A14A1SE06-BB2FJ1:JIS 10KJ2:JIS 20KA1:ANSI CLASS 150A2:ANSI CLASS 300A4:ANSI CLASS 600A5:ANSI CLASS 900D2:DIN PN10/16D4:DIN PN25/40G2:GB PN10/16G4:GB PN25/40H2:HG20592 PN10/16H4:HG20592 PN25/40H5:HG20592 PN63EJA118N-DMS A16EB-BB05-97DAJ1:JIS 10KJ2:JIS 20KA1:ANSI CLASS 150A2:ANSI CLASS 300A4:ANSI CLASS600最大工作压力7MPaA5:ANSI CLASS900最大工作压力7MPaA6:ANSI CLASS1500最大工作压力7MPaD2:DIN PN10/16D4:DIN PN25/40G2:GB PN10/16G4:GB PN25/40H2:HG20592 PN10/16H4:HG20592 PN25/40H5:HG20592 PN63法兰尺寸法兰材质EJA118E-DMSCJ-917DN-EA14A1SE06-BB2F凸法兰尺寸-4:4-inch（100mm）3:3-inch（80mm）材质-A:JIS S25CB:304 SSTC:316 SSTEJA118N-DMSA16E B-BB05-97DAG：4-inch（100mm）S25CH：4-inch（100mm）SUS304I：4-inch（100mm）SUS316D：3-inch（80mm）S25CE：3-inch（80mm）SUS304F：3-inch（80mm）SUS316垫圈密封面EJA118E-DMSCJ-917DN-EA14A1SE06-BB2F1：齿面（仅适用ANSI法兰）2：平面（无锯齿）无接液部分材质EJA118E-DMSCJ-917DN-EA14A1SE06-BB2F膜片 插入筒 其他SE:316L SST 316 SST 316 SSTHE:哈C-276 316 SST 316 SSTTE:钽316SST316SSTEJA118N-DM S A16EB-BB05-97DAS:隔膜JIS SUS316L，管道JIS SUS316，其它JIS SUS316冲洗连接环EJA118E-DMSCJ-917DN-EA14A1SE06-BB2F0:无无凸法兰隔膜突出长度EJA118E-DMSCJ-917DN-EA14A1SE06-BB2F2：长度=50mm4：长度=100mm6：长度=150mm8：长度=200mmEJA118N-DMSA16EB-BB05-97DA2：长度=50mm4：长度=100mm6：长度=150mm8：长度=200mm封入液EJA118E-DMSCJ-917DN-EA14A1SE06-B B2F内容同EJA118E平法兰EJA118N-DMSA16EB-B B05-97DA内容同EJA118W毛细管长度EJA118E-DMSCJ-917DN-EA14A1SE06-BB2F1:1m 6:6m B:11m2:2m 7:7m C:12m3:3m 8:8m D:13m4:4m 9:9m E:14m5:5m A:10m F:15mEJA118N-DMSA16EB-BB05-97DA规定的毛细管长度从1~15m（DN100）规定的毛细管长度从1~10m（DN80）垫圈密封面EJA118E-DMSCJ-917DN-YA1WA1SY05-BC2F1：齿面（仅适用ANSI法兰）2：平面（无锯齿）无接液部分材质EJA118E-DMSCJ-917DN-YA1WA1SY05-BC2F膜片 插入筒 其他SY:高压侧:316L SST316 SST 316 SST低压侧:316L SST-316L SSTHY:高压侧:哈C-276 316SST316SST低压侧:哈C-276-哈C-276TY:高压侧:钽316SST316SST低压侧:钽-钽EJA118Y-DM S A16PB-BC05-97DAS:隔膜JIS SUS316L，管道JISSUS316，其它JIS SUS316冲洗连接环EJA118E-DMSCJ-917DN-YA1WA1SY05-BC2F0:无无凸法兰隔膜突出长度EJA118E-DMSCJ-917DN-YA1WA1SY05-BC2F1：长度=50mm3：长度=100mm5：长度=150mm7：长度=200mmEJA118Y-DMSA16PB-BC05-97DA2：长度=50mm4：长度=100mm6：长度=150mm8：长度=200mm封入液EJA118E-DMSCJ-917DN-YA1WA1SY05-B C2F内容同EJA118E平法兰EJA118Y-DMSA16PB-B C05-97DA内容同EJA118W毛细管长度EJA118E-DMSCJ-917DN-YA1WA1SY05-BC2F1:1m 6:6m B:11m2:2m 7:7m C:12m3:3m 8:8m D:13m4:4m 9:9m E:14m5:5m A:10m F:15mEJA118Y-DMSA16PB-BC05-97DA规定的毛细管长度从1~10m冲洗连接环EJA118E-DMSCJ-917DN-AA11E1SA00-BB1A0:无EJA118E-DMSCJ-917DN-DA11D1SD00-BB1A0:无隔膜突出长度EJA118E-DMSCJ-917DN-AA11E1SA00-BB1A0:无EJA118E-DMSCJ-917DN-DA11D1SD00-BB1A0:无封入液EJA118E-DMSCJ-917DN-AA11E1SA00-B B1A过程温度 环境温度A:普通型（硅油）-10~250℃-10~60℃B:普通型（硅油）-30~210℃-30~60℃D:禁油型（氟油）-20~120℃-10~60℃E:低温型（乙二醇）-50~100℃-40~60℃1:高温高真空（硅油）-10~250℃-10~50℃4:高真空（硅油）-10~100℃-10~50℃EJA118E-DMSCJ-917DN-DA11D1SD00-B B1A过程温度 环境温度A:普通型（硅油）-10~250℃-10~60℃B:普通型（硅油）-30~210℃-30~60℃D:禁油型（氟油）-20~120℃-10~60℃E:低温型（乙二醇）-50~100℃-40~60℃1:高温高真空（硅油）-10~250℃-10~50℃4:高真空（硅油）-10~100℃-10~50℃毛细管连接EJA118E-DMSCJ-917DN-AA11E1SA00-B B1AB:隔膜密封背面引出EJA118E-DMSCJ-917DN-DA11D1SD00-B B1AB:隔膜密封背面引出毛细管处置方式EJA118E-DMSCJ-917DN-AA11E1SA00-BB1A1:固定式（≥2m）2:标准式EJA118E-DMSCJ-917DN-DA11D1SD00-BB1A1:固定式（≥2m）2:标准式毛细管长度EJA118E-DMSCJ-917DN-AA11E1SA00-BB1A1:1m 6:6m2:2m 7:7m3:3m 8:8m4:4m 9:9m5:5m A:10mEJA118E-DMSCJ-917DN-DA11D1SD00-BB1A1:1m 6:6m2:2m 7:7m3:3m 8:8m4:4m 9:9m5:5m A:10m平法兰EJA438E-DHSCJ-917DN-W A13A1HW00-BA2F EJA438W-DMSA1EB-BA05-97DN法兰规格EJA438E-DHSCJ-917DN-W A13A1HW00-BA2FJ1:JIS 10KJ2:JIS 20KJ4:JIS 40KJ6:JIS 63K(DN40平法兰无该规格)A1:ANSI CLASS 150A2:ANSI CLASS 300A4:ANSI CLASS 600A5:ANSI CLASS 900(DN40平法兰无该规格)A6:ANSI CLASS 1500(DN40平法兰无该规格)D2:DIN PN10/16D4:DIN PN25/40D5:DIN PN64(DN40平法兰无该规格)G2:GB PN10/16G4:GB PN25/40G6:GB PN110(DN40平法兰无该规格)H2:HG20592 PN10/16H4:HG20592 PN25/40H5:HG20592 PN63H6:HG20592 PN100(DN40平法兰无该规格)EJA438W-DMS A1EB-BA05-97DNJ1:JIS 10KJ2:JIS 20KJ4:JIS 40KA1:ANSI CLASS 150A2:ANSI CLASS 300A4:ANSI CLASS 600A5:ANSI CLASS 900A6:ANSI CLASS 1500A7:ANSI CLASS 2500D2:DIN PN10/16D4:DIN PN25/40D5:DIN PN64G2:GB PN10/16G4:GB PN25/40G6:GB PN110H2:HG20592 PN10/16H4:HG20592 PN25/40H5:HG20592 PN63H6:HG20592 PN100法兰尺寸法兰材质EJA438E-DHSCJ-917DN-WA13A1HW00-BA2F平法兰尺寸-3:3-inch（80mm）2:2-inch（50mm）8:1 1/2-inch（40mm）材质-A:JIS S25CB:304 SSTC:316 SSTEJA438W-DMSA1E B-BA05-97DNA：2-inch（50mm）S25CB：2-inch（50mm）SUS304C：2-inch（50mm）SUS316D：3-inch（80mm）S25CE：3-inch（80mm）SUS304F：3-inch（80mm）SUS316垫圈密封面EJA438E-DHSCJ-917DN-WA13A1HW00-BA2F1：齿面（仅适用ANSI法兰）2：平面（无锯齿）无接液部分材质平法兰DN80/DN50EJA438E-DHSCJ-917DN-WA13A1HW00-BA2FSW:膜片和其他均为316L SSTHW:膜片和其他均为哈氏合金C-276TW:膜片和其他均为钽KW:膜片和其他均为镍UW:膜片和其他均为钛MW:膜片和其他均为蒙乃尔EJA438W-DM S A1EB-BA05-97DNS:膜片和其他均为SUS316LH:膜片和其他均为哈氏合金C-276T:膜片和其他均为钽U:膜片和其他均为钛接液部分材质平法兰DN40EJA438E-DHSCJ-917DN-WA18A1SW00-BA2FSW:膜片为316L SST,其他为316SST无冲洗连接环注：1.DN80和DN50的平法兰只能选0/A/B；2.DN40的平法兰只能选C/D EJA438E-DHSCJ-917DN-WA13A1HW00-BA2F0:无A:直通型冲洗环，排气/排液塞R1/4接头，材质316SSTB:直通型冲洗环，排气/排液塞1/4NPT接头，材质316SSTC:变径型冲洗环，排气/排液塞R1/4接头，材质316SSTD:变径型冲洗环，排气/排液塞1/2NPT接头，材质316SST无封入液EJA118E-DMSCJ-917DN-WA13A1HW00-B A2F过程温度 环境温度A:普通型（硅油）-10~315℃-10~60℃B:普通型（硅油）-30~210℃-30~60℃C:高温型（硅油）10~315℃10~60℃D:禁油型（氟油）-20~120℃-10~60℃E:低温型（乙二醇）-50~100℃-40~60℃1:高温高真空（硅油）-10~250℃-10~60℃2:高温高真空（硅油）10~310℃10~60℃4:高真空（硅油）-10~100℃-10~60℃EJA438W-DMSA1EB-B A05-97DN过程温度环境温度A:普通型（硅油） -10~315℃ -10~60℃B:普通型（硅油） -30~210℃ -30~60℃C:高温型（硅油） 10~315℃ 10~60℃D:禁油型（氟油） -20~120℃ -10~60℃E:低温型（乙二醇） -50~100℃ -40~60℃毛细管长度EJA118E-DMSCJ-917DN-WA13A1HW00-BA2F1:1m 6:6m B:11m2:2m 7:7m C:12m3:3m 8:8m D:13m4:4m 9:9m E:14m5:5m A:10m F:15mDN40的毛细管只到10mEJA438W-DMSA1EB-BA05-97DN规定的毛细管长度从1~15m（DN80）规定的毛细管长度从1~10m（DN50）凸法兰EJA438E-DHSCJ-917DN-E A13A1SE05-BB2F EJA438N-DMSA16GA-BB05-97DN法兰规格（选型内容相同）EJA438E-DHSCJ-917DN-E A13A1SE05-BB2FJ1:JIS 10KJ2:JIS 20KJ4:JIS 40KA1:ANSI CLASS 150A2:ANSI CLASS 300A4:ANSI CLASS600最大工作压力7MPaA5:ANSI CLASS900最大工作压力7MPaA6:ANSI CLASS1500最大工作压力7MPaD2:DIN PN10/16D4:DIN PN25/40G2:GB PN10/16G4:GB PN25/40H2:HG20592 PN10/16H4:HG20592 PN25/40H5:HG20592 PN63EJA438N-DMS A16GA-BB05-97DNJ1:JIS 10KJ2:JIS 20KJ4:JIS 40KA1:ANSI CLASS 150A2:ANSI CLASS 300A4:ANSI CLASS600最大工作压力7MPaA5:ANSI CLASS900最大工作压力7MPaA6:ANSI CLASS1500最大工作压力7MPaD2:DIN PN10/16D4:DIN PN25/40G2:GB PN10/16G4:GB PN25/40H2:HG20592 PN10/16H4:HG20592 PN25/40H5:HG20592 PN63法兰尺寸法兰材质EJA438E-DHSCJ-917DN-EA13A1SE05-BB2F凸法兰尺寸-4:4-inch（100mm）3:3-inch（80mm）材质-A:JIS S25CB:304 SSTC:316 SSTEJA438N-DMSA16G A-BB05-97DND：3-inch（80mm）S25CE：3-inch（80mm）SUS304F：3-inch（80mm）SUS316G：4-inch（100mm）S25CH：4-inch（100mm）SUS304J：4-inch（100mm）SUS316垫圈密封面EJA438E-DHSCJ-917DN-EA13A1SE05-BB2F1：齿面（仅适用ANSI法兰）2：平面（无锯齿）无接液部分材质EJA438E-DHSCJ-917DN-EA13A1SE05-BB2F膜片 插入筒 其他SE:316L SST 316 SST 316 SSTHE:哈C-276 316SST316SSTTE:钽316SST316SSTEJA438N-DM S A16GA-BB05-97DNS:隔膜为JIS SUS316L，管道和其他均为JIS SUS316冲洗连接环EJA438E-DHSCJ-917DN-EA13A1SE05-BB2F0:无无凸法兰隔膜突出长度EJA438E-DHSCJ-917DN-EA13A1SE05-BB2F1：长度=50mm3：长度=100mm5：长度=150mm7：长度=200mmEJA438N-DMSA16GA-BB05-97DN2：长度=50mm4：长度=100mm6：长度=150mm8：长度=200mm封入液EJA438E-DHSCJ-917DN-EA13A1SE05-B B2F内容同EJA438E平法兰EJA438N-DMSA16GA-B B05-97DN内容同EJA438W毛细管长度EJA438E-DHSCJ-917DN-EA13A1SE05-BB2F1:1m 6:6m B:11m2:2m 7:7m C:12m3:3m 8:8m D:13m4:4m 9:9m E:14m5:5m A:10m F:15mEJA438N-DMSA16GA-BB05-97DN规定的毛细管长度从1~15m（DN100）规定的毛细管长度从1~10m（DN80）法兰材质EJA438E-DASCJ-917DN-AA11E1SA00-BB2AE:316SST(适配器)EJA438E-DASCJ-917DN-DA11D1SD00-BB2AD:316 SST(法兰及连接管)垫圈密封面EJA438E-DASCJ-917DN-AA11E1SA00-BB2A1：齿面（仅适用ANSI法兰）2：平面（无锯齿）EJA438E-DASCJ-917DN-DA11D1SD00-BB2A1：齿面（仅适用ANSI法兰）2：平面（无锯齿）接液部分材质EJA438E-DASCJ-917DN-AA11E1SA00-BB2A膜片 其他SA:316L SST 316 SSTWA:哈C-276 316SSTEJA438E-DASCJ-917DN-DA11D1SD00-BB2A膜片 其他SD:316L SST 316 SSTWD:哈C-276 316SST冲洗连接环EJA438E-DASCJ-917DN-AA11E1SA00-BB2A0:无EJA438E-DASCJ-917DN-DA11D1SD00-BB2A0:无隔膜突出长度EJA438E-DASCJ-917DN-AA11E1SA00-BB2A0:无EJA438E-DASCJ-917DN-DA11D1SD00-BB2A0:无封入液EJA438E-DASCJ-917DN-AA11E1SA00-B B2A过程温度环境温度A:普通型（硅油） -10~250℃ -10~60℃B:普通型（硅油） -30~210℃ -30~60℃D:禁油型（氟油） -20~120℃ -10~60℃E:低温型（乙二醇） -50~100℃ -40~60℃1:高温高真空（硅油）-10~250℃ -10~50℃4:高真空（硅油） -10~100℃ -10~50℃EJA438E-DASCJ-917DN-DA11D1SD00-B B2A过程温度环境温度A:普通型（硅油） -10~250℃ -10~60℃B:普通型（硅油） -30~210℃ -30~60℃D:禁油型（氟油） -20~120℃ -10~60℃E:低温型（乙二醇） -50~100℃ -40~60℃1:高温高真空（硅油）-10~250℃ -10~50℃4:高真空（硅油） -10~100℃ -10~50℃毛细管连接EJA438E-DASCJ-917DN-AA11E1SA00-B B2AB:隔膜密封背面引出EJA438E-DASCJ-917DN-DA11D1SD00-B B2AB:隔膜密封背面引出毛细管长度EJA438E-DASCJ-917DN-AA11E1SA00-BB2A1:1m 6:6m2:2m 7:7m3:3m 8:8m4:4m 9:9m5:5m A:10mEJA438E-DASCJ-917DN-DA11D1SD00-BB2A1:1m 6:6m2:2m 7:7m3:3m 8:8m4:4m 9:9m5:5m A:10m。
EJA智能变送器 EJA110A,EJA120A..
主营产品：网站首页公司简介产品展示新闻中心技术文章资质认证在线留言联系我们· ABB执行器· 日本横河分析仪· 日本横河AXF电磁流量计· 日本横河DY涡街流量计· 日本横河ROTAMAESS 3质量流量计· 重庆川仪西门子PDS变送器· 日本横河YTA温变· 重庆川仪阀门定位器· 日本横河EJA变送器· 重庆川仪调节阀· 重庆川仪执行器· 重庆川仪电磁流量仪表· 重庆川仪分析仪器· 重庆川仪温度仪表· 控制系统· 重庆川仪控制仪表· 仪表盘箱柜· 电气控制柜· 材料及元件联系人：陶先生联系电话：023-********传真：023-********移动电话：132********地址：重庆市北碚区卢作浮路222号Email：QQ：1976998069点击看大图如果您对该产品感兴趣的话,可以产品资料首页 >>> 产品目录 >>> 日本横河EJA变送器EJA智能变送器给我留言产品名称: EJA智能变送器产品型号: EJA110A，EJA120A，EJA130A，EJA210A，EJA530A，EJA430A，EJ产品展商: 重庆博川仪表有限公司产品文档: 无相关文档简单介绍川仪，重庆川仪，重庆川仪自动化股份有限公司，重庆横河川仪有限公司EJA智能差压压力变送器 ，EJA110A，EJA120A，EJA130A，EJA210A，EJA530A，EJA430A，EJA510A，EJA438W，EJA118W，EJA440A，EJA310A，,EJA438N,EJA118N,BT200手操器，YHC4150X手操器,EJA智能变送器EJA智能变送器 的详细介绍川仪，重庆川仪，重庆川仪自动化股份有限公司，重庆横河川仪有限公司EJA智能差压压力变送器 ，EJA110A，EJA120A，EJA130A，EJA210A，EJA530A，EJA430A，EJA510A，EJA438W，EJA118W，EJA440A，EJA310A,BT200手操器，YHC4150X手操器， EJA智能变送器EJA110A差压变送器产品展示EJA120A微差压变送器EJA130A高静压差变送器EJA210A和EJA220A法兰安装式差压变送器EJA310A绝对压力变送器EJA430A压力变送器EJA440A高压力变送器EJA510A&EJA530A绝对压力/压力变送器EJA530A/HAC压力变送器(高精度)EJA118W、EJA118N和EJA118Y型隔膜密封式差压变送器EJA438W、N型隔膜密封式压力变送器EJA115微小流量变送器EJA系列HART通讯变送器EJA系列FF现场总线通讯变送器在线客服易展叮当。
EJA-E系列和A系列区别
序号内容1变送器量程有变化的型号：差压变送器EJA110E,绝压变送器EJA310E,压力变送器EJA430E,隔膜密封式压力变送器EJA438E，微笑流量变送器EJA115E2精度提高的变送器型号：差压变送器EJA110E,绝压变送器EJA310E,压力变送器EJA430E,高压力变送器EJA440E，绝压变送器EJA510E,压力变送器EJA530E,3除带法兰的EJA210E,EJA118E,EJA438E以外的变送器稳定性均提高到10年。
4HART协议在选型中的代码均由以前的E变为J。
5增加了放大器外壳的选型。
6所有带法兰的变送器型号均分成两部分，前面代码表示变送器本体部分，后面代码表示法兰安装部分。
例如：双法兰EJA118W-DMSA1DB-BA05-97DA，现在为EJA118E-DMSCJ-917DN(本体部分)-WA13A1HW00-BA2F(法兰部分)7带法兰变送器平法兰增加DN40的规格，增加冲洗环的选型。
8增加了EJA118E/Z和EJA438E/Z内嵌式膜片两种形式的法兰变送器，可用于连接DN25，DN20,和DN15的法兰。
9EJA118E和EJA438E的DN80凸法兰的毛细管由原来的最长10m改为最长15m。
电气接口EJA110E-DMS4J-917DA0:G1/2内螺纹，一个电气接口不带盲塞2:1/2NPT内螺纹，两个电气接口不带盲塞4:M20内螺纹，两个电气接口不带盲塞5:G1/2内螺纹，两个电气接口带一个盲塞7:1/2NPT内螺纹，两个电气接口带一个盲塞9:M20内螺纹，两个电气接口带一个盲塞A:G1/2内螺纹，两个电气接口带一个SUS316盲塞C:1/2NPT内螺纹，两个电气接口带一个SUS316盲塞D:M20内螺纹，两个电气接口带一个SUS316盲塞EJA110A-DMS4A-97DA0:G1/2内螺纹，一个电气接口2:1/2NPT内螺纹，两个电气接口不带盲塞3:Pg13.5内螺纹，两个电气接口不带盲塞4:M20内螺纹，两个电气接口不带盲塞5:G1/2内螺纹，两个电气接口带一个盲塞7:1/2NPT内螺纹，两个电气接口带一个盲塞8:Pg13.5内螺纹，两个电气接口带一个盲塞9:M20内螺纹，两个电气接口带一个盲塞A:G1/2内螺纹，两个电气接口带一个SUS316盲塞C:1/2NPT内螺纹，两个电气接口带一个SUS316盲塞D:M20内螺纹，两个电气接口带一个SUS316盲塞2-inch管道安装支架EJA110E-DMS4J-917D AA:SECC平托架B:304SST平托架C:SECC L型托架D:304SST L型托架J:316SST平托架K:316SST L型托架M:316SST底部过程连接N:无EJA110A-DMS4A-97D AA:SECC平托架B:SUS304平托架C:SECC L型托架D:SUS304L型托架J:SUS316平托架K:SUS316L型托架N:无外形尺寸放大器阻尼时间0.00~100.00s0.2~64s工作压力（硅油）正常16MPa；当量程选M/H/V，接液材质选S是，可以选附加代码HG，最大工作压力25MPaL膜盒，接液材质不为S时，最大工作压力3.5MPa；其余情况最大工作压力16MPa稳定性M/H/V膜盒±0.1%URL/10年±0.1%量程上限/60个月（M、H和V膜盒）±0.2%量程上限/12个月（L膜盒）参考精度（量程≥X）普通型普通型：±0.055%F膜盒X=2KPa；M膜盒X=5KPa；H膜盒X=100KPa；V膜盒X=1.4MPa?.065%L膜盒X=3KPa；M膜盒X=10KPa；H膜盒X=100KPa；V膜盒X=1.4MPa除测量量程F以外的所有接液部分材质为S的变送器外形尺寸较EJA110A略有缩小（1CM左右），其余外形尺寸没有变化电气接口EJA120E-DES4J-917DA0:G1/2内螺纹，一个电气接口不带盲塞2:1/2NPT内螺纹，两个电气接口不带盲塞4:M20内螺纹，两个电气接口不带盲塞5:G1/2内螺纹，两个电气接口带一个盲塞7:1/2NPT内螺纹，两个电气接口带一个盲塞9:M20内螺纹，两个电气接口带一个盲塞A:G1/2内螺纹，两个电气接口带一个SUS316盲塞C:1/2NPT内螺纹，两个电气接口带一个SUS316盲塞D:M20内螺纹，两个电气接口带一个SUS316盲塞EJA120A-DES4A-97DA0:G1/2内螺纹，一个电气接口2:1/2NPT内螺纹，两个电气接口不带盲塞3:Pg13.5内螺纹，两个电气接口不带盲塞4:M20内螺纹，两个电气接口不带盲塞5:G1/2内螺纹，两个电气接口带一个盲塞7:1/2NPT内螺纹，两个电气接口带一个盲塞8:Pg13.5内螺纹，两个电气接口带一个盲塞9:M20内螺纹，两个电气接口带一个盲塞A:G1/2内螺纹，两个电气接口带一个SUS316盲塞C:1/2NPT内螺纹，两个电气接口带一个SUS316盲塞D:M20内螺纹，两个电气接口带一个SUS316盲塞放大器阻尼时间0.00~100.00s0.2~64s 稳定性±0.3%URL/年无参考精度（量程≥X）高精度型HAC高精度型：±0.09%X=0.4KPaHAC高精度型：±0.1%X=0.4KPa参考精度（量程＜X）高精度型膜盒 参考精度E ±（0.015+0.03URL/量程）%X=0.4KPa膜盒 参考精度E ±（0.05+0.05X/量程）%X=0.4KPa法兰规格EJA210E-DMS5J-917DN-W A13A1HW00-BJ1:JIS 10KJ2:JIS 20KA1:ANSI CLASS 150A2:ANSI CLASS 300A4:ANSI CLASS 600A5:ANSI CLASS 900(DN40平法兰无该规格)D2:DIN PN10/16D4:DIN PN25/40G2:GB PN10/16G4:GB PN25/40H2:HG20592 PN10/16H4:HG20592 PN25/40H5:HG20592 PN63EJA210A-DMS A1D5B-97DNJ1:JIS 10KJ2:JIS 20KA1:ANSI CLASS 150A2:ANSI CLASS 300A4:ANSI CLASS 600A5:ANSI CLASS 900A6:ANSI CLASS 1500D2:DIN PN10/16D4:DIN PN25/40G2:GB PN10/16G4:GB PN25/40H2:HG20592 PN10/16H4:HG20592 PN25/40H5:HG20592 PN63EJA210A-DMW A1A5B-97DNJ1:JIS 10KJ2:JIS 20KA1:ANSI CLASS 150A2:ANSI CLASS 300A4:ANSI CLASS 600A5:ANSI CLASS 900A6:ANSI CLASS 1500D2:DIN PN10/16D4:DIN PN25/40G2:GB PN10/16G4:GB PN25/40H2:HG20592 PN10/16H4:HG20592 PN25/40H5:HG20592 PN63EJA220A-DHW A16D5B-97DNJ1:JIS 10KJ2:JIS 20KA1:ANSI CLASS 150A2:ANSI CLASS 300A4:ANSI CLASS 600A5:ANSI CLASS 900A6:ANSI CLASS 1500D2:DIN PN10/16D4:DIN PN25/40G2:GB PN10/16G4:GB PN25/40H2:HG20592 PN10/16H4:HG20592 PN25/40H5:HG20592 PN63法兰尺寸法兰材质EJA210E-DMS5J-917DN-W A23A1HW00-BW:平法兰E:凸法兰平法兰尺寸-3:3-inch（80mm）2:2-inch（50mm）8:1 1/2-inch（40mm）凸法兰尺寸-3:3-inch（80mm）4:4-inch（100mm）材质-A:JIS S25CB:304 SSTC:316 SSTEJA210A-DMSA1D5B-97DNEJA210A:平法兰D：3-inch（80mm）S25CE：3-inch（80mm）SUS304F：3-inch（80mm）SUS316EJA210A-DMWA1A5B-97DNEJA210A:平法兰A：2-inch（50mm）S25CB：2-inch（50mm）SUS304C：2-inch（50mm）SUS316EJA220A-DHWA16D5B-97DNEJA220A:凸法兰G：4-inch（100mm）S25CH：4-inch（100mm）SUS304J：4-inch（100mm）SUS316D：3-inch（80mm）S25CE：3-inch（80mm）SUS304F：3-inch（80mm）SUS316垫圈密封面EJA210E-DMS5J-917DN-WA23A1HW00-B1：齿面（仅适用ANSI法兰）2：平面（无锯齿）无无无高压侧（法兰侧）接液部分材质平法兰DN80EJA210E-DMS5J-917DN-WA23A1HW00-BSW:膜片316L SST,其他316SSTHW:膜片和其他均为哈氏合金C-276TW:膜片和其他均为钽KW:膜片和其他均为镍UW:膜片和其他均为钛MW:膜片和其他均为蒙乃尔EJA210A-DM S A1D5B-97DNS:膜片SUS316L,其他SUS316H:膜片和其他均为哈氏合金C-276T:膜片和其他均为钽高压侧（法兰侧）接液部分材质平法兰DN50EJA210E-DMS5J-917DN-WA22A1HW00-BWW:膜片哈氏合金C-276,其他316SSTHW:膜片和其他均为哈氏合金C-276TW:膜片和其他均为钽KW:膜片和其他均为镍UW:膜片和其他均为钛MW:膜片和其他均为蒙乃尔EJA210A-DM W A1A5B-97DNW:膜片哈氏合金C-276,其他SUS316H:膜片和其他均为哈氏合金C-276T:膜片和其他均为钽高压侧（法兰侧）接液部分材质平法兰DN40EJA210E-DMS5J-917DN-WA28A1WW D0-B WW:膜片哈氏合金C-276,其他316SST高压侧（法兰侧）接液部分材质凸法兰DN100EJA210E-DMS5J-917DN-EA24A1SE05-BSE:膜片316L SST,其他316SST，插入筒316SST HE:膜片哈氏合金C-276,其他316SST，插入筒316 SSTTE:膜片钽,其他316SST，插入筒316SST高压侧（法兰侧）接液部分材质凸法兰DN80EJA210E-DMS5J-917DN-EA23A1WE05-BWE:膜片哈氏合金C-276,其他316SST，插入筒316 SSTTE:膜片钽,其他316SST，插入筒316SST冲洗连接环注：1.DN80和DN50的平法兰只能选0/A/B；2.DN40的平法兰只能选C/D3.凸法兰只能选0EJA210E-DMS5J-917DN-WA23A1HW00-B0:无A:直通型冲洗环，排气/排液塞R1/4接头，材质316SSTB:直通型冲洗环，排气/排液塞1/4NPT接头，材质316SSTC:变径型冲洗环，排气/排液塞R1/4接头，材质316SSTD:变径型冲洗环，排气/排液塞1/2NPT接头，材质316SST无无无凸法兰隔膜突出长度EJA210E-DMS5J-917DN-EA23A1WE05-B1：长度=50mm3：长度=100mm5：长度=150mm7：长度=200mm平法兰此项为0EJA220A-DHWA16D5B-97DN2：长度=50mm4：长度=100mm6：长度=150mm8：长度=200mm封入液EJA210E-DMS5J-917DN-WA23A1HW00-B过程温度 环境温度A:高温型（硅油）-10~250℃-10~85℃B:普通型（硅油）-40~120℃-40~85℃D:禁油型（氟油）-20~120℃-20~80℃P:卫生型（丙二醇）-10~120℃-10~85℃无无无放大器阻尼时间0.00~100.00sEJA220A-DH W A16D5B-97DNS:膜片SUS316L,管道SUS316，其他SUS316W:膜片哈氏合金C-276,管道SUS316，其他SUS3160.2~64s放大器外壳EJA310E-DAS4J-917DA1：铸铝合金3：抗腐蚀铸铝合金2：ASTM CF-8M不锈钢无电气接口EJA310E-DAS4J-917DA0:G1/2内螺纹，一个电气接口不带盲塞2:1/2NPT内螺纹，两个电气接口不带盲塞4:M20内螺纹，两个电气接口不带盲塞5:G1/2内螺纹，两个电气接口带一个盲塞7:1/2NPT内螺纹，两个电气接口带一个盲塞9:M20内螺纹，两个电气接口带一个盲塞A:G1/2内螺纹，两个电气接口带一个SUS316盲塞C:1/2NPT内螺纹，两个电气接口带一个SUS316盲塞D:M20内螺纹，两个电气接口带一个SUS316盲塞EJA310A-DAS4A-97DA0:G1/2内螺纹，一个电气接口2:1/2NPT内螺纹，两个电气接口不带盲塞3:Pg13.5内螺纹，两个电气接口不带盲塞4:M20内螺纹，两个电气接口不带盲塞5:G1/2内螺纹，两个电气接口带一个盲塞7:1/2NPT内螺纹，两个电气接口带一个盲塞8:Pg13.5内螺纹，两个电气接口带一个盲塞9:M20内螺纹，两个电气接口带一个盲塞A:G1/2内螺纹，两个电气接口带一个SUS316盲塞C:1/2NPT内螺纹，两个电气接口带一个SUS316盲塞D:M20内螺纹，两个电气接口带一个SUS316盲塞2-inch管道安装支架EJA310E-DAS4J-917D AA:SECC平托架B:304SST平托架C:SECC L型托架D:304SST L型托架J:316SST平托架K:316SST L型托架M:316SST底部过程连接N:无EJA310A-DAS4A-97D AA:SECC平托架B:SUS304平托架C:SECC L型托架D:SUS304L型托架J:SUS316平托架K:SUS316L型托架N:无放大器阻尼时间0.00~100.00s0.2~64s 稳定性?.2%URL/10年?.1%URL/1年环境温度影响/28℃膜盒 影响L ±（0.12%量程+0.35%URL）M ±（0.06%量程+0.035%URL）A和B ±（0.06%量程+0.012%URL）膜盒 影响L ±（0.095%量程+0.118%URL）M ±（0.084%量程+0.028%URL）A ±（0.080%量程+0.008%URL）参考精度（量程≥X）膜盒 参考精度L ?.15%M ?.1%A和B ±0.1%L膜盒X=5.4KPa；M膜盒X=21.4KPa；A膜盒X=0.35MPa；B膜盒X=1.6MPa膜盒 参考精度L ?.2%M ?.15%A ?.15%L膜盒X=5.4KPa；M膜盒X=21.8KPa；A膜盒X=0.25MPa参考精度（量程＜X）膜盒 参考精度L ±（0.095+0.0297URL/量程）%M ±（0.045+0.0090URL/量程）%A和B ±（0.062+0.0038URL/量程）%L膜盒X=5.4KPa；M膜盒X=21.4KPa；A膜盒X=0.35MPa；B膜盒X=1.6MPa膜盒 参考精度L ±（0.15+0.05X/量程）%M ±（0.10+0.05X/量程）%A ±（0.10+0.05X/量程）%L膜盒X=5.4KPa；M膜盒X=21.8KPa；A膜盒X=0.25MPa最大过压膜盒L&M500KPa膜盒A16MPa膜盒B25MPa膜盒L&M500KPa膜盒A 4.5MPa稳定性?.1%URL/10年?.1%URL/5年参考精度（量程≥X）普通型普通型：±0.055%H膜盒X=70KPa；A膜盒X=0.35MPa；B膜盒X=1.6MPa；?.065%M膜盒X=10KPa；A膜盒X=0.3MPa；B膜盒X=1.4MPa；参考精度（量程＜X）普通型膜盒 参考精度H ±（0.01+0.0063URL/量程）%A和B ±（0.01+0.0045URL/量程）%H膜盒X=70KPa；A膜盒X=0.35MPa；B膜盒X=1.6MPa；膜盒 参考精度M和A和B ±（0.015+0.05X/量程）%M膜盒X=10KPa；A膜盒X=0.3MPa；B膜盒X=1.4MPa；参考精度（量程≥X）高精度型HAC高精度型：±0.04%（只适用于接液代码为S）H膜盒X=70KPa；A膜盒X=0.35MPa；B膜盒X=1.6MPa；无参考精度（量程＜X）高精度型膜盒 参考精度H ±（0.005+0.0049URL/量程）%A和B ±（0.005+0.0035URL/量程）%H膜盒X=70KPa；A膜盒X=0.35MPa；B膜盒X=1.6MPa；无最大过压膜盒H&A16MPa膜盒B25MPa膜盒M150KPa膜盒A 4.5MPa膜盒B21MPa电气接口EJA440E-DCS5J-917DA内容同EJA310E EJA440A-DCS5A-97DA 内容同EJA310A2-inch管道安装支架EJA440E-DCS5J-917D A内容同EJA310E EJA440A-DCS5A-97D A 内容同EJA310A放大器阻尼时间0.00~100.00s0.2~64s 稳定性?.1%URL/10年?.1%URL/5年参考精度（量程≥X）?.055%C膜盒X=8MPa；D膜盒X=8MPa；?.12%C膜盒X=8MPa；D膜盒X=8MPa；参考精度（量程＜X）膜盒 参考精度C ±（0.015+0.0100URL/量程）%D ±（0.015+0.0064URL/量程）%C膜盒X=8MPa；D膜盒X=8MPa；膜盒 参考精度C和D ±（0.03+0.09X/量程）%C膜盒X=8MPa；D膜盒X=8MPa；参考精度（量程≥X）高精度型HAC高精度型：±0.04%A膜盒X=20KPa；B膜盒X=0.2MPa；C膜盒X=1MPa；D膜盒X=8MPa无参考精度（量程＜X）高精度型膜盒 参考精度A ±（0.004URL/量程）%B和C ±（0.005+0.0035URL/量程）%D ±（0.0064*50MPa/量程）%A膜盒X=20KPa；B膜盒X=0.2MPa；C膜盒X=1MPa；D膜盒X=8MPa无高压结构HG最大压力70MPaEJA510E-DDS4N-012DN/HG无参考精度（量程＜X）普通型膜盒 参考精度A/B/C/D ±（0.0055URL/量程）%A膜盒X=20KPa；B膜盒X=0.2MPa；C膜盒X=1MPa；D膜盒X=8MPa膜盒 参考精度A/B/C ±（0.025+0.05X/量程）%D ±（0.03+0.09X/量程）%A膜盒X=40KPa；B膜盒X=0.2MPa；C膜盒X=1MPa；D膜盒X=8MPa参考精度（量程≥X）高精度型HAC高精度型：±0.04%A膜盒X=20KPa；B膜盒X=0.2MPa；C膜盒X=1MPa；D膜盒X=8MPa无参考精度（量程＜X）高精度型膜盒 参考精度A ±（0.004URL/量程）%B和C ±（0.005+0.0035URL/量程）%D ±（0.0064*50MPa/量程）%A膜盒X=20KPa；B膜盒X=0.2MPa；C膜盒X=1MPa；D膜盒X=8MPa无高压结构HG最大压力70MPaEJA530E-DDS4N-012DN/HG无法兰规格EJA118E-DMSCJ-917DN-W A13A1HW00-BA2FJ1:JIS 10KJ2:JIS 20KJ4:JIS 40KA1:ANSI CLASS 150A2:ANSI CLASS 300A4:ANSI CLASS 600A5:ANSI CLASS 900(DN40平法兰无该规格)D2:DIN PN10/16D4:DIN PN25/40D5:DIN PN64(DN40平法兰无该规格)G2:GB PN10/16G4:GB PN25/40G6:GB PN110(DN40平法兰无该规格)H2:HG20592 PN10/16H4:HG20592 PN25/40H5:HG20592 PN63H6:HG20592 PN100(DN40平法兰无该规格)EJA118W-DMS A1DB-BA05-97DAJ1:JIS 10KJ2:JIS 20KJ4:JIS 40KA1:ANSI CLASS 150A2:ANSI CLASS 300A4:ANSI CLASS 600A5:ANSI CLASS 900A6:ANSI CLASS 1500A7:ANSI CLASS 2500D2:DIN PN10/16D4:DIN PN25/40D5:DIN PN64G2:GB PN10/16G4:GB PN25/40G6:GB PN110H2:HG20592 PN10/16H4:HG20592 PN25/40H5:HG20592 PN63H6:HG20592 PN100EJA118W-DMS A1AB-BA05-97DAJ1:JIS 10KJ2:JIS 20KJ4:JIS 40KA1:ANSI CLASS 150A2:ANSI CLASS 300A4:ANSI CLASS 600A5:ANSI CLASS 900A6:ANSI CLASS 1500A7:ANSI CLASS 2500D2:DIN PN10/16D4:DIN PN25/40D5:DIN PN64G2:GB PN10/16G4:GB PN25/40G6:GB PN110H2:HG20592 PN10/16H4:HG20592 PN25/40H5:HG20592 PN63H6:HG20592 PN100法兰尺寸法兰材质EJA118E-DMSCJ-917DN-WA13A1HW00-BA2F平法兰尺寸-3:3-inch（80mm）2:2-inch（50mm）8:1 1/2-inch（40mm）材质-A:JIS S25CB:304 SSTC:316 SSTEJA118W-DMSA1D B-BA05-97DAD：3-inch（80mm）S25CE：3-inch（80mm）SUS304F：3-inch（80mm）SUS316EJA118W-DMSA1A B-BA05-97DAA：2-inch（50mm）S25CB：2-inch（50mm）SUS304C：2-inch（50mm）SUS316垫圈密封面EJA118E-DMSCJ-917DN-WA13A1HW00-BA2F1：齿面（仅适用ANSI法兰）2：平面（无锯齿）无无接液部分材质平法兰DN80/DN50EJA118E-DMSCJ-917DN-WA13A1HW00-BA2FSW:膜片和其他均为316L SSTHW:膜片和其他均为哈氏合金C-276TW:膜片和其他均为钽KW:膜片和其他均为镍UW:膜片和其他均为钛MW:膜片和其他均为蒙乃尔EJA118W-DM S A1DB-BA05-97DAS:膜片和其他均为SUS316LH:膜片和其他均为哈氏合金C-276T:膜片和其他均为钽U:膜片和其他均为钛接液部分材质平法兰DN40EJA118E-DMSCJ-917DN-WA18A1SW 30-BA2A SW:膜片和其他均为316L SST无无冲洗连接环注：1.DN80和DN50的平法兰只能选0/1/2；2.DN40的平法兰只能选3/4EJA118E-DMSCJ-917DN-WA13A1HW 00-BA2F 0:无1:直通型冲洗环，排气/排液塞R1/4接头，材质316SST2:直通型冲洗环，排气/排液塞1/4NPT接头，材质316SST3:变径型冲洗环，排气/排液塞R1/4接头，材质316SST4:变径型冲洗环，排气/排液塞1/2NPT接头，材质316SST无无封入液EJA118E-DMSCJ-917DN-WA13A1HW00-B A2F过程温度 环境温度A:普通型（硅油）-10~315℃-10~60℃B:普通型（硅油）-30~210℃-30~60℃C:高温型（硅油）10~315℃10~60℃D:禁油型（氟油）-20~120℃-10~60℃E:低温型（乙二醇）-50~100℃-40~60℃1:高温高真空（硅油）-10~250℃-10~60℃2:高温高真空（硅油）10~310℃10~60℃4:高真空（硅油）-10~100℃-10~60℃毛细管长度EJA118E-DMSCJ-917DN-WA13A1HW00-BA2F 1:1m 6:6m B:11m 2:2m 7:7m C:12m 3:3m 8:8m D:13m 4:4m 9:9m E:14m 5:5m A:10m F:15m DN40的毛细管只到10mEJA118W-DMSA1DB-BA 05-97DA 规定的毛细管长度从1~15mEJA118W-DMSA1AB-BA 05-97DA 规定的毛细管长度从1~10m放大器阻尼时间0.00~100.00s 环境温度一般型：-40~60℃带LCD显示：-30~60℃以下参数含EJA118E平法兰，凸法兰和混合型以下参数含EJA118W,EJA118N和EJA118Y一般型：-40~85℃带LCD显示：-30~80℃0.2~64s EJA118W-DMSA1DB-B A05-97DA过程温度环境温度A:普通型（硅油） -10~315℃ -10~60℃B:普通型（硅油） -30~210℃ -30~60℃C:高温型（硅油） 10~315℃ 10~60℃D:禁油型（氟油） -20~120℃ -10~60℃E:低温型（乙二醇） -50~100℃ -40~60℃法兰规格EJA118E-DMSCJ-917DN-E A14A1SE06-BB2FJ1:JIS 10KJ2:JIS 20KA1:ANSI CLASS 150A2:ANSI CLASS 300A4:ANSI CLASS 600A5:ANSI CLASS 900D2:DIN PN10/16D4:DIN PN25/40G2:GB PN10/16G4:GB PN25/40H2:HG20592 PN10/16H4:HG20592 PN25/40H5:HG20592 PN63EJA118N-DMS A16EB-BB05-97DAJ1:JIS 10KJ2:JIS 20KA1:ANSI CLASS 150A2:ANSI CLASS 300A4:ANSI CLASS600最大工作压力7MPaA5:ANSI CLASS900最大工作压力7MPaA6:ANSI CLASS1500最大工作压力7MPaD2:DIN PN10/16D4:DIN PN25/40G2:GB PN10/16G4:GB PN25/40H2:HG20592 PN10/16H4:HG20592 PN25/40H5:HG20592 PN63法兰尺寸法兰材质EJA118E-DMSCJ-917DN-EA14A1SE06-BB2F凸法兰尺寸-4:4-inch（100mm）3:3-inch（80mm）材质-A:JIS S25CB:304 SSTC:316 SSTEJA118N-DMSA16E B-BB05-97DAG：4-inch（100mm）S25CH：4-inch（100mm）SUS304I：4-inch（100mm）SUS316D：3-inch（80mm）S25CE：3-inch（80mm）SUS304F：3-inch（80mm）SUS316垫圈密封面EJA118E-DMSCJ-917DN-EA14A1SE06-BB2F1：齿面（仅适用ANSI法兰）2：平面（无锯齿）无接液部分材质EJA118E-DMSCJ-917DN-EA14A1SE06-BB2F膜片 插入筒 其他SE:316L SST 316 SST 316 SSTHE:哈C-276 316 SST 316 SSTTE:钽316SST316SSTEJA118N-DM S A16EB-BB05-97DAS:隔膜JIS SUS316L，管道JIS SUS316，其它JIS SUS316冲洗连接环EJA118E-DMSCJ-917DN-EA14A1SE06-BB2F0:无无凸法兰隔膜突出长度EJA118E-DMSCJ-917DN-EA14A1SE06-BB2F2：长度=50mm4：长度=100mm6：长度=150mm8：长度=200mmEJA118N-DMSA16EB-BB05-97DA2：长度=50mm4：长度=100mm6：长度=150mm8：长度=200mm封入液EJA118E-DMSCJ-917DN-EA14A1SE06-B B2F内容同EJA118E平法兰EJA118N-DMSA16EB-B B05-97DA内容同EJA118W毛细管长度EJA118E-DMSCJ-917DN-EA14A1SE06-BB2F1:1m 6:6m B:11m2:2m 7:7m C:12m3:3m 8:8m D:13m4:4m 9:9m E:14m5:5m A:10m F:15mEJA118N-DMSA16EB-BB05-97DA规定的毛细管长度从1~15m（DN100）规定的毛细管长度从1~10m（DN80）垫圈密封面EJA118E-DMSCJ-917DN-YA1WA1SY05-BC2F1：齿面（仅适用ANSI法兰）2：平面（无锯齿）无接液部分材质EJA118E-DMSCJ-917DN-YA1WA1SY05-BC2F膜片 插入筒 其他SY:高压侧:316L SST316 SST 316 SST低压侧:316L SST-316L SSTHY:高压侧:哈C-276 316SST316SST低压侧:哈C-276-哈C-276TY:高压侧:钽316SST316SST低压侧:钽-钽EJA118Y-DM S A16PB-BC05-97DAS:隔膜JIS SUS316L，管道JISSUS316，其它JIS SUS316冲洗连接环EJA118E-DMSCJ-917DN-YA1WA1SY05-BC2F0:无无凸法兰隔膜突出长度EJA118E-DMSCJ-917DN-YA1WA1SY05-BC2F1：长度=50mm3：长度=100mm5：长度=150mm7：长度=200mmEJA118Y-DMSA16PB-BC05-97DA2：长度=50mm4：长度=100mm6：长度=150mm8：长度=200mm封入液EJA118E-DMSCJ-917DN-YA1WA1SY05-B C2F内容同EJA118E平法兰EJA118Y-DMSA16PB-B C05-97DA内容同EJA118W毛细管长度EJA118E-DMSCJ-917DN-YA1WA1SY05-BC2F1:1m 6:6m B:11m2:2m 7:7m C:12m3:3m 8:8m D:13m4:4m 9:9m E:14m5:5m A:10m F:15mEJA118Y-DMSA16PB-BC05-97DA规定的毛细管长度从1~10m冲洗连接环EJA118E-DMSCJ-917DN-AA11E1SA00-BB1A0:无EJA118E-DMSCJ-917DN-DA11D1SD00-BB1A0:无隔膜突出长度EJA118E-DMSCJ-917DN-AA11E1SA00-BB1A0:无EJA118E-DMSCJ-917DN-DA11D1SD00-BB1A0:无封入液EJA118E-DMSCJ-917DN-AA11E1SA00-B B1A过程温度 环境温度A:普通型（硅油）-10~250℃-10~60℃B:普通型（硅油）-30~210℃-30~60℃D:禁油型（氟油）-20~120℃-10~60℃E:低温型（乙二醇）-50~100℃-40~60℃1:高温高真空（硅油）-10~250℃-10~50℃4:高真空（硅油）-10~100℃-10~50℃EJA118E-DMSCJ-917DN-DA11D1SD00-B B1A过程温度 环境温度A:普通型（硅油）-10~250℃-10~60℃B:普通型（硅油）-30~210℃-30~60℃D:禁油型（氟油）-20~120℃-10~60℃E:低温型（乙二醇）-50~100℃-40~60℃1:高温高真空（硅油）-10~250℃-10~50℃4:高真空（硅油）-10~100℃-10~50℃毛细管连接EJA118E-DMSCJ-917DN-AA11E1SA00-B B1AB:隔膜密封背面引出EJA118E-DMSCJ-917DN-DA11D1SD00-B B1AB:隔膜密封背面引出毛细管处置方式EJA118E-DMSCJ-917DN-AA11E1SA00-BB1A1:固定式（≥2m）2:标准式EJA118E-DMSCJ-917DN-DA11D1SD00-BB1A1:固定式（≥2m）2:标准式毛细管长度EJA118E-DMSCJ-917DN-AA11E1SA00-BB1A1:1m 6:6m2:2m 7:7m3:3m 8:8m4:4m 9:9m5:5m A:10mEJA118E-DMSCJ-917DN-DA11D1SD00-BB1A1:1m 6:6m2:2m 7:7m3:3m 8:8m4:4m 9:9m5:5m A:10m平法兰EJA438E-DHSCJ-917DN-W A13A1HW00-BA2F EJA438W-DMSA1EB-BA05-97DN法兰规格EJA438E-DHSCJ-917DN-W A13A1HW00-BA2FJ1:JIS 10KJ2:JIS 20KJ4:JIS 40KJ6:JIS 63K(DN40平法兰无该规格)A1:ANSI CLASS 150A2:ANSI CLASS 300A4:ANSI CLASS 600A5:ANSI CLASS 900(DN40平法兰无该规格)A6:ANSI CLASS 1500(DN40平法兰无该规格)D2:DIN PN10/16D4:DIN PN25/40D5:DIN PN64(DN40平法兰无该规格)G2:GB PN10/16G4:GB PN25/40G6:GB PN110(DN40平法兰无该规格)H2:HG20592 PN10/16H4:HG20592 PN25/40H5:HG20592 PN63H6:HG20592 PN100(DN40平法兰无该规格)EJA438W-DMS A1EB-BA05-97DNJ1:JIS 10KJ2:JIS 20KJ4:JIS 40KA1:ANSI CLASS 150A2:ANSI CLASS 300A4:ANSI CLASS 600A5:ANSI CLASS 900A6:ANSI CLASS 1500A7:ANSI CLASS 2500D2:DIN PN10/16D4:DIN PN25/40D5:DIN PN64G2:GB PN10/16G4:GB PN25/40G6:GB PN110H2:HG20592 PN10/16H4:HG20592 PN25/40H5:HG20592 PN63H6:HG20592 PN100法兰尺寸法兰材质EJA438E-DHSCJ-917DN-WA13A1HW00-BA2F平法兰尺寸-3:3-inch（80mm）2:2-inch（50mm）8:1 1/2-inch（40mm）材质-A:JIS S25CB:304 SSTC:316 SSTEJA438W-DMSA1E B-BA05-97DNA：2-inch（50mm）S25CB：2-inch（50mm）SUS304C：2-inch（50mm）SUS316D：3-inch（80mm）S25CE：3-inch（80mm）SUS304F：3-inch（80mm）SUS316垫圈密封面EJA438E-DHSCJ-917DN-WA13A1HW00-BA2F1：齿面（仅适用ANSI法兰）2：平面（无锯齿）无接液部分材质平法兰DN80/DN50EJA438E-DHSCJ-917DN-WA13A1HW00-BA2FSW:膜片和其他均为316L SSTHW:膜片和其他均为哈氏合金C-276TW:膜片和其他均为钽KW:膜片和其他均为镍UW:膜片和其他均为钛MW:膜片和其他均为蒙乃尔EJA438W-DM S A1EB-BA05-97DNS:膜片和其他均为SUS316LH:膜片和其他均为哈氏合金C-276T:膜片和其他均为钽U:膜片和其他均为钛接液部分材质平法兰DN40EJA438E-DHSCJ-917DN-WA18A1SW00-BA2FSW:膜片为316L SST,其他为316SST无冲洗连接环注：1.DN80和DN50的平法兰只能选0/A/B；2.DN40的平法兰只能选C/D EJA438E-DHSCJ-917DN-WA13A1HW00-BA2F0:无A:直通型冲洗环，排气/排液塞R1/4接头，材质316SSTB:直通型冲洗环，排气/排液塞1/4NPT接头，材质316SSTC:变径型冲洗环，排气/排液塞R1/4接头，材质316SSTD:变径型冲洗环，排气/排液塞1/2NPT接头，材质316SST无封入液EJA118E-DMSCJ-917DN-WA13A1HW00-B A2F过程温度 环境温度A:普通型（硅油）-10~315℃-10~60℃B:普通型（硅油）-30~210℃-30~60℃C:高温型（硅油）10~315℃10~60℃D:禁油型（氟油）-20~120℃-10~60℃E:低温型（乙二醇）-50~100℃-40~60℃1:高温高真空（硅油）-10~250℃-10~60℃2:高温高真空（硅油）10~310℃10~60℃4:高真空（硅油）-10~100℃-10~60℃EJA438W-DMSA1EB-B A05-97DN过程温度环境温度A:普通型（硅油） -10~315℃ -10~60℃B:普通型（硅油） -30~210℃ -30~60℃C:高温型（硅油） 10~315℃ 10~60℃D:禁油型（氟油） -20~120℃ -10~60℃E:低温型（乙二醇） -50~100℃ -40~60℃毛细管长度EJA118E-DMSCJ-917DN-WA13A1HW00-BA2F1:1m 6:6m B:11m2:2m 7:7m C:12m3:3m 8:8m D:13m4:4m 9:9m E:14m5:5m A:10m F:15mDN40的毛细管只到10mEJA438W-DMSA1EB-BA05-97DN规定的毛细管长度从1~15m（DN80）规定的毛细管长度从1~10m（DN50）凸法兰EJA438E-DHSCJ-917DN-E A13A1SE05-BB2F EJA438N-DMSA16GA-BB05-97DN法兰规格（选型内容相同）EJA438E-DHSCJ-917DN-E A13A1SE05-BB2FJ1:JIS 10KJ2:JIS 20KJ4:JIS 40KA1:ANSI CLASS 150A2:ANSI CLASS 300A4:ANSI CLASS600最大工作压力7MPaA5:ANSI CLASS900最大工作压力7MPaA6:ANSI CLASS1500最大工作压力7MPaD2:DIN PN10/16D4:DIN PN25/40G2:GB PN10/16G4:GB PN25/40H2:HG20592 PN10/16H4:HG20592 PN25/40H5:HG20592 PN63EJA438N-DMS A16GA-BB05-97DNJ1:JIS 10KJ2:JIS 20KJ4:JIS 40KA1:ANSI CLASS 150A2:ANSI CLASS 300A4:ANSI CLASS600最大工作压力7MPaA5:ANSI CLASS900最大工作压力7MPaA6:ANSI CLASS1500最大工作压力7MPaD2:DIN PN10/16D4:DIN PN25/40G2:GB PN10/16G4:GB PN25/40H2:HG20592 PN10/16H4:HG20592 PN25/40H5:HG20592 PN63法兰尺寸法兰材质EJA438E-DHSCJ-917DN-EA13A1SE05-BB2F凸法兰尺寸-4:4-inch（100mm）3:3-inch（80mm）材质-A:JIS S25CB:304 SSTC:316 SSTEJA438N-DMSA16G A-BB05-97DND：3-inch（80mm）S25CE：3-inch（80mm）SUS304F：3-inch（80mm）SUS316G：4-inch（100mm）S25CH：4-inch（100mm）SUS304J：4-inch（100mm）SUS316垫圈密封面EJA438E-DHSCJ-917DN-EA13A1SE05-BB2F1：齿面（仅适用ANSI法兰）2：平面（无锯齿）无接液部分材质EJA438E-DHSCJ-917DN-EA13A1SE05-BB2F膜片 插入筒 其他SE:316L SST 316 SST 316 SSTHE:哈C-276 316SST316SSTTE:钽316SST316SSTEJA438N-DM S A16GA-BB05-97DNS:隔膜为JIS SUS316L，管道和其他均为JIS SUS316冲洗连接环EJA438E-DHSCJ-917DN-EA13A1SE05-BB2F0:无无凸法兰隔膜突出长度EJA438E-DHSCJ-917DN-EA13A1SE05-BB2F1：长度=50mm3：长度=100mm5：长度=150mm7：长度=200mmEJA438N-DMSA16GA-BB05-97DN2：长度=50mm4：长度=100mm6：长度=150mm8：长度=200mm封入液EJA438E-DHSCJ-917DN-EA13A1SE05-B B2F内容同EJA438E平法兰EJA438N-DMSA16GA-B B05-97DN内容同EJA438W毛细管长度EJA438E-DHSCJ-917DN-EA13A1SE05-BB2F1:1m 6:6m B:11m2:2m 7:7m C:12m3:3m 8:8m D:13m4:4m 9:9m E:14m5:5m A:10m F:15mEJA438N-DMSA16GA-BB05-97DN规定的毛细管长度从1~15m（DN100）规定的毛细管长度从1~10m（DN80）法兰材质EJA438E-DASCJ-917DN-AA11E1SA00-BB2AE:316SST(适配器)EJA438E-DASCJ-917DN-DA11D1SD00-BB2AD:316 SST(法兰及连接管)垫圈密封面EJA438E-DASCJ-917DN-AA11E1SA00-BB2A1：齿面（仅适用ANSI法兰）2：平面（无锯齿）EJA438E-DASCJ-917DN-DA11D1SD00-BB2A1：齿面（仅适用ANSI法兰）2：平面（无锯齿）接液部分材质EJA438E-DASCJ-917DN-AA11E1SA00-BB2A膜片 其他SA:316L SST 316 SSTWA:哈C-276 316SSTEJA438E-DASCJ-917DN-DA11D1SD00-BB2A膜片 其他SD:316L SST 316 SSTWD:哈C-276 316SST冲洗连接环EJA438E-DASCJ-917DN-AA11E1SA00-BB2A0:无EJA438E-DASCJ-917DN-DA11D1SD00-BB2A0:无隔膜突出长度EJA438E-DASCJ-917DN-AA11E1SA00-BB2A0:无EJA438E-DASCJ-917DN-DA11D1SD00-BB2A0:无封入液EJA438E-DASCJ-917DN-AA11E1SA00-B B2A过程温度环境温度A:普通型（硅油） -10~250℃ -10~60℃B:普通型（硅油） -30~210℃ -30~60℃D:禁油型（氟油） -20~120℃ -10~60℃E:低温型（乙二醇） -50~100℃ -40~60℃1:高温高真空（硅油）-10~250℃ -10~50℃4:高真空（硅油） -10~100℃ -10~50℃EJA438E-DASCJ-917DN-DA11D1SD00-B B2A过程温度环境温度A:普通型（硅油） -10~250℃ -10~60℃B:普通型（硅油） -30~210℃ -30~60℃D:禁油型（氟油） -20~120℃ -10~60℃E:低温型（乙二醇） -50~100℃ -40~60℃1:高温高真空（硅油）-10~250℃ -10~50℃4:高真空（硅油） -10~100℃ -10~50℃毛细管连接EJA438E-DASCJ-917DN-AA11E1SA00-B B2AB:隔膜密封背面引出EJA438E-DASCJ-917DN-DA11D1SD00-B B2AB:隔膜密封背面引出毛细管长度EJA438E-DASCJ-917DN-AA11E1SA00-BB2A1:1m 6:6m2:2m 7:7m3:3m 8:8m4:4m 9:9m5:5m A:10mEJA438E-DASCJ-917DN-DA11D1SD00-BB2A1:1m 6:6m2:2m 7:7m3:3m 8:8m4:4m 9:9m5:5m A:10m。
EJA变送器的选型和主要参数
EJA变送器的选型和主要参数EJA变送器的选型和主要参数龙岩市造纸实业公司曾启勤关键词膜盆量程,实际测量量程,BT200,绝对压力零点,零点迁移引言在DCS系统中用压力,差压变送器能实现对压力,压差液位,流量等的自动控制.因此在大规模的造纸厂,压力,差压变送器占具着极其重要的位置.由于DPHARPKIA(DifferentialpressIIrehighaccuracyresonantsensorpressul~transmiUer)在我厂使用量多,在此我想主要就FAA的选型和主要参数设置上谈谈我的一些体会.～,KIA的工作原理由单晶硅谐振式传感器上的两个H形的振动梁分别将差压,压力信号转换为频率信号,送到脉冲计数器,再将两频率之间直接传递到CPU(微处理器)进行数据处理,经D/A 转换器转换为与输入信号相对应的4—20mA1)C的输出信号,并在模拟信号上叠加一个BRAIN/~&RT数字信号进行通讯.(△P周暑每4—20nlADC及数字信号▲j豫端IKIA智能变速器工作原理图二,选型由于EJA型号多,不同型号有不同的安装要求,测量范围等,若型号选择不好,轻则引起浪费,重则无法测量,甚至损坏变送器.因此KIA的造型是个非常重要的问题.下面我将分步骤讨论普通型A的选型问题:第一,首先我们必须明确被测量是压力,差压,液位,绝对压力还是流量.下面从KIA 的应用(即从被测量的角度)列一表格(丧1).第二,选类型:常规安装,直接安装还是隔膜式安装,后,对被测介质具有腐蚀性或会产生沉淀,均应先用隔膜式,具体选择用什么类型的A变送器.在这边值得注意的是,选常规安装时,你应根据自己的安装设计来选择管道连接,安装方式,接线口等.若选隔膜式,则应考虑法兰规格,法兰尺寸,是否带毛细管,毛细管要多长等.第三,根据工艺要求,选择实际测量量程在膜盒量程范围的型号.首先根据被测介质直接进入变送器然后再根据安装环境,测量需要来第四,选择材质,一般无特殊要求就选最具代表性的规格c下面就选型方面举个例子.如图44示密闭容器,要求控制容器中纸浆液位在O.6m左右,最高不超过去时1m,液面上空有一70Kpa左右的真空;容器高2m选一EJA变送器.步骤:(1)被测量为液位,从表l中可知液位变进器的型号有EJA】】O,EJA118N,EJA1l8W, F-3A210A和F-3A220A.(2)选类型:被选介质为纸浆,进人变送器后会产生沉淀,影响测量,所以应选隔膜式. 此为一密闭容器,液面上空是真空度在变化的真空,应选双法兰带毛细管的EJA变送器,把转换部安装位置设计在离容器顶垂直距离3m,水平距离0.5m处,法兰尺寸选3一inch(80mm,DIl80),两法兰均为平膜.因此可选法兰尺寸为3一inch(80mm,DIl8o)毛细管长为4m的EJA118w.(3)要求容器中纸浆液位为06m,所以可选测量量程为100Kpa,下限值为0,上限值为100Kpa.(4)材质选标准规格中最具代表的规格.综上所述,查选型资料可知EJA118w—DMSAIEA—AA04—90DN符合上述要求. 三,主要参数设置E.IA每种型号的使用说明书中都有告诉我们各种参数的设置方法.但由于量程设置与零点调整这两种参数的设置方法较多,概念较容易混洧.在这我就这两种参数的不同设置方法作一翻归纳和总结.1,量程设置首先我们必须区分两个概念:膜盒量程和测量量程.膜盒量程是指EJA变送器可测量的量程范围是不可更改的,如EH118w变送器,HA型的盒量程范围是2.5—100Kp8.测量量程是指用户使用过程中所需的量程,如选型例中100Kpa.这边所说的量程设置是测量量程的设置,测量量程必须在膜盒量程的范围之内.在E.IA变送器中量程设置有如下规则:测量量程:上限值一下限值改变上限值,下限不会跟着变,量程改变.改变下限值,上限值自动同幅度变化,所以量程保持不变.EJA的量程设置有三种方法:(1)在设置菜单页的c:SE1TING参数页中,通过改变c2:LOWRANGE改变量程的上,下限值或改变:HIGHRANGE而改变测量量程.(2)带工程单位的量程改变若你在设置页的D:AUXSETI中的参数项D20:DISPSELECT选择USERSET或USER&%显示,且在D22:DISPUNIT中设置了工程单位,则你若要改变量程或上,下限值就只能通过D2.2:DISPLRV和D23:DISPHRV.改变D22:DISPLRV的值,量程不变,上,下限值改变.改变1723:DISPHR'v"的值,量程和上限值改变,下限值勤不变.(3)实际输入时量程的改变HIO:AUTOLRVH11:AUTOHRV,这种设置方法允许上,下限值根据实际输入值而自动设置.如果上下限值被设定,则(1)法中的c2:LOWRANGE,:HIGHRANGE也同时随着改变.例如,当前测量范围为O一3Mpa45a,若当前实际输入为O.3Mpa,进行如下操作按ENTER键两次,下限值自动变为O.3Mpa,再按键认可,上限值自动同幅改变.变为33Mpa量积范围为03Mpa一3.3Mpa.b,若当前输入为2MPa,进行如下操作按ENTER键两次,上限值自动变为2Mpa,再按F'|键认可,下限值不变,上限值为2Mpa,量程改变为2Mpa,量程范围为OMpa一2Mpa.13,L_-<种量程设置方法应根据具体情况来运用.2,零点调整由于ETA的使用说明书上有零点调整的详细步骤在此我只谈谈存在零点迁移时,零点应如何确定.标准零点:当传感器所受的差压或压力(即输入)为零时,输出也为A昔零,这一点即为标准零点./,,EJA允许零点迁移,即只要在量程范围内,即使输入压力不为零,\,一/,输出也可调为零.根据公式:输出值=(输入值一测量量程低限)/测量量程×100%,可知,标准零点应为输出值等于零,输入小值等于零,测量量程低限值也等于零;而存在零点迁移时,输入值=测量量程低限值不等于零,输出为零,为迁移后的零点.因此,当测量量程的下限值不为零时,零点调整时只有当输入值=测量量程低限值时,才能把输出调为零,否则测量将出错.如图示为EJA差压变送器在我们车间三段通气的一个应用,A管中介质为一100Kpa一100Kpa变化的蒸汽,变送器高压侧导压管有效长度为1m,低压侧与大气通.量程设置时,大家都理所当然地认为下限值为一100Kpa,上限值为100Kpa,因此当变送器输人为零时,输出调为50%,达到调零目的.但当变压器在生产中正式启用后才发现测量值并不能直接反应A管中介质压力.后来我仔细考虑才发现,由于变送器高压侧存在有效长度为lm长46的导压管,因此还存在lOKpa的压力迁移.即当A管中介质压力为一100Kpa时,变送器的实际输入应为一100+lO=90Kpa,而管中介质压力为100Kpa时,变送器的实际输入应为100+l0=l10Kpa,也就是说,量程的上,下限值就分别为110Kpa和一90Kpa,而非100Kpa和一100Kpa.这样,当A管介质为OKpa时,实际输入=0+10=l0Kpa,输出:[10一(一90)]/[110一(一90)]×100%:50%.此时把输出调到505,也就达到调零目的.事实证明这是正确的.从我们车间多年使用EJA变送器的情况看,EJA变送器质量较稳定,查错也较简单(内藏指示有相应的错误代码提示).但值得注意的是,日常维护时,除了定期的排气,排污外,应特别注意检查电气连接的金属软管有无破损,若有破损,应立即更换,预防水从软管破损处进入接线端,造成损坏.应用型号类型量程测量范围(Kpa)L0.5—10差EJAI1OA常规安装Ml一1oo压H5—5oo和V0.14—14Mpa液EJA1l8N凸膜片M2.5一loo位EJAll8w平膜片EJAl18Y一凸一平H25—5o0微差压EJAl2oA常规安装E0.1一l液位开口EJA2l0A平膜片Ml一1oo闭口容器EJA22oA凸膜片H5—5ooLl—l0流量EJAI15内藏孔板M2一looH20—210A0.03—3MpaEJA430A常规安装B0.14—14MpaEJA438W平膜片嵌入A0.06—3Mpa压B0.46—14MpaA0.06—3MpaEJA438N凸膜片远传B0.46—7MpaEJA440A常规安装C5—32Mpa (高压力)D5—50Mpa力A10—2ooB0.1—2MpaEJA530A直接安装C0.5—10MpaD5—50Mpa绝L0.67—10EJA3l0A常规安装M1.3一l30对H0.03—3Mpa压A1O一200EJA5loA直接安装B0.1—2Mpa力C0.5—10MpaD5—50Mpa47。
EJA110A-1
*1：BR A I N协 议,包 含" - "及" . "在 内 的1 6个 数 字 或 字 母; H A RT协 议,包 含" -"及" . "在 内 的8个 数 字 或 字 母 。
* 2： 如 果 开 平 方 输 出,阻 尼 时 间 设 为2秒 或 以 上 。
L .................................................. 0.5~10KPa(50~1000mmH2O) M.................................................. 1~100KPa(100~10000mmH2O) H .................................................. 5~500KPa(0.05~5Kgf/cm2) V .................................................. 0.14~14MPa(1.4~140Kgf/cm2)(注1)
若量程小于 X ±[0.015＋0 . 05 X ]％
量程
X 取值： 膜盒
XkPa{inH2O}
L
3{12}
M
10{40}
H
100{400}
V
1.4MPa{200psi}
平方根输出精度
输出
精度
≥50%
同参考精度
50%～ 下 降 点
参 考 精度×5 0 平方 根 输出(% )
环境温度影响
o
总影响量/28℃(50 F)
相关仪表“ ” B T2 0 0： 参 见G S 0 1 C0 0A 11 -0 0CY
污泥低温干化机网带对除湿效能影响的实验测试与分析
污泥低温干化机网带对除湿效能影响的实验测试与分析*刘道广（上海同臣环保有限公司，上海200092）【摘要】研究了污泥低温干化机的网带层数与网带铺泥厚度对回风温度、湿度、出水产能及压降的影响，并以此评估出适用于污泥低温干化机网带干化污泥颗粒的最佳工况。
结果表明，在4层网带中（4层a 工况），污泥颗粒在0.60m/s 的网带送风速度下干燥后的出水产能最小为20.7kg/h，相比于2层网带中污泥颗粒在0.90m/s 下干燥后最大的出水产能（19.7kg/h ）仍高5.1%，可知4层网带污泥颗粒干燥后的出水产能更多，干燥效果更好。
在网带层数的影响下，4层网带中的出水产能相较于2层网带最大可提升60.1%。
在网带铺泥厚度的影响下，4层网带中的出水产能最大可提升11.3%，2层网带中最大出水产能相较于最小出水产能提升了44.0%。
网带送风速度为0.90m/s 时的出水产能相较于网带送风速度为0.60m/s 时的出水产能最大可提升36.0%。
研究发现网带层数对污泥低温干化机的除湿效能影响最为重要。
【关键词】污泥干化；除湿效能；网带层数；网带厚度；网带送风速度中图分类号：X703文献标识码：A文章编号：1005-8206（2024）02-0069-06DOI ：10.19841/ki.hjwsgc.2024.02.010Experimental Test and Analysis of the Influence of Sludge Low-temperature Dryer Mesh Belt on Dehumidification Efficiency LIU Daoguang（Shanghai Tongchen Environmental Protection Co.Ltd.，Shanghai200092）【Abstract 】The effects of the number of mesh belt layers and the thickness of the mesh belt sludge spreading on thereturn air temperature，humidity，aqueous output capacity，and pressure drop were investigated.The optimum working conditions applicable to the mesh belt of a sludge low-temperature dryer for sludge particles were evaluated.The result indicated that in four-layer mesh （a condition of four-layer a ），the sludge particles in the 0.60m/s mesh belt air velocity had the lowest water yield of 20.7kg/h after pared with the maximum water yield（19.7kg/h ）of the sludge particles in the two-layer mesh belt after drying ，it was still 5.1%higher.It could be shown that the water yield after drying of the four-layer mesh belt sludge particles was more，and the drying effect was superior.Under the influence of the number of layers of mesh belt，the water yield of the four-layer mesh belt could be improved by 60.1%when compared to the two-layer mesh belt.Under the impact of the thickness of the mesh belt sludge spreading，the maximum output capacity of the four-layer mesh belt could be increased by 11.3%.And the maximum output capacity of the two-layer mesh belt could be increased by 44.0%when compared to the minimum output capacity.The maximum increase of the water yield under 0.90m/s mesh belt air velocity could be raised by 36.0%when compared to 0.60m/s.The study founded that the number of mesh belt layers had the greatest influence on the dehumidification efficiency of sludge low-temperature dryer.【Key words 】sludge drying；dehumidification efficiency；number of mesh belt layers；mesh belt thickness；mesh beltair velocity*基金项目：上海市科技创新行动计划项目（21DZ1210005）收稿日期：2023-12-18；录用日期：2024-03-12文章栏目：热化学处理与烟气污染控制文章类型：研究论文刘道广.污泥低温干化机网带对除湿效能影响的实验测试与分析［J ］.环境卫生工程，2024，32（2）：69-74.LIU D G.Experimental test and analysis of the influence of sludge low-temperature dryer mesh belt on dehumidification efficiency ［J ］.EnvironmentalSanitation Engineering ，2024，32（2）：69-74.0引言针对污泥的处理处置技术主要有卫生填埋、干化焚烧、厌氧消化、土地利用和好氧堆肥技术［1］。
横河川仪EJA变送器hart说明
横河EJA110E差压变送器调校量程的参考精度!
今天我们来讲讲横河EJA110E差压变送器调校量程的参考精度！我们在买变送器的时候根据现场量程参考变送器的量程膜盒，选择正确的量程膜盒。
整体性能误差是在管道压力固定的情况下，用以衡量变送器整体性能的指标。
.
整体性能误差=±√E12²+ E22²+ E32²
E1:校正量程的参考精度
E2:每变化28°的环境温度影响
E3:每变化6.9MPa的静压量程影响
总精度
总精度是用以全面衡量变送器总性能的指标，它覆盖实际安装工况下导致测量误差的所有主要因素。
横河公司以此作为测量标准来评定变送器的性能。
总精度=±√E1²+ E2²+(E3 +E4)²+ E5²
EI: 校正量程的参考精度
E2:每变化28*的环境温度影响
E3:每变化6.9MPa的静压量程影响
E4:每变化6. 9MPa的静压零点影响
E5:过压为25MPa时的过压影响
不仅每天的温度变化会影响测量，产生不易察觉的误差，而且管道压力的波动、三阀组/五阀组的误操作引起的过压以及其他类似现象也会导致同样的结果。
总精度指标覆盖了，上述环境变化所造成的误差情况，为衡量变送器在工厂实际工况下的运行性能提供了综合实用的评定标准。
EJA-E系列和A系列区别知识讲解
序号内容1变送器量程有变化的型号：差压变送器EJA110E,绝压变送器EJA310E,压力变送器EJA430E,隔膜密封式压力变送器EJA438E，微笑流量变送器EJA115E2精度提高的变送器型号：差压变送器EJA110E,绝压变送器EJA310E,压力变送器EJA430E,高压力变送器EJA440E，绝压变送器EJA510E,压力变送器EJA530E,3除带法兰的EJA210E,EJA118E,EJA438E以外的变送器稳定性均提高到10年。
4HART协议在选型中的代码均由以前的E变为J。
5增加了放大器外壳的选型。
6所有带法兰的变送器型号均分成两部分，前面代码表示变送器本体部分，后面代码表示法兰安装部分。
例如：双法兰EJA118W-DMSA1DB-BA05-97DA，现在为EJA118E-DMSCJ-917DN(本体部分)-WA13A1HW00-BA2F(法兰部分)7带法兰变送器平法兰增加DN40的规格，增加冲洗环的选型。
8增加了EJA118E/Z和EJA438E/Z内嵌式膜片两种形式的法兰变送器，可用于连接DN25，DN20,和DN15的法兰。
9EJA118E和EJA438E的DN80凸法兰的毛细管由原来的最长10m改为最长15m。
电气接口EJA110E-DMS4J-917DA0:G1/2内螺纹，一个电气接口不带盲塞2:1/2NPT内螺纹，两个电气接口不带盲塞4:M20内螺纹，两个电气接口不带盲塞5:G1/2内螺纹，两个电气接口带一个盲塞7:1/2NPT内螺纹，两个电气接口带一个盲塞9:M20内螺纹，两个电气接口带一个盲塞A:G1/2内螺纹，两个电气接口带一个SUS316盲塞C:1/2NPT内螺纹，两个电气接口带一个SUS316盲塞D:M20内螺纹，两个电气接口带一个SUS316盲塞EJA110A-DMS4A-97DA0:G1/2内螺纹，一个电气接口2:1/2NPT内螺纹，两个电气接口不带盲塞3:Pg13.5内螺纹，两个电气接口不带盲塞4:M20内螺纹，两个电气接口不带盲塞5:G1/2内螺纹，两个电气接口带一个盲塞7:1/2NPT内螺纹，两个电气接口带一个盲塞8:Pg13.5内螺纹，两个电气接口带一个盲塞9:M20内螺纹，两个电气接口带一个盲塞A:G1/2内螺纹，两个电气接口带一个SUS316盲塞C:1/2NPT内螺纹，两个电气接口带一个SUS316盲塞D:M20内螺纹，两个电气接口带一个SUS316盲塞2-inch管道安装支架EJA110E-DMS4J-917D AA:SECC平托架B:304SST平托架C:SECC L型托架D:304SST L型托架J:316SST平托架K:316SST L型托架M:316SST底部过程连接N:无EJA110A-DMS4A-97D AA:SECC平托架B:SUS304平托架C:SECC L型托架D:SUS304L型托架J:SUS316平托架K:SUS316L型托架N:无外形尺寸放大器阻尼时间0.00~100.00s0.2~64s工作压力（硅油）正常16MPa；当量程选M/H/V，接液材质选S是，可以选附加代码HG，最大工作压力25MPaL膜盒，接液材质不为S时，最大工作压力3.5MPa；其余情况最大工作压力16MPa稳定性M/H/V膜盒±0.1%URL/10年±0.1%量程上限/60个月（M、H和V膜盒）±0.2%量程上限/12个月（L膜盒）参考精度（量程≥X）普通型普通型：±0.055%F膜盒X=2KPa；M膜盒X=5KPa；H膜盒X=100KPa；V膜盒X=1.4MPa?.065%L膜盒X=3KPa；M膜盒X=10KPa；H膜盒X=100KPa；V膜盒X=1.4MPa除测量量程F以外的所有接液部分材质为S的变送器外形尺寸较EJA110A略有缩小（1CM左右），其余外形尺寸没有变化电气接口EJA120E-DES4J-917DA0:G1/2内螺纹，一个电气接口不带盲塞2:1/2NPT内螺纹，两个电气接口不带盲塞4:M20内螺纹，两个电气接口不带盲塞5:G1/2内螺纹，两个电气接口带一个盲塞7:1/2NPT内螺纹，两个电气接口带一个盲塞9:M20内螺纹，两个电气接口带一个盲塞A:G1/2内螺纹，两个电气接口带一个SUS316盲塞C:1/2NPT内螺纹，两个电气接口带一个SUS316盲塞D:M20内螺纹，两个电气接口带一个SUS316盲塞EJA120A-DES4A-97DA0:G1/2内螺纹，一个电气接口2:1/2NPT内螺纹，两个电气接口不带盲塞3:Pg13.5内螺纹，两个电气接口不带盲塞4:M20内螺纹，两个电气接口不带盲塞5:G1/2内螺纹，两个电气接口带一个盲塞7:1/2NPT内螺纹，两个电气接口带一个盲塞8:Pg13.5内螺纹，两个电气接口带一个盲塞9:M20内螺纹，两个电气接口带一个盲塞A:G1/2内螺纹，两个电气接口带一个SUS316盲塞C:1/2NPT内螺纹，两个电气接口带一个SUS316盲塞D:M20内螺纹，两个电气接口带一个SUS316盲塞放大器阻尼时间0.00~100.00s0.2~64s 稳定性±0.3%URL/年无参考精度（量程≥X）高精度型HAC高精度型：±0.09%X=0.4KPaHAC高精度型：±0.1%X=0.4KPa参考精度（量程＜X）高精度型膜盒 参考精度E ±（0.015+0.03URL/量程）%X=0.4KPa膜盒 参考精度E ±（0.05+0.05X/量程）%X=0.4KPa法兰规格EJA210E-DMS5J-917DN-W A13A1HW00-BJ1:JIS 10KJ2:JIS 20KA1:ANSI CLASS 150A2:ANSI CLASS 300A4:ANSI CLASS 600A5:ANSI CLASS 900(DN40平法兰无该规格)D2:DIN PN10/16D4:DIN PN25/40G2:GB PN10/16G4:GB PN25/40H2:HG20592 PN10/16H4:HG20592 PN25/40H5:HG20592 PN63EJA210A-DMS A1D5B-97DNJ1:JIS 10KJ2:JIS 20KA1:ANSI CLASS 150A2:ANSI CLASS 300A4:ANSI CLASS 600A5:ANSI CLASS 900A6:ANSI CLASS 1500D2:DIN PN10/16D4:DIN PN25/40G2:GB PN10/16G4:GB PN25/40H2:HG20592 PN10/16H4:HG20592 PN25/40H5:HG20592 PN63EJA210A-DMW A1A5B-97DNJ1:JIS 10KJ2:JIS 20KA1:ANSI CLASS 150A2:ANSI CLASS 300A4:ANSI CLASS 600A5:ANSI CLASS 900A6:ANSI CLASS 1500D2:DIN PN10/16D4:DIN PN25/40G2:GB PN10/16G4:GB PN25/40H2:HG20592 PN10/16H4:HG20592 PN25/40H5:HG20592 PN63EJA220A-DHW A16D5B-97DNJ1:JIS 10KJ2:JIS 20KA1:ANSI CLASS 150A2:ANSI CLASS 300A4:ANSI CLASS 600A5:ANSI CLASS 900A6:ANSI CLASS 1500D2:DIN PN10/16D4:DIN PN25/40G2:GB PN10/16G4:GB PN25/40H2:HG20592 PN10/16H4:HG20592 PN25/40H5:HG20592 PN63法兰尺寸法兰材质EJA210E-DMS5J-917DN-W A23A1HW00-BW:平法兰E:凸法兰平法兰尺寸-3:3-inch（80mm）2:2-inch（50mm）8:1 1/2-inch（40mm）凸法兰尺寸-3:3-inch（80mm）4:4-inch（100mm）材质-A:JIS S25CB:304 SSTC:316 SSTEJA210A-DMSA1D5B-97DNEJA210A:平法兰D：3-inch（80mm）S25CE：3-inch（80mm）SUS304F：3-inch（80mm）SUS316EJA210A-DMWA1A5B-97DNEJA210A:平法兰A：2-inch（50mm）S25CB：2-inch（50mm）SUS304C：2-inch（50mm）SUS316EJA220A-DHWA16D5B-97DNEJA220A:凸法兰G：4-inch（100mm）S25CH：4-inch（100mm）SUS304J：4-inch（100mm）SUS316D：3-inch（80mm）S25CE：3-inch（80mm）SUS304F：3-inch（80mm）SUS316垫圈密封面EJA210E-DMS5J-917DN-WA23A1HW00-B1：齿面（仅适用ANSI法兰）2：平面（无锯齿）无无无高压侧（法兰侧）接液部分材质平法兰DN80EJA210E-DMS5J-917DN-WA23A1HW00-BSW:膜片316L SST,其他316SSTHW:膜片和其他均为哈氏合金C-276TW:膜片和其他均为钽KW:膜片和其他均为镍UW:膜片和其他均为钛MW:膜片和其他均为蒙乃尔EJA210A-DM S A1D5B-97DNS:膜片SUS316L,其他SUS316H:膜片和其他均为哈氏合金C-276T:膜片和其他均为钽高压侧（法兰侧）接液部分材质平法兰DN50EJA210E-DMS5J-917DN-WA22A1HW00-BWW:膜片哈氏合金C-276,其他316SSTHW:膜片和其他均为哈氏合金C-276TW:膜片和其他均为钽KW:膜片和其他均为镍UW:膜片和其他均为钛MW:膜片和其他均为蒙乃尔EJA210A-DM W A1A5B-97DNW:膜片哈氏合金C-276,其他SUS316H:膜片和其他均为哈氏合金C-276T:膜片和其他均为钽高压侧（法兰侧）接液部分材质平法兰DN40EJA210E-DMS5J-917DN-WA28A1WW D0-B WW:膜片哈氏合金C-276,其他316SST高压侧（法兰侧）接液部分材质凸法兰DN100EJA210E-DMS5J-917DN-EA24A1SE05-BSE:膜片316L SST,其他316SST，插入筒316SST HE:膜片哈氏合金C-276,其他316SST，插入筒316 SSTTE:膜片钽,其他316SST，插入筒316SST高压侧（法兰侧）接液部分材质凸法兰DN80EJA210E-DMS5J-917DN-EA23A1WE05-BWE:膜片哈氏合金C-276,其他316SST，插入筒316 SSTTE:膜片钽,其他316SST，插入筒316SST冲洗连接环注：1.DN80和DN50的平法兰只能选0/A/B；2.DN40的平法兰只能选C/D3.凸法兰只能选0EJA210E-DMS5J-917DN-WA23A1HW00-B0:无A:直通型冲洗环，排气/排液塞R1/4接头，材质316SSTB:直通型冲洗环，排气/排液塞1/4NPT接头，材质316SSTC:变径型冲洗环，排气/排液塞R1/4接头，材质316SSTD:变径型冲洗环，排气/排液塞1/2NPT接头，材质316SST无无无凸法兰隔膜突出长度EJA210E-DMS5J-917DN-EA23A1WE05-B1：长度=50mm3：长度=100mm5：长度=150mm7：长度=200mm平法兰此项为0EJA220A-DHWA16D5B-97DN2：长度=50mm4：长度=100mm6：长度=150mm8：长度=200mm封入液EJA210E-DMS5J-917DN-WA23A1HW00-B过程温度 环境温度A:高温型（硅油）-10~250℃-10~85℃B:普通型（硅油）-40~120℃-40~85℃D:禁油型（氟油）-20~120℃-20~80℃P:卫生型（丙二醇）-10~120℃-10~85℃无无无放大器阻尼时间0.00~100.00sEJA220A-DH W A16D5B-97DNS:膜片SUS316L,管道SUS316，其他SUS316W:膜片哈氏合金C-276,管道SUS316，其他SUS3160.2~64s放大器外壳EJA310E-DAS4J-917DA1：铸铝合金3：抗腐蚀铸铝合金2：ASTM CF-8M不锈钢无电气接口EJA310E-DAS4J-917DA0:G1/2内螺纹，一个电气接口不带盲塞2:1/2NPT内螺纹，两个电气接口不带盲塞4:M20内螺纹，两个电气接口不带盲塞5:G1/2内螺纹，两个电气接口带一个盲塞7:1/2NPT内螺纹，两个电气接口带一个盲塞9:M20内螺纹，两个电气接口带一个盲塞A:G1/2内螺纹，两个电气接口带一个SUS316盲塞C:1/2NPT内螺纹，两个电气接口带一个SUS316盲塞D:M20内螺纹，两个电气接口带一个SUS316盲塞EJA310A-DAS4A-97DA0:G1/2内螺纹，一个电气接口2:1/2NPT内螺纹，两个电气接口不带盲塞3:Pg13.5内螺纹，两个电气接口不带盲塞4:M20内螺纹，两个电气接口不带盲塞5:G1/2内螺纹，两个电气接口带一个盲塞7:1/2NPT内螺纹，两个电气接口带一个盲塞8:Pg13.5内螺纹，两个电气接口带一个盲塞9:M20内螺纹，两个电气接口带一个盲塞A:G1/2内螺纹，两个电气接口带一个SUS316盲塞C:1/2NPT内螺纹，两个电气接口带一个SUS316盲塞D:M20内螺纹，两个电气接口带一个SUS316盲塞2-inch管道安装支架EJA310E-DAS4J-917D AA:SECC平托架B:304SST平托架C:SECC L型托架D:304SST L型托架J:316SST平托架K:316SST L型托架M:316SST底部过程连接N:无EJA310A-DAS4A-97D AA:SECC平托架B:SUS304平托架C:SECC L型托架D:SUS304L型托架J:SUS316平托架K:SUS316L型托架N:无放大器阻尼时间0.00~100.00s0.2~64s 稳定性?.2%URL/10年?.1%URL/1年环境温度影响/28℃膜盒 影响L ±（0.12%量程+0.35%URL）M ±（0.06%量程+0.035%URL）A和B ±（0.06%量程+0.012%URL）膜盒 影响L ±（0.095%量程+0.118%URL）M ±（0.084%量程+0.028%URL）A ±（0.080%量程+0.008%URL）参考精度（量程≥X）膜盒 参考精度L ?.15%M ?.1%A和B ±0.1%L膜盒X=5.4KPa；M膜盒X=21.4KPa；A膜盒X=0.35MPa；B膜盒X=1.6MPa膜盒 参考精度L ?.2%M ?.15%A ?.15%L膜盒X=5.4KPa；M膜盒X=21.8KPa；A膜盒X=0.25MPa参考精度（量程＜X）膜盒 参考精度L ±（0.095+0.0297URL/量程）%M ±（0.045+0.0090URL/量程）%A和B ±（0.062+0.0038URL/量程）%L膜盒X=5.4KPa；M膜盒X=21.4KPa；A膜盒X=0.35MPa；B膜盒X=1.6MPa膜盒 参考精度L ±（0.15+0.05X/量程）%M ±（0.10+0.05X/量程）%A ±（0.10+0.05X/量程）%L膜盒X=5.4KPa；M膜盒X=21.8KPa；A膜盒X=0.25MPa最大过压膜盒L&M500KPa膜盒A16MPa膜盒B25MPa膜盒L&M500KPa膜盒A 4.5MPa稳定性?.1%URL/10年?.1%URL/5年参考精度（量程≥X）普通型普通型：±0.055%H膜盒X=70KPa；A膜盒X=0.35MPa；B膜盒X=1.6MPa；?.065%M膜盒X=10KPa；A膜盒X=0.3MPa；B膜盒X=1.4MPa；参考精度（量程＜X）普通型膜盒 参考精度H ±（0.01+0.0063URL/量程）%A和B ±（0.01+0.0045URL/量程）%H膜盒X=70KPa；A膜盒X=0.35MPa；B膜盒X=1.6MPa；膜盒 参考精度M和A和B ±（0.015+0.05X/量程）%M膜盒X=10KPa；A膜盒X=0.3MPa；B膜盒X=1.4MPa；参考精度（量程≥X）高精度型HAC高精度型：±0.04%（只适用于接液代码为S）H膜盒X=70KPa；A膜盒X=0.35MPa；B膜盒X=1.6MPa；无参考精度（量程＜X）高精度型膜盒 参考精度H ±（0.005+0.0049URL/量程）%A和B ±（0.005+0.0035URL/量程）%H膜盒X=70KPa；A膜盒X=0.35MPa；B膜盒X=1.6MPa；无最大过压膜盒H&A16MPa膜盒B25MPa膜盒M150KPa膜盒A 4.5MPa膜盒B21MPa电气接口EJA440E-DCS5J-917DA内容同EJA310E EJA440A-DCS5A-97DA 内容同EJA310A2-inch管道安装支架EJA440E-DCS5J-917D A内容同EJA310E EJA440A-DCS5A-97D A 内容同EJA310A放大器阻尼时间0.00~100.00s0.2~64s 稳定性?.1%URL/10年?.1%URL/5年参考精度（量程≥X）?.055%C膜盒X=8MPa；D膜盒X=8MPa；?.12%C膜盒X=8MPa；D膜盒X=8MPa；参考精度（量程＜X）膜盒 参考精度C ±（0.015+0.0100URL/量程）%D ±（0.015+0.0064URL/量程）%C膜盒X=8MPa；D膜盒X=8MPa；膜盒 参考精度C和D ±（0.03+0.09X/量程）%C膜盒X=8MPa；D膜盒X=8MPa；参考精度（量程≥X）高精度型HAC高精度型：±0.04%A膜盒X=20KPa；B膜盒X=0.2MPa；C膜盒X=1MPa；D膜盒X=8MPa无参考精度（量程＜X）高精度型膜盒 参考精度A ±（0.004URL/量程）%B和C ±（0.005+0.0035URL/量程）%D ±（0.0064*50MPa/量程）%A膜盒X=20KPa；B膜盒X=0.2MPa；C膜盒X=1MPa；D膜盒X=8MPa无高压结构HG最大压力70MPaEJA510E-DDS4N-012DN/HG无参考精度（量程＜X）普通型膜盒 参考精度A/B/C/D ±（0.0055URL/量程）%A膜盒X=20KPa；B膜盒X=0.2MPa；C膜盒X=1MPa；D膜盒X=8MPa膜盒 参考精度A/B/C ±（0.025+0.05X/量程）%D ±（0.03+0.09X/量程）%A膜盒X=40KPa；B膜盒X=0.2MPa；C膜盒X=1MPa；D膜盒X=8MPa参考精度（量程≥X）高精度型HAC高精度型：±0.04%A膜盒X=20KPa；B膜盒X=0.2MPa；C膜盒X=1MPa；D膜盒X=8MPa无参考精度（量程＜X）高精度型膜盒 参考精度A ±（0.004URL/量程）%B和C ±（0.005+0.0035URL/量程）%D ±（0.0064*50MPa/量程）%A膜盒X=20KPa；B膜盒X=0.2MPa；C膜盒X=1MPa；D膜盒X=8MPa无高压结构HG最大压力70MPaEJA530E-DDS4N-012DN/HG无法兰规格EJA118E-DMSCJ-917DN-W A13A1HW00-BA2FJ1:JIS 10KJ2:JIS 20KJ4:JIS 40KA1:ANSI CLASS 150A2:ANSI CLASS 300A4:ANSI CLASS 600A5:ANSI CLASS 900(DN40平法兰无该规格)D2:DIN PN10/16D4:DIN PN25/40D5:DIN PN64(DN40平法兰无该规格)G2:GB PN10/16G4:GB PN25/40G6:GB PN110(DN40平法兰无该规格)H2:HG20592 PN10/16H4:HG20592 PN25/40H5:HG20592 PN63H6:HG20592 PN100(DN40平法兰无该规格)EJA118W-DMS A1DB-BA05-97DAJ1:JIS 10KJ2:JIS 20KJ4:JIS 40KA1:ANSI CLASS 150A2:ANSI CLASS 300A4:ANSI CLASS 600A5:ANSI CLASS 900A6:ANSI CLASS 1500A7:ANSI CLASS 2500D2:DIN PN10/16D4:DIN PN25/40D5:DIN PN64G2:GB PN10/16G4:GB PN25/40G6:GB PN110H2:HG20592 PN10/16H4:HG20592 PN25/40H5:HG20592 PN63H6:HG20592 PN100EJA118W-DMS A1AB-BA05-97DAJ1:JIS 10KJ2:JIS 20KJ4:JIS 40KA1:ANSI CLASS 150A2:ANSI CLASS 300A4:ANSI CLASS 600A5:ANSI CLASS 900A6:ANSI CLASS 1500A7:ANSI CLASS 2500D2:DIN PN10/16D4:DIN PN25/40D5:DIN PN64G2:GB PN10/16G4:GB PN25/40G6:GB PN110H2:HG20592 PN10/16H4:HG20592 PN25/40H5:HG20592 PN63H6:HG20592 PN100法兰尺寸法兰材质EJA118E-DMSCJ-917DN-WA13A1HW00-BA2F平法兰尺寸-3:3-inch（80mm）2:2-inch（50mm）8:1 1/2-inch（40mm）材质-A:JIS S25CB:304 SSTC:316 SSTEJA118W-DMSA1D B-BA05-97DAD：3-inch（80mm）S25CE：3-inch（80mm）SUS304F：3-inch（80mm）SUS316EJA118W-DMSA1A B-BA05-97DAA：2-inch（50mm）S25CB：2-inch（50mm）SUS304C：2-inch（50mm）SUS316垫圈密封面EJA118E-DMSCJ-917DN-WA13A1HW00-BA2F1：齿面（仅适用ANSI法兰）2：平面（无锯齿）无无接液部分材质平法兰DN80/DN50EJA118E-DMSCJ-917DN-WA13A1HW00-BA2FSW:膜片和其他均为316L SSTHW:膜片和其他均为哈氏合金C-276TW:膜片和其他均为钽KW:膜片和其他均为镍UW:膜片和其他均为钛MW:膜片和其他均为蒙乃尔EJA118W-DM S A1DB-BA05-97DAS:膜片和其他均为SUS316LH:膜片和其他均为哈氏合金C-276T:膜片和其他均为钽U:膜片和其他均为钛接液部分材质平法兰DN40EJA118E-DMSCJ-917DN-WA18A1SW 30-BA2A SW:膜片和其他均为316L SST无无冲洗连接环注：1.DN80和DN50的平法兰只能选0/1/2；2.DN40的平法兰只能选3/4EJA118E-DMSCJ-917DN-WA13A1HW 00-BA2F 0:无1:直通型冲洗环，排气/排液塞R1/4接头，材质316SST2:直通型冲洗环，排气/排液塞1/4NPT接头，材质316SST3:变径型冲洗环，排气/排液塞R1/4接头，材质316SST4:变径型冲洗环，排气/排液塞1/2NPT接头，材质316SST无无封入液EJA118E-DMSCJ-917DN-WA13A1HW00-B A2F过程温度 环境温度A:普通型（硅油）-10~315℃-10~60℃B:普通型（硅油）-30~210℃-30~60℃C:高温型（硅油）10~315℃10~60℃D:禁油型（氟油）-20~120℃-10~60℃E:低温型（乙二醇）-50~100℃-40~60℃1:高温高真空（硅油）-10~250℃-10~60℃2:高温高真空（硅油）10~310℃10~60℃4:高真空（硅油）-10~100℃-10~60℃毛细管长度EJA118E-DMSCJ-917DN-WA13A1HW00-BA2F 1:1m 6:6m B:11m 2:2m 7:7m C:12m 3:3m 8:8m D:13m 4:4m 9:9m E:14m 5:5m A:10m F:15m DN40的毛细管只到10mEJA118W-DMSA1DB-BA 05-97DA 规定的毛细管长度从1~15mEJA118W-DMSA1AB-BA 05-97DA 规定的毛细管长度从1~10m放大器阻尼时间0.00~100.00s 环境温度一般型：-40~60℃带LCD显示：-30~60℃以下参数含EJA118E平法兰，凸法兰和混合型以下参数含EJA118W,EJA118N和EJA118Y一般型：-40~85℃带LCD显示：-30~80℃0.2~64s EJA118W-DMSA1DB-B A05-97DA过程温度环境温度A:普通型（硅油） -10~315℃ -10~60℃B:普通型（硅油） -30~210℃ -30~60℃C:高温型（硅油） 10~315℃ 10~60℃D:禁油型（氟油） -20~120℃ -10~60℃E:低温型（乙二醇） -50~100℃ -40~60℃法兰规格EJA118E-DMSCJ-917DN-E A14A1SE06-BB2FJ1:JIS 10KJ2:JIS 20KA1:ANSI CLASS 150A2:ANSI CLASS 300A4:ANSI CLASS 600A5:ANSI CLASS 900D2:DIN PN10/16D4:DIN PN25/40G2:GB PN10/16G4:GB PN25/40H2:HG20592 PN10/16H4:HG20592 PN25/40H5:HG20592 PN63EJA118N-DMS A16EB-BB05-97DAJ1:JIS 10KJ2:JIS 20KA1:ANSI CLASS 150A2:ANSI CLASS 300A4:ANSI CLASS600最大工作压力7MPaA5:ANSI CLASS900最大工作压力7MPaA6:ANSI CLASS1500最大工作压力7MPaD2:DIN PN10/16D4:DIN PN25/40G2:GB PN10/16G4:GB PN25/40H2:HG20592 PN10/16H4:HG20592 PN25/40H5:HG20592 PN63法兰尺寸法兰材质EJA118E-DMSCJ-917DN-EA14A1SE06-BB2F凸法兰尺寸-4:4-inch（100mm）3:3-inch（80mm）材质-A:JIS S25CB:304 SSTC:316 SSTEJA118N-DMSA16E B-BB05-97DAG：4-inch（100mm）S25CH：4-inch（100mm）SUS304I：4-inch（100mm）SUS316D：3-inch（80mm）S25CE：3-inch（80mm）SUS304F：3-inch（80mm）SUS316垫圈密封面EJA118E-DMSCJ-917DN-EA14A1SE06-BB2F1：齿面（仅适用ANSI法兰）2：平面（无锯齿）无接液部分材质EJA118E-DMSCJ-917DN-EA14A1SE06-BB2F膜片 插入筒 其他SE:316L SST 316 SST 316 SSTHE:哈C-276 316 SST 316 SSTTE:钽316SST316SSTEJA118N-DM S A16EB-BB05-97DAS:隔膜JIS SUS316L，管道JIS SUS316，其它JIS SUS316冲洗连接环EJA118E-DMSCJ-917DN-EA14A1SE06-BB2F0:无无凸法兰隔膜突出长度EJA118E-DMSCJ-917DN-EA14A1SE06-BB2F2：长度=50mm4：长度=100mm6：长度=150mm8：长度=200mmEJA118N-DMSA16EB-BB05-97DA2：长度=50mm4：长度=100mm6：长度=150mm8：长度=200mm封入液EJA118E-DMSCJ-917DN-EA14A1SE06-B B2F内容同EJA118E平法兰EJA118N-DMSA16EB-B B05-97DA内容同EJA118W毛细管长度EJA118E-DMSCJ-917DN-EA14A1SE06-BB2F1:1m 6:6m B:11m2:2m 7:7m C:12m3:3m 8:8m D:13m4:4m 9:9m E:14m5:5m A:10m F:15mEJA118N-DMSA16EB-BB05-97DA规定的毛细管长度从1~15m（DN100）规定的毛细管长度从1~10m（DN80）垫圈密封面EJA118E-DMSCJ-917DN-YA1WA1SY05-BC2F1：齿面（仅适用ANSI法兰）2：平面（无锯齿）无接液部分材质EJA118E-DMSCJ-917DN-YA1WA1SY05-BC2F膜片 插入筒 其他SY:高压侧:316L SST316 SST 316 SST低压侧:316L SST-316L SSTHY:高压侧:哈C-276 316SST316SST低压侧:哈C-276-哈C-276TY:高压侧:钽316SST316SST低压侧:钽-钽EJA118Y-DM S A16PB-BC05-97DAS:隔膜JIS SUS316L，管道JISSUS316，其它JIS SUS316冲洗连接环EJA118E-DMSCJ-917DN-YA1WA1SY05-BC2F0:无无凸法兰隔膜突出长度EJA118E-DMSCJ-917DN-YA1WA1SY05-BC2F1：长度=50mm3：长度=100mm5：长度=150mm7：长度=200mmEJA118Y-DMSA16PB-BC05-97DA2：长度=50mm4：长度=100mm6：长度=150mm8：长度=200mm封入液EJA118E-DMSCJ-917DN-YA1WA1SY05-B C2F内容同EJA118E平法兰EJA118Y-DMSA16PB-B C05-97DA内容同EJA118W毛细管长度EJA118E-DMSCJ-917DN-YA1WA1SY05-BC2F1:1m 6:6m B:11m2:2m 7:7m C:12m3:3m 8:8m D:13m4:4m 9:9m E:14m5:5m A:10m F:15mEJA118Y-DMSA16PB-BC05-97DA规定的毛细管长度从1~10m冲洗连接环EJA118E-DMSCJ-917DN-AA11E1SA00-BB1A0:无EJA118E-DMSCJ-917DN-DA11D1SD00-BB1A0:无隔膜突出长度EJA118E-DMSCJ-917DN-AA11E1SA00-BB1A0:无EJA118E-DMSCJ-917DN-DA11D1SD00-BB1A0:无封入液EJA118E-DMSCJ-917DN-AA11E1SA00-B B1A过程温度 环境温度A:普通型（硅油）-10~250℃-10~60℃B:普通型（硅油）-30~210℃-30~60℃D:禁油型（氟油）-20~120℃-10~60℃E:低温型（乙二醇）-50~100℃-40~60℃1:高温高真空（硅油）-10~250℃-10~50℃4:高真空（硅油）-10~100℃-10~50℃EJA118E-DMSCJ-917DN-DA11D1SD00-B B1A过程温度 环境温度A:普通型（硅油）-10~250℃-10~60℃B:普通型（硅油）-30~210℃-30~60℃D:禁油型（氟油）-20~120℃-10~60℃E:低温型（乙二醇）-50~100℃-40~60℃1:高温高真空（硅油）-10~250℃-10~50℃4:高真空（硅油）-10~100℃-10~50℃毛细管连接EJA118E-DMSCJ-917DN-AA11E1SA00-B B1AB:隔膜密封背面引出EJA118E-DMSCJ-917DN-DA11D1SD00-B B1AB:隔膜密封背面引出毛细管处置方式EJA118E-DMSCJ-917DN-AA11E1SA00-BB1A1:固定式（≥2m）2:标准式EJA118E-DMSCJ-917DN-DA11D1SD00-BB1A1:固定式（≥2m）2:标准式毛细管长度EJA118E-DMSCJ-917DN-AA11E1SA00-BB1A1:1m 6:6m2:2m 7:7m3:3m 8:8m4:4m 9:9m5:5m A:10mEJA118E-DMSCJ-917DN-DA11D1SD00-BB1A1:1m 6:6m2:2m 7:7m3:3m 8:8m4:4m 9:9m5:5m A:10m平法兰EJA438E-DHSCJ-917DN-W A13A1HW00-BA2F EJA438W-DMSA1EB-BA05-97DN法兰规格EJA438E-DHSCJ-917DN-W A13A1HW00-BA2FJ1:JIS 10KJ2:JIS 20KJ4:JIS 40KJ6:JIS 63K(DN40平法兰无该规格)A1:ANSI CLASS 150A2:ANSI CLASS 300A4:ANSI CLASS 600A5:ANSI CLASS 900(DN40平法兰无该规格)A6:ANSI CLASS 1500(DN40平法兰无该规格)D2:DIN PN10/16D4:DIN PN25/40D5:DIN PN64(DN40平法兰无该规格)G2:GB PN10/16G4:GB PN25/40G6:GB PN110(DN40平法兰无该规格)H2:HG20592 PN10/16H4:HG20592 PN25/40H5:HG20592 PN63H6:HG20592 PN100(DN40平法兰无该规格)EJA438W-DMS A1EB-BA05-97DNJ1:JIS 10KJ2:JIS 20KJ4:JIS 40KA1:ANSI CLASS 150A2:ANSI CLASS 300A4:ANSI CLASS 600A5:ANSI CLASS 900A6:ANSI CLASS 1500A7:ANSI CLASS 2500D2:DIN PN10/16D4:DIN PN25/40D5:DIN PN64G2:GB PN10/16G4:GB PN25/40G6:GB PN110H2:HG20592 PN10/16H4:HG20592 PN25/40H5:HG20592 PN63H6:HG20592 PN100法兰尺寸法兰材质EJA438E-DHSCJ-917DN-WA13A1HW00-BA2F平法兰尺寸-3:3-inch（80mm）2:2-inch（50mm）8:1 1/2-inch（40mm）材质-A:JIS S25CB:304 SSTC:316 SSTEJA438W-DMSA1E B-BA05-97DNA：2-inch（50mm）S25CB：2-inch（50mm）SUS304C：2-inch（50mm）SUS316D：3-inch（80mm）S25CE：3-inch（80mm）SUS304F：3-inch（80mm）SUS316垫圈密封面EJA438E-DHSCJ-917DN-WA13A1HW00-BA2F1：齿面（仅适用ANSI法兰）2：平面（无锯齿）无接液部分材质平法兰DN80/DN50EJA438E-DHSCJ-917DN-WA13A1HW00-BA2FSW:膜片和其他均为316L SSTHW:膜片和其他均为哈氏合金C-276TW:膜片和其他均为钽KW:膜片和其他均为镍UW:膜片和其他均为钛MW:膜片和其他均为蒙乃尔EJA438W-DM S A1EB-BA05-97DNS:膜片和其他均为SUS316LH:膜片和其他均为哈氏合金C-276T:膜片和其他均为钽U:膜片和其他均为钛接液部分材质平法兰DN40EJA438E-DHSCJ-917DN-WA18A1SW00-BA2FSW:膜片为316L SST,其他为316SST无冲洗连接环注：1.DN80和DN50的平法兰只能选0/A/B；2.DN40的平法兰只能选C/D EJA438E-DHSCJ-917DN-WA13A1HW00-BA2F0:无A:直通型冲洗环，排气/排液塞R1/4接头，材质316SSTB:直通型冲洗环，排气/排液塞1/4NPT接头，材质316SSTC:变径型冲洗环，排气/排液塞R1/4接头，材质316SSTD:变径型冲洗环，排气/排液塞1/2NPT接头，材质316SST无封入液EJA118E-DMSCJ-917DN-WA13A1HW00-B A2F过程温度 环境温度A:普通型（硅油）-10~315℃-10~60℃B:普通型（硅油）-30~210℃-30~60℃C:高温型（硅油）10~315℃10~60℃D:禁油型（氟油）-20~120℃-10~60℃E:低温型（乙二醇）-50~100℃-40~60℃1:高温高真空（硅油）-10~250℃-10~60℃2:高温高真空（硅油）10~310℃10~60℃4:高真空（硅油）-10~100℃-10~60℃EJA438W-DMSA1EB-B A05-97DN过程温度环境温度A:普通型（硅油） -10~315℃ -10~60℃B:普通型（硅油） -30~210℃ -30~60℃C:高温型（硅油） 10~315℃ 10~60℃D:禁油型（氟油） -20~120℃ -10~60℃E:低温型（乙二醇） -50~100℃ -40~60℃毛细管长度EJA118E-DMSCJ-917DN-WA13A1HW00-BA2F1:1m 6:6m B:11m2:2m 7:7m C:12m3:3m 8:8m D:13m4:4m 9:9m E:14m5:5m A:10m F:15mDN40的毛细管只到10mEJA438W-DMSA1EB-BA05-97DN规定的毛细管长度从1~15m（DN80）规定的毛细管长度从1~10m（DN50）凸法兰EJA438E-DHSCJ-917DN-E A13A1SE05-BB2F EJA438N-DMSA16GA-BB05-97DN法兰规格（选型内容相同）EJA438E-DHSCJ-917DN-E A13A1SE05-BB2FJ1:JIS 10KJ2:JIS 20KJ4:JIS 40KA1:ANSI CLASS 150A2:ANSI CLASS 300A4:ANSI CLASS600最大工作压力7MPaA5:ANSI CLASS900最大工作压力7MPaA6:ANSI CLASS1500最大工作压力7MPaD2:DIN PN10/16D4:DIN PN25/40G2:GB PN10/16G4:GB PN25/40H2:HG20592 PN10/16H4:HG20592 PN25/40H5:HG20592 PN63EJA438N-DMS A16GA-BB05-97DNJ1:JIS 10KJ2:JIS 20KJ4:JIS 40KA1:ANSI CLASS 150A2:ANSI CLASS 300A4:ANSI CLASS600最大工作压力7MPaA5:ANSI CLASS900最大工作压力7MPaA6:ANSI CLASS1500最大工作压力7MPaD2:DIN PN10/16D4:DIN PN25/40G2:GB PN10/16G4:GB PN25/40H2:HG20592 PN10/16H4:HG20592 PN25/40H5:HG20592 PN63法兰尺寸法兰材质EJA438E-DHSCJ-917DN-EA13A1SE05-BB2F凸法兰尺寸-4:4-inch（100mm）3:3-inch（80mm）材质-A:JIS S25CB:304 SSTC:316 SSTEJA438N-DMSA16G A-BB05-97DND：3-inch（80mm）S25CE：3-inch（80mm）SUS304F：3-inch（80mm）SUS316G：4-inch（100mm）S25CH：4-inch（100mm）SUS304J：4-inch（100mm）SUS316垫圈密封面EJA438E-DHSCJ-917DN-EA13A1SE05-BB2F1：齿面（仅适用ANSI法兰）2：平面（无锯齿）无接液部分材质EJA438E-DHSCJ-917DN-EA13A1SE05-BB2F膜片 插入筒 其他SE:316L SST 316 SST 316 SSTHE:哈C-276 316SST316SSTTE:钽316SST316SSTEJA438N-DM S A16GA-BB05-97DNS:隔膜为JIS SUS316L，管道和其他均为JIS SUS316冲洗连接环EJA438E-DHSCJ-917DN-EA13A1SE05-BB2F0:无无凸法兰隔膜突出长度EJA438E-DHSCJ-917DN-EA13A1SE05-BB2F1：长度=50mm3：长度=100mm5：长度=150mm7：长度=200mmEJA438N-DMSA16GA-BB05-97DN2：长度=50mm4：长度=100mm6：长度=150mm8：长度=200mm封入液EJA438E-DHSCJ-917DN-EA13A1SE05-B B2F内容同EJA438E平法兰EJA438N-DMSA16GA-B B05-97DN内容同EJA438W毛细管长度EJA438E-DHSCJ-917DN-EA13A1SE05-BB2F1:1m 6:6m B:11m2:2m 7:7m C:12m3:3m 8:8m D:13m4:4m 9:9m E:14m5:5m A:10m F:15mEJA438N-DMSA16GA-BB05-97DN规定的毛细管长度从1~15m（DN100）规定的毛细管长度从1~10m（DN80）法兰材质EJA438E-DASCJ-917DN-AA11E1SA00-BB2AE:316SST(适配器)EJA438E-DASCJ-917DN-DA11D1SD00-BB2AD:316 SST(法兰及连接管)垫圈密封面EJA438E-DASCJ-917DN-AA11E1SA00-BB2A1：齿面（仅适用ANSI法兰）2：平面（无锯齿）EJA438E-DASCJ-917DN-DA11D1SD00-BB2A1：齿面（仅适用ANSI法兰）2：平面（无锯齿）接液部分材质EJA438E-DASCJ-917DN-AA11E1SA00-BB2A膜片 其他SA:316L SST 316 SSTWA:哈C-276 316SSTEJA438E-DASCJ-917DN-DA11D1SD00-BB2A膜片 其他SD:316L SST 316 SSTWD:哈C-276 316SST冲洗连接环EJA438E-DASCJ-917DN-AA11E1SA00-BB2A0:无EJA438E-DASCJ-917DN-DA11D1SD00-BB2A0:无隔膜突出长度EJA438E-DASCJ-917DN-AA11E1SA00-BB2A0:无EJA438E-DASCJ-917DN-DA11D1SD00-BB2A0:无封入液EJA438E-DASCJ-917DN-AA11E1SA00-B B2A过程温度环境温度A:普通型（硅油） -10~250℃ -10~60℃B:普通型（硅油） -30~210℃ -30~60℃D:禁油型（氟油） -20~120℃ -10~60℃E:低温型（乙二醇） -50~100℃ -40~60℃1:高温高真空（硅油）-10~250℃ -10~50℃4:高真空（硅油） -10~100℃ -10~50℃EJA438E-DASCJ-917DN-DA11D1SD00-B B2A过程温度环境温度A:普通型（硅油） -10~250℃ -10~60℃B:普通型（硅油） -30~210℃ -30~60℃D:禁油型（氟油） -20~120℃ -10~60℃E:低温型（乙二醇） -50~100℃ -40~60℃1:高温高真空（硅油）-10~250℃ -10~50℃4:高真空（硅油） -10~100℃ -10~50℃毛细管连接EJA438E-DASCJ-917DN-AA11E1SA00-B B2AB:隔膜密封背面引出EJA438E-DASCJ-917DN-DA11D1SD00-B B2AB:隔膜密封背面引出毛细管长度EJA438E-DASCJ-917DN-AA11E1SA00-BB2A1:1m 6:6m2:2m 7:7m3:3m 8:8m4:4m 9:9m5:5m A:10mEJA438E-DASCJ-917DN-DA11D1SD00-BB2A1:1m 6:6m2:2m 7:7m3:3m 8:8m4:4m 9:9m5:5m A:10m。
雅谷大通EJA510E和EJA530E绝对和压力传感器说明书
General<<Contents>> <<Index>>EJA510E and EJA530E Absolute and Gauge Pressure TransmitterGS 01C31F01-01ENThe high performance absolute and gauge pressure transmitter EJA510E and EJA530E feature single crystal silicon resonant sensor and are suitable to measure liquid, gas, or steam pressure. EJA510E and EJA530E output a 4 to 20 mA DC signal corresponding to the measured pressure. It alsofeatures quick response, remote setup and monitoring via BRAIN or HART communications and self-diagnostics. F OUNDATION Fieldbus, PROFIBUS PA and 1 to 5 V DC with HART (Low Power) protocol types are also available.with the exception of the Fieldbus, PROFIBUS and 2 for safety requirement.STANDARD SPECIFICATIONSRefer to GS 01C31T02-01EN for Fieldbuscommunication type and GS 01C31T04-01EN for PROFIBUS PA communication type for the items(For EJA510E, values are in absolute and lower range limits are 0.)*:Maximum value shall be 70 MPa, 10150 psi, 700 bar or 700 kgf/cm 2 respectively when /HG isZero-based calibrated span, linear output, wetted parts material code ‘S’ and silicone oil, unless otherwise mentioned.For Fieldbus and PROFIBUS PA communicationtypes, use calibrated range instead of span in the(includes the effects of terminal-based linearity,hysteresis, and repeatability)[Style: S2]Change±(0.15% of Span + 0.15% of URL) for A, B and Ccapsule.±(0.15% of Span + 0.15% of 50 MPa) for D capsule.EJA530E: ±0.1% of URL for 10 yearsEJA510E: ±0.2% of URL for 10 yearsLess than 0.1% of URL when tested per thewith high vibration level (10-60 Hz, 0.21 mm displacement/60-2000 Hz 3 g)Less than ±0.1% of URL when tested per the application or pipeline with low vibration level (10-60 Hz 0.15mm displacement /60-500 Hz 2g)Rotation in diaphragm plane has no effect. Tiltingup to 90 degree will cause zero shift up to 0.21 kPa (0.84 inH2O) which can be corrected by the zero adjustment.90 msWhen software damping is set to zero and including dead time of 45 ms (nominal)Output(Output signal code D and J)Two wire 4 to 20 mA DC output with digital communications, linear or square root programmable. BRAIN or HART FSK protocol are superimposed on the 4 to 20 mA signal.Output range: 3.6 mA to 21.6 mAOutput limits conforming to NAMUR NE43 can be pre-set by option code C2 or C3.For 1 to 5 V HART(Output signal code Q)Three or four wire low power 1 to 5 V DC output with HART, linear or square root programmable.HART protocol are superimposed on the 1 to 5 V DC signal.Output range: 0.9 V to 5.4 V DCFailure Alarm (Output signal code D and J)(Output signal code D and J)Output status at CPU failure and hardware error;Up-scale: 110%, 21.6 mA DC or more (standard)For 1 to 5 V HART(Output signal code Q)Analog output status at CPU failure and hardware error;Up-scale: 110%, 5.4 V DC or more (standard) Damping Time Constant (1st order)0.00 to 100.00 s by software and added to response time.Note: For BRAIN protocol type, when the softwaredamping is set to less than 0.5 s, communicationmay occasionally be unavailble during theoperation, especially while output changesdynamically. The default setting of dampingensures stable communication.Pressure: 45 msZero can be fully elevated or suppressed, within the lower and upper range limits of the capsule. External Zero AdjustmentExternal zero is continuously adjustable with0.01% incremental resolution of span. Re-rangecan be done locally using the digital indicator with rangesetting switch.5-digit numerical display, 6-digit unit display and bar graph.three of the following variables periodically; pressure in %, scaled pressure, measured pressure.(Output signal code D, J and Q)adjustment screw and push button (Integral indicator code E) offers easy and quick setup for parameters of Loop test, Tag number, Unit, LRV, URV, Damping, Output mode (linear/square root), Display out 1, and Re-range by applying actual pressure (LRV/URV) and Device Information.A, B and C capsule: 30 MPaD capsule: 132 MPaprocess alarm for pressure or capsule temperature. pressure is also availableSignal Characterizer (Output signal code D, J and Q) for 4 to 20 mA output.EJA-E series transmitters except Fieldbus, PROFIBUS PA and 1-5V DC with HART(Low Power)the following standards;IEC 61508: 2010;Functional Safety of Electrical/electronic/ programmable electronic related systems; SIL 2 capability for single transmitter use, SIL 3 capability for dual transmitter use.Reliability Data different depending on hardware and software revision.For details, refer to Functional Safety Data Sheet. (Document number: TI 01C25A05-01EN or TI01C25A05-21EN for option code SLT )The document can be downloaded from the website of Yokogawa.(Website address: https:///For 1 to 5 V HART (Output signal code Q)Power supply :Power Consumption :0.96 mA to 3 mA, 27 mW(Output signal code D and J)(Output signal code Q)Note that with three-wire connection, the cable length may affect the measurement accuracy of the output signal.(Approval codes may affect electrical requirements.) BRAINCommunication distanceUp to 2 km (1.25 miles) when using CEV polyethylene-insulated PVC-sheathed cables. Communication distance varies depending on type of cable used.0.22 µF or less3.3 mH or lessEN 61326-1 Class A, T able2EN 61326-2-3Sound Engineering Practice (for all capsules)With option code /PE3 (for D capsule)Category III, Module H, Type of Equipment: Pressure Accessory-Vessel, Type of Fluid: Liquid and Gas, Group of Fluid: 1 and 2EN 50581EN 61010-1, C22.2 No.61010-1(Anticipated transient overvoltage 330 V)Diaphragm, process connectorHousing[for aluminum housing]Polyester resin powder coatingMint-green paint (Munsell 5.6BG 3.3/2.9 or its equivalent)[for option code /P or /X2]Epoxy and polyurethane resin solvent coatingIP66/IP67, Type 4XPipePolypropyleneCover O-ringsName plate and tag316 SSTSilicone, Fluorinated oil (optional)WeightCapsule A, B and C: 1.2 kg (2.6 lb)*Capsule D: 1.4 kg (3.1 lb)**: Without integral indicator and mounting bracket. Connections< Related Instruments>FieldMate Versatile Device Management Wizard: Refer to GS 01R01A01-01E.BRAIN TERMINAL: Refer to GS 01C00A11-00E Power Distributor: Refer to GS 01B04T01-02E or GS 01B04T02-02E; Registered trademark of Yokogawa Electric Corporation.Electric Corporation.®: Registered trademark of FieldComm Group.OUNDATION Fieldbus; Trademark of FieldCommGroup.Nutzerorganisation e.v., Karlsruhe, Germany. Other company names and product names used in this material are registered trademarks or trademarks of their respective owners.without a diaphragm seal system. Please also refer to the GS 01C25W01-01EN for EJAC50E.For other agency approvals and marine approvals, please refer to GS 01C25A20-01EN.Specify the following when ordering2. Calibration range and unitsdecimal point) for low or high range limits withinthe range of -32000 to 32000. When reverserange is designated, specify Lower RangeValue (LRV) as greater than Upper Range Value(URV).2) Specify only one unit from the table, ‘FactorySettings’ when shipped.’3. Display scale and units (for transmitters equippedwith integral indicator only)Specify either 0 to 100 % or engineering unit scale and ‘Range and Unit’ for engineering units scale:point) for low or high range limits within the range of -32000 to 32000. The unit display consists ofbe displayed on the unit display.4. HART PROTOCOL5. TAG NO (if required)BRAIN, 22 characters for HART, or 16 characters for /N4 tag) are engraved on the stainless steel tag 6. SOFTWARE TAG (for HART only. if required)*1 alphanumeric capital letters.*1 (22 characters) in the *1: applicable only when HART 7 is selected.Specifying option code CA or CB will allow furtheritems and setting range.[/CA : For HART communication type]1) Descriptor (up to 16 characters)2) Message (up to 30 characters)3) Software damping in second (0.00 to 100.00)[/CB : For BRAIN communication type]1) Software damping in second (0.00 to 100.00)*1: T o specify these items at factroy, /CA or /CBoption is required.*2: Not available for HART protocol type.ASTM JISgrade 316SUS316grade 316L SUS316Lgrade 304SUS304EU WEEE (Waste Electrical and Electronic Equipment) Directive is only valid in the EU.This instrument is intended to be sold and used only as a part of equipment which is excluded from WEEE Directive, such as large-scale stationary industrialtherefore, subjected to the exclusion from the scopeof the WEEE Directive. The instrument should be disposed of in accordance with local and national legislation/regulations.。
EJA变送器用BT设置详介
AUTO SET 菜单 H10 AUTO LRV H11 AUTO HRV H60 SELF CHECK
ADJUST菜单 J10 ZERO ADJ J11 ZERO DEV. J20 EXT.ZERO ADJ J60 SELF CHECK
HOME SET ADJ ESC
F3 (ADJ)
(ADJ menu screen)
MENU J．ADJUST K．TEST M. MEMO P. RECORD
HOME SET ADJ ESC
ENTER
ENTER
PARAM C60: SELF CHECK
GOOD
PARAM C22: HIGH RANGE
自诊信息 储存 储存区 用户区 用户区 用户区 用户区 自诊信息 出错记录 最近一次出错记录 最近二次出错记录
◎ 0.0∽20.0%
〇 〇〇
◎ 线性/归零
〇 〇〇
◎ 常态%/用户设置
〇 〇〇
USER(用户) &/INP PRES,
PRES（压力）&/%
◎ 8个大写字母
〇 〇〇
◎ -19999∽19999
22.2% J20: EXT. ZERO DEV
ENABLE
DATA DIAG PRNT ESC
1.2 BT200 通讯器的基本操作 见《EJA 的安装使用说明书》
设定菜单
C10 TAG.NO. C20 PRESS UNIT C21 LOW RANGE
C22 HIGH RANGE
C30 AMP DAMPING C40 OUTPUT MODE
C60 SELF CHECK
EJA10,120 横河变送器资料
CONTENTS1.INTRODUCTION............................................................................................1-1Regarding This Manual.................................................................................1-11.1 For Safe Use of Product........................................................................1-11.2 Warranty................................................................................................1-21.3 ATEX Documentation............................................................................1-32.HANDLING CAUTIONS................................................................................2-12.1Model and Specifications Check.........................................................2-12.2Unpacking...........................................................................................2-12.3Storage................................................................................................2-12.4Selecting the Installation Location......................................................2-12.5Pressure Connection...........................................................................2-22.6Waterproofing of Cable Conduit Connections....................................2-22.7Restrictions on Use of Radio Transceiver..........................................2-22.8Insulation Resistance and Dielectric Strength Test............................2-22.9Installation of Explosion Protected Type............................................2-32.9.1FM Approval.................................................................................2-32.9.2CSA Certification..........................................................................2-52.9.3IECEx Certification.......................................................................2-62.9.4CENELEC ATEX (KEMA) Certification........................................2-82.9.5TIIS Certification.........................................................................2-112.10EMC Conformity Standards..............................................................2-122.11PED (Pressure Equipment Directive)...............................................2-122.12Low Voltage Directive.......................................................................2-12PONENT NAMES..................................................................................3-14.INSTALLATION.............................................................................................4-14.1Precautions.........................................................................................4-14.2Mounting..............................................................................................4-14.3Changing the Process Connection.....................................................4-24.4 Swapping the High/Low-pressure Side Connection...............................4-34.4.1Rotating Pressure-detector Section 180°.....................................4-34.4.2Using the BRAIN TERMINAL BT200...........................................4-34.5Rotating Transmitter Section..............................................................4-44.6Changing the Direction of Integral Indicator.......................................4-45.INSTALLING IMPULSE PIPING...................................................................5-15.1Impulse Piping Installation Precautions..............................................5-15.1.1Connecting Impulse Piping to the Transmitter.............................5-15.1.2Routing the Impulse Piping..........................................................5-25.2Impulse Piping Connection Examples................................................5-46.WIRING..........................................................................................................6-16.1Wiring Precautions..............................................................................6-16.2Selecting the Wiring Materials............................................................6-16.3Connections of External Wiring to Terminal Box................................6-16.3.1Power Supply Wiring Connection................................................6-16.3.2External Indicator Connection......................................................6-16.3.3BRAIN TERMINAL BT200 Connection........................................6-26.3.4Check Meter Connection..............................................................6-26.4Wiring..................................................................................................6-26.4.1Loop Configuration.......................................................................6-2(1)General-use Type and Flameproof Type.....................................6-2(2)Intrinsically Safe Type.................................................................6-26.4.2Wiring Installation.........................................................................6-3(1)General-use Type and Intrinsically Safe Type.............................6-3(2)Flameproof Type (TIIS)...............................................................6-36.5Grounding............................................................................................6-46.6Power Supply Voltage and Load Resistance.....................................6-47.OPERATION..................................................................................................7-17.1Preparation for Starting Operation......................................................7-17.2Zero Point Adjustment........................................................................7-27.3Starting Operation...............................................................................7-37.4Shutting Down Operation....................................................................7-37.5Venting or Draining Transmitter Pressure-detector Section...............7-47.5.1Draining Condensate....................................................................7-47.5.2Venting Gas..................................................................................7-47.6Setting the Range Using the Range-setting Switch...........................7-48.BRAIN TERMINAL BT200 OPERATION.....................................................8-18.1BT200 Operation Precautions.............................................................8-18.1.1Connecting the BT200.................................................................8-18.1.2Conditions of Communication Line..............................................8-18.2BT200 Operating Procedures.............................................................8-18.2.1Key Layout and Screen Display...................................................8-18.2.2Operating Key Functions..............................................................8-2(1)Alphanumeric Keys and Shift Keys.............................................8-2(2)Function Keys.............................................................................8-28.2.3Calling Up Menu Addresses Using the Operating Keys..............8-38.3Setting Parameters Using the BT200.................................................8-48.3.1Parameter Summary....................................................................8-48.3.2Parameter Usage and Selection..................................................8-68.3.3Setting Parameters.......................................................................8-7(1)Tag No. Setup.............................................................................8-7(2)Calibration Range Setup.............................................................8-7(3)Damping Time Constant Setup...................................................8-8(4)Output Mode and Integral Indicator Display Mode Setup...........8-9(5)Output Signal Low Cut Mode Setup............................................8-9(6)Integral Indicator Scale Setup...................................................8-10(7)Unit Setup for Displayed Temperature......................................8-11(8)Unit Setup for Displayed Static Pressure..................................8-12(9)Operation Mode Setup..............................................................8-12(10)Impulse Line Connection Orientation Setup.............................8-12(11)Output Status Display/Setup when a CPU Failure....................8-12(12)Output Status Setup when a Hardware Error Occurs...............8-12(13)Bi-directional Flow Measurement Setup...................................8-13(14)Range Change while Applying Actual Inputs............................8-13(15)Zero Point Adjustment...............................................................8-14(16)Test Output Setup.....................................................................8-15(17)User Memo Fields.....................................................................8-168.4Displaying Data Using the BT200.....................................................8-168.4.1Displaying Measured Data.........................................................8-168.4.2Display Transmitter Model and Specifications...........................8-168.5Self-Diagnostics................................................................................8-178.5.1Checking for Problems...............................................................8-17(1)Identifying Problems with BT200..............................................8-17(2)Checking with Integral Indicator................................................8-188.5.2Errors and Countermeasures.....................................................8-199.MAINTENANCE.............................................................................................9-19.1Overview.............................................................................................9-19.2Calibration Instruments Selection.......................................................9-19.3Calibration...........................................................................................9-19.4Disassembly and Reassembly............................................................9-39.4.1Replacing the Integral Indicator...................................................9-39.4.2Replacing the CPU Board Assembly...........................................9-49.4.3Cleaning and Replacing the Capsule Assembly..........................9-59.4.4Replacing the Process Connector Gaskets.................................9-69.5Troubleshooting...................................................................................9-69.5.1Basic Troubleshooting..................................................................9-69.5.2Troubleshooting Flow Charts.......................................................9-710.GENERAL SPECIFICATIONS....................................................................10-110.1Standard Specifications....................................................................10-110.2Model and Suffix Codes....................................................................10-310.3Optional Specifications......................................................................10-410.4Dimensions........................................................................................10-7 INSTALLATION AND OPERATING PRECAUTIONS FORTIIS INTRINSICALLY SAFE EQUIPMENT.........................................EX-A03EINSTALLATION AND OPERATING PRECAUTIONS FORTIIS FLAMEPROOF EQUIPMENT......................................................EX-B03ECustomer Maintenance Parts ListDPharp EJA Series Transmitter Section........................CMPL 01C22A01-02EModel EJA110 and EJA120Differential Pressure Transmitter..........................CMPL 01C22B00-01EREVISION RECORD1. INTRODUCTION 1.INTRODUCTIONThank you for purchasing the DPharp electronic pressure transmitter.The DPharp Pressure Transmitters are precisely calibrated at the factory before shipment. To ensure correct and efficient use of the instrument, please read this manual thoroughly and fully understand how to operate the instrument before operating it.Regarding This Manual•This manual should be passed on to the end user.•The contents of this manual are subject to change without prior notice.•All rights reserved. No part of this manual may be reproduced in any form without Yokogawa’s written permission.•Yokogawa makes no warranty of any kind with regard to this manual, including, but not limited to, implied warranty of merchantability and fitness for a particular purpose.•If any question arises or errors are found, or if any information is missing from this manual, please inform the nearest Yokogawa sales office.•The specifications covered by this manual are limited to those for the standard type under the specified model number break-down and do not cover custom-made instruments.•Please note that changes in the specifications, construction, or component parts of the instrument may not immediately be reflected in this manual at the time of change, provided that postponement of revisions will not cause difficulty to the user from a functional or performance standpoint.•Yokogawa assumes no responsibilities for this product except as stated in the warranty.•If the customer or any third party is harmed by the use of this product, Yokogawa assumes no responsi-bility for any such harm owing to any defects in the product which were not predictable, or for any indirect damages.NOTEFor F OUNDATION Fieldbus TM and HART protocol versions, please refer to IM 01C22T02-01E and IM 01C22T01-01E respectively, in addition to this manual.•The following safety symbol marks are used in this manual:WARNINGIndicates a potentially hazardous situation which, if not avoided, could result in death or seriousinjury.CAUTIONIndicates a potentially hazardous situation which, if not avoided, may result in minor or moderate injury. It may also be used to alert against unsafe practices.IMPORTANTIndicates that operating the hardware or software in this manner may damage it or lead to system failure.NOTEDraws attention to information essential for understanding the operation and features.Direct current1.1 For Safe Use of ProductFor the protection and safety of the operator and the instrument or the system including the instrument, please be sure to follow the instructions on safety described in this manual when handling this instru-ment. In case the instrument is handled in contradiction to these instructions, Yokogawa does not guarantee safety. Please give your attention to the followings. (a) Installation•The instrument must be installed by an expert engineer or a skilled personnel. The procedures described about INSTALLATION are not permitted for operators.1. INTRODUCTION•In case of high process temperature, care should be taken not to burn yourself because the surface of body and case reaches a high temperature.•The instrument installed in the process is under pressure. Never loosen the process connector bolts to avoid the dangerous spouting of process fluid.•During draining condensate from the pressure-detector section, take appropriate care to avoid contact with the skin, eyes or body, or inhalation of vapors, if the accumulated process fluid may be toxic or otherwise harmful.•When removing the instrument from hazardous processes, avoid contact with the fluid and the interior of the meter.•All installation shall comply with local installation requirement and local electrical code.(b) Wiring•The instrument must be installed by an expert engineer or a skilled personnel. The procedures described about WIRING are not permitted for operators.•Please confirm that voltages between the power supply and the instrument before connecting the power cables and that the cables are not powered before connecting.(c) Operation•Wait 10 min. after power is turned off, before opening the covers.(d) Maintenance•Please do not carry out except being written to a maintenance descriptions. When these procedures are needed, please contact nearest YOKOGAWA office.•Care should be taken to prevent the build up of drift, dust or other material on the display glass and name plate. In case of its maintenance, soft and dry cloth is used.(e) Explosion Protected Type Instrument •Users of explosion proof instruments should refer first to section 2.9 (Installation of an Explosion Protected Instrument) of this manual.•The use of this instrument is restricted to those who have received appropriate training in the device.•Take care not to create sparks when accessing the instrument or peripheral devices in a hazardous location.(f) Modification•Yokogawa will not be liable for malfunctions or damage resulting from any modification made to this instrument by the customer.1.2 Warranty•The warranty shall cover the period noted on the quotation presented to the purchaser at the time of purchase. Problems occurred during the warranty period shall basically be repaired free of charge.•In case of problems, the customer should contact the Yokogawa representative from which the instrument was purchased, or the nearest Yokogawa office.•If a problem arises with this instrument, please inform us of the nature of the problem and the circumstances under which it developed, including the model specification and serial number. Any diagrams, data and other information you can include in your communication will also be helpful.•Responsible party for repair cost for the problems shall be determined by Yokogawa based on our investigation.•The Purchaser shall bear the responsibility for repair costs, even during the warranty period, if the malfunction is due to:- Improper and/or inadequate maintenance by thepurchaser.- Failure or damage due to improper handling, use or storage which is out of design conditions.- Use of the product in question in a location notconforming to the standards specified byYokogawa, or due to improper maintenance of the installation location.- Failure or damage due to modification or repair by any party except Yokogawa or an approvedrepresentative of Yokogawa.- Malfunction or damage from improper relocationof the product in question after delivery.- Reason of force majeure such as fires, earthquakes, storms/floods, thunder/lightening, or other naturaldisasters, or disturbances, riots, warfare, orradioactive contamination.1. INTRODUCTION1.3 ATEX DocumentationThis procedure is only applicable to the countries inEuropean Union.All instruction manuals for ATEX Ex related products are available in English, German and French. Should you require Ex related instructions in your local language, you are to contact your nearest Yokogawaoffice or representative.Alle brugervejledninger for produkter relateret til ATEX Ex er tilgængelige på engelsk, tysk og fransk.Skulle De ønske yderligere oplysninger om håndtering af Ex produkter på eget sprog, kan De rette henvendelse herom til den nærmeste Yokogawaafdeling eller forhandler.Tutti i manuali operativi di prodotti ATEXcontrassegnati con Ex sono disponibili in inglese,tedesco e francese. Se si desidera ricevere i manuali operativi di prodotti Ex in lingua locale, mettersi in contatto con l’ufficio Yokogawa più vicino o con unrappresentante.Todos los manuales de instrucciones para los productos antiexplosivos de ATEX están disponibles en inglés,alemán y francés. Si desea solicitar las instrucciones de estos artículos antiexplosivos en su idioma local,deberá ponerse en contacto con la oficina o elrepresentante de Yokogawa más cercano.Alle handleidingen voor producten die te maken hebben met ATEX explosiebeveiliging (Ex) zijn verkrijgbaar in het Engels, Duits en Frans. Neem,indien u aanwijzingen op het gebied vanexplosiebeveiliging nodig hebt in uw eigen taal, contact op met de dichtstbijzijnde vestiging van Yokogawa ofmet een vertegenwoordiger.Kaikkien ATEX Ex -tyyppisten tuotteiden käyttöhjeet ovat saatavilla englannin-, saksan- ja ranskankielisinä.Mikäli tarvitsette Ex -tyyppisten tuotteiden ohjeita omalla paikallisella kielellännne, ottakaa yhteyttälähimpään Yokogawa-toimistoon tai -edustajaan.Todos os manuais de instruções referentes aos produtos Ex da ATEX estão disponíveis em Inglês, Alemão e Francês. Se necessitar de instruções na sua língua relacionadas com produtos Ex, deverá entrar em contacto com a delegação mais próxima ou com umrepresentante da Yokogawa.Tous les manuels d’instruction des produits ATEX Ex sont disponibles en langue anglaise, allemande et française. Si vous nécessitez des instructions relatives aux produits Ex dans votre langue, veuillez biencontacter votre représentant Yokogawa le plus proche.Alle Betriebsanleitungen für ATEX Ex bezogene Produkte stehen in den Sprachen Englisch, Deutsch und Französisch zur Verfügung. Sollten Sie die Betriebsanleitungen für Ex-Produkte in IhrerLandessprache benötigen, setzen Sie sich bitte mitIhrem örtlichen Yokogawa-Vertreter in Verbindung.Alla instruktionsböcker för ATEX Ex (explosionssäkra)produkter är tillgängliga på engelska, tyska och franska. Om Ni behöver instruktioner för dessa explosionssäkra produkter på annat språk, skall Nikontakta närmaste Yokogawakontor eller representant.⌷␣ ␣ ␥␦␣ ␥␣ ATEX Ex ␦␣␣ ␣ 〈␥␥␣,⌫␣␣ ␣ ⌫␣␣.⌺ ␣ ␦␥ ␣ Ex ␥␣ ␣␣␣ ␥␣ Yokogawa ␣ .1. INTRODUCTIONLT LVPLESTSLOHBGROMCZSK2. HANDLING CAUTIONS 2.HANDLING CAUTIONSThis chapter describes important cautions regarding how to handle the transmitter. Read carefully before using the transmitter.The EJA Series pressure transmitters are thoroughly tested at the factory before shipment. When the transmitter is delivered, visually check them to make sure that no damage occurred during shipment.Also check that all transmitter mounting hardware shown in Figure 2.1 is included. If the transmitter was ordered without the mounting bracket or without the process connector, the transmitter mounting hardware is not included. After checking the transmitter, repack it in the way it was delivered until installation.(Flat type)F0201.EPS Figure 2.1 Transmitter Mounting Hardware2.1Model and SpecificationsCheckThe model name and specifications are indicated on the name plate attached to the case. If the reverse operating mode was ordered (reverse signal), ‘REVERSE’ will be inscribed in field *1; if square root display mode was ordered, ‘SQRT’ is inscribed in field *2; if square root output mode was ordered, ‘SQRT’ is inscribed in field *3.F0202.EPS Figure 2.2 Name Plate Example of TIIS Flameproof Type 2.2UnpackingWhen moving the transmitter to the installation site, keep it in its original packaging. Then, unpack the transmitter there to avoid damage on the way.2.3StorageThe following precautions must be observed when storing the instrument, especially for a long period. (a)Select a storage area which meets the followingconditions:•It is not exposed to rain or water.•It suffers minimum vibration and shock.•It has an ambient temperature and relativehumidity within the following ranges.Ambient temperature:–40 to 85°C without integral indicator–30 to 80°C with integral indicatorRelative humidity:5% to 100% R.H. (at 40°C)Preferred temperature and humidity:approx. 25°C and 65% R.H.(b)When storing the transmitter, repack it as nearly aspossible to the way it was packed when deliveredfrom the factory.(c)If storing a transmitter that has been used, thor-oughly clean the chambers inside the cover flanges, so that no measured fluid remains in it. Also make sure before storing that the pressure-detector andtransmitter section are securely mounted.2.4Selecting the InstallationLocationThe transmitter is designed to withstand severe environmental conditions. However, to ensure stable and accurate operation for years, observe the following precautions when selecting an installation location.2. HANDLING CAUTIONS(a) Ambient TemperatureAvoid locations subject to wide temperaturevariations or a significant temperature gradient. If the location is exposed to radiant heat from plant equipments, provide adequate thermal insulation and/or ventilation.(b) Ambient AtmosphereAvoid installing the transmitter in a corrosiveatmosphere. If the transmitter must be installed in a corrosive atmosphere, there must be adequateventilation as well as measures to prevent intrusion or stagnation of rain water in conduits.(c) Shock and VibrationSelect an installation site suffering minimum shock and vibration (although the transmitter is designed to be relatively resistant to shock and vibration).(d) Installation of Explosion-protected Transmitters Explosion-protected transmitters can be installed in hazardous areas according to the types of gases for which they are certified. See Subsection 2.9 “Instal-lation of Explosion Protected Type Transmitters.”2.5Pressure ConnectionWARNING•Instrument installed in the process is under pressure. Never loosen the process connector bolts to avoid the dangerous spouting of process fluid.•During draining condensate from the pressure-detector section, take appropriate care to avoid contact with the skin, eyes or body, or inhala-tion of vapors, if the accumulated process fluid may be toxic or otherwise harmful.The following precautions must be observed in order to safely operate the transmitter under pressure.(a)Make sure that the four process connector bolts are tightened firmly.(b)Make sure that there are no leaks in the impulse piping.(c)Never apply a pressure higher than the specifiedmaximum working pressure.CAUTIONMaximum working pressure of the model EJA120differential pressure transmitter is 50 kPa {0.5 kgf/cm 2}.Should the pressure exceed 50 kPa {0.5 kgf/ cm 2},it is possible to break the sensor. Proceed with caution when applying pressure.2.6Waterproofing of CableConduit ConnectionsApply a non-hardening sealant to the threads towaterproof the transmitter cable conduit connections.(See Figure 6.4.2a, 6.4.2b and 6.4.2d.)2.7Restrictions on Use of RadioTransceiverIMPORTANTAlthough the transmitter has been designed to resist high frequency electrical noise, if a radio transceiver is used near the transmitter or its external wiring, the transmitter may be affected by high frequency noise pickup. To test for such effects, bring the transceiver in use slowly from a distance of several meters from the transmitter,and observe the measurement loop for noise effects. Thereafter, always use the transceiver outside the area affected by noise.2.8Insulation Resistance andDielectric Strength TestSince the transmitter has undergone insulation resis-tance and dielectric strength tests at the factory before shipment, normally these tests are not required.However, if required, observe the following precau-tions in the test procedures.(a)Do not perform such tests more frequently than is absolutely necessary. Even test voltages that do not cause visible damage to the insulation may degrade the insulation and reduce safety margins.(b)Never apply a voltage exceeding 500 V DC (100 V DC with an internal lightning protector) for the insulation resistance test, nor a voltage exceeding 500 V AC (100 V AC with an internal lightning protector) for the dielectric strength test.(c)Before conducting these tests, disconnect all signal lines from the transmitter terminals. Perform the tests in the following procedure:• Insulation Resistance Test1)Short-circuit the + and – SUPPLY terminals in the terminal box.2)Turn OFF the insulation tester. Then connect the insulation tester plus (+) lead wire to the shorted SUPPLY terminals and the minus (–) leadwire to the grounding terminal.。
EJA智能变送器课件
EJA- o6 N
YOKOGAWA SICHUAN
EJA变送器
温度影响
谐 振 频 率
室温 fr
高温 fr1
Iout(0): 室温时输出
Iout(p): 高温时输出 Iout(0)=fr-fc
室温 fc 高温 fc1
Iout(p)=(fr-fr)-(fc- fc)
=(fr-fc)-(fr- fc)
输入压力
=Iout(0)-(fr- fc)
∵ fr= fc
∴ Iout(p)=Iout(0) 故：温度对输出没有影响
YOKOGAWA SICHUAN
EJA变送器
静压影响
型号 : EJA110A-XM 量程 : 10000 mm H20
零点误差 %
型号 : EJA110A-XH 量程 : 5 kgf/cm2
YOKOGAWA SICHUAN
增强的LCD显示
交替式
atm Torr ft in mm H2O Hg
4.5位
工程单位
psi mbar Mk Pa gf/cm2
输出改变 方向指示
范围设置开关 （零点/量程）
交替 (每 3 秒.) 或固定 14种可选工程单位 错误代码信息 本地零点/量程开关 可旋转安装
磁场
频率输出 永久磁铁 电磁力方向 激励电路
YOKOGAWA SICHUAN
谐振式传感器
单晶硅谐振式传感器的原理
3.由于位置和深 度的变化一块被扩 张而另一块被压缩
扩张 压缩
5. 而微处理器只需 简单的对频率计数
2. 作用在硅层上的压力
11 0
90
kHz
深度
70
1. 两块频率为 90 kHz 的共振被 固定在硅层上
EJA系列仪表调校方法
EJA系列仪表调校方法EJA系列仪表调校方法说明：本规程适用于EJA110A,EJA118W,EJA210A,EJA430A.一、技术规格1、输入电压：24VDC2、输出电流：4-20mA3、基本误差：EJA110A 0.75%EJA118W 0.2%EJA210A 0.2%EJA430A 0.075%4、绝缘电阻：≥20MΩ。
5、环境温度：EJA110A -40-85℃EJA118W -30-80℃EJA210A -20-80℃EJA430A -40—60℃二、标准条件1、外观：仪表名牌标志各部分完好，零部件无损，紧固件无松动损坏现象，可动部分灵活可靠。
2、校准仪器：24VDC、数字万用表、250Ω电阻、BT200三、标定项目及方法标定项目：位号，压力单位，量程上下限，显示上下限，用户自定义单位，内藏指针显示选择，小流量切除，零点调整。
1、接线图：2仪表设定，使用BT200 对流量计进行参数设定1）开机准备：把BT200连接在回路中，保证回路电阻大于250欧姆。
打开电源，依次按ENTER和F4健进入到菜单页,按F2进入调整菜单页。
2）仪表位号设定：a 在菜单面板中，按∨移动光标至C:SETING(设定)。
b.按ENTER键光标停留在C10:TAG NO(位号)菜单栏目上。
c.继续按ENTER,打开位号设定栏目，进行位号设定。
d.位号设定完毕，按ENTER,设定的位号数据闪烁，再按一下ENTER, 停止闪烁。
e.按F4确认，位号设定完毕,回到参数页。
3)设定压力单位a. 在C:SETING中按∨移动光标至C20;PRESS UNIT(压力单位)b.继续按ENTER,打开压力单位设定栏目，按∨移动光标选择压力单位。
按ENTER,设定的数据闪烁，再按一下ENTER, 停止闪烁。
c.按F4确认，单位设定完毕,回到参数页.4)量程设定a. 在C:SETING中按∨移动光标至C21:LOW RANGE(下限)b.继续按ENTER,输入仪表下限值按ENTER,设定的数据闪烁，再按一下ENTER, 停止闪烁.按F4确认数值设定完毕,回到参数页.c.在C:SETING中按∨移动光标至C22:HIGH RANGE(上限)d.继续按ENTER,输入仪表下限值按ENTER,设定的数据闪烁，再按一下ENTER, 停止闪烁,按F4确认，单位设定完毕,回到参数页.e.量程值即为上限值减去下限值5)输出及内藏指示针显示方式（本步骤只针对EJA110A和EJA118W）a. 在C:SETING中按∨移动光标至C40:OUTPUT MODE(输出模式)b.按ENTER进入,选择: OUT:LIN DIP: LIN(输出线形,显示线型)OUT:LIN DIP:SQR(输出线形,显示方根)OUT:SQR DIP:SQR(输出方根,显示方根)选择完毕,按两次ENTER,按F4确认数值设定完毕,回到参数页。