进口传感器之西特Setra微差压传感器266(深圳偌派思传感技术提供)
微绝压选型SSE265GS_AS

Data SheetSS/265GS/AS_3ABB 2600T Series Engineered solutions for all applicationsBase accuracy : ±0.04%s Span limits–0.2 to 60000kPa; 0.8inH 2O to 8700psi– 0.3 to 3000kPa abs; 2.25mmHg to 435psia s Reliable sensing system coupled with very latest digital technologies–provides large turn down ratio up to 100:1s Comprehensive sensor choice–optimize in-use total performance and stability s 5–year stabilitys Flexible configuration facilities–provided locally via local keys combined with LCD indicator or via hand held terminal or PC configuration platform s Multiple protocol availability–provides integration with HART ®, PROFIBUS PA and FOUNDATION Fieldbus platforms offering interchangeability and transmitter upgrade capabilitiessFull compliance with PED Category IIIField IT2600T Series Pressure TransmittersModel 265GS Gauge Model 265AS Absolutestandard overload2600T Pressure Transmitters Model 265GS, 265ASSS/265GS/AS_32Operative limitsTemperature limits °C (°F) :Ambient (is the operating temperature)Silicone oil filling:–40°C and +85°C (-40°F and +185°F)Inert filling and white oil:–20°C and +85°C (–4°F and +185°F)Lower limit for Viton gasket: –20°C (–4°F)Lower limit for perfluoroelastomer gasket: –15°C (+5°F)Note :For Hazardous Atmosphere applications see the temperaturerange specified on the certificate/approval relevant to the aimed type of protection.Process Lower limit– –50°C (–58°F); –20°C (–4°F) for Viton gasket.–15°C (+5°F) for perfluoroelastomer gasket Upper limit– Silicone oil, inert fluid and white oil: 121°C (250°F)StorageLower limit: –50°C (–58°F); –40°C (–40°F) for LCD indicators Upper limit: +85°C (+185°F)Pressure limitsOverpressure limits (without damage to the transmitter)0 absolute to–1MPa, 10bar, 145psi for sensor codes C, F – 0.5MPa, 5bar, 72.5psi for sensor code L –6MPa, 60bar, 870psi for sensor code U –20MPa, 200bar, 2900psi for sensor code R –90MPa, 900bar, 13050psi for sensor code V –0.6MPa, 6bar, 87psi for perfluoroelastomer gasket Proof pressureThe transmitter can be exposed without leaking to line pressure of up to –1MPa, 10bar, 145psi for sensor codes C, F – 0.5MPa, 5bar, 72.5psi for sensor code L –6MPa, 60bar, 870psi for sensor code U –20MPa, 200bar, 2900psi for sensor code R –90MPa, 900bar, 13050psi for sensor code V –0.6MPa, 6bar, 87psi for perfluoroelastomer gasketNote : Lower Range Limit (LRL) for 265AS is 0 abs for all ranges.Span limitsMaximum span = URLIT IS RECOMMENDED TO SELECT THE TRANSMITTER SENSOR CODE PROVIDING THE TURNDOWN VALUE AS LOWEST AS POSSIBLE TO OPTIMIZE PERFORMANCE CHARACTERISTICS.Zero suppression and elevationZero and span can be adjusted to any value within the range limits detailed in the table as long as:– calibrated span ≥ minimum span DampingAdjustable time constant : 0 to 60s.This is in addition to sensor response time Turn on timeOperation within specification in less than 2.5s with minimum damping.Insulation resistance> 100M Ω at 1000VDC (terminals to earth)Functional SpecificationsRange and span limits2600T Pressure Transmitters Model 265GS, 265ASSS/265GS/AS_33Environmental limitsElectromagnetic compatibility (EMC)DefinitionClass 3Radio suppression Limit class B (according to EN 550011)Fulfills NAMUR recommendation Low voltage directive Comply with 73/23/EECPressure equipment directive (PED)Comply with 97/23/EEC Category III module H.HumidityRelative humidity:up to 100% annual average Condensing, icing:admissibleVibration resistanceAccelerations up to 2g at frequency up to 1000Hz (according to IEC 60068–2–26)Shock resistance (according to IEC 60068–2–27)Acceleration:50g Duration:11msWet and dust-laden atmospheresThe transmitter is dust and sand tight and protected against immersion effects as defined by IEC EN60529 (1989) to IP 67 (IP 68 on request)or by NEMA to 4X or by JIS to C0920.Hazardous atmospheres–Transmitters of the type of protection "Intrinsically safe EEx ia"according to the directions 94 / 9 / EC (ATEX)Transmitter with 4 to 20mA output signal and HART communication Marking (DIN EN 50 014):II 1/2 GD T50°C EEx ia IIC T6 or resp.II 1/2 GD T95°C EEx ia IIC T4Supply and signal circuit type of protection Intrinsic Safety EEx ib IIB/IIC resp. EEx ia IIB/IICfor connection to supply units with maximum values:II 1/2 GD T50°C EEx ia resp. ib IIC T6 resp.II 1/2 GD T95°C EEx ia resp. ib IIC T4for Temperature class T4 resp. T95°C:Ui =30V Ii =200mA Pi =0.8W for T4 with Ta = (–40 to +85)°C / (–40 to +185)°F Pi = 1.0W for T4 with Ta = (–40 to +70)°C / (–40 to +158)°F for Temperature class T6 resp. T50°C:Pi =0.7W for T6 with Ta = (–40 to +40)°C / (–40 to +104)°F effective internal capacitance, Ci ≤ 10nF effective internal inductance, negligible.Fieldbus transmitters (PROFIBUS PA / FOUNDATION Fieldbus)Marking (DIN EN 50 014):II 1/2 GD T50°C EEx ia IIC T6 or resp.II 1/2 GD T95°C EEx ia IIC T4Supply and signal circuit type of protection Intrinsic Safety EEx ib IIB/IIC resp. EEx ia IIB/IICfor connection to FISCO supply units with rectangular or trapezoidal characteristics with maximum values:II 1/2 G EEx ia respectively ib IIC T4/T6Ui =17.5VIi =360mA Pi = 2.52WII 1/2 G EEx ia respectively ib IIB T4/T6Ui =17.5VIi =380mA Pi = 5.32Wresp. for connection to supply unit or barrier with linear characteristics with maximum values:II 1/2 G EEx ia respectively ib IIC T4/T6Ui =24Vli =250mA Pi = 1.2Weffective internal inductance Li ≤ 10 µH,effective internal capacitance Ci ≈ 0Maximum permissible ambient temperatures depending on the temperature class:T4:–40°C to +85°C (–40°F to +185°F)T5, T6:–40°C to +40°C (–40°F to +104°F)–Transmitters of the type of protection "flameproof enclosure EEx d"according to the directions 94 /9 / EC (ATEX)Transmitter with 4 to 20mA output signal and HART communication and Fieldbus transmitters (PROFIBUS PA / FOUNDATION Fieldbus)Marking (DIN EN 50 014):II 1/2 G EEx d IIC T6Ambient temperature range:–40°C to +75°C (–40°F to +167°F)–Transmitters of category 3 for the application in "Zone 2"Transmitter with 4 to 20mA output signal and HART communication according to the directions 94 / 9 / EC (ATEX)Marking (DIN EN 50 014):II 3 GD T50°C EEx nL IIC T6 or resp.II 3 GD T95°C EEx nL IIC T4Operating conditions:Supply and signal circuit (terminals signal +/-):U ≤ 45VI ≤ 22.5mAAmbient temperature range:Temperature class T4Ta=–40°C to +85°C (–40°F to +185°F)Temperature class T5, T6Ta=–40°C to +40°C (–40°F to +104°F)–Factory Mutual (FM)Transmitter with 4 to 20mA output signal and HART communication Intrinsically safe:Class I; Division 1; Groups A, B, C, D;Class I; Zone 0; Group IIC; AEx ia IICDegree of protection :NEMA Type 4X (indoor or outdoor)Permissible ambient temperature depending on temperature classFieldbus transmitters (PROFIBUS PA/FOUNDATION Fieldbus)Intrinsically Safe :Class I, II and III; Division 1; Groups A, B,C, D, E, F, G;Class I; Zone 0, AEx ia Group IIC T6; T4Non-incendive Class I, II and III, Division 2; Groups A, B, C, D, F, GTransmitter with 4 to 20mA output signal and HART communication and Fieldbus transmitters (PROFIBUS PA/FOUNDATION Fieldbus)Explosion-Proof:Class I; Division 1; Groups A, B, C, D;Class II/III, Division 1; Groups E, F, GDegree of protection :NEMA Type 4X (indoor or outdoor)–Canadian Standard (CSA)Transmitter with 4 to 20mA output signal and HART communication and Fieldbus transmitters (PROFIBUS PA/FOUNDATION Fieldbus)Explosion-Proof:Class I; Division 1; Groups B, C, DClass II; Division 1; Groups E, F, G Class IIIDegree of protection :NEMA Type 4X (indoor or outdoor)U x a m Hµ01=i L ,F n 5.01=i C ,V 03=e r u t a r e p m e T t n e i b m A er u t a r e p m e T s s a l c I xa m i P )F °581+o t 04–(C °58+o t 04–4T A m 002W8.0)F °921+o t 04–(C °07+o t 04–4T A m 002W 1)F °401+o t 04–(C °04+o t 04–5T A m 52W 57.0)F °401+o t 04–(C °04+o t 04–6T Am 52W5.02600T Pressure Transmitters Model 265GS, 265ASSS/265GS/AS_34Electrical Characteristics and OptionsHART digital communication and 4 to 20mA outputPower SupplyThe transmitter operates from 10.5 to 45VDC with no load and is protected against reverse polarity connection (additional load allows operations over 45VDC).Minimum power supply is 14VDC with backlit indicator.For EEx ia and other intrinsically safe approval power supply must not exceed 30VDC.RippleMaximum permissible voltage ripple of power supply during the communication:7Vpp at f = 50 to 100Hz 1Vpp at f = 100 to 200Hz 0.2Vpp at f = 200 to 300Hz Load limitations4 to 20mA and HART total loop resistance :A minimum of 250Ω is required for HART communication.R(k Ω) =Supply voltage – min. operating voltage (VDC)–––––––––––––––––––––––––––––––––––––––22.5 mAOptional indicatorsIntegral display2-line, 6-character 19-segment alphanumeric display with additional bar chart display, optionally with back illumination. User-specific display:percentage of the output current or output current in mA or free process variableDiagnostic message, alarms, measuring range infringements and changes in the configuration are also displayed.Optional surge protection Up to 4kV–voltage 1.2µs rise time / 50µs delay time to half value –current 8µs rise time / 20µs delay time to half value Output signalTwo–wire 4 to 20mA, user-selectable for linear or freely programmable with 20 reference points output.HART ® communication provides digital process variable (%, mA or engineering units) superimposed on 4 to 20mA signal, with protocol based on Bell 202 FSK standard.Output current limits (to NAMUR standard)Overload condition - Lower limit: 3.8mA (configurable down to 3.5mA)- Upper limit:20.5mA (configurable up to 22.5mA)Alarm currentMin. alarm current:configurable from 3.5mA to 4mA,standard setting: 3.6mAMax. alarm current:configurable from 20mA to 22.5mA,standard setting: 21mAStandard setting:max. alarm current2600T Pressure Transmitters Model 265GS, 265ASSS/265GS/AS_35PROFIBUS PA outputDevice typePressure transmitter compliant to Profile 3.0 Class A & B; ident. number 04C2 HEX.Power supplyThe transmitter operates from 10.2 to 32VDC with no polarity.For EEx ia approval power supply must not exceed 17.5VDC.Intrinsic safety installation according to FISCO model.Current consumptionoperating (quiescent):11.7mA fault current limiting:17.3mA max.Output signalPhysical layer in compliance to IEC 1158–2/EN 61158–2 with transmission to Manchester II modulation, at 31.25kbit/sec.Output interfacePROFIBUS PA communication according to Profibus DP50170 Part 2/DIN 19245 part 1–3.Output update time 40ms Function blocks1 Analog Input, 1 Transducer, 1 Physical Integral display2-line, 6-character 19-segment alphanumeric display with additional bar chart display, optionally with back illumination. User-specific display:percentage of the output or OUT (analog input function block)Diagnostic message, alarms, measuring range infringements and changes in the configuration are also displayed.Transmitter failure modePermanent self-diagnostic; possible errors indicated in diagnostic parameters and in the status of process values.FOUNDATION Fieldbus outputPower supplyThe transmitter operates from 10.2 to 32VDC polarity independent.For EEx ia approval power supply must not exceed 24VDC (entity certification) or 17.5VDC (FISCO certification), according to FF–816.Current consumption operating (quiescent):11.7mA fault current limiting:17.3mA max.Output signalPhysical layer in compliance to IEC 1158–2/EN 61158–2 with transmission to Manchester II modulation, at 31.25kbit/sec.Function blocks/execution period 1 standard Analog Input block/25ms max Additional blocks1 custom Pressure with calibration Transducer block 1 enhanced Resource block Number of link objects 10Number of VCRs 16Output interfaceFOUNDATION fieldbus digital communication protocol to standard H1,compliant to specification V. 1.5; FF registration in progress.Integral display2-line, 6-character 19-segment alphanumeric display with additional bar chart display, optionally with back illumination. User-specific display:percentage of the output or OUT (analog input )Diagnostic message, alarms, measuring range infringements and changes in the configuration are also displayed.Transmitter failure modePermanent self-diagnostic; possible errors indicated in diagnostic parameters and in the status of process values.2600T Pressure TransmittersModel 265GS, 265AS SS/265GS/AS_36Operating influencesAmbient temperature (for turndown up to 15:1)per 20K (36°F) change between the limits of–20°C to +65°C (–4 to +150°F)–±(0.03% URL + 0.05% span)Supply voltageWithin voltage/load specified limits the total effect is less than0.001% of URL per volt.LoadWithin load/voltage specified limits the total effect is negligible.Radio frequency interferenceTotal effect : less than 0.05% of span from 20 to 1000MHz and forfield strengths up to 10V/m when tested with unshielded conduit,with or without meter.Common mode interferenceNo effect from 250Vrms @ 50Hz, or 50VDCStability±0.10% of URL over a thirty-six-month periodVibration effect±0.10% of URL (according to IEC 61298–3)URLSpanPerformance specificationsStated at reference condition to IEC 60770 ambient temperature of 20°C (68°F), relative humidity of 65%, atmospheric pressure of 1013hPa (1013mbar), zero based range for transmitter with isolating diaphragms ceramic or Hastelloy and silicone oil fill and HART digital trim values equal to 4–20mA span end points, in linear mode.Unless otherwise specified, errors are quoted as % of span.Some performance data (based to URL) are affected by the actual turndown (TD) as ratio between Upper Range Limit (URL) and calibrated span.IT IS RECOMMENDED TO SELECT THE TRANSMITTER SENSOR CODE PROVIDING THE TURNDOWN VALUE AS LOWEST AS POSSIBLE TO OPTIMIZE PERFORMANCE CHARACTERISTICS.Dynamic performance (according to IEC 61298–1 definition) Dead time:30msTime constant (63.2% of total step change):–150 ms for all sensorsAccuracy rating% of calibrated span, including combined effects of terminal based linearity, hysteresis and repeatability.For fieldbus versions SPAN refer to Analog Input Function Block outscale range– ±0.04% for TD from 1:1 to 10:1– ±(0.04 + 0.005 x – 0.05)% for TD greater than 10:12600T Pressure Transmitters Model 265GS, 265ASSS/265GS/AS_37Physical Specification(Refer to ordering information sheets for variant availability related to specific model or versions code)MaterialsProcess isolating diaphragms (*)Ceramic (Al203) gold-plated; Hastelloy C276™;Hastelloy C276™ gold-plated; AISI 316 L ss.Process connection (*)AISI 316 L ss; Hastelloy C276™.Gasket (only for sensor codes C, F) (*)Viton™, Perfluoroelastomer, Perbunan (NBR).Sensor fill fluidSilicone oil; inert fill (Carbon fluoride); white oil (FDA).Mounting bracket AISI 316 L ss.Sensor housing AISI 316 L ss.Electronic housing and covers Barrel version– Low-copper content aluminium alloy with baked epoxy finish;– AISI 316 L ss.DIN version–Low-copper content aluminium alloy with baked epoxy finish.Covers O-ring Viton™.Local zero and span adjustmentsGlass filled polycarbonate plastic (removable).TaggingAISI 316ss or plastic data plate attached to the electronics housing.CalibrationStandard: at maximum span, zero based range, ambient temperature and pressure;Optional: at specified range and ambient conditions; or at operating temperature.Optional extrasMounting bracketsFor vertical and horizontal 60mm. (2in) pipes or wall mounting.Integral displayplug-in rotatable LCD indicator Supplemental customer tagAISI 316 ss tag fastened to the transmitter with stainless steel wire for customer's tag data up to a maximum of 30 characters and spaces.Surge protectionnot available with ATEX-EEx nL or PROFIBUS PA / FOUNDATION Fieldbus with Intrinsic Safety EEx i or FM-Intrinsically Safe.Cleaning procedure for oxygen service (not for sensor V)Test Certificates (test, design, calibration, material traceability)Tag and manual language Communication connectorsProcess connections1/2in NPT female or male; DIN EN837–1 G 1/2in Form B or Form D for convex seal; front bonded diaphragm; for ball valve.Electrical connectionsTwo 1/2 NPT or M20x1.5 threaded conduit entries, direct on housing.Communication connector:– HART: straight or angle Harting Han 8U connector and one plug.– PROFIBUS PA, FOUNDATION Fieldbus : M12x1 or 7/8(without mating female plug)Terminal blockHART version: four terminals for signal/external meter wiring up to 2.5mm 2 (14AWG) and four connection points for test and communication purposes.Fieldbus versions: two terminals for signal (bus connection) wiring up to 2.5mm 2 (14AWG).GroundingInternal and external 4mm 2 (12AWG) ground termination points are provided.Mounting positionTransmitter can be mounted in any position.Electronics housing may be rotated by 360°. A positive stop prevents over travel.Mass (without options)1.2kg approx (3lb); add 1.5kg (3.4lb) for AISI housing.Add 650g (1.5lb) for packing.PackingCarton 24 x 14 x 19cm approx (10 x 6 x 8in).2600T Pressure Transmitters Model 265GS, 265ASSS/265GS/AS_38ConfigurationTransmitter with HART communication and 4 to 20 mAStandard configurationTransmitters are factory calibrated to customer's specified range.Calibrated range and tag number are stamped on the type plate. If calibration range and tag data are not specified, the transmitter will be supplied configured as follows:4 mA Zero 20 mA Upper Range Limit (URL)Output Linear Damping 0.125s Transmitter failure mode 21mAAny or all the above configurable parameters, including Lower range–value and Upper range-value which must be the same unit of measure, can be easily changed using the HART hand–held communicator or by a PC running the configuration software SMART VISION with DTM for 2600T.The transmitter database is customized with specified flange type and material, o–ring and filling liquid.Transmitter with PROFIBUS PA communicationTransmitters are factory calibrated to customer's specified range.Calibrated range and tag number are stamped on the type plate. If calibration range and tag data are not specified, the transmitter will be supplied configured as follows:Measure Profile Pressure Engineering Unit mbar/bar Output scale 0%Lower Range Limit (LRL)Output scale 100%Upper Range Limit (URL)Output Linear Hi-Hi Limit Upper Range Limit (URL)Hi Limit Upper Range Limit (URL)Low Limit Lower Range Limit (LRL)Low-Low Limit Lower Range Limit (LRL)Limits hysteresis 0.5% of output scale PV filter 0.125s.Address 126Any or all the above configurable parameters, including Lower range–value and Upper range-value which must be the same unit of measure, can be easily changed by a PC running the configuration software SMART VISION with DTM for 2600T.The transmitter database is customized with specified flange type and material, o–ring and filling liquid.Transmitter with FOUNDATION Fieldbus communicationTransmitters are factory calibrated to customer's specified range.Calibrated range and tag number are stamped on the type plate. If calibration range and tag data are not specified, the transmitter will be supplied configured as follows:Measure Profile Pressure Engineering Unit mbar/bar Output scale 0%Lower Range Limit (LRL)Output scale 100%Upper Range Limit (URL)Output Linear Hi-Hi Limit Upper Range Limit (URL)Hi Limit :Upper Range Limit (URL)Low Limit Lower Range Limit (LRL)Low-Low Limit Lower Range Limit (LRL)Limits hysteresis 0.5% of output scale PV filter 0.125s Address Not necessaryAny or all the above configurable parameters, including lower range value and upper range value which must be the same unit of measure, can be changed by any FOUNDATION Fieldbus compatible configurator.The transmitter database is customized with specified flange type and material, o–ring and filling liquid.™ Hastelloy is a Cabot Corporation trademark ™ Viton is a Dupont de Nemour trademark(*)Wetted parts of the transmitter.2600T Pressure TransmittersModel 265GS, 265AS SS/265GS/AS_3MOUNTING DIMENSIONS (not for construction unless certified) - dimensions in mm (in)Transmitter with barrel housing92600T Pressure TransmittersModel 265GS, 265AS SS/265GS/AS_3 Transmitter with DIN housing102600T Pressure TransmittersModel 265GS, 265AS SS/265GS/AS_3 Transmitter with front bonded diaphragm (Barrel housing)Transmitter with ball valve connection (Barrel housing)112600T Pressure Transmitters Model 265GS, 265ASSS/265GS/AS_312Pipe mountingPossible mounting with bracket (optional) for DIN housingWall mountingNote : Bracket both for pipe and wall mounting provides four holes of 11mm (0.44in) diameter on square with 72mm (2.84in) side2600T Pressure TransmittersModel 265GS, 265AS SS/265GS/AS_3Electrical connectionsStandard Terminal block and fieldbus connector versionsHarting Han 8U connector132600T Pressure TransmittersModel 265GS, 265AS SS/265GS/AS_3BASIC ORDERING INFORMATION model 265GS Gauge Pressure TransmitterSelect one character or set of characters from each category and specify complete catalog number.Refer to additional ordering information code and specify one or more codes for each transmitter if additional options are required.142600T Pressure TransmittersModel 265GS, 265AS SS/265GS/AS_3 ADDITIONAL ORDERING INFORMATION for model 265GSAdd one or more 2-digit code(s) after the basic ordering information to select all required options152600T Pressure TransmittersModel 265GS, 265AS SS/265GS/AS_3Note 1:Suitable for oxygen serviceNote 2:Not available with Sensor code C, FNote 3:Not available with Sensor code L, U, R, VNote 4:Select type in additional ordering codeNote 5:Not available with Electronic Housing code G, WNote 6:Not available with Electronic Housing code E, KNote 7:Not available with ATEX-EEx nL (code E3) or PROFIBUS PA / FOUNDATION Fieldbus (code 2 or 3) with Intrinsic Safety EEx i (code E1) or FM-Intrinsically Safe (code EA).Note 8:Not available with Electronic housing code T, S, A, B, JNote 9:Not available with Electronic housing code T, S, A, B, J, K™Hastelloy is a Cabot Corporation trademark™Viton is a Dupont de Nemour trademarkStandard delivery items (can be differently specified by additional ordering code)–General purpose (no Ex design)–No meter/display, no mounting bracket, no surge protection–English manual and labels (stainless steel nameplate for Barrel housing code A, B, E, G, S, T; plastic nameplate for DIN housing code J, K, W)–Configuration with kPa and deg. C units–No test, inspection or material traceability certificatesTHE SELECTION OF SUITABLE WETTED PARTS AND FILLING FLUID FOR COMPATIBILITY WITH THE PROCESS MEDIA IS A CUSTOMER'S RESPONSIBILITY, IF NOT OTHERWISE NOTIFIED BEFORE MANUFACTURING.162600T Pressure TransmittersModel 265GS, 265AS SS/265GS/AS_3 BASIC ORDERING INFORMATION model 265AS Absolute Pressure TransmitterSelect one character or set of characters from each category and specify complete catalog number.Refer to additional ordering information code and specify one or more codes for each transmitter if additional options are required.172600T Pressure TransmittersModel 265GS, 265AS SS/265GS/AS_3 ADDITIONAL ORDERING INFORMATION for model 265ASAdd one or more 2-digit code(s) after the basic ordering information to select all required options182600T Pressure TransmittersModel 265GS, 265AS SS/265GS/AS_3Note 1:Suitable for oxygen serviceNote 2:Not available with Sensor code C, FNote 3:Not available with Sensor code L, UNote 4:Select type in additional ordering codeNote 5:Not available with Electronic Housing code G, WNote 6:Not available with Electronic Housing code E, KNote 7:Not available with ATEX-EEx nL (code E3) or PROFIBUS PA / FOUNDATION Fieldbus (code 2 or 3) with Intrinsic Safety EEx i (code E1) or FM-Intrinsically Safe (code EA).Note 8:Not available with Electronic housing code T, S, A, B, JNote 9:Not available with Electronic housing code T, S, A, B, J, K™Hastelloy is a Cabot Corporation trademark™Viton is a Dupont de Nemour trademarkStandard delivery items (can be differently specified by additional ordering code)–General purpose (no Ex design)–No meter/display, no mounting bracket, no surge protection–English manual and labels (stainless steel nameplate for Barrel housing code A, B, E, G, S, T; plastic nameplate for DIN housing code J, K, W)–Configuration with kPa and deg. C units–No test, inspection or material traceability certificatesTHE SELECTION OF SUITABLE WETTED PARTS AND FILLING FLUID FOR COMPATIBILITY WITH THE PROCESS MEDIA IS A CUSTOMER'S RESPONSIBILITY, IF NOT OTHERWISE NOTIFIED BEFORE MANUFACTURING.192600T Pressure TransmittersModel 265GS, 265AS SS/265GS/AS_3ABB LtdHoward Road, St. Neots Cambridgeshire, PE19 3EU UKTel:+44(0)1480 475321 Fax:+44(0)1480 217948ABB Inc.125 E. County Line Road Warminster, PA 18974 USATel:+1 215 674 6000 Fax:+1 215 674 7183S S / 2 6 5 G S / A S _ 3ABB has Sales & Customer Support expertise in over 100 countries worldwide /instrumentationThe Company’s policy is one of continuous productimprovement and the right is reserved to modify theinformation contained herein without notice.Printed in Italy (01.04)© ABB 2004 ABB Automation Products GmbHSchillerstrasse 72D-32425 MindenGermanyTel:+49 (0) 551 905 534Fax:+49 (0) 551 905 555。
第三版 IO-Link 手册说明书

IO-Link手册第三版请访问:/CN目录引言第4页第1部分:IO-Link简介第5页◆老派传感器第5页◆微型开关量传感器驱动第5页◆I O-Link:开放式低成本传感器接口第5页◆I O-Link节点第5页◆I O-Link系统第6页◆I O-Link接口在IEC 61131-9中被标准化为SDCI第6页◆物理层IO-Link标准化接口第6页◆物理层电气规范第7页◆自动化体系中的IO-Link第7页◆I O-Link:实现智能传感器第7页◆工业传感器生态系统第8页第6部分:提高系统性能第24页◆散热第24页◆测试A第24页◆测试B第24页◆测试C第24页◆热性能第24页◆分立解决方案第25页◆集成解决方案第25页◆选择TVS二极管第25页◆I O-Link保护电路第25页◆65 V(绝对最大值)如何帮助提供保护(对比40 V)第25页◆65 V绝对最大值的保护优势第25页◆小结第26页◆I O-Link信号摆率如何影响IO-Link电缆辐射?第26页引言当今的无风扇可编程逻辑控制器(PLC)和IO-Link®网关系统须消耗大量功率,具体取决于I/O配置(IO-Link、数字输入/输出、模拟输入/输出)。
随着这些PLC演变成新的工业4.0智能工厂,我们必须深谋远虑,实现更智能、更快速、更低功耗的解决方案。
这场革命的核心是一项名为“IO-Link”的新技术,能帮助实现灵活制造,从而改善工厂吞吐量,提高运营效率。
这项激动人心的新技术正使传统传感器转变为智能传感器。
ADI公司提供一系列先进的工厂自动化解决方案,并通过我们的IO-Link技术产品系列进一步改进性能,为实现工业4.0铺路架桥。
MAX22513是该产品系列的最新成员,这是一款微型双通道IO-Link收发器,集成了浪涌保护和DC-DC转换器,可减少热耗散并提高工厂车间传感器的稳定性。
为了帮助我们的客户缩短上市时间,我们与来自IO-Link联盟的软件协议栈供应商合作开发了一系列经过全面验证和测试的参考设计,本手册对此进行了详细说明。
STI安全触边

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ḍᅝ㺙ԡ㕂ⱘ䳔㽕䖬ৃҹᦤկLᔶᅝ㺙ᑻ ˄SGE-125㋏߫䰸˅
⊼˖䆺ᚙ䇋খ㾕Ң4义ᓔྟⱘĀൟো㒘៤āDŽ
SCC㾺䖍ࠊ఼ 䋳䋷ࠊᅝܼㄝ㑻Ў3㑻㋏㒳ⱘϧ⫼SCC㾺䖍ࠊ఼DŽ
1/5 LEN
5
6010~6100
1/6 LEN
6
(例) 传感器长度LEN等于2,700mm时, 会提供3根900mm的安装基座。
■ 第5步电缆长度和电缆端接
确定安全触边两端的电缆长度。
长度选择范围: 00100 mm(最短)~ 10000 mm(最
长), 以100mm为单位。
注1. 内部终端电阻的一端没有电缆, 因此不需要指定电缆长度。 2. 代码长度用5位数表示。 长度大于或等于100mm、 但小于1,000mm时, 在 数字的前面加00;大于或等于1,000mm、 但小于10,000mm时, 在数字的前 面加0。
安全触边/触边控制器
SGE/SCC
ห้องสมุดไป่ตู้
安装在危险移动部件上进行接触检测 的安全传感器
• 与专用控制器组合使用, 达到PLe/安全等级3级要求。 (适用于设有内部安全继电器、 可直接禁止危险源运行的 场合)
• 简单的一体化结构, 将传感器和原盖融为一体。 • 可抵抗侧向力。 • 可以在多种应用场合中使用。
■ 第1步型号
选择安全触边 (传感器) 的截面形状。 考虑触发距离 (从压力开始作用于安全触边至检测到压力所需的压缩量) 和触发力 (达到触发距离时的压缩力), 选择最适合所用设备 的型号。 有6种具有不同截面形状的系列可供选择。
罗斯蒙特压力变送器

传递给中心的灌充液,中心的灌充液将压力传递到 δ -室 传感器中心的传感膜片上。传感膜片是一个张紧的弹性元 件, 其位移随所受差压而变化(对于GP表压变送器,大气 压力如同施加在传感膜片的低压侧一样)。AP绝压变送器, 低压侧始终保持一个参考压力。传感膜片的最大位移量为 0.004英寸(0.10毫米),且位移量与压力成正比。两侧的 电容极板检测传感膜片的位置。传感膜片和电容极板之间 的电容差值被转换为相应的电流,电压或数字HAPT ®(高速 可寻址远程发送器数据公路)输出信号。
(1) 只适。用于不带直管段的孔板组件 (2) 在0 F以下时,如要求提高密封性能,请向工厂咨询。
47
1151系列压力变送器
表1.静压测试压力
型号 1151DP 1151HP 1151AP 1151GP
量程3-8 量程9 量程0 1151LT 150级法兰 300级法兰
P1 静压测试
测试压力 3,000psi 6,750psi 2,000psi
16个字符 32个字符 日,月,年 秒 选择输出方式 型号代码信息 型号代码信息 型号代码信息 型号代码信息 型号代码信息 安装或不安装 具体选型信息 高或低 关或开
接液O 型环
图6. 法兰分解图 标准 氟橡胶(Viton ® )(2) W2 丁腈橡胶(Buna N) W3 乙烯- 丙烯(Ethylene-Propylene) W4 Aflas W5 铜O型环,用于真空场合 (非接液件,仅用于 1151LT) W6 弹顶特氟隆 内有一个哈氏合金弹簧,弹簧与过程液体接触。如果哈氏 合金不适用,请向厂家查询。(可耐最大工作压力 2,000psi (13.79MPa))
数据组态(智能型) 组态数据存贮在变送器线路板上的永久性 EEPROM
VTS 压力传感器说明书

DFF.PRESS.TRDC6kPa/24VDC/010V/Mod1Introduction (3)1.1Device functions (3)1.2Characteristics of the device (3)2Worth knowing (3)3Technical data (4)3.1General parameters of the transducer (4)3.2Differential pressure measurement parameters (4)3.3Parameters of the analog output (4)3.4Parameters of the serial interface (5)4Installation (5)4.1Security (5)4.2The construction of the device (5)4.3Description of leads (6)4.4Configuration of the analog output (7)4.5Address configuration (7)4.6Resetting the offset (8)4.7Restoring factory settings (8)4.8Guidelines (9)5MODBUS protocol (10)5.1Map of registers (10)5.2Protocol functions (12)5.2.1Reading the contents of output registers (0x03) (12)5.2.2Writing to the group of output registers (0x10) (13)5.3Data format (14)5.4CRC checksum (14)5.4.1Bitwise CRC calculation algorithm: (14)5.4.2Table-based CRC calculation algorithm: (15)1IntroductionThe subject of this study is the characteristics of the differential pressure transmitter based on the Honeywell ABP series pressure sensor, with the RS-485 interface with the built-in MODBUS RTU protocol, and the analogue 0-10V output. ATTENTION: Before starting the module, please read the text contained in this document.1.1Device functions• differential pressure measurement (range depending on the sensor used)• analog voltage output 0-10 [V] (proportional to the pressure difference value) • configuration of the output range• configuration of the time constant of the measurement• sensor offset zeroing function• LED signaling device operation• serial RS-485 interface (readout of measured values, configuration of work parameters)- MODBUS RTU protocol-for communication in HALF DUPLEX mode-for a hardware configurable address (1-31)1.2Characteristics of the deviceThe basic function of the transducer is to measure the value of the pressure difference. The values measured by the integrated Honeywell sensor of the ABP series, then converted and averaged in the microcontroller, are available in its memory (in the HOLDING REGISTERS) according to the MODBUS standard. The registers are read using the MODBUS protocol functions sent over the RS-485 serial interface. The registers also provide information on the currently set (configurable) measuring range, the time constant (also configurable) and the percentage of the pressure referenced to the range. The signaling of the lack of a sensor, the states of measuring range overrun, the occupancy of the transducer in the case of offset calibration is also carried out via status registers.2Worth knowing1 hPa = 100 Pa = 1 mbar1 inH2O = 249.089 Pa3Technical data3.1General parameters of the transducerPower- constant voltage DC 24V ( 20 ... 30V ) - alternating voltage AC 24V (21.5 ... 26.5V) Power consumption- minimum1)9.0 mA - typical2)11.0 mA - maximum3)22.0 mA LED signaling0.2 Hz Installation connector screw in 5.00mm pitch ( ≤ 2.5mm 2 ) dimensions112 x 84 x 31 (L x H x W) Weight approx. 100 g Assembly4)wall Level of security IP65 Working environment dust-free, air, neutral gases Working temperature-20 ° C ÷ 50 ° C The storage conditions- temperature-40 ° C ÷ 85 ° C - relative humidity20 ÷ 60% RH 1)Average device current consumption in the following conditions: no transmission; analogue outputunloaded; 24V DC power supply;2)Average power consumption of the device in conditions: transmission 10 queries per second; transmissionspeed 9600 b / s; simultaneous reading of 20 registers; bus terminating resistors 2 x 120 Ω; analogoutput set to 10V and loaded with a 10kΩ resistance; 24V DC power supply;3)Maximum instantaneous current consumption in conditions: analog output loaded with 1kΩresistance; signaling diode constantly on; other conditions as in point 2);4)The device should be installed by qualified personnel;3.2 Differential pressure measurement parametersSensor type ABP Measurement range Up to 7,000 Pa Resolution12 bits Accuracy:- in the range of 0 ÷ 50°C± 0.25% of range - in the range -20 ÷ 85°C unspecified Sampling frequency100 Hz Response time1)0.8s / 4s 2)1) the given response time is equal to one time constant corresponding to 63% of the set value;2) the default value is shorter response time;3.3Parameters of the analog outputOutput type voltage Output range0 - 10 V Resolution12 bits (5 mV) Load capacity R L > 1 kΩ Refresh rate100 Hz3.4Parameters of the serial interfacePhysical layer RS-485 Communication protocol MODBUS RTU Connection configurations1)HALF DUPLEX Transmission speeds9600/19200/57600/115200 b / s 1) HALF DUPLEX - two-way communication with one pair of wires;4Installation4.1Security• The device should be installed by qualified personnel!• All connections must be made in accordance with the wiring diagrams set out in this specification!• Check all electrical connections before commissioning!4.2The construction of the deviceFigure 1. View of the printed circuit.4.3Description of leadsFigure 2. Description of the transmitter's leads.H1 – main terminalS1- function buttonS2- address buttonD1- status LED diodeFigure 3. Connection diagram of the transducer.4.4Configuration of the analog outputThe device is equipped with an analogue output: voltage range from 0 to 10V. Depending on the selected range, the device outputs a value proportional to the measured pressure difference. The measurement results are averaged and refreshed at the outputs according to the set time constant.4.5Address configurationThe device is equipped with a 5-position switch for hardware address setting (from "1" to "31"). Setting the address "0" on the switch will use the address stored in the device via the MODBUS protocol ("1" by default).Figure 4. Transducer addressing.“0”- off“1”- on4.6Resetting the offsetResetting with the command:Before proceeding to reset (reset) the offset, you must first set the output range and place both connectors in the same pressure (you can disconnect both hoses). The zeroing process takes place after sending the offset calibration command. The calibration duration is about 7s. After correct calibration, the device should show zero pressure value.Resetting with the button:Before proceeding to reset (reset) the offset, both ports should be placed in the same pressure (both hoses can be disconnected). To trigger the zeroing process, press and hold button S1 for about 3 seconds until the diode D1 blinks. The duration of the calibration is counted from the moment the button is released and is about 7 seconds. The calibration process is signaled by the blinking of the diode D1. After correct calibration, the device should show zero pressure value.4.7Restoring factory settingsThe function of restoring factory settings applies only to parameters of RS-485 interface transmission (including address). To restore the settings, press and hold the S1 button for about 10 seconds (the first 3 seconds after pressing the LED D1 is on, the next 7 seconds are blinking). When the D1 LED is permanently on again, release the button. The device will work with new settings automatically.4.8Guidelines• In case of work in the vicinity of high interference, shielded cables should be used.• Wire screen should be connected to the nearest PE point from the power supply side.Figure 5. Connection of the transmitter to the RS-485 bus operating in HALFDUPLEX mode.5MODBUS protocol5.1Map of registersRegistrynumberThe values Description1 -999 - 9999 Pressure difference (limited by measuring range) [Pa] (1 = 1 Pa) with a sign2 0 - 1000 Pressure difference related to the range (1 = 0.1%; 1000 = 100%)3 0/1/2/3 Status register (0: "SENSOR OK", 1: "UNDERLOAD",2: "OVERLOAD", 3: "NO SENSOR") (*)4 1234 Password register5 1/2/3 Command register6according tothe commandtableParameter register7 0/1 Time constant TAU (0: 0.8s; 1: 4.0s)8 0/1/2/3/4/5/6 Measurement range(according to the measurement range table)9 -999 - 9999 Transmitter offset (informative) [Pa] (1 = 1 Pa) with a sign10 -999 - 9999 Lower value of the measuring range (informative) [Pa] (1 = 1 Pa) with a sign11 -999 - 9999 Upper value of the measuring range (information) [Pa] (1 = 1 Pa) with a sign12 0/1 The status of resetting (resetting) the offset (0: not active; 1: pending)13 0-65535 Counter of valid frames14 0-65535 Exception counter15 0-65535 Counter of incorrect CRC16 0-65535 Counter of erroneous bytes17 0-65535 Counter of wrong addresses(*) "SENSOR OK" - correct sensor operation; "UNDERLOAD" - exceeding the range from the bottom;"OVERLOAD" - exceeding the range from the top; "NO SENSOR" - no sensor;Table of commands:CommandnoFunction parameters1 Set thedeviceaddress1 - 247 (1-default value)2 Set the speedtransmission96 - 9600 bps (default)192 - 19200 b / s576 - 57600 bps1152 - 115200 b / s3 Set the paritybits0 - NO PARITY; no parity bit (default value)1 - EVEN PARITY;2 - ODD PARITY,4 Set the bitsstop1 - 1 x STOP; 1 stop bit (default value)2 - 2 x STOP; 2 stop bits5Set aconstanttime0 - 0.8s;1 - 4.0s;6 Set the rangemeasuringID according to the measurement range table0 - 0 ... 6000 Pa (default value)7Startcalibrationprocess1 - start of resetting (resetting) the offset8resetdevices1 - software reset of the deviceTable of measuring ranges:Range Pressure values voltage outputID 0 - 6000[Pa]0V5V10V00: 6000 0 Pa = 0V 3000 Pa = 5V 6000 Pa = 10V10: 4000 0 Pa = 0V 2000 Pa = 5V 4000 Pa = 10V20: 2500 0 Pa = 0V 1250 Pa = 5V 2500 Pa = 10V30: 2000 0 Pa = 0V 1000 Pa = 5V 2000 Pa = 10V40: 1500 0 Pa = 0V 750 Pa = 5V 1500 Pa = 10V50: 1000 0 Pa = 0V 500 Pa = 5V 1000 Pa = 10V60: 500 0 Pa = 0V 250 Pa = 5V 500 Pa = 10V Comments:•Specifying an incorrect or out of range value of the parameter results in entering the value of 0xEEEE in the register of commands.•Each time a command is called, it must be accompanied by entering the password (1234 decimal).•Calling a command by individual entries to registers must be completed with entering the password.5.2Protocol functionsThe following functions of the MODBUS standard have been implemented in the DIFFPRESS v2 converter:CODE IMPORTANCE03 (0x03)Reading N x 16-bit registers16 (0x10)Write of N x 16-bit registers5.2.1Reading the contents of output registers (0x03)The format of the request:Description Size The valuesDevice address 1 byte 1 - 247 (0xF7)Function code 1 byte0x03Address of the datablock2 bytes0x0000 - 0xFFFFNumber of registers(N)2 bytes 1 - 125 (0x7D)CRC checksum 2 bytes according to calculationsResponse format:Description Size The valuesDevice address 1 byte 1 - 247 (0xF7)Function code 1 byte0x03Bytes counter 1 bytes 2 x NValues of registers N x 2bytes according to the map of registersCRC checksum 2 bytes according to calculations The format of the error:Description Size The values Device address 1 byte 1 - 247 (0xF7)Function code 1 byte0x83Error code 1 byte0x01 / 0x02 / 0x03 /0x04CRC checksum 2 bytes according to calculations5.2.2Writing to the group of output registers (0x10) The format of the request:Description Size The valuesDevice address 1 byte 1 - 247 (0xF7)Function code 1 byte0x102 bytes0x0000 - 0xFFFFAddress of thedata block2 bytes 1 - 123 (0x7B)Number ofregisters (N)Bytes counter 1 byte 2 x NuserThe values N x 2bytesCRC checksum 2 bytes according to calculationsResponse format:Description Size The valuesDevice address 1 byte 1 - 247 (0xF7)Function code 1 byte0x10Address of the2 bytes0x0000 - 0xFFFFdata block2 bytes 1 - 123 (0x7B)Number ofregisters (N)CRC checksum 2 bytes according to calculationsThe format of the error:Description Size The valuesDevice address 1 byte 1 - 247 (0xF7)Function code 1 byte0x90Error code 1 byte0x01 / 0x02 / 0x03 /0x04CRC checksum 2 bytes according to calculations5.3Data formatFigure 6. Data transfer in the MODBUS RTU standard implemented in thetransducer.Figure 7. Character format in the MODBUS RTU standard used in the transducer.Figure 8. Format of data fields and CRC in the MODBUS RTU standard used in thetransducer.5.4CRC checksumAccording to the MODBUS standard, a polynomial was used to calculate the CRC checksum:X16 + X15 + X2 + 1.5.4.1Bitwise CRC calculation algorithm:Procedure for determining the CRC checksum using the bit method:a) loading the value of 0xFFFF into the 16-bit CRC register;b) taking the first byte from the data block and performing the EX-OR operation with the younger byte of the CRC register, placing the result in the register;c) shifting the CRC register content to the right one bit in the direction of least significant bit (LSB), resetting the most significant bit (MSB);d) checking the status of the youngest bit (LSB) in the CRC register, if its status equals 0, then the return to point c takes place, if 1, then the EX-OR operation of the CRC register with the constant 0xA001 is performed;e) repetition of points c and d to eight times, which corresponds to the processing of the entire byte;f) repeating the sequence b, c, d, e for the next byte of the message, continue this process until all bytes of the message are processed;g) the contents of the CRC register after the operations mentioned are the sought-after value of the CRC check sum;h) adding a CRC checksum to the MODBUS RTU frame must be preceded by swapping of the older and younger bytes of the CRC register.5.4.2Table-based CRC calculation algorithm:An example of the implementation of the procedure for determining the CRC checksum using the array method:/* The function returns the CRC as a unsigned short type */unsigned short CRC16 ( puchMsg, usDataLen )/* message to calculate CRC upon */unsigned char *puchMsg ;/* quantity of bytes in message */unsigned short usDataLen ;{/* high byte of CRC initialized */unsigned char uchCRCHi = 0xFF ;/* low byte of CRC initialized */unsigned char uchCRCLo = 0xFF ;/* will index into CRC lookup table */unsigned uIndex ;/* pass through message buffer */while (usDataLen--){/* calculate the CRC */uIndex = uchCRCLo ^ *puchMsg++ ;uchCRCLo = uchCRCHi ^ auchCRCHi[uIndex] ;uchCRCHi = auchCRCLo[uIndex] ;}return (uchCRCHi << 8 | uchCRCLo) ;}/* Table of CRC values for high–order byte */static unsigned char auchCRCHi[] = {0x00, 0xC1, 0x81, 0x40, 0x01, 0xC0, 0x80, 0x41, 0x01, 0xC0, 0x80, 0x41, 0x00, 0xC1, 0x81, 0x40, 0x01, 0xC0, 0x80, 0x41, 0x00, 0xC1, 0x81, 0x40, 0x00, 0xC1, 0x81, 0x40, 0x01, 0xC0, 0x80, 0x41, 0x01, 0xC0, 0x80, 0x41, 0x00, 0xC1, 0x81, 0x40, 0x00, 0xC1, 0x81, 0x40, 0x01, 0xC0, 0x80, 0x41, 0x00, 0xC1, 0x81, 0x40, 0x01, 0xC0, 0x80, 0x41, 0x01, 0xC0, 0x80, 0x41, 0x00, 0xC1, 0x81, 0x40, 0x01, 0xC0, 0x80, 0x41, 0x00, 0xC1, 0x81, 0x40, 0x00, 0xC1, 0x81, 0x40, 0x01, 0xC0, 0x80, 0x41, 0x00, 0xC1, 0x81, 0x40, 0x01, 0xC0, 0x80, 0x41, 0x01, 0xC0, 0x80, 0x41, 0x00, 0xC1, 0x81, 0x40, 0x00, 0xC1, 0x81, 0x40, 0x01, 0xC0, 0x80, 0x41, 0x01, 0xC0, 0x80, 0x41, 0x00, 0xC1, 0x81, 0x40, 0x01, 0xC0, 0x80, 0x41, 0x00, 0xC1, 0x81, 0x40, 0x00, 0xC1, 0x81, 0x40, 0x01, 0xC0, 0x80, 0x41, 0x01, 0xC0, 0x80, 0x41, 0x00, 0xC1, 0x81, 0x40, 0x00, 0xC1, 0x81, 0x40, 0x01, 0xC0, 0x80, 0x41, 0x00, 0xC1, 0x81, 0x40, 0x01, 0xC0, 0x80, 0x41, 0x01, 0xC0, 0x80, 0x41, 0x00, 0xC1, 0x81, 0x40, 0x00, 0xC1, 0x81, 0x40, 0x01, 0xC0, 0x80, 0x41, 0x01, 0xC0, 0x80, 0x41, 0x00, 0xC1, 0x81, 0x40, 0x01, 0xC0, 0x80, 0x41, 0x00, 0xC1, 0x81, 0x40, 0x00, 0xC1, 0x81, 0x40, 0x01, 0xC0, 0x80, 0x41, 0x00, 0xC1, 0x81, 0x40, 0x01, 0xC0, 0x80, 0x41, 0x01, 0xC0, 0x80, 0x41, 0x00, 0xC1, 0x81, 0x40, 0x01, 0xC0, 0x80, 0x41, 0x00, 0xC1, 0x81, 0x40, 0x00, 0xC1, 0x81, 0x40, 0x01, 0xC0, 0x80, 0x41, 0x01, 0xC0, 0x80, 0x41, 0x00, 0xC1, 0x81, 0x40, 0x00, 0xC1, 0x81, 0x40, 0x01, 0xC0, 0x80, 0x41, 0x00, 0xC1, 0x81, 0x40, 0x01, 0xC0, 0x80, 0x41, 0x01, 0xC0, 0x80, 0x41, 0x00, 0xC1, 0x81, 0x40} ;/* Table of CRC values for low–order byte */static char auchCRCLo[] = {0x00, 0xC0, 0xC1, 0x01, 0xC3, 0x03, 0x02, 0xC2, 0xC6, 0x06, 0x07, 0xC7, 0x05, 0xC5, 0xC4, 0x04, 0xCC, 0x0C, 0x0D, 0xCD, 0x0F, 0xCF, 0xCE, 0x0E, 0x0A, 0xCA, 0xCB, 0x0B, 0xC9, 0x09, 0x08, 0xC8, 0xD8, 0x18, 0x19, 0xD9, 0x1B, 0xDB, 0xDA, 0x1A, 0x1E, 0xDE, 0xDF, 0x1F, 0xDD, 0x1D, 0x1C, 0xDC, 0x14, 0xD4, 0xD5, 0x15, 0xD7, 0x17, 0x16, 0xD6, 0xD2, 0x12, 0x13, 0xD3, 0x11, 0xD1, 0xD0, 0x10, 0xF0, 0x30, 0x31, 0xF1, 0x33, 0xF3, 0xF2, 0x32, 0x36, 0xF6, 0xF7,0x37, 0xF5, 0x35, 0x34, 0xF4, 0x3C, 0xFC, 0xFD, 0x3D, 0xFF, 0x3F, 0x3E, 0xFE, 0xFA, 0x3A,0x3B, 0xFB, 0x39, 0xF9, 0xF8, 0x38, 0x28, 0xE8, 0xE9, 0x29, 0xEB, 0x2B, 0x2A, 0xEA, 0xEE,0x2E, 0x2F, 0xEF, 0x2D, 0xED, 0xEC, 0x2C, 0xE4, 0x24, 0x25, 0xE5, 0x27, 0xE7, 0xE6, 0x26, 0x22, 0xE2, 0xE3, 0x23, 0xE1, 0x21, 0x20, 0xE0, 0xA0, 0x60, 0x61, 0xA1, 0x63, 0xA3, 0xA2, 0x62, 0x66, 0xA6, 0xA7, 0x67, 0xA5, 0x65, 0x64, 0xA4, 0x6C, 0xAC, 0xAD, 0x6D, 0xAF, 0x6F, 0x6E, 0xAE, 0xAA, 0x6A, 0x6B, 0xAB, 0x69, 0xA9, 0xA8, 0x68, 0x78, 0xB8, 0xB9, 0x79, 0xBB, 0x7B, 0x7A, 0xBA, 0xBE, 0x7E, 0x7F, 0xBF, 0x7D, 0xBD, 0xBC, 0x7C, 0xB4, 0x74, 0x75, 0xB5,0x77, 0xB7, 0xB6, 0x76, 0x72, 0xB2, 0xB3, 0x73, 0xB1, 0x71, 0x70, 0xB0, 0x50, 0x90, 0x91, 0x51, 0x93, 0x53, 0x52, 0x92, 0x96, 0x56, 0x57, 0x97, 0x55, 0x95, 0x94, 0x54, 0x9C, 0x5C, 0x5D, 0x9D, 0x5F, 0x9F, 0x9E, 0x5E, 0x5A, 0x9A, 0x9B, 0x5B, 0x99, 0x59, 0x58, 0x98, 0x88, 0x48, 0x49, 0x89, 0x4B, 0x8B, 0x8A, 0x4A, 0x4E, 0x8E, 0x8F, 0x4F, 0x8D, 0x4D, 0x4C, 0x8C, 0x44, 0x84, 0x85, 0x45, 0x87, 0x47, 0x46, 0x86, 0x82, 0x42, 0x43, 0x83, 0x41, 0x81, 0x80, 0x40};。
MINI-BEAM 系列 传感器 说明书

P •Email: sensors@197 MINI-BEAM专家型TM传感器MINI-BEAM®专家型TM注意:i) 电缆式传感器型号后缀加“W/30”,电缆长度为9m(如:SME312FPB W/30)ii)型号后带QD的产品需另配接插件。
•Email: sensors@199 MINI-BEAM专家型TM传感器MINI-BEAM®专家型TM200MINI-BEAM 专家型TM 传感器M I N I -B E A M ®E x p e r t T M˝…¤31.2 mm(1.23")MINI-BEAM 专家型系列传感器(后缀LP ,LPC ,D ,DV ,CV ,CV2,CVG ,CVB ,及)电缆式接插件式MINI-BEAM 专家型系列传感器宽光束直接反射式(后缀为W 型)MINI-BEAM 专家型系列传感器玻璃光纤式(后缀为F ,FV ,FVG ,FVB 和FVW 型)MINI-BEAM 专家型系列传感器塑料光纤式(后缀为FP ,FPG ,FPB 和FPW 型)MINI-BEAM 专家型系列传感器-后视图 •Email: sensors@209 MINI-BEAM系列传感器MINI-BEAM®系列对于标准的MINI-BEAM:i) 电缆式传感器型号后加后缀“W/30”,电缆长度为9m(如:SM312FP W/30)ii) MINI-BEAM电缆式接插件型号后缀为“QDP”,长度150mm(如SM312FPQDP)iii) 型号后带QD的产品需另配接插件210MINI-BEAM 系列传感器M I N I -B E A M ®S e r i e s注意:直流MINI-BEAMs 如加上后缀“MHS ”(如:SM312LVMHS )则为高速型,响应时间0.3ms ,但同时减小了检测距离和过量增益。
•Email: sensors@211MINI-BEAM 系列传感器MINI-BEAM ®系列直流系列电缆式直流系列接插件式(4针Euro型)直流电缆式发射器直流接插件式发射器(4针Euro 型)4针Euro 型出线图可选接插件(QD )式直流MINI-BEAM 型传感器具有2m(6.5')或9m(30')的PVC 电缆,或是一个4针Euro 型的QD 接插件。
光电传感器SOOD、SOOE产品特性和范围概述说明书

光电传感器Subject to change –2018/102→Internet:/catalogue/...光电传感器SOOD,SOOE主要特性和产品范围一览产品范围一览派生型SOOD LEDSOOD 激光SOOE LED SOOE 激光→页码/Internet 漫反射式传感器,带背景抑制⏹⏹⏹⏹12,24对射式传感器⏹⏹⏹⏹18,28反射式传感器⏹⏹⏹⏹21,32反射式传感器,用于透明物体––⏹–35漫反射式传感器––⏹–38激光,对比传感器–––⏹42激光,距离传感器––⏹⏹46检测方法漫反射式传感器SOOE-DS这些传感器有时候被称为能量传感器,发射器和接收器同处一个壳体内。
发射出的光束直接被物体反射到接收器,计算反射光束的强度。
通过改变接收器(用IO-Link®、电位计或示教方法)的灵敏度可调节工作距离。
漫反射式传感器是成本效益最高的解决方案之一,安装也十分快捷。
不过,这些传感器不适用于一些应用场合,例如在强反射背景下检测轻微反光的物体。
此外,采用多种不同表面的物体(从材料、颜色或表面光洁度的角度出发)因为不同表面的反射特性不同,所以需要在不同的距离进行测量。
漫反射式传感器的优点在于强度区分。
•工作距离更长•经济性更佳•检测轻微反光的物体时更可靠-V-新产品光电传感器SOOD,SOOE 主要特性漫反射式传感器,带背景抑制工作距离并非通过能量来设定,而是通过光学三角测量。
全新且高精度的多像素技术(SOOE)有着优异的灵活性,通过IO-Link®设置。
带160x16像素的信号预处理的集成接收器是精确检测与距离测量的关键。
该接收器具备高分辨率和线性化,在检测范围上限有着独特的设定性能。
因此,物体检测几乎独立于背景中的其它物体之外,也与颜色、大小或表面光洁度无关。
这些设备仅要求有非常少量的漫反射。
带背景抑制的漫反射式传感器的优点•工作距离实际上与颜色和表面光洁度无关•还可用于闪光或反光的背景•检测距离的小差异•调节方便反射式传感器这些传感器的发射器和接收器也同处一个壳体内。
RP1001 差压远传变送器

41
上海洛丁森工业自动化设备有限公司
RP1001 差压远传变送器
7 外形尺寸
图 1 基本型双边差压远传密封装置图
General Specifications
一般规格书 单位(mm)
图 2 基本型单边差压远传密封装置图
注:(1)单边基本型差压远传密封装置可以安装在变送器本体的高压侧,也可以安装在变送器的低压侧; (2)单边或双边基本型差压远传密封装置的变送器本体安装方式同 RP1001 系列差压变送器。
>100
>100
400℃
>100
注:超出以上工作温度和静压关系范围的应特别指出,
可以通过特殊设计来满足要求。
变送器本体压力极限 从 3.5kPa 绝对压力至额定压力,保护压力可大 于额定压力的 1.5 倍,同时加于变送器两侧。
储存温度/运输温度 最低:取决于填充液 最高:85℃
远传法兰额定压力 ANSI 标准 :150psi~600psi DIN 标准: PN 1.6MPa~PN 10MPa
6.2 环境条件 环境温度 最低:取决于填充液 最高:85℃ 带液晶显示、氟橡胶密封圈时 -20~65℃
介质温度:-30~400℃ 表 3 填充液、工作温度和最小工作静压关系表
填充液
密度 25℃ 工作温 度范围
硅油 (S) 960 kg/m3 -30~ 200℃
高温硅 油(H)
980 kg/m3 -10~ 350℃
RL- 带毛细管 Θ侧
20
过程连接 标称直径
密封面形式
膜片/密封面材质
A DN50 DIN 2501
E 型 DN2526
不锈钢 316L
B DN50 DIN 2501
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Model 230 封装满足 NEMA4/IP65 防护等级的要求,环境适应能力强。
3 阀组组件
Model 230 可以选装一种 3 阀组组件,以便于传感器安装维护。这种 3 阀组组件采用黄铜材 料整体机加工制造,不需内部连接管路,从而消除了内部泄露的危险。它坚固紧凑的结构, 仅需要最小的安装空间。利用 Model 230 的排气螺钉可以方便地排出管路和压力腔中的空气。 如与 Model 230 一起订购,工厂在发货时已按墙上安装或管路安装方式组装成一体。( 订购 时 3 阀组代码为 3V)
环境参数
工作温度 * 存放温度 振动 加速度 冲击
-18 ~ 80℃(0 ~ 175 0F) -54 ~ 121℃(-65 ~ 250 0F) 5g (5Hz ~ 500Hz) 10g 50g
* 工作温度限制仅对电子器件而言,压力介质温度可以更高或更低。
MODEL230 性能规范
物理参数(MODEL230 )
差压传感器
Model 230- 湿 / 湿差压传感器
西特 (setra)Model 230 是专为液体或气体差压测量而设计的湿 湿型高输出低差压传感器。它 由一个快速响应的电容敏感元件和专用信号处理电路组成,输出与压力相对应的高精度线性 信号。
Model 230 可应用于最高静压达 250psig 的单向或双向差压测量。西特独特设计的隔离系统 将传感器变送器膜片的运动传递给“干”式腔体中敏感电容的一个极板,此极板与膜片成比 例地移动,从而使敏感电容的电容值产生变化。这种设计保证了 230 能够测量腐蚀性的液体 或气体。而且这种干式结构系统对压力变化的响应速度比传统充液结构的传感器大约快 20 倍。西特专用的检测和信号处理电路将电容的变化量转换为电信号,并进行线性处理和温度 补偿,使输出信号与差压信号成比例的变化。
尺寸
in mm
Ф4.0
Model230 传感器与 3 阀组组件外形图
上视图
3.01 77
2.00
51
1.50
38
1.63
1.00
41
25
1.63 41
正视图
0.69 1.31
0.75 0.13
3 阀组组件结构 ( 订购代码“3V”, 见下表 )
阀体材料 黄铜 阀门 (3) V1 接正压端
V2 接正压端 V3 均压 阀门类型 900 开 / 关阀门连接方式 1/4”- 18NPT 内螺纹
压力介质
Model230
*17-4PH 不锈钢不推荐应用于氢气。 3 阀组组件
与 17- 4PH 不锈钢,300 系列不锈钢,氟橡胶及硅 橡胶“O”型密封圈相容的气体或液体 与 360 黄铜,122 铜,乙醛阀门及氰橡胶“O”型密 封圈相容的气体或液体
注:西特(setra)公司坚持严格的质量标准 , 执行 ANSI-Z540-1 及 ISO9001 标准。 此产品标定源于 NIST,美国专利号 4054833。
42 美国西特(setra)中国区战略合作伙伴——深圳偌派思传感技术有限公司 www.ropath.com
电气参数 ( 电压型 )
电路 激励电压
输出
输出阻抗
3 线 (Exc,OUT,COM) 9 ~ 30VDC 用于 0 ~ 5VDC 输出 13 ~ 30VDC 用于 0 ~ 10VDC 输出 0 ~ 5VDC 0 ~ 10VDC 100Ω
2301
型号 2301=230
单向 001PD = 0-1PSID 002PD = 0-2PSID 005PD = 0-5PSID 010PD = 0-10PSID 025PD = 0-25PSID 050PD = 0-50PSID 100PD = 0-100PSID
量程
双向 0R5PB = ±0.5PSID 001PB = ±1PSID 2R5PB = ±2.5PSID 005PB = ±5PSID 010PB = ±10PSID 025PB = ±25PSID 050PB = ±50PSID
* 精度为非线性、迟滞、非重复性的方和根 ** 产品在 21℃下进行标定,最大温度误差从此数据而来
±0.25%FS(恒温下) ±0.20%FS ( 最佳拟合直线法 ) 0.10%FS 0.05%FS
-1 ~ +65℃ (+30 ~ 150 0F) ±1.8%FS/50℃ (±2.0%FS/100 0F) ±1.8%FS/50℃ (±2.0%FS/100 0F) 零点漂移:±0.004%FS/psig 静压压力 无限,仅受输出噪声限制 (0.02%FS) 2.0FS/g ( 最敏感轴 ) 500Hz ( 气态介质 ) ±0.1%FS 30 ~ 50ms 0.5%FS/ 年 250psig
PSI
0 ~ ±0.5
20
1.25
0 ~ ±1
40
2.5
0 ~ ±2.5
100
6.25
0 ~ ±5
100
12.5
0 ~ ±10
200
25
0 ~ ±25
250
62.5
0 ~ ±50
250
125
如果对传感器施加高的差压过载时,零点输出将稍有偏移。当差压过载施加在低压端时,该偏移最高可能达到 ±10% FS。但其他 参数(如灵敏度、线性等 ) 不会改变。如果差压过载仅是单向的,用户可以用此差压来预置传感器。之后,小幅度的过载不会造成 新的漂移。工厂已通过对传感器高压端施加最大过压来预置零点。
示例 : No.2301005PD2F11B 是指 Model 230 传感器 . 0 ~ 5PSID 单向量程 . 1/4" 内 NPT 接口 . 4 ~ 20mA 输出 . 氟 / 硅橡胶密封 . No. 2301005PD3V11B 是指 Model 230 传感器 . 0 ~ 5PSID 单向量程 . 4 ~ 20mA 输出 . 氟 / 硅橡胶密封 . 装配 3 阀组组件 .
壳体材料 电气连接 压力连接 压力腔体积
重量 ( 约 ) 性能规范改变恕不另行通知
物理参数 (3 阀组组件 )
组件材料 阀门(3)*
阀门类型 管路连接 结构尺寸 重量 ( 约 )
不锈钢 / 铝 接线端子,φ24 导线管开口 1/4″ -18NPT 内螺纹 0.27 立方英寸 ( 正压口 ) 0.08 立方英寸 ( 负压口 ) (采用 1/4 NPT 外螺纹安装,压力腔的体积不包括 1/4″ NPT 外 螺纹接头的体积) 425g
* 采用 50KΩ 负载进行标定,可在≥ 5000Ω 负载下工作 ** 零点输出工厂设定为 ±25mV(5VDC 输出 ),或 ±50mV(10VDC 输出 ) ** 量程 ( 满量程 ) 输出工厂设定为 ±25mV(5VDC 输出 ),
±50mV(10VDC 输出 ) 范围内
电气参数 ( 电流型 )
MODEL 230 差压传感器
V3
分流阀
截止阀
V1
V2
1/4"NPT 高压接口
1/4"NPT 低压接口
侧视图
1.63 2.16
0.13 0.76 0.88
V3
5.00 5.63 6.25
V1
V2
4X 0.16 0.38
2.13 3.25 4.00
7.05
TYP0.52 0.31
Model230 订购指南
连接电路
2线
输出 *
4 ~ 20mA**
外部负载
0 ~ 1000Ω
最小供电电压 (VDC)=9+0.02×( 接收装置附加导线电阻 )
最大供电电压 (VDC)=30+0.004×( 接收装置附加导线电阻 )
* 工厂标定时采用 250Ω 负载,24VDC 回路电压 ** 零点输出工厂设定为 ±0.08mA 范围内 ** 量程 ( 满量程 ) 输出工厂设定为 ±0.08mA 范围内
西特执行严格的质量标准,包括 ISO9001 和 ANSI-Z540-1,产品标定可追溯至 NIST
Model 230 性能规范
性能参数
精度 * 非线性 迟滞 非重复性 温度影响 * 补偿范围 零点漂移 量程漂移 静态影响 分辨率 静态加速度影响 固有频率 预热漂移 响应时间 长期稳定性 最大工作压力
外形图
侧视图
前视图
1.94
3.05
49
77
1/4"-18 NPT 高亚接口
2.44 62
安装架
放气螺钉
Ф0.875 导线管 开口
Ф22
1/4"-1 8 N P T 低压接口
传感器 安装孔
3.00 76 2.50 64 0.43 11
夹持 安装 槽
0.52 0.88 1.30
13
22 33
Ф0.156
黄铜 V1 接正压端 V2 接负压端 V3 均压 90°开 /mm×55mm 1134g
应用
● 能源管理系统 ● 过程控制系统 ● 气体或液体的流量测量 ● 密封容器的液位测量 ● 过滤网状态监测
特点
■ 高精度 ■ 低差压 ■ 快速响应 ■ 静压影响小 ■ 适用于气体和液体 ■ 干式电容结构 ■ 可选装 3 阀组组件 ■ NEMA4/IP65 防护等级
压力范围
压力范围 PSID 0~1 0~2 0~5 0 ~ 10 0 ~ 25 0 ~ 50 0 ~ 100
高压端耐压 PSI 20 40 100 100 250 250 250
单向
低压端耐压 PSI 2.5 5 12.5 25 62.5 125 250
压力范围
双向 高压端耐压
低压端耐压
PSID
PSI
压力接口
2F = 1/4"NPT(F) 3V = 3 阀组组件
输出
11 = 4 ~ 20mA 2D = 0 ~ 5VDC 2E = 0 ~ 10VDC