ABB流量计产品介绍

合集下载

ABB质量流量计样本

ABB质量流量计样本

Zone 0, 1, 2, 21, 22
Zone 0, 1, 2, 21, 22
Class I Div. 1, Class I Div. 2, Zone 0, 1, 2, 20, 21
Class I Div. 1, Class I Div. 2, Zone 0, 1, 2, 20, 21
另询
一体型,分体型
选项 TE1" 加长变送器 " 的安装
图 9:T 介质 -50 º … 120 ºC(-58 … 248 º… 200(-58 … 392 ºF)1 带保温的安装 1 保温层
如果选择 TE1" 加长变送器 " 安装选项,流量计传感器保温如 图 11 所示。
图 10:T 介质 -50 º … 200(-58 … 392 ºF)的安装
液体测量精度 - 质量流量 - 体积流量 - 密度
- 温度 气体测量精度 接液材质 防护等级依照 EN 60529 待测介质允许的温度 认证与证书 1) - 防爆 ATEX/IECEx - 防爆 cFMus - 防爆其他认证 外壳
1)部分在准备中
标准型 FCB330
高精度型 FCB350
DN 10 ...200,PN 40 ... 100 DN 1/4" ...8" PN CL150 ...CL600 DN 10 ... 100 (1/4" ... 4") DIN 32676 (ISO 2852) BPE 三爪卡箍 DN 10 ... 100(1/4" ... 4")
图 1:垂直安装,可自排空
图 2:垂直安装,排放管(流向自上向下) 1 上游罐 | 2 流量计 | 3 孔板或缩径装置 | 4 阀门 | 5 下游罐

最新ABB流量计汇总

最新ABB流量计汇总

最新ABB流量计汇总ABB是全球知名的工业自动化和电气设备制造商,其流量计产品系列广泛应用于各个行业中的流体流量测量和控制。

以下是最新的ABB流量计产品汇总。

1.声速式流量计ABB的声速式流量计采用声速传感器来测量流体的速度,从而计算出流量。

其特点包括测量准确度高、响应速度快、适用于各种介质等。

不同型号的声速式流量计适用于不同的流量范围和管道尺寸。

2.电磁式流量计ABB的电磁式流量计通过测量液体或气体中电流感应的电压来确定流量。

其优点包括准确性高、可靠性强、能够测量各种介质的流量等。

不同型号的电磁式流量计适用于各种应用场景,包括化工、水处理、石油和天然气等。

3.热式流量计ABB的热式流量计基于热传导原理来测量流体的流速。

其特点包括适用于各种介质、无移动部件、耐腐蚀等。

热式流量计适用于液体、气体和蒸汽的流量测量,广泛应用于化工、石油和天然气等行业中。

4.质量式流量计ABB的质量式流量计通过测量流体的密度和温度来确定流量。

其优点包括计量准确性高、不受压力和温度波动的影响等。

质量式流量计适用于各种液体和气体的流量计量,广泛应用于化工、石油和天然气等行业中。

此外,ABB的流量计产品还具有以下特点和功能:1.精确度高:ABB的流量计产品具有极高的测量准确度,可以满足各种工业应用需求。

2.多种安装方式:ABB的流量计产品可以采用不同的安装方式,包括侧装、法兰安装、夹紧安装等,方便用户在不同场景中进行安装和维护。

3.大范围测量:ABB的流量计产品能够满足各种流量范围的测量需求,从微型流量到大流量都能够准确测量。

4.多种通信接口:ABB的流量计产品支持多种通信接口,可以与PLC、DCS系统进行数据交换,实现远程监测和控制。

5.防护等级高:ABB的流量计产品具有高的防护等级,能够适应各种恶劣的工业环境,确保长时间的可靠运行。

总结起来,ABB的流量计产品具有高精度、可靠性强、适用性广等特点,广泛应用于化工、石油和天然气、水处理等行业中的流体流量测量和控制。

ABB 高精度流量计 CoriolisMaster FCB400, FCH400 产品说明说明书

ABB 高精度流量计 CoriolisMaster FCB400, FCH400 产品说明说明书

—A B B M E A S U R E M E N T&A N A L Y T I C S|SP A R E P A R T S LI S T CoriolisMaster FCB400, FCH400Coriolis mass flowmeterMeasurement made easyAdditional Information Additional documentation on CoriolisMaster FCB400, FCH400 is available for download free of charge at /flow.Alternatively simply scan this code:2 CoriolisMaster FCB400, FCH400 CORIOLIS MASS FLOWMETER | SPL/FCB400/FCH400-EN REV. CTable of contents1 Safety instructions for repair work (3)2 Name plate specifications for spare parts orders 4Name plate of sensor in integral mount design (example)43 Spare parts list (5)Coriolis mass flowmeter FCB430, FCB450, FCH430,FCH450 in remote mount design (5)Transmitter FCT430, FCT450 (5)Sensor FCB430, FCB450, FCH430, FCH450 (10)Coriolis mass flowmeter FCB430, FCB450, FCH430,FCH450 in integral mount design (12)4 Upgrade Kits (15)Conversion kit FCB3XX to FCB430, FCB450, FCH430,FCH450 (15)5 Activation codes (15)1Safety instructions for repair workABB flowmeters are designed to be easy to repair thanks to uniform replacement parts and simple replacement of predefined parts.However, if repair work is not carried out in accordance with the guidelines, this may result in malfunctioning of the device, causing serious injury to persons, and harm to the environment. This is especially true for safety-critical devices and those certified for use in explosion hazard environments. Certifications will also lapse if the repairs were not carried out with the proper tool or by persons without adequate training. We therefore recommend all repair work on flowmeters be carried out by ABB service technicians.As the manufacturer of the device, ABB cannot guarantee the necessary quality of the repair procedures if the work and/or parts exchange was not carried out by ABB.The plant operator is responsible for all repairs carried out by the customer, plant operator, or third party. In this case, ABB will reject all responsibility for any improper device functionality, in particular all safety-related functions. ABB does not assume any liability for the deterioration or loss of device performance, malfunctions, or damage arising from the above repair work or replacement. All liability for defects shall lapse when the replacement or repair work is not carried out by ABB.If you are unsure about the repair process even if some or all replacement parts are available, please get in touch with ABB Service before beginning work.Respect national and internal laws when carrying out repairs. In particular laws relating to certified flowmeters used in explosion hazard environments. Repair work which is carried out without following the legal requirements can result in the revocation of your operating permit.For more information, go to/service/repairs or contact your local ABB Customer Service Center.2Name plate specifications for spare parts ordersThe flowmeter version can be identified by referring to the name plate that is attached to the housing.Name plate of sensor in integral mount design (example)When placing spare parts orders, always remember to state the serial number as shown on the name plate.1 Serial numberFigure 1: Name plate of sensor in integral mount design (example)NotePrices available upon request!3 Spare parts listCoriolis mass flowmeter FCB430, FCB450, FCH430, FCH450 in remote mount designTransmitter FCT430, FCT450Figure 2:Upper part with electronicsNumber DesignationVariantOrdering numberRecommended spare part1+2+8+k T3 housing including motherboard and EMCboard aluminum zone 2 / DIV 2 M20 U high Without explosion protection, ATEX / IECExZone 23KQZ 407115U0100T3 housing including motherboard and EMC board aluminum zone 2 / DIV 2 NPT U highWithout explosion protection, ATEX / IECExZone 2, cFMus Class 1 Div. 23KQZ 407115U0500T3 housing including motherboard and EMC board aluminum zone 2 / DIV 2 NPT U lowWithout explosion protection, ATEX / IECExZone 2, cFMus Class 1 Div. 23KQZ 407115U0700T3 housing including motherboard and EMC board aluminum zone 2 / DIV 2 M20 U lowWithout explosion protection, ATEX / IECExZone 23KQZ 407115U0300... 3 Spare parts listNumber Designation Variant Orderingnumber Recommendedspare part1+2+8+k T3 housing including motherboard and EMCboard aluminum zone 2 / DIV 2 M20 U high Without explosionprotection, ATEX / IECExZone 23KQZ407133U1100 Modbus and DPT3 housing including motherboard and EMC board aluminum zone 2 / DIV 2 NPT U high Without explosionprotection, ATEX / IECExZone 2, cFMus Class 1Div. 23KQZ407133U1500 Modbus and DPT3 housing including motherboard and EMC board aluminum zone 2 / DIV 2 NPT U low Without explosionprotection, ATEX / IECExZone 2, cFMus Class 1Div. 23KQZ407133U1300 Modbus and DPT3 housing including motherboard and EMC board aluminum zone 2 / DIV 2 M20 U low Without explosionprotection, ATEX / IECExZone 23KQZ407133U1700 Modbus and DP1 T3 housing aluminum M20 Zone2 / DIV 2pa. without gland Without explosionprotection, ATEX / IECExZone 23KQZ407020U0100T3 housing aluminum NPT Zone 2 / DIV 2 pa. without plug Without explosionprotection, ATEX / IECExZone 2, cFMus Class 1Div. 23KQZ407020U0300T3 housing aluminum M20 Zone 2 / DIV 2 pa. without gland Without explosionprotection, ATEX / IECExZone 23KQZ407020U0100 Modbus and DPT3 housing aluminum NPT Zone 2 / DIV 2 pa. without plug Without explosionprotection, ATEX / IECExZone 2, cFMus Class 1Div. 23KQZ407020U0300 Modbus and DPO-ring housing 41.00 x 1.78 NBR – D101A040U01 X2 Motherboard complete U high – D800D520U19X Motherboard complete U low – D800D520U20XFuse 5 x 20 mm 1.25 A 1500 A @ 250 V AC – 3KQR000757U0100 X Only 1:1 replacementin case of EXFuse 5 x 20 mm 0.8 A 1500 A @ 250 V AC – 3KQR000757U0200 X Only 1:1 replacementin case of EXk T3 spacing bolts HML type c – 3KQZ407017U01004 HMI Type C pre assy. no data logger – 3KQZ407125U0100 XNumber Designation Variant Orderingnumber Recommendedspare part3 DP Plug-in card – 3KQZ400027U0100 Only 1:1 replacementin case of EX Modbus plug-in card – 3KQZ400028U0100 Only 1:1 replacementin case of EXPlug-in card current output 4 to 20 mA passive (red) – 3KQZ400029U0100 Only 1:1 replacementin case of EXPlug-in card digital output passive (green) – 3KQZ400030U0100 Only 1:1 replacementin case of EX Plug-in card 24 V DC power supply (blue) – 3KQZ400031U0100 Only 1:1 replacementin case of EX Plug-in card passive digital input (yellow) – 3KQZ400032U0100 Only 1:1 replacementin case of EX EMC protection sheet T3 – 3KXF003070U0100 Only 1:1 replacementin case of EX5 Cover with glass pre-mounted Without explosionprotection, ATEX / IECExZone 2, cFMus Class 1Div. 2D612A197U01Cover with glass pre-mounted, Ex, ATEX / IECEx Zone 1,cFMus Class 1 Div. 1D612A197U027 Cover, VST rear, type 3, STDAluminum, INT Without explosionprotection, ATEX / IECExZone 2, cFMus Class 1Div. 2D612A226U01Cover, VST rear, type 3, EX Aluminum ATEX / IECEx Zone 1,cFMus Class 1 Div. 1D612A226U026 O-ring cover 118 x 3.70, NBR – D101A034U05 X 8 T3 EMC board complete ZN2 /DIV 2/ DIV1 D800D520U21 X4WCTW EMC Board complete ZN1 POT ZN1 D800D520U22 XT3 EMC board complete ZN2 /DIV 2/ DIV1 D800D520U23 X4WCTW EMC Board complete ZN1 POT ZN1 D800D520U24 X 9 T3 plastic cap network connection – 3KQZ407005U0100j Screw for network connection cap M 4 x 6DIN7985 – D004G106AU20... 3 Spare parts list... Coriolis mass flowmeter FCB430, FCB450, FCH430, FCH450 in remote mount designFigure 3:Wall mountNumber DesignationVariantOrdering numberRecommended spare part1T3 wall mount, base aluminum ZN1 M20 pre assy W ithout explosionprotection, ATEX / IECEx Zone 23KQZ 407114U0100T3 wall mount, base aluminum DIV 1 NPT pre assyWithout explosion protection, ATEX / IECEx Zone 2cFMus Class 1 Div. 23KQZ 407114U03002T2 cover wall mount aluminum Zone 1, 2 / DIV 1, 2 pre assyWithout explosion protection, ATEX / IECEx Zone 2ATEX / IECEx Zone 1, cFMus Class 1 Div. 2, cFMus Class 1 Div. 13KQZ207035U01003 O-ring cover wall mount 118 x 3.70 NBR – D101A034U054 O-Ring 41 x 1.78 NBR – D101A040U01 5Terminal block 4-pole–3KQR002621U0100Number Designation Variant Ordering number Recommended sparepart6 Raised-head screw for terminal block ISO7985M3 x 20 A2-70– 3KQP000063U0100 Accessory bag for cable clamps – 3KXF002015U0100T3 connection cable wall mount for housing Without explosionprotection, ATEX / IECExZone 2cFMus Class 1 Div. 23KQZ407087U0100Signal cable wall mounting for connection box 4WCTW 4 x 0.75 mm 5 m 3KQZ407123U0500Signal cable wall mounting for connection box 4WCTW 4 x 0.75 mm 10 m 3KQZ407123U1000Signal cable wall mounting for connection box 4WCTW 4 x 0.75 mm 15 m 3KQZ407123U1500Signal cable wall mounting for connection box 4WCTW 4 x 0.75 mm 20 m 3KQZ407123U2000Signal cable wall mounting for connection box 4WCTW 4 x 0.75 mm 25 m 3KQZ407123U2500Signal cable wall mounting for connection box 4WCTW 4 x 0.75 mm 30 m 3KQZ407123U3000Signal cable wall mounting for connection box 4WCTW 4 x 0.75 mm 35 m 3KQZ407123U3500Signal cable wall mounting for connection box 4WCTW 4 x 0.75 mm 40 m 3KQZ407123U4000Signal cable wall mounting for connection box 4WCTW 4 x 0.75 mm 50 m 3KQZ407123U5000Signal cable wall mounting for connection box 4WCTW 4 x 0.75 mm 80 m 3KQZ407123U8000... 3 Spare parts list... Coriolis mass flowmeter FCB430, FCB450, FCH430, FCH450 in remote mount designSensor FCB430, FCB450, FCH430, FCH450Figure 4:Terminal boxNumber DesignationVariantOrdering numberRecommended spare part1Connection box aluminum M20 GP/ZN2/DV2/ZN1 PreA 1EntryWithout explosion protection, ATEX / IECEx Zone 2, ATEX / IECEx Zone 1, cFMus Class 1 Div. 23KXF002568U0100With Div. 1 not replaceableConnection box aluminum NPT GP/ZN2/DV2/ZN1 PreA 1EntryWithout explosion protection, ATEX / IECEx Zone 2, ATEX / IECEx Zone 1, cFMus Class 1 Div. 23KXF002568U0200With Div. 1 not replaceableTerminal box stainless steel M20 GP/ZN2/DV2/ZN1 PreA 1EntryWithout explosion protection, ATEX / IECEx Zone 2, ATEX / IECEx Zone 1, cFMus Class 1 Div. 23KXF002567U0100With Div. 1 not replaceableTerminal box NPTGP/ZN2/DV2/ZN1 PreA 1EntryWithout explosion protection, ATEX / IECEx Zone 2, ATEX / IECEx Zone 1, cFMus Class 1 Div. 23KXF002567U0200With Div. 1 not replaceableNumber DesignationVariantOrdering numberRecommended spare part2Slide-In Remote GP/ZN/DV2/DV1 U low CorIFWithout explosion protection, ATEX / IECEx Zone 2, cFMus version Class 1 Div. 23KXF002566U0100 XSlide-In Remote ZN1 U low Cor_IFATEX / IECEx, (Zone 1 / 21), cFMus version Class 1 Div. 13KXF002566U0200X3Memory module assembled- 3KXF002906U0100 Memory module assembled programmed-3KXF002906U0100AX4Cover, VST rear, TYPE3, standard, aluminum, INT W ithout explosionprotection, ATEX / IECEx Zone 2, ATEX / IECExZone 1, cFMus Class 1 Div. 2D612A226U01Cover, VST rear, TYPE3, EX, aluminum cFMus Class 1 Div. 1 D612A226U02Cover VST, rear stainless steelWithout explosion protection, ATEX / IECExZone 2, ATEX / IECEx Zone 1, cFMus Class 1 Div. 2, cFMus Class 1 Div. 13KQZ 407109U0100Rounded head screw ISO7380 M5 x 16 A2 - 3KQP000043U0100 O-Ring 4.76 x 1.78 NBR-D101A034U075Raised-head screw with cross slot M4 x 12 D7985 stainless- D396A014U02 Spacing bolts for Ex M4 x 8 SW7ATEX / IECEx, (Zone 1 / 21)3KXF002616U01007 Washer A 4.3 DIN 125 without bevel stainless- D085A021AU206Spring washer B 4.0 DIN 127 SS- D085C020BU20... 3 Spare parts listCoriolis mass flowmeter FCB430, FCB450, FCH430, FCH450 in integral mount designFigure 5:FCB4x0, FCH4x0 with integral mount designNumberDesignationVariantOrdering numberRecommended spare part1+2+j +m T3 housing including motherboard and EMCboard aluminum zone 2 / DIV 2 M20 U high Without explosion protection, ATEX / IECEx Zone 23KQZ 07115U0100T3 housing including motherboard and EMC board aluminum zone 2 / DIV 2 M20 U low Without explosion protection, ATEX / IECEx Zone 23KQZ407115U0300T3 housing including motherboard and EMC board aluminum zone 2 / DIV 2 NPT U high Without explosion protection, ATEX / IECEx Zone 2 cFMus Class 1 Div. 23KQZ407115U0500T3 housing including motherboard and EMC board aluminum zone 2 / DIV 2 NPT U low Without explosion protection, ATEX / IECEx Zone 2 cFMus Class 1 Div. 23KQZ407115U0700T3 housing including motherboard and EMC board aluminum zone 2 / DIV 2 M20 U high Without explosion protection, ATEX / IECEx Zone 23KQZ407133U1100Modbus and DPT3 housing including motherboard and EMC board aluminum zone 2 / DIV 2 M20 U low Without explosion protection, ATEX / IECEx Zone 23KQZ407133U1500Modbus and DPT3 housing including motherboard and EMC board aluminum zone 2 / DIV 2 NPT U high Without explosion protection, ATEX / IECEx Zone 23KQZ407133U1300Modbus and DPT3 housing including motherboard and EMC board aluminum zone 2 / DIV 2 NPT U lowWithout explosion protection, ATEX / IECEx Zone 23KQZ407133U1700Modbus and DPNumber Designation Variant Ordering number Recommended sparepart1 T3 base aluminum M20 Zone2 / DIV 2 pa.without gland Without explosion protection,ATEX / IECEx Zone 23KQZ407020U0100T3 base aluminum NPT Zone 2 / DIV 2 pa. without plug Without explosion protection,ATEX / IECEx Zone 2, cFMusClass 1 Div. 23KQZ407020U0300O-ring housing 41.00 x 1.78 NBR D101A040U01 X2 Motherboard complete U high – D800D520U19X Motherboard complete U low – D800D520U20XFuse 5 x 20 mm 1.25 A 1500 A @ 250 V AC 3KQR000757U0100 X Only 1:1 replacementin case of EXFuse 5 x 20 mm 0.8 A 1500 A @ 250 V AC 3KQR000757U0200 X Only 1:1 replacementin case of EXm T3 spacing bolts HML type c – 3KQZ407017U01003 Front end board Cor_IF pre assy – 3KXF002564U0100 X4 DP Plug-in card – 3KQZ400027U0100 Only 1:1 replacementin case of EX Modbus plug-in card – 3KQZ400028U0100 Only 1:1 replacementin case of EXPlug-in card current output 4 to 20 mA passive (red) – 3KQZ400029U0100 Only 1:1 replacementin case of EXPlug-in card digital output passive (green) – 3KQZ400030U0100 Only 1:1 replacementin case of EX Plug-in card 24 V DC power supply (blue) – 3KQZ400031U0100 Only 1:1 replacementin case of EX Plug-in card passive digital input (yellow) – 3KQZ400032U0100 Only 1:1 replacementin case of EX EMC protection sheet T3 3KXF003070U0100 Only 1:1 replacementin case of EX5 Memory module assembled – 3KXF002906U0100Memory module assembled programmed 3KXF002906U0100A X6 HMI Type C pre assy. no data logger – 3KQZ407125U0100 X... 3 Spare parts list... Coriolis mass flowmeter FCB430, FCB450, FCH430, FCH450 in integral mount designNumber Designation Variant Ordering number Recommended sparepart7 Cover with glass pre-mounted Without explosion protection,ATEX / IECEx Zone 2, ATEX /IECEx Zone 1, cFMus Class 1 Div. 2D612A197U01Cover with glass pre-mounted, Ex ATEX / IECEx Zone 1, cFMusClass 1 Div. 1D612A197U029 Cover, VST rear, TYPE 3, Standard,Aluminum INT Blind Without explosion protection,ATEX / IECEx Zone 2, ATEX /IECEx Zone 1, cFMus Class 1 Div. 2D612A226U01Cover, VST rear, TYPE3, EX, aluminum ATEX / IECEx Zone 1, cFMusClass 1 Div. 1D612A226U028 O-ring cover 118 x 3.70, NBR – D101A034U05 X j T3 EMC board complete ZN2 /DIV 2/ DIV1 D800D520U21 X 4WCTW EMC Board complete ZN1 POT ZN1 D800D520U22 XT3 EMC board complete ZN2 /DIV 2/ DIV1 D800D520U23 X4WCTW EMC Board complete ZN1 POT ZN1 D800D520U24 X k T3 plastic cap network connection – 3KQZ407005U0100l Screw for network connection cap M 4 x 6DIN7985 – D004G106AU20Accessory bag for cable clamps 3KXF002015U01004Upgrade KitsConversion kit FCB3XX to FCB430, FCB450, FCH430, FCH450Number Designation Variant Orderingnumber Recommendedspare part Conversion kit FCB3xx > FCB4xx U high remotemount design M20 without explosion protectionD800D520U03Conversion kit FCB3xx > FCB4xx U low remote mount designM20 without explosion protection D800D520U04Conversion kit FCB3xx > FCB4xx U high remotemount designNPT without explosion protectionD800D520U05Conversion kit FCB3xx > FCB4xx U low remotemount designNPT without explosion protectionD800D520U06Conversion kit FCB3xx > FCB4xx U high integralmount design M20 without explosion protectionD800D520U07Conversion kit FCB3xx > FCB4xx U low integralmount design M20 without explosion protectionD800D520U08Conversion kit FCB3xx > FCB4xx U high integralmount design NPT without explosion protectionD800D520U09Conversion kit FCB3xx > FCB4xx U low integralmount design NPT without explosion protectionD800D520U10NoteUpgrades shall be at the user's own risk!The upgrade can be performed by request on site or by the Göttingen service center.5Activation codesNumber Designation Variant Orderingnumber Recommendedspare part DensiMass measurement activation code – 3KXS360060L0001FillMass filling application activation code – 3KXS360060L0002VeriMass diagnosis measurement activationcode– 3KXS360060L0003TrademarksModbus is a registered trademark of the Modbus Organization— ABB Automation GmbH - Service Instruments - Schillerstraße 72 D-32425 Minden DeutschlandFax: +49 571 830-1744Mail: **************************.com/flowIhre lokale ABB-Niederlassung finden Sie unter: /contactsS P L /F C B 400/F C H 400-E N R e v . C 05.2018—We reserve the right to make technical changes or modify the contents of this document without prior notice. With regard to purchase orders, the agreed particulars shall prevail. ABB does not accept any responsibility whatsoever for potential errors or possible lack of information in this document.We reserve all rights in this document and in the subject matter and illustrations contained therein. Any reproduction, disclosure to third parties or utilization of its contents – in whole or in parts – is forbidden without prior written consent of ABB. Copyright© 2018 ABB All rights reserved 3KXF411013R4701。

ABB涡街旋进流量计

ABB涡街旋进流量计

10.2.1 端子 31/32 电源或供电电流
50
10.2.2 Ex-认证规格 VT42/ST42 / VR42/SR42
50
10.2.3 介质温度/温度等级
51
10.2.4 流量计的绝热
52
10.2.5 铭牌
52
10.2.6 防火EEx"d"设计的特殊安装说明
52
10.2.6.1 使用耐压电缆连接器进行连接
基本安全信息 本仪表的安全标准 使用范围 规格限制 允许介质 安全标志、符号、铭牌及CE标识 铭牌 人员资质 操作员职责 仪表运输中的风险 安装中的风险 电气安装中的风险 在有爆炸危险区域中安装时的风险 正常操作中的风险 检查与维护时的风险 退货 概述与设计 FS4000-ST4/-SR4 旋进流量计 功能说明 流量计传感器的装配与安装 检查 在管路中安装流量计传感器 安装要求 所建议的前,后直管段 介质温度与环境温度之间的关系 旋进流量计的绝缘 压力与温度测量 转换器的方向 显示器的方向 FV4000-VT4/-VR4 涡街流量计 功能说明 流量计传感器的装配与安装 检查 在管路中安装流量计传感器 安装要求 安装控制装置 介质温度与环境温度之间的关系 涡街流量计的绝缘 夹持型涡街流量计的定心 压力与温度测量 转换器的方向 显示器的方向 材料负载 概述 过程连接 DIN-法兰 ASME-法兰 DIN-夹持型 ASME-夹持型 电气连接 电源连接示例 触点输出连接示例 HART协议通信
态。为了在操作中保持此状态,必须遵守并执行本使用说明书中所列出的要求。 z 请特别注意防爆仪表的启用指导。这些内容在本使用说明书的Ex一节中(“Ex 设计规
格”第10节)。 z 仪表满足 EN61326/NAMUR NE21 中的EMC 要求。 z 断电时,所有仪表参数均被保存在FRAM中(包括当前的累积值)。供电恢复后,仪表

ABB涡街旋进流量计

ABB涡街旋进流量计
注意! 如外壳被取下,则不再具有EMC及人员保护。对于防爆保护仪表,遵守Ex一章中的特殊说明。 1.12 在有爆炸危险区域中安装时的风险 在Ex区域中,连接电源及触点输出时应遵守特殊要求。遵守Ex一章中的要求 1.13 正常操作中的风险 z 计量磨损性介质或发生气蚀时,可能会使受压部件受到损伤。 z 计量热介质时,触摸流量计传感器表面可能会引起灼伤。 z 侵蚀性介质可造成腐蚀与磨损。带压介质可能泄漏。 1.14 检查与维护时的风险 z 在进行任何仪表操作(取下/打开旋进流量计中的取压头之前),务必使仪表及邻近管路
基本安全信息 本仪表的安全标准 使用范围 规格限制 允许介质 安全标志、符号、铭牌及CE标识 铭牌 人员资质 操作员职责 仪表运输中的风险 安装中的风险 电气安装中的风险 在有爆炸危险区域中安装时的风险 正常操作中的风险 检查与维护时的风险 退货 概述与设计 FS4000-ST4/-SR4 旋进流量计 功能说明 流量计传感器的装配与安装 检查 在管路中安装流量计传感器 安装要求 所建议的前,后直管段 介质温度与环境温度之间的关系 旋进流量计的绝缘 压力与温度测量 转换器的方向 显示器的方向 FV4000-VT4/-VR4 涡街流量计 功能说明 流量计传感器的装配与安装 检查 在管路中安装流量计传感器 安装要求 安装控制装置 介质温度与环境温度之间的关系 涡街流量计的绝缘 夹持型涡街流量计的定心 压力与温度测量 转换器的方向 显示器的方向 材料负载 概述 过程连接 DIN-法兰 ASME-法兰 DIN-夹持型 ASME-夹持型 电气连接 电源连接示例 触点输出连接示例 HART协议通信
1.10 安装中的风险 在安装前,应确保: z 流动方向与仪表箭头方向一致 z 仪表安装时无应力(匹配法兰平行),并使用适合工作条件的垫片 z 前、后直管段符合安装要求 z 仪表两侧均有支撑 1.11 电气安装中的风险 z 务必由获得授权、经过培训的人员按照接线图进行安装。 z 应特别注意本使用说明书中与电气连接有关的信息,否则可能影响电气保护类型。 z 将流量计系统接地。

ABB电磁流量计操作部分说明

ABB电磁流量计操作部分说明

ABB电磁流量计操作部分说明1.开机:将仪表接通电源后,会显示出一系列参数和状态信息。

在系统初始化完成后,电磁流量计进入待机状态,此时可以开始进行操作。

2.系统设置:电磁流量计有多种参数可以设置,包括单位设置、通信设置、报警设置等。

通过菜单或按键操作,可以进入设置界面进行相关参数的设置。

3.测量参数设置:根据具体的应用需求,可以设置一些测量参数,如流速的量程、测量范围、输出信号等。

这些参数设置的正确与否对于测量结果的准确性有着重要影响。

4.中心频率设置:电磁流量计的中心频率可以根据介质的电导率来进行设置,具体操作是通过菜单或按键进入中心频率设置界面,然后选择适合的频率。

5.清零和校准:电磁流量计在使用前,需要进行清零和校准操作。

清零是指将仪表内部的各项参数都清零,使得测量结果和实际流量相对应。

而校准则是根据测试标准,对仪表进行校准调整,以确保测量结果的准确性。

6.数据显示和记录:电磁流量计通常会配备液晶显示屏,可以实时显示测量结果和相关参数。

一般还可以通过通信接口将数据传输到计算机或其他设备上进行记录和分析。

7.报警功能:电磁流量计一般会有报警功能,当流速或流量超出设定的范围时,会自动提醒操作人员。

可以通过设置上下限报警值,实现流量异常时自动报警。

8.维护和保养:电磁流量计需要定期进行维护和保养,包括清洁仪表表面、检查传感器和线路的连接情况、更换电池或电源等。

这些操作可以延长仪表的使用寿命,并保证测量的准确性。

总之,ABB电磁流量计的操作部分是一个关键的环节,它包括了开机、系统设置、测量参数设置、中心频率设置、清零和校准、数据显示和记录、报警功能以及维护和保养等操作。

正确的操作可以确保仪表的正常工作,并提供准确的测量结果,为工业生产提供了可靠的支持。

ABB流量计产品介绍

ABB流量计产品介绍

ABB流量计产品介绍ABB(ASEA Brown Boveri)是一家全球领先的工业自动化和电力技术公司,致力于开发和制造各种先进的流量计产品,以满足不同行业的流量测量需求。

ABB流量计产品的特点包括高精度、可靠性、可定制化、易于安装和操作,广泛应用于石油和化工、造纸、食品和饮料、制药、电力等多个行业。

一、ABB流量计产品分类1. 电磁流量计(Electromagnetic Flowmeter):电磁流量计采用电磁感应原理,通过测量介质中电磁感应产生的电动势来计算流量。

ABB的电磁流量计具有可调节的精度、稳定性强、对介质的要求较低等优点。

同时,该产品还提供了多种型号和规格,以满足不同流量范围和管径的应用需求。

2. 涡街流量计(Vortex Flowmeter):涡街流量计采用涡街脉动信号与流体的速度成正比的原理测量流量。

ABB的涡街流量计具有高精度、广泛的应用范围、可靠性强等特点。

该产品适用于液体和气体的流量测量,并且可以在恶劣的工作环境下稳定工作。

3. 超声波流量计(Ultrasonic Flowmeter):超声波流量计是利用超声波在流体中传播速度的差异来进行流量测量的一种设备。

ABB的超声波流量计具有非接触式测量、无压力损失、测量准确度高等优点。

该产品可适用于各种粘度、温度和压力的流体测量。

4. 旋翼流量计(Rotameter):旋翼流量计是利用浮子在管道中的位置变化与流体流速成正比的原理来测量流量的一种设备。

ABB的旋翼流量计结构简单,操作方便,可适用于液体和气体的测量,并且适用于小流量和高温的特殊情况。

5. 直管式流量计(Orifice Flowmeter):直管式流量计是通过孔板、锥形孔板或环形孔板等装置,在管道内形成局部的压降,从而计算出流体流量的一种测量设备。

ABB的直管式流量计具有结构简单、精度高、使用方便等特点。

该产品适用于高温、高压和腐蚀性介质的流量测量。

二、ABB流量计产品特点1.高精度:ABB流量计产品采用先进的测量技术和精密的传感器,能够实现高精度的流量测量,并保证测量结果的可靠性和准确性。

ABB流量计产品介绍

ABB流量计产品介绍
– 适用于多种液体的混合物 – 适用于脉冲流 – 适用于电导率变化快的液体
电磁流量计选型表
最 小 电 导 率 uS/cm < 0.05
> 0.05 - 5
非均匀流体
均匀流体
不适用电磁流量计
可 用 质 量, 涡 街, 旋 进, 转子流量计
可用无电极式电磁流量计 可用无电极式
COPA-CM, MAG-CM
传感器 - 内缩径设计
• 缩径比率为 3:1 • 提高了低流量段的精度 • 可用量程范围扩大了 3 倍,功耗降低了 9 倍 • 改良了电极和衬里的自清洁能力
特殊的内部结构
• 提高流体特性 • 自清洁功能-不受沉积物的影响 • 使流体状态稳定 – 降低上游段的扰动影响 • 压力损失极小
– <0.3 bar @ Qmax (ISO4064) – <0.075 bar @ 1/2 Qmax – <0.02 bars @ 1/4 Qmax – Note: ISO 4064 – 机械水表标准 – 没有来自过滤器或旁路的压损影响
Accuracy [% of rate]
Flow velocity [m/s]
Standard calibration Optional calibration
%
电磁流量计 DM41F 应用实例
在这种状况下 依然工作 应 用 场 合:
纸厂
电磁流量计 FXE4000
DN 3-1000
DN 3-300
型号和应用行业产品型号概述1sensyflowvtvt2exsensyflowvtssensyflowvtcsensyflowvtcs类型应用被测气体优越性0区防爆结构认证加工制造业化工行业已知的气体混合气体生效气体紧凑型食品饮料业制药行业其他卫生要求的应用空气氮气氧气二氧化碳一氧化二氮等等紧凑型sensyflowsensyfloweco类型应用压缩空气平衡泄漏检测被测气体压缩空气优越性紧凑型带螺纹连接的管道安装适配器实研室和研究机构马达测试台品质保证空气极短的响应时间最高的测量精度气体力学油漆机器人喷涂设备空气压缩空气响应时间短紧凑型结构多信号输出灵活的安装适配器产品型号概述2vt系列过程控制食品和饮料sensyflow测试装置eco2流体力学压缩空气优越性

ABB 电磁流量计

ABB 电磁流量计

安全要点介绍:使用调节电磁流量计系统(EMF)是按照设计技术制造操作安全的。

流量计根据规范专门安装使用。

每一个超过规范的使用被视为违规。

因此制造商不承担任何危险的结果。

使用者自责如此使用的危险结果。

使用的说明包括安装、起动和随后制造商特殊要求的服务。

安装、起动和操作人员在试图安装、启动和服务之前请阅读本使用说明和安全要点。

只有合格的人员才能接近该仪表。

该人员必须熟悉在说明公告内包含的警告和操作要求。

遵守在本文件中通过符号标明的警告要点:危险材料信息如果进行维修时。

了解1986/08/27的废料排放法(A bfG.11, 特殊废料)。

特殊废料的业主是有责任注意和根据1986/11/01的危险材料法(GefStoffV,17,通过保护责任)老板也有责任保护其员工。

我们必须提及:a)全部仪表本体和/或仪表转换器要返回ABB自动化公司进行维修是可完全避免任何危险的材料(酸、碱、溶剂等);b)仪表本体必须平直因此危险的材料不被压制。

在仪表室和管道之间有空穴在本体上。

因此在测量危险材料后这些空穴可能被压制(见危险材料法- GefStoffV)。

两半仪表室使用螺栓固定。

对于仪表本体大于14” DN350,排液孔位于室底部。

为了避免危险的材料进入磁性线圈和电极区可以去除排压。

c)为了工作和维修,要求记录完成a)和b)的测量表。

d)任何去除危险材料的成本将有使用者承担。

内容:页1. 仪表和转换器的协调1.1 适用性1.2 协调型号1.3 使用说明1.4 规格页1.5 仪表本体设计概论1.6 功能描述2. 装配和安装2.1 检查2.2 流量计本体安装要求2.2.1 流量计本体安装2.2.1.1 保护等级 IP68 的安装2.2.2 高温设计的安装2.2.3 大尺寸管线的安装3. 流量计可替代的部件3.1 更换部件表:模块盒 10DX3121/31223.2 更换部件表:铝连接盒≤12” DN3004. 使用说明的有关安全章节4.1 接地4.1.1 在管线上应用负极腐蚀保护(CCP)的安装和接地4.1.1.1 应用负极腐蚀保护电压管线内部绝缘4.1.1.2 混合系统: CCP和接地保护的管线4.1.2 供电的连接4.1.2.1 供电和信号线的连接4.1.2.2 信号线解释4.1.3 连接图4.1.4 连接区域5. 起动5.1 流量计本体的初步检查5.2 保养6. 使用转换器的流量计本体的测试和错误查找1. 仪表和转换器的协调!您是使用一直流脉冲流量计系统。

ABB质量流量计中文说明书

ABB质量流量计中文说明书

ABB质量流量计中文说明书发布时间:10-04-08 来源:点击量:33792 字段选择:大中小操作手册D184B111U02科里奥利质量流量计FCM2000可同时测量质量流量、密度和温度标准软件D699G001U01A.3x产品名称FCM2000操作手册零件号.D184B111U02发行日期:11/04版本:01制造商:ABBAutomationProductsGmbHDransfelderStr.237079G&ouml;ttingen,Germany电话:+49(0)551905-0传真:+49(0)551905-777&copy;Copyright2004byABBAutomationProductsGmbH Wereservetherighttotechnicalamendments.本文档有版权保护.本文档中的信息仅用于帮助用户对设备进行安全有效的操作.没有版权所有者的书面批准不得全部或部分复制其内容.2FCM2000D184B111U021基本安全信息和使用方法1基本安全信息和使用方法1.1基本安全信息1.1.1仪表安全标准&#1048698;本仪表符合压力设备规范以及最新技术的安全要求。

本仪表已根据安全要求通过工厂测试,并根据正确的订单发货。

为使仪表在操作过程中仍符合安全指标,必须遵守本操作手册中列出的要求。

&#1048698;请注意关于防暴设计的仪表启动的特别信息,在本手册第七章。

&#1048698;仪表符合EN61326/NAMURNE21的电磁兼容(EMC)要求及低电压指示。

&#1048698;对于尺寸直到DN100(4”)的科里奥利质量流量计有防水外壳可选项,流量计传感器的最大工作压力为PS=40bar(外壳的爆炸压力为PS>60bar)。

在压力设备指示的可用范围内本保护设计不会失效。

&#1048698;当供电中断发生时,仪表参数存储在一个FRAM(包括最新的累积值)中。

ABB ProcessMaster电磁流量计说明书

ABB ProcessMaster电磁流量计说明书

—A B B M E A SU R EM ENT & A N A LY TI C S | PRO DUC T G U I DEProcessMaster electromagnetic flowmeterThe perfect fit for the oil and gas industryABB has responded to the oil andgas industry’s need for a rugged,reliable electromagnetic flowmeterMeasurement made easyExpertise in measurement technologyABB’s high pressure electromagnetic flowmeters are reliable, accurate and easily maintained. Customers worldwide have benefited from our application-oriented know-how and comprehensive service.To learn more about our extensive portfolio, visit /measurement.Designed specifically for oil and gas We have added a two-tier, high-pressure version to our comprehensive range of electro-magnetic ProcessMaster flowmeters. It is available with either weld neck or slip-on flanges with RTJ and raised face connections.There are differences between X-Ray and dye penetrant test. For weld neck design we offer both dye penetrant and X-Ray tests; for slip-on design we offer only dye penetrant test.A Slip-on flangeB Fillet weld (outside)C Fillet weld (inside)D Pipe Applications• Slurries such as drilling mud• Mixtures of fluids such as oil/water plus sand or produced water plus sand• Injection fluids including sand and chemical additives for lubrication and corrision prevention • Sludge or sludge-like wastewater from produced water treatment• Operating conditions such as high pressure or entrained gas in the fluid• Harsh environmental conditions such as heat, moisture or vibration and explosive or corrosiveatmospheresA Weld neck flangeB Butt weldC Pipe—ProcessMaster flowmeters – perfect for the oil and gas industryP G /F L O W /011–E N R e v . A 03.2020—We reserve the right to make technical changes or modify the contents of this document without prior notice. With regard to purchase orders, the agreed particulars shall prevail. ABB does not accept any responsibility whatsoever for potential errors or possible lack of information in this document.We reserve all rights in this document and in the subject matter and illustrations contained therein. Any reproduction,disclosure to third parties or utilization of its contents – in whole or in parts – isforbidden without prior written consent of ABB. ©ABB 2018All rights reserved—ABB LimitedMeasurement & Analytics Oldends Lane, Stonehouse Gloucestershire, GL10 3TA, UK Tel: +44 (0)1453 826 661Email:**********************.com/flowRobust design for long lifeThe ProcessMaster flow sensor is designed for reliability in the demanding operating conditions found in oil and gas industry applications.• Long lasting sensor lining materials withstand abrasion and corrosion, resulting in longer sensor service life and minimal maintenance requirements• No additional pressure drop caused by protrusions into the pipe• Optional self-cleaning measuring electrodes prevent issues caused by build-up of deposits• Double sealed measuring electrodes minimize the risk of leakage and enhance reliability• Optional all-316 stainless steel construction for corrosive offshore atmosphere• Optional fully-welded sensor made from 316 material• Protection of internal sensor components against moisture and vibration with potted Ex sensorRange of certificates and test reports• 3.1 material certificates and/or PMI certificates • Certificates for non-destructive testing, X-Ray and/or dye penetration test• Welder qualifications and procedures •Hydrostic pressure testingFEP630 hIgh pressure magnetic flowmeter SpecificationAccuracyStandard: 0.4 % of rate Enhanced: 0.2 % of rate Nominal size range DN 25 to 400 (1 to 18 in)Nominal pressure ASME CL 600 to 2500Lining Hard rubber, ETFEElectrodesStainless steel, Hastelloy C Process connection Steel, stainless steel IP ratingIP67, IP68Fluid temperature –25 to 130 °C (–13 to 266 °F)Power supply 100 to 230 V AC, 24 V AC/DC I/OsCurrent, pulse status output Communication *HART protocol, PROFIBUS PA, FOUNDATION Fieldbus Sensor housing materialStainless steel 316Transmitter housing materialStainless steel Wetted parts material Option for NACE Ex approvals ATEX/IEC Zone 1.2, FM/cFM Cl1 Div.1, Cl1 Div.2Marine approval DNV VerificationScanMaster* AcknowledgementsHART is a registered trademark of FieldComm Group, Austin, Texas, USA.PROFIBUS is a registered trademark of PROFIBUS andPROFINET International (PI).FEP610 hIgh pressure magnetic flowmeter。

ABB电磁流量计

ABB电磁流量计

ABB电磁流量计一、工作原理:根据法拉第电磁感应定律,导体切割磁力线产生感应电势,公式:E=BLVL=D(管径),由电极测出,B由励磁提供。

型号基本有:分体型MAG-XE(类型防止管道震动)一体型COPA-XE二、安装:●必须保证衬里完整(保护电极)●安装位置为上游3D,下游2D●尽量垂直,以保证管道充满流体●外壳接地三、接线端子图:1、2信号线带屏敝V8、V9脉冲输出G2、P7触点输出G2、X1触点输入+、-电流输出3屏敝L、N220V ACSE接地端M1、M3励磁提供四、参数设定:按键说明:#C/ C E此键用于操作模式与菜单之间的切换。

▼STEP↑此键是两个箭头键之一,用于菜单的正向滚动。

▲DA TA↓此键是两个箭头键之一,用于菜单的反向滚动。

▼ENTER在同时按下STEP和DATA时,回车键的功能被激活。

▲参数菜单:Prog.protection 程序保护 On/ Off↓Prog .prot.code程序保护代码↓Language语言↓SubmenuPrimary子菜单ENTER仪表口径;仪表系数。

↓Range量程↓Low flow cutoff小流量切除↓Damping阻尼时间↓Filter滤波器ON/OFF↓┇┇Rate unit 流量单位↓Cuttent output电流输出↓Detector e.pipe 空管检测↓Totalizer 积算器↓Display 显示1st Line :瞬时流量%、工程单位、累积值、位号。

2nd Line:一般选择累积值。

↓Operating mode 工作模式↓Store data in 存储数据External EEPROM↓TAG number 仪表位号五、常见故障代码:0空管,管道没有充满流体1A/D转换器饱和2正或负参比信号太小3流量超过130%4外控回零被触发5RAM中数据出错6积算器量值出错7正参比信号过大8正参比信号太小9电源频率或驱动器、数字板出错A流量超过上限报警B流量超过下限报警C外EEPROM数据出错或模块未装。

ABB密度计质量流量计样本

ABB密度计质量流量计样本
“e”,并由所连接电路的防爆类型决定。安装完成后可 以更改防爆类型。触点输出可由用户设置为NAMUR输 出。 ● 最大允许流体温度可达180°C,具有CIP能力。 ● 二行带背光显示器,使用磁棒进行数据输入,无需打开面 盖。 ● 获得EHEDG认证。
具有数字信号处理器(DSP)的质量转换器
FCM2000 的转换器包含一个数字信号处理器(DSP),可以 用它进行质量流量与密度值的最高精度测量。科氏力传感器信 号被立即转换为数字信息,而无须任何中间模拟步骤。
下图所示的推荐安装方式仅适用于可以安装具有较小截面的管 道大小头或孔板(以防止流量计传感器在测量过程中发生部分 排空)时。
原料储槽
图5:垂直安装,自排空(向上流动)
水平安装
图6:水平安装
水平安装,自排空
流量计传感器 孔板 管道缩径部分 阀门
产品储槽
图8:在下降管道中的安装
图7:水平安装,自排空,α 2-4° 6
5
科氏力质量流量计 FCM2000
D184S068U02
安装说明
垂直安装
最佳的安装方向为垂直安装,且流动方向朝上,如下图所示。 这样做的好处是,在流量为零时,流体所含的任何固体将会向 下沉降,而任何气泡将会向上移动,并从测量管排出。此外, 这还便于排空测量管。由此可以避免发生沉积。
下降管道中的安装
安装简便、流量范围广、过程连接选择多样、以及资金回收 快,这些优点使FCM2000成为生产过程应用的最佳选择。
有介质流动时,管子向 内移动时科氏力的方向
有介质流动时,管子向 外移动时科氏力的方向
图3:FCM2000 双管型流量计传感器
Fc = -2m ( ω ⋅ v) Fc = 科氏力 图1:科氏力简化示意图

abb电磁流量计技术资料

abb电磁流量计技术资料

第一章一、电磁流量计特点:1、测量管是一段光滑的直管,无活动及阻流部件,基本上无压力损失,对于大口径管道来说,节能效果显著。

2、不怕堵塞,特别适用测量液固二相介质的流量。

3、合理选用衬里材料及电极材料,可测量各种腐蚀性介质流量。

4、安装要求低,上游直管段长度为5D,下游直管段长度为3D(孔板为24D 和7D,涡轮为20D和5D)。

5、测量精度高,最高可达±0.3%。

6、量程比为1:20(孔板为1:3,涡轮为1:5)。

电磁流量计局限性和不足之处:1、介质温度不能太高,不超过180℃,压力不超过4.0Mpa,流速不得低于0.5m/s。

2、被测介质必须是导电液体,最低电导率>5µs/cm,被测介质不能含有较多的铁磁性物质及气泡。

不能用于气体、蒸汽、石油制品等非导电性流体。

二、电磁流量计的安装和调试一、性能指标的区别转换器测量口径流速要求精度等级XE:FISH&Porter DN3—DN2200 0.5—10m/s ±0.5%(±0.25%)XEM:FISH&Porter DN3—DN3800 0.5—15m/s ±0.4%(±0.2%)二、安装时的前后直管段要求XE/XEM:一般上游直管段长度为5D,下游直管段长度为3D,特殊情况应考虑增加直管段长度。

参比条件前10D后5D。

前方装有泵、阀门、二度弯头时,上游直管段10D以上。

二种介质混合时,上游直管段30D以上。

管道变径时:O三、仪表的接地仪表的接地电阻一般为4欧姆,最高不宜超过10欧姆,由仪表制造厂家提供。

XE/XEM电磁流量计的接地电阻<6欧姆。

四、XE/XEM的接地方法:1)接地环2)接地法兰或保护环3)接地电极4)导电橡胶≥DN125五、接地的分类:1)保护接地——避免高压和危及人身安全2)工作接地——提供电位参考点,抗干扰六、XE/XEM的接线:XE/XEM:一体化,参照说明书。

ABB流量计产品介绍

ABB流量计产品介绍

ABB流量计产品介绍ABB(安博)流量计是ABB Group(ABBN: SIX Swiss Ex)旗下的一种流量测量仪器,用于准确测量液体、气体和蒸汽的流量。

ABB流量计广泛应用于多个行业,包括石油化工、制药、食品和饮料、电力、水处理和供水等领域。

1.电磁式流量计:ABB电磁式流量计采用电磁感应原理进行流量测量,适用于各种液体和蒸汽的流量测量。

其准确度高、稳定性好,且对介质的粘度、温度和压力变化不敏感。

ABB电磁式流量计采用全空气自平衡技术,可实现多种液体和蒸汽的准确测量,无需调试,安装简便。

2.超声波流量计:ABB超声波流量计是利用超声波传感器对流体中的声波进行测量,从而实现流量测量。

它适用于各种液体和气体,可以测量传统流体、纯水、高温、强腐蚀性介质等。

ABB超声波流量计具有非接触式测量、精度高、响应快等特点,适用于各种复杂流体的测量。

3.涡街流量计:ABB涡街流量计采用涡街传感器进行测量,适用于高温、高压、高粘度、有腐蚀性的液体和气体的流量测量。

它采用体积脉冲输出信号,具有精度高、稳定性好、重复性好、测量范围广等特点。

涡街流量计广泛应用于化工、石油、电力、水处理等领域的流量测量。

4.差压流量计:ABB差压流量计通过测量流体通过孔板、喷嘴或管线缩径等装置时的压力差,从而实现流量测量。

ABB差压流量计具有结构简单、可靠性高、精度高的特点,适用于石油、化工、冶金、电力等领域的流量测量。

ABB流量计具有广泛的应用领域和多种型号的选择,可以满足不同行业的需求。

ABB流量计采用先进的测量技术,具有高精度、稳定性好、长寿命等特点,可帮助客户实现流程控制和运维管理的自动化。

同时,ABB 流量计还拥有用户友好的操作界面和远程监控功能,方便用户进行设备管理和故障排查。

总之,ABB流量计是一种具有高精度、稳定性好和可靠性高的流量测量仪器。

不同型号的ABB流量计可以满足不同行业和应用的需求,广泛应用于石油化工、制药、食品和饮料、电力、水处理和供水等领域。

ABB流量计

ABB流量计

3
电磁流量计 FXE4000 (COPA-XE/MAG-XE)
准确度,参考条件及操作原理
参考条件符合EN 29104
液体温度 20 °C ± 2 °C
环境温度 20 °C ± 2 °C
电源 供电电压符合铭牌UN ±1 % ,且 频率f ±1 %
安装条件 上游>10DN,直管段 下游>5DN,直管段 D=流量计传感器尺寸
选型样本
D184S044U02
■ 电磁流量计(EMF)可用于精确测量液体的流 量,测量液体的导电率大于5 µS/cm(对于软化 水为20 µS/cm)。COPA-XE是一种一体化设 计的流量测量系统。 MAG-XE流量测量系统包括一个流量传感器 以及一个远传型带微处理器的转换器。
■ 不锈钢电磁流量传感器(2000系列) - 螺纹接头 - 焊接头 - 食品行业接头,符合DIN 11851 - 三爪卡接头 - 夹持型和法兰型 - EHEDG,FML,3A认证
■ 铝外壳电磁流量传感器(4000系列) - 法兰型和夹持型 - DVGW 测试报告 - 已通过冷水、废水以及非水液体认证
■ 转换器 - 通讯方式采用PROFIBUS DP,HART-协议, FOUNDATION现场总线,PROFIBUS PA, ASCII - 脉冲输出,可组态(有源/无源) - 外置的EEPROM芯片 - 图形显示
对于测试场合,EN 29104中规定的参考条件必须得到满足。对 于已经通过认证的仪表,前、后直管段有特殊要求(参见第7 页)。
电极轴 流量计可安装在垂直,水平或者倾斜的管道上。如果可能,应 保持电极轴的水平位置。应避免出现垂直的电极轴向。理想的 安装实例如图3所示。
D 8°
d
在较大口径管道中的安装 利用缩径接头(例如法兰连接的缩径接头DIN 2616),流量 计传感器可方便的安装在较大口径的管道中。由于管径缩小而 造成的压降可在图4的曲线图中确定。压降将根据下列方法确 定:

ABB 电磁流量计 说明书

ABB 电磁流量计 说明书

公司简介我们是一家世界著名的仪器设计与制造公司,产品用于工业过程控制、流量测量、气体及液体分析以及环保应用。

作为过程自动化技术全球领袖ABB的一员,我们为世界各地的客户提供专业的应用知识、服务及支持。

我们的宗旨是团队精神、高质量的生产、先进的技术以及卓越的服务与支持。

公司产品的质量、精度及性能来自于一百多年的经验,以及对于最新技术的创新设计与持续开发。

电磁流量计1 安全 (2)1.1 电气安全 (2)1.2 标识 (2)1.3 健康和安全 (3)2 引言 (4)2.1 质量控制 (4)3 机械安装 (5)3.1 打开包装 (5)3.2 安装条件 (5)3.3 尺寸 (10)3.3.1变送器尺寸 (10)3.3.2传感器尺寸 (11)4 电气安装 (16)4.1 接地 (16)4.2 分体型变送器/传感器设置 (18)4.3 变送器接线 (19)4.4 电缆准备(分体型) (21)4.5 变送器/传感器电缆连接 (21)4.5.1 传感器电缆的连接及推荐的电缆长度 (22)4.5.2 环境保护 (23)4.6 输出连接 (24)4.6.1 频率输出 (24)4.6.2 报警输出 (25)4.6.3 电流输出(4-20 mA)— HART(FEX100)型 (25)4.6.4 RS485通讯— PROFIBUS(FEX1000-DP)型 (26)4.6.5 测试点功能使用 (26)4.7 电源连接 (27)4.7.1 AC电源 (27)4.7.2 DC(及低压AC)电源 (28)4.7.3 DIP跳线开关设置 (29)4.8 重新装配电子单元模块和表盖 (29)5 启动及操作 (31)5.1 菜单及参数导航 (31)5.2 启动屏幕 (32)5.3 安全级别及密码访问 (34)5.3.1 默认密码 (34)5.3.2 输入密码 (35)5.4 Easy Setup (36)6 WaterMaster流量测量性能 (37)6.1 WaterMaster流量测量性能– m3/h (37)6.2 WaterMaster流量测量性能– gal/min (39)7 规格—传感器 (41)8 规格—变送器 (43)1 安全本手册中的信息仅用于帮助我们的用户高效地使用本公司生产的设备。

ABB 电磁流量计中文说明书

ABB 电磁流量计中文说明书
2.1 综述 .................................................................................................................................................................................................................... 7 2.2 可重复性,响应时间 ........................................................................................................................................................................................... 7 2.3 变送器 .............................................................................................................................................................................................................. 7 2.4 流量计口径,流量范围 ................................................................................................................................................................................... 8

ABB AquaMaster 电磁流量计产品指南说明书

ABB AquaMaster 电磁流量计产品指南说明书

Anytime, anywhere flow measurementABB’s AquaMaster electromagnetic flowmeter – the most versatile flowmeter availableIntroductionMeasuring potable water has been one of the biggest challenges for the water industry. The need to measure not only water flows but also leakage demands the highest levels of accuracy and availability. Added to this is the cost of installing the meters. Traditionally, installing more meters has meant having to build costly installation chambers, incurring costs in construction and in purchasing and maintaining additional ancillary equipment such as isolation valves and bypass lines.With the requirement to monitor flow as widely as possible, there is also an increased need for meters to be installed in remote locations. This brings its own challenges in terms of maintenance and data collection, as well as powering the devices where electronic meters are used.T h e ApplicationThe growing realization of the need to manage and conserve potable water supplies is leading to an expanding demand for metering in a growing range of applications. These include:– Leakage management– District metering (DMAs)– Clean water applications– Abstraction– Water distribution and network management– IrrigationThe need to ensure that large-scale users are accurately billed for the water they use has also seen a demand for equipment capable of delivering the highest levels of accuracy for use inrevenue management applications.Maximize measurement flexibility through anytime, anywhere access to flow dataMeasurement made easyAnytime, anywhere flow measurementABB’s AquaMaster electromagnetic flowmeter – the most versatile flowmeter availableThe ChallengeGiven the size of water distribution networks, it is inevitable that some losses will occur during transit. These have to be accurately accounted for in order to gain the best possible estimate of water flows. When it comes to the type of flowmeter used, the accuracy of the measurement can be affected by various factors, including age, overall condition and the flowmeter technology being employed.Deposits accumulating in the pipeline can also lead to reduced accuracy, as well as increasing the risk ofunder-reading.Where mechanical meters are used, there is also the added likelihood of deteriorating accuracy caused by wear and tear. This will affect not only the water balance but also the estimation of leakage within the distribution system.Whichever meter type is used, regular verification of accuracy will be needed to help minimize the impact of any errors, which can bring its own challenges. The need for mechanical meters to be periodically tested, recalibrated and repaired, for example, means that they have to be removed, requiring users either to replace the meter with a temporary device or cease measurement until the meter is refitted back intothe line.Ultrasonic flowmeters, which use ultrasonic sound waves to help ascertain the velocity and volume of water passing through the pipe, also suffer various drawbacks. Transit time meters in particular can struggle to handle flows with high levels of particulate matter, requiring a strainer to be fitted.Both transit time and Doppler meters can also be affected by velocity profile distortions, requiring from 10 to 40 upstream diameters, depending on the severity of the disturbance.The turndown of ultrasonic meters is also limited within an ideal range of 20:1 to 40:1. Ultrasonic meters can also be difficult to install and set up, especially where high accuracy is required.The SolutionModern buriable electromagnetic flowmeters are helping to transform the cost and practicality of installation. With no need for chambers or connected equipment, such flowmeters offer a simple, low cost solution that can be installed in virtually any location. The need for meters to be excavated and/or removed from the line is also being met by the arrival of in situ verification technologies.New possibilities in communicating with an installed meter have also been opened up with developments in GSM-SMS technology. When used with a flowmeter, this technology can be used to provide operators with immediate access to a host of flow data, eliminating the time, cost and potential errors traditionally associated with the manual collection of flowmeter information.Remote programming via SMS allows alterations to be made to the configuration of the instrument after installation, such as changing the power mode of the meter for the purposes of achieving enhanced performance. It enhances maintenance by offering performance and condition monitoring throughout the equipment’s life, with options such as programming the meter to send an alarm out in case of problems.The ability to install meters in remote areas is also being further expanded by developments in renewable power technologies. Enabling the meters to draw power from solar and/or wind, these technologies eliminate the need for either mains or battery power.2 PG/FLOW/007–EN | Anytime, anywhere flow measurement | ABB’s AquaMaster electromagnetic flowmeter – the most versatile flowmeter availableAnytime, anywhere flow measurement | ABB’s AquaMaster electromagnetic flowmeter – the most versatile flowmeter available | PG/FLOW/007–EN 3What can ABB offerABB’s AquaMaster 3 flowmeter is ideal for watermeasurement applications in virtually any location. The AquaMaster 3 offers a choice of mains and battery power options, as well as a renewable power version which can draw power from either solar or wind-powered energy sources.A simple DC (6-21V) connection can be hooked up to sources as small as a 5W solar panel or 60W equivalent wind supply. When coupled with its use of super capacitor energy storage technology, this feature totally eliminates the need for either mains or battery power.By using electrostatic energy storage, super capacitors offer a reliable alternative to conventional battery technology.Unlike batteries, which experience a chemical reaction when-ever energy is stored or discharged, super capacitors can withstand thousands of charging cycles with no degradation.In the mains-power mode, the SuperCap technologymaintains continuous measurement and alarms reporting via SMS for up to seven days in the event of a power failure. This is expanded to up to three weeks for the renewable power mode, with the SuperCap also acting to power the meter during the night.A new development in the battery-only version of the AquaMaster 3 is the additional option of high poweredbatteries, offering an extended operating life of up to 10 years in standard applications and improved performance in harsh applications above 45°C. Where the battery is utilized, the SuperCap enables the battery to be replaced without loss of logger contents.Installing the AquaMaster 3 is made simple by its use of ABB’s ‘fit and flow’ intelligent installation technology.With this technology, all aspects of an installation are stored within the sensor, including the site settings, calibration factors and any serial numbers usually required duringinstallation, maintenance or replacement. When connected to a transmitter, all of this information is automaticallyuploaded from the sensor, greatly simplifying the installation and commissioning process.As a further assurance of a robust metering regime andlifelong accuracy, ABB also offers users its CalMaster2 in situ verification service for the AquaMaster 3. Performed by an ABB service engineer, this service verifies a meter’s current operational status and also predicts any potential futurefaults. Users are issued with traditional calibration verification certificate complete with an uncertainty statement.ABB has extensive experience in the design, manufacture and lifelong support of electromagnetic flowmeters for water, wastewater and process applications.For more information, visit /measurement orcontact your nearest ABB representative.Fig. 1: ABB’s AquaMaster 3 flowmeter is ideal for water measurement application in virtually any locationP G /F L O W /007–E N 06.2014Contact usNoteWe reserve the right to make technical changes or modify the contents of this document without prior notice. With regard to purchase orders, the agreed particulars shall prevail. ABB does not accept any responsibility whatsoever for potential errors or pos-sible lack of information in this document.We reserve all rights in this document and in the subject matter and illustrations contained therein. Any reproduction, disclosure to third parties or utili-zation of its contents - in whole or in parts – is forbidden without prior written consent of ABB.Copyright© 2014 ABB All rights reserved 3KX1234567ABB LimitedProcess Automation Oldends Lane StonehouseGloucestershire GL10 3TA UKTel: +44 (0)1453 826661Fax: +44 (0)1453 829671ABB Inc.Process Automation125 E. County Line Road Warminster PA 18974USA Tel: +1 215 674 6000Fax: +1 215 674 7183Watch thevideo Find out more。

  1. 1、下载文档前请自行甄别文档内容的完整性,平台不提供额外的编辑、内容补充、找答案等附加服务。
  2. 2、"仅部分预览"的文档,不可在线预览部分如存在完整性等问题,可反馈申请退款(可完整预览的文档不适用该条件!)。
  3. 3、如文档侵犯您的权益,请联系客服反馈,我们会尽快为您处理(人工客服工作时间:9:00-18:30)。

Wedge 楔形流量计
多相流
高粘度液体
气体 蒸汽 浆液
ABB Automation
Wedge 楔形流量计
工作原理:差压
Q P 由于受力均匀且没有活动部件,使用寿命可长达60年
ABB Automation
P1
P2
Wedge 楔形流量计
•与其它原理的流量计向比,在很宽的流量范围内具有 稳定的流量系数。
通用型:XM, SM
特殊型:CM, PARTI-Mag, FillMag
– 涡街流量计 – 旋进流量计 – 质量流量计 – 转子流量计
TRIO-WIRL V TRIO-WIRL S TRIO-MASS
金属管转子:AM54, 10A32
玻璃管转子:10A1198, 1197, 1187, 1287, 6100, 3239S
ABB Automation
非满管型电磁流量计 FXP4000
精度: ±1%的示值
特点: • 流体无需充满管道 • 直接管道安装,无附加压损 • 前后直管段很短 • 流量范围很宽 • 最小流量液面只需达到管道内径的10%
以上
• • • • • •
口径: DN 150 - DN 2000 不满管时,精度: 3% 或 5%示值 满管时,精度:1%示值 防护等级:IP 67/IP 68 防爆型:适用于危险1区 应用范围:
ABB Automation
电容式电磁流量计 FCM4000
精度: ±1 %的示值 特点: • 适用于强腐蚀性或含有大量固体颗粒的
流体
• 适于测量具有粘附性的流体 • 最小电导率: 0.05 uS/cm • 不存在电极被腐蚀、粘污、磨损或泄漏
等问题
• 内衬材料可选硬橡胶、PTFE、陶瓷 • 口径: DN 25~DN 1000 • 防爆型: 适用于危险1区
3” (75mm) 口径实标数据
KD 2
2.20 2.00 1.80 1.60 1.40 1.20 1.00 .80
.3H/D Water - Average KD 2 = 1.773 Air - Average KD 2 = 1.772 .2H/D Water - Average KD 2 = 1.005 Air - Average KD 2 = .995
开方量 1/2--24 inch
线性 1--10 inch
前端直管段
ABB Automation
10 Diameters
10-30 Diameters
ABB 德国公司简介
-原 Fischer&Porter 公司
• 历史发展
1937年,Fischer&Porter公 司 在美国成立
1958年,在德国成立分公司
电磁流量计选型表
最 小 电 导 率 uS/cm
< 0.05
非均匀流体
不适用电磁流量计
均匀流体
可 用 质 量, 涡 街, 旋 进, 转子流量计
> 0.05 - 5
可用无电极式电磁流量计 可用无电极式 COPA-CM, MAG-CM 电磁流量计 COPA-CM, MAG-CM
励磁频率: 连接方式: 内衬材料:
电极材料: B2/C4,
ABB Automation
电磁流量计外置 EEPROM
可带电插拔
内置校验数据 Cz, Cz, DN....
内存所有用户参数
优点:
节约维护时间 所有数据自动存储 双保险
ABB Automation
电磁流量计精度 FXE4000
Calibration (pulse output): Q 0,07 x QmaxDN ± 0,5 % of rate
– – – – –
<0.3 bar @ Qmax (ISO4064) <0.075 bar @ 1/2 Qmax
<0.02 bars @ 1/4 Qmax
Note: ISO 4064 – 机械水表标准 没有来自过滤器或旁路的压损影响
ABB Automation
AquaProbe II™ 新一代用于水行业的 插入式流量计
工业流量计的新发展
ABB公司流量计介绍
ABB Automation
ABB 公司流量计产品分类
• ABB Kent-Taylor 公司 – 电磁流量计 MagMaster, AquaMaster, Aquaprobe – 楔形流量计 WedgeMatser • ABB Fischer&Porter 公司 – 电磁流量计 经济型:XE, XT
• ABB Hartmann&Braun –热式质量流量计 Sensyflow
ABB Automation
适用于水行业的电磁流量计
AquaMaster
电池供电电磁流量计
MagMaster
AquaProbe
高精度电磁流量计
插入式电磁流量计
ABB Automation
新一代电子水表 AquaMaster

– – – – – –
均匀介质,纸浆,泥浆,水泥浆 ( 含细微颗粒 ) 在低流量时需要保持高精度及长期稳定性 当现场不具备校准零点条件
当供电电源受一定限制
当脉冲流脉动频率 < 2Hz 当罐装周期 > 3 sec 相对价格较低
ABB Automation
如何选择励磁方式
交流励磁方式
交流励磁方式的励磁频率比直流脉冲励磁方式快 8 倍,平均每10ms进 行一次取样。因此低频率的噪声信号很容易被消除。
电缆长度: 可达200米,电缆长度和电导率无关
ABB Automation
电磁流量计 FXM2000 精度
Standard calibration (pulse output): Optional calibration (pulse output): Accuracy [% of rate] Q 0,05 QmaxDN ± 0,4 % of rate Q 0,1 QmaxDN ± 0,2 % of rate
ABB Automation
AquaMaster 的特点
• • • • • • • •
量程比宽,保证极低流量状态下的精度测量 高精度( ±0.25%) 埋地式传感器和潜水型显示单元
坚固耐用的结构-无可动部件
智能化传感器 电池或交流电供电方式 -电池寿命长达三年
基于已验证的成熟技术
低成本投入
ABB Automation
0
100
200
300
400
500
600
700
800
900
1000
Pipe Reynolds X 1000
ABB Automation
Wedge 楔形流量计
技术参数
‫ ﶫ‬精度
‫ ﶫ‬量程比 ‫ ﶫ‬雷诺数 ‫ ﶫ‬输出信号 ‫ ﶫ‬口径
Wedge
±0.5%
4:1 >500 开方量 1/2--24 inch
传感器 - 内缩径设计
• 缩径比率为 3:1
• 提高了低流量段的精度
• 可用量程范围扩大了 3 倍,功耗降低了 9 倍
• 改良了电极和衬里的自清洁能力
ABB Automation
特殊的内部结构
• • • •
提高流体特性
自清洁功能-不受沉积物的影响 使流体状态稳定 – 降低上游段的扰动影响
压力损失极小
• 内衬材料: 硬/软橡胶,PTFE, PFA等 • 电极材料: 不锈钢1.4571/1.4539,
哈氏B2/C4, 铂-铱,钽,钛
• • • • • • • •
最小电导率: > 5us/cm
流体温度: - 40 ~ 130 / 180℃ 环境温度: - 25 ~ 60℃ 防爆认证 3A, FML, EHEDG卫生标准认可 防护等级 : 流速范围 : IP 67或IP 68 0.5 - 15 m/s
Accuracy [% of rate]
Flow velocity [m/s]
ABB Automation
电磁流量计标定装置
• ISO 9001 质量体系认证 • 快速交货系统 • PTB 湿标证书标定系统 • DKD 认可标定系统
ABB Automation
电磁流量计证书
PTB证书
ABB Automation
ABB Automation
测量区域比较
Coil
Coil
ABB Automation
流体状态剖面图
ABB Automation
Magmaster 变送器
AquaProbe
可适用于潜水方式及电池供电
MagMaster
电磁流量计通用变送器
ABB Automation
Wedge 楔形流量计
ABB Automation
FXP4000
FES7000
FXF2000
FXL4000
ABB Automation
通用型电磁流量计 FXM2000
精度: ±0.4 % 示值 或 ±0.2 %示 值
• 口径 : DN 1 - DN 2400 • 一体式和分体式 • 连接方式: 法兰, DIN, ANSI, JIS
夹持, 三爪卡头, 卫生连接
孔板
±0.75%
4:1 >30000 开方量 >1inch
‫ ﶫ‬前端直管 段
ABB Automation
6XD
15-30 X D
Wedge 楔形流量计
技术参数
精度 量程比 雷诺数
Wedge
±0.5% 4:1 >500
Vortex
±1.0% + 10:1+ >10000
输出信号
相关文档
最新文档