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Liquid Big bore size, High performance coriolis flowmeter GENERAL SPECIFICATION "CN100" Transmitter : MT9411 ■ GENERAL The know-how and experience gained in our specialized domain of manufacturing flowmeters have been used in the development of a new general-purpose coriolis flowmeter, the ULTRAmass MKII, which is characterized by ease of operation, increased performance and safety for the plant operator. ■ FEATURES 1. Exceptional accuracy (±0.1% ±zero stability error of reading for liquid service) and high sensitivity (measuring range 1 to 100). 2. Accepts both liquid measures accurately with small pressure loss over a broad flow range. 3. Measures density and temperature accurately in addition to mass flowrate. 4. Minimum pockets for the process fluid to stand (in vertical installation) offers ease of cleaning. 5. Applicable to many kinds of process fluids thanks to stainless steel components. 6. Exceptionally high mechanical strength. The result is ease of handling, installation space saving, and increased process safety. GS.No.GBN056E−3 Transmitter Rack mount Type MT9411 7. Explosionproof construction permits meter installation in a hazardous location. 8. Can produce an alarm output when preset density range is exceeded due to bubble entrapment, for example. (option) ■ GENERAL SPECIFICATIONS ● Sensor unit Model Nominal size Materials Description CN100 Item 100mm or 4″ Wetted Housing 150mm or 6″ SUS316L SUS304 JIS 10, 20, 30, 40, 63K RF, ASME 150, 300, 600RF Liquids 0.3 to 2 g/mL Max.1000mP・s −200 to +200℃ −20 to +120℃ −20 to +90℃ 13.56MPa (Reference: 9.39MPa at 200℃) Depends on flange rating Forward and reverse, both available Intrinsically safety explosionproof (Exib IIB T3) Connection rating Applicable fluids Density range Viscosity range Non-explosionproof type Temperature Ex. temp. grade T3 range Ex. temp. grade T4 Max. operating Tube withstand (at 20℃) pressure Flow direction Explosionproof configuration ※ : Miscellaneous: For products conforming to the high pressure gas safety regulations and consult our representative. ● Rack-mount transmitter (MT9411) Item Companion Flowmeter Rangeability Power supply Power Consumption Ambient Temperature Transmission Length Explosionproof configuration Design and Installation Finish Approx. Weight Communication Interface Remote Zero Pulse Output Analog Output ANA 1 ANA 2 Description OVAL Coriolis flowmeter Type”D” sensor face-to-face interchangeable ULTRAmass MK II sensor unit Flowrate Per general performance table for flow sensor Temperature Per general performance table for flow sensor (Transmitter measuring range −200 to +200℃) 85 to 264VAC 50/60Hz or 20 to 30VDC Max. 25VA, or Max. 10W −10 to +50℃ 200 meters max. (7-conductor interconnect cable) ※3 Intrinsically safe explosionproof [Exia] IIB Rack mount type Munsell N6.0 (grey) 1.8kg approx. Bell202 (under HART protocol) ※2 Communication, zeroing button, or status input Open collector output (Max.30V, 50mADC) or voltage pulse "0" : 0V, "1" : 15V Output impedance 2.2kΩ FS 0.1 to 10000Hz 4 to 20mADC Max. load resistance 600Ω 2 outputs frpm mass flowrate and temperature Added damping : 0 to 200 sec. Status Input Contact-closure input (Form "a" contact) Close : 200Ω max. Open : 100kΩ min. Remote zero or (option feature), OFF in default setting Status Output Open collector output (30Vmax., 50mADC) Normal : ON; Error : OFF Select one from error (default), flow direction, auto zeroing in progress, or Hi/Low alarm. Drive Voltage Output Output to Density Computer DC voltage output (test output) Natural frequency output : EL 4000 series ※1 : Cannot test insulation resistance and dielectric breakdown voltage. ※2 : Signal for Bell 202 is superimposed over analog output 1. (Smart Communication Unit: Link Top connected) ※3 : If it exceeds 200 meters, consult the factory. http://www.oval.co.jp Head Office (Tokyo): Phone. 81-3-3360-5121. Fax. 81-3-3365-8605 Beijing Office: Phone. 86-10-5867-4711. Fax. 86-10-5867-4713 Overseas Branch Offices: Seoul, Singapore and Taipei ULTRAmass MKII「CN100」 GBN056E-3 ■ GENERAL PERFORMANCE Model Item Description Normal flow range (kg/min.) 0 to 5700 CN100 Allowable flow range (kg/min.) Flowrate (Liquids) 0 to 6200 Min. range (kg/min.) 0 to 285 Lower limit rate (kg/min.) 57 Accuracy in factory calibration [±0.1% ± zero stability error] of RD Repeatability [±0.05% ± 1/2 zero stability error] of RD Zero stability (kg/min.) Density (Liquids) 0.57 Measuring range 0.3 to 2 g/mL Accuracy in factory calibration (option) ±0.001g/mL Analog accuracy ±0.1% of FS added to each accuracy Zero stability (kg/min.) Zero stability error= × 100% Flowrate at that time (kg/min) ※ : For volume fowrate measurement in custom or custody transfer application, contact us. Meter Error (%) ■ METER ERROR Flowrate % (Normal flow range) ■ PRESSURE LOSSES ∆P Factor: C 1 0.1 0.01 1000mPa・s 0.001 100mPa・s 0.0001 0.00001 How to determine pressure loss 1. Find the pressure loss factor C from flowrate (kg/min) and viscosity (mPa • s) of parameter. Dividing the obtained value C by specific gravity d (1 for water) gives the pressure loss. That is, C ∆P= (MPa) d 10mPa・s 1mPa・s 10 0.01mPa・s 100 Flowrate (kg/min) 1000 10000 ULTRAmass MKII「CN100」 GBN056E-3 ■ REMOTE MEASURING SYSTEM Rack maunted transmitter MT9411 ● Totalizer EL0122, EL0123 Batch controller EL1810 Analog output (flowrate, temp. or density) 4 to 20mADC (※1) ● Flow rate pulse output Voltage or open collector DCS, computer etc Personal computer Hazardous area Non-hazardous area Recorder Smart communication unit EL2310 (※2) (Applicable to Ver.5.0.0 and after) Controllers (※1):The sensor unit and transmitter are connected with exclusive cable. (※2):Smart communication unit. See general specification sheet No.GEL104E. ■ PRODUCT CODE EXPLANATION ● Sensor unit Item Code No. Model C N Nominal size 1 0 0 Configuration Material Connection type A − B − S S − 3 Connection standard 1 2 3 Pressure rating Transmitter mounting construction ● Description ① ② ③ ④ ⑤ ⑥ − ⑦ ⑧ − ⑨ ⑩ ⑪ ⑫ 1 2 3 6 R ULTRA mass MK II 100 mm (4″) or 150 mm (6″) Nominal size 100mm (4″) Nominal size 150mm (6″) SUS316L Flange connection JIS ASME JPI JIS10K JIS20K, ASME 150, JPI 150 JIS30K, ASME 300, JPI 300 ASME 600, JPI 600 Rack mounted type transmitter MT9411 Rack-mount type transmitter (MT9411) Item Model Code No. ① ② ③ ④ ⑤ ⑥ − ⑦ ⑧ ⑨ ⑩ ⑪ ⑫ M T 9 Power supply 4 1 1 Rack mount transmitter 20 to 30VDC 85 to 264VAC 50/60Hz Mass flowrate analog 2 output (single output inclusive) Mass flow + Density Mass flow + Temperature Mass flow + Volume flow Density + Temperature Volume flow + Density Volume flow + Temperature Mass flow voltage pulse Volume flow voltage pulse Mass flow open collector pulse Volume flow open collector pulse Error output 2 Flow direction 3 Auto zero in progress 1 − 6 7 M M M D Analog output (※1) M T M V D T V D V T 1 Pulse output 2 3 4 Status output Description 4 Explosionproof Hi/Low alarm 0 Non-explosionproof 1 TIIS (Technical Institute of Industrial Safty, Japan) Temperature class T3 8 TIIS (Technical Institute of Industrial Safty, Japan) Temperature class T2 (※1) ※1 : “8” in the ⑫ applies to high pressure service only. ULTRAmass MKII「CN100」 GBN056E-3 ■ GENERAL SPECIFICATIONS ● センサユニット L φ108 80 100 Terminal box Ground screw φD Electoric wire Connector G3/4 Flow 1015 Case 1251 660 Flange Boss Rc1/4 300 15 800 Model L Approx. weight kg JIS 10K 992 231 JIS 20K 1006 235 JIS 30K 1016 241 ASME/JPI 150 1018 237 ASME/JPI 300 1036 245 ASME/JPI 600 1082 255 JIS 10K 1300 246 JIS 20K 1320 253 JIS 30K 1330 265 ASME/JPI 150 1318 248 ASME/JPI 300 1338 265 ASME/JPI 600 1388 292 Flange Con. standard Nom. size 100mm 4″ CN100 150mm 6″ 89 ■ GENERAL SPECIFICATIONS LED Indicator 2- 7 per unit 135 144 178 Multiple Installation Dimensions 200 Zeroing Button Terminals, Non-intrinsic Safety Side Rack Mount Fitting Hole 2- 4.5 3.8 37 160±0.5 144 96 160 Terminals, Intrinsic Safety Side Min. Min. 110 110 Rack ULTRAmass MKII「CN100」 GBN056E-3 ■ WIRING Exclusive cable Sensor terminal box MT9411 Cut off shield wires here except for the shield wire over BRN and RED lines. Barrier cover to be applied in a hazardous area Shield (Protected by black tube) Hazardou area Shield wires Interconnect cable (Max. 200m) Non-hazardou area Brown Red Brown Red Green White cut Green White Brown Red Orange Yellow Green Blue Grey cut Blue Purple Grey White Blue Grey Purple Yellow Orange Purple Yellow Orenge cut Sensor terminal box 0 Shield (Protected by black tube) NOTE : 1. Do not fail to use exclusive cable. 2. Shield wire preparation (1) Transmitter end: Bundle shield wires for brown/red, green/white, blue/grey, purple/orange/yellow wire, slip a black insulating sleeve over them, and connect to the tie-point strip as shown in the figure. (2) Sensor end: Slip a black insulating sleeve over the shield wires for brown/red wire and connect to the tie-point strip as shown in the figure. Exercise care not to come in contact with the housing or other metal parts. Cut off all shield wires except for the shield wire over red and brown lines as shown. ■ Terminal Identification (MT9411) Power Nonintrinsically Safe Side Terminal No. 1 2 E 3 4 0 5 6 7 8 9 10 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 L1 L2 G Lablel DRIVE SIG. DRIVE 0V EARTH TEMP. B SHIELD TEMP. b SHIELD (+) LPO (+) RPO TEMP. A (−) RPO (−) LPO Description Cable Color Drive output to flow tube Sensor Connection Intrinsically Safe Side Item Kind A ground work Temperature input Common Shield L. pos. pickoff sensor input R. pos. pickoff sensor input Temperature input R. pos. pickoff sensor input L. pos. pickoff sensor input BRN RED ORD YEL BLK GRN BLU PUR GRY WHT MT9411 INTRINSICALLY SAFE SIDE 1 BRN DRIVE SIG. 3 ORN TEMP. B 5 GRN LPO (+) 8 GRA RPO (−) 2 RED DRIVE 0V 4 YEL SHIELD TEMP.b 6 BLU RPO (+) 9 WHT LPO (−) E EARTH 0 BLK SHIELD 7 VIO TEMP. A 10 NON INTRINSICALLY SAFE SIDE PERIOD N.C. COM. D.GAIN (+)ANALOG 1 (−)ANALOG 1 (+) PULSE (−) PULSE (+)ANALOG 2 (−)ANALOG 2 (+) STATUS OUT (−) STATUS OUT (+) STATUS IN (−) STATUS IN (+) POWER (−) POWER GND Flow computer combination Tube frequency output 1 PERIOD 5 2 N.C. 6 Frequency output : Voltage pulse or open collector pulse 3 COM. 7 Analog output 2 4 Common Drive gain output : Common terminal : 3 + ANALOG 1 − + ANALOG 2 10 − 9 13 + 14 − STIN Analog output 1 Error, flow diretion, zeroing during adjustment, or hi/low alarm output Remote zero input (From "a" contact) + 11 PULSE D.GAIN 8 − + 15 ST OUT 12 − 16 POWER SUPPLY L1 (+) GND L2 (−) OVAL Corporation Do not fail to connect EARTH terminal to the ground earth of Power supply kind A (explosionproof) or kind D (Non-explosionproof). Kind D ground work ULTRAmass MKII「CN100」 GBN056E-3 ■ STANDARD INSTALLATION 1. Typical installation (See figure at right.) 1) Avoid pipeline stresses on the ULTRAmass MKII. 2) The ULTRAmass MKII should be supported at the process pipelines near to the connections with the meter. 3) Avoid supporting the ULTRAmass MKII body directly. 4) Pipeline should be arranged such that the ULTRA mass MKII is constantly filled with the process fluid. Avoid, however, to install it in a pocket where slurries may build up. 5) Provide a valve downstream of the meter to allow zeroing by obtaining a true zero flow. We recommend to provide another valve upstream of the meter for servicing or maintenance. Inflow direction arrow Valve Valve Flow 2. Precautions at installation 1) Locate the ULTRAmass MKII at least one meter from large transformers, motors, or other sources of electromagnetic induction. Also avoid installation near the sources of excessive vibration, such as motors and pumps. 2) If it is desired to make a measurement of a process fluid requiring heat retention, heat trace may be applied directly to the sensor body. Heat trace should be held below 200°C. Explosionproof models require the temperature to be held below their maximum allowable levels. 3) In density measurement, heat retention is suggested for stability of readings. 4) The sensor unit is of gastight construction. To prevent dew condensation inside in a low temperature application, it is filled with argon gas. For this reason, avoid dropping or giving it impact shocks. 5) A control valve should be located downstream of the ULTRAmass MK II. In an arrangement where cavitation may possibly take place, locate it at least 5 meters away. 6) To ensure consistent and accurate measurement, the Coriolis flowmeter should be placed in an environment where pipeline oscillation is held below 0.3G. 3. Physical orientation Recommended physical orientation varies with the type of process fluid. No. 2 in the figure below shows the representative orientation for liquid service. No.1 No. Horizontal run Orientation Sensor unit Flow direction Terminal box Fluids Sensor unit Terminal box Flow direction ● Slurries Flow direction Sensor unit Terminal box ● Liquids ※ : Do not forget to specify the physical orientation when you order. Vertical run No.3 No.2 ● ● Slurries (requiring cleaning) Liquids ULTRAmass MKII「CN100」 GBN056E-3 ULTRAmass MKII「CN100」 GBN056E-3 ■ PLEASE SUPPLY THE FOLLOWING INFORMATION WHEN YOU INQUIRE (Fill in the form below to the extent possible. Further details will be finalized in later consultation.) ・Fill in the blanks. Tick the boxes □ that apply. 1. Application 2. Process fluid (※1) 3. Nominal size 4. Flanged connection Name SP. gr Solution concentration Viscosity % □ 150mm or 6″ □ 100mm or 4″ □ JIS 10K □ JIS 20K □ JIS 30K □ ASME 150 □ ASME 300 □ ASME 600 □ JPI 150 □ JPI 300 □ JPI 600 5. Flow range Max. 6. Fluid temperature Max. ℃ Normal ℃ Min. ℃ 7. Operating pressure Max. MPa Normal MPa Min. MPa 8. Ambient temperature Max. ℃ Min. 9. Fluid flow direction □Left→Right □Right→Left □Bottom→Top(□Top→Bottom)See sketch on pege 6. No. Full scale Normal □ kg/min. □ kg/h ℃ 10. Explosionproof □Not required □TIIS/Temp. grade:Sensor T3 □TIIS/Temp. grade:Sensor T4 11. Power supply □ 20 to 30VAC □ 85 to 264VAC(50/60Hz) □mass flow rate or □volume flow rate □Open collector (std.) or Pulse 12. Output specifications Analog Status 13. Receiver 14. Transmission distarce □Volt. pulse(Option, analog output has limitations.) Pulse freq.: Hz(at full scale)or Pulse unit: □ kg/P □ L/P □instant. flow rate(□×2) □volume flow rate □density (2 outputs from, mass flow rate×2 selectable) □Error (std.) □Flow direction □Totalizer □Indicator □Computer □temperature □Recorder □Flow controller □Batch controller □ Others ( Sensor unit to Transmitter Transmitter to Receiving instrument □Hi/Low Alarm(Select only one.) ) m (200 meters max. using interconnect cable.) m 15. Other considerations (※1) Special fluids, such as slurries, should be stated accurately and in detail. The specification as of Feb., 2013 is stated in this GS Sheet. Specifications and design are subject to change without notice. S Sales Representative: icenta Controls Ltd Unit 3 The Woodford Centre, Lysander Way, Old Sarum Park, Salisbury, SP4 6BU8. Tel: +44 (0)1722 410777 Fax: +44 (0)1722 326818 GS.No.GBN056E 初版 改訂 印刷 Email: [email protected] 07.10 13.02 www.icenta.co.uk