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SCM 3000 PLUS Smart Coriolis Mass Flowmeter Specification and

1. A Series M Series F Series y FA FI O D Ke Parameter Bo cC d 50 to 200 C 50 to 150 C 50 to 200 C 58 to 417 69F 58 to 327 69F 58 to 417 69F Protection IP 67 EN 60529 NEMA 4X IP 67 EN 60529 NEMA 4X IP 67 EN 60529 NEMA 4X Cable Glands remote PG 13 5 NPT 142 PG 13 5 NPT 12 PG 13 5 NPT 12 version M20 x 1 5 G 12 M20 x 1 5 G 12 M20 x 1 5 G 12 Power Supply Sensor power is supplied by Sensor power is supplied by Sensor power is supplied by the transmitter the transmitter the transmitter Transmitter Data Parameter Description Housing Material Powder coated die cast aluminum Protection IP 67 EN 60529 NEMA 4X Ambient Temperature 25 to 60 C 13 to 140 F Complete measuring system NOTES e For Temperature data of Ex version flowmeters see Tables 9 and 10 e Depending on the fluid temperature certain installation positions are to be observed to ensure that the permitted ambient temperature range for the transmitter is not exceeded See page 9 Figure 8 e An all weather cover should be used to protect the housing from direct sunlight when mounting in the open This is especially important in warmer climates and with high ambient temperatures Shock and Vibration Resistance Vibration up to 1g 10 to 150 Hz to IEC 68 2 6 Shock IEC 68
2. Connections E PVDF process connections DIN 3 alc 5 JIS B221 JF 3 2501 ANSI B16 5 JIS 0 PAR d M Series S Flange material PVDF Gasket material O ring in D a e Viton 15 to 200 C 58 to 392 F e Kalrez 30 to 210 C 0 NN 22 to 410 F O Ep e Silicone 60 to 200 C H 76 to 392 F e EPDM 40 to 160 C 105 40 to 320 F 20 e FEP coated 60 to 200 C 76 23762 to 392 F See Table 18 Table 18 PVDF Process Connections Sensor Diameter Size mm inches Sensor DIN DN 8 DN 15 DN 25 DN 40 DN 50 ANSI 0 317 0 6 17 1 57 27 Dimension PN16 Cl 150 10K L 370 14 6 404 15 9 440 17 3 550 21 6 715 28 1 x 16 0 63 16 0 63 18 0 71 21 0 83 22 0 86 DN 8 0 31 instrument fitted with DN 15 1 2 flanges 32 SCM 3000 PLUS Specification and Application Guide 9 98 Sanitary Process Connections Hygienic coupling DIN 11851 SMS 1145 M Series Flange material 1 4404 316L stainless steel Gasket material e Silicone flat gasket 60 to 200 C 76 to 392 F e EDPM 40 to 160 C 40 to 320 V FDA licensed material F Series No internal gaskets 23763 See Table 19 Table 19 Sanitary Process Connections Sensor Diameter Size mm inches Sensor DIN DN 8 DN 15 DN 25 DN 40 DN 50 DN 80 ANSI 0 31 0 6 1 1 5 2 3 U Dimension L mm 367 398 4
3. m Kar ie A See Table 15 Table 15 DIN Process Connections Sensor Diameter Size mm inches Dimension DN 8 DN 15 DN 25 DN 40 DN 50 DN 80 DN 80 w 100 mm 0 31 0 6 1 1 5 2 3 4 Flange PN16 L 874 34 4 x EB z S 20 0 78 PN40 L 370 14 6 404 15 9 440 17 3 550 21 6 715 28 1 840 33 1 874 34 4 x 16 0 63 16 0 63 18 0 71 18 0 71 20 0 78 24 0 94 24 0 94 PN64 L 400 15 7 420 16 5 470 18 5 590 23 2 724 28 5 875 34 4 x 20 0 78 20 0 78 24 0 94 26 1 02 26 1 02 28 1 10 PN 100 L 400 15 7 420 16 5 470 18 5 590 23 2 740 29 1 885 34 8 a x 20 0 78 20 0 78 24 0 94 26 1 02 28 1 10 32 1 25 DN 8 0 31 with DN 15 0 6 flanges as standard DN 80 3 only available for M Series 9 98 SCM 3000 PLUS Specification and Application Guide 29 ANSI Process Connections ANSI B16 5 process connections M Series Flange material 1 4404 316L stainless steel titanium Grade 2 X Gasket material O ring in e Viton 15 to 200 C 58 to 392 F e Kalrez 30 to 210 C 22 to 410 F e Silicone 60 to 200 C SR 7 76 to 392 F Fo e EPDM 40 to 160 C 20 40 to 320 F gt 23761 e FEP coated
4. A o o LJ Display with Touch Control MU MRK Other AA AE H Power Supply 85 260 VAC 50 60 Hz Power Supply AAA N 20 55 VAC 16 62 VDC Power Supply ll 2 ele lele lele Other Es Maa Signal Outputs HART Current and Frequency Output E ll RS485 and Current Output o Bl ele lele lolo RS485 and Frequency Output o Gjefefefejfel e Auxiliary Input and Current Output not for blind L U ge Rel version Auxiliary Input and Frequency Output nat for blind pa Aaa version HART Current and 2nd Current Output Ll Flofololo lolo T Other Eo Aaa RESTRICTIONS Restriction Letter Not Available With Table Selection c E EE AR eee d NN BA AREA Next Page Blank 34 CM 16 07 Honeywell Issue 2 Page 1 of 1 SCM 3000 PLUS Model Selection Guide Adapter Sets amp Pipe Mounting Kits A Series Instructions Select the desired Key Number The arrow to the right marks the selections available Make selections from Tables l e A complete Model Number must have the designated number of digits in each table Key Numbers Adapter Sets for SCM 3000 PLUS A Series Selection Availability Key Number CMDK3A Mounting Kits for DN 1 1 24 and DN 2 1 12 Mounting Kits for DN 4 1 8 TABLE Process Connections 1 4 NPTSS F 1 4 NPT Hast C22 F 1 8 Swagelok SS for DN2 only 316 1 4 Swagelok 316 PN 40 DN15 DIN2501 SS PN 40 DN15 DIN2501 Hast C22 PN 40 DN15 DIN2501 SS PN 40 DN15
5. O gt m gt a HANEN Ses le 1 e e Ne 7 Ll TEA K qe eas sues ES A O O EE eee IRE O EI ES NR Eve ejaj Je el te teje 3 eL ee pese NTN p veb cw LONE Keke Me GN vep 0 lt A nestle Asa TEA AOS ep Sp AAA eee delas se Peto a A EN Rel eje pasale pata EEE EE LAA 34 CM 16 08 Page 3 of 4 oo w 000 a Y Availability VIII AY a 0 a Oo ano on 0 oro ou 0 oa on 34 CM 16 08 Page 4 of 4 TABLE I continued G Display Programming No Display HART Display with Touch Control Other H Power Supply 85 260 VAC 50 60 Hz Power Supply 20 55 VAC 16 62 VDC Power Supply Other Signal Outputs HART Current and Frequency Output RS485 and Current Output RS485 and Frequency Output Auxiliary Input and Current Output not for blind version Auxiliary Input and Frequency Output nat for blind version HART Current and 2nd Current Output Other RESTRICTIONS Restriction Letter CM Availability Li VV iii iix S CB CB CB C5 C 0 0 1 1 2 2 4 4 5 5 8 8 5 5 5 5 0 0 0 0 A e e e o o o o o o o Erro e E R E e Sa A ea al NR ERE SENE pa Soe a e A A eee EE OMEGNEN pee ll al E ass pS ie E 1 AAA Not Available With Selection Honeywell eye SCM 3000 PLUS Model Selection Guide M Series Instru
6. Assignable functions e Fault indication system error failure Fail to safe Relay coil dead on fault e Empty Pipe Detection EPD detects empty measuring pipes e Display of active end value Current output 1 or 2 e Batching pre cutoff e Flow direction e Limit value for either mass or volume or standard volumetric flowrate or flowrate of target material or carrier liquid with multiphase liquids density or values calculated by density function temperature Function gt LIMIT MASS FLOW Relay contact gt NC contact Factory settings Assignable functions e Empty Pipe Detection EPD detects empty measuring pipes e Display of active end value Current output 1 or 2 e Batching final cutoff e Flow direction e Limit value for either mass or volume or standard volumetric flowrate or flowrate of target material or carrier liquid with multiphase liquids density or values calculated by density function temperature Target material material transported e g lime powder Carrier liquid transporting material e g water 9 98 SCM 3000 PLUS Specification and Application Guide Table 1 Summary of I O Functions continued RS 485 interface auxiliary input Can be configured as an RS 485 interface OR auxiliary input as required Only available with instruments having the communication module RS 485 RS 485 interface The SCM 3000 PLUS measuring system can be connected to h
7. e SCM 3000 PLUS transmitter e SCM 3000 PLUS A M or F Series sensor see Figure 2 The SCM 3000 PLUS measuring system is mechanically and electronically designed for maximum flexibility with the transmitters and sensors being combined in any variation The wide range of materials and process connections fittings flanges DIN ANSI JIS Tri Clamp ensure that the measuring point can adjust to both plant and process conditions The transmitter housing can be rotated for ease of reading and operation in any orientation Principle of Operation The measuring principle is based on the controlled generation of Coriolis forces These forces are always present when both translational straight line and rotational revolving movement occur simultaneously The amplitude of the Coriolis force depends on the moving mass its velocity in the system and therefore its mass flow The SCM 3000 PLUS uses an oscillation and two parallel measuring pipes so that with fluid flowing through the pipes they are Sensor A Series Sensor size 1 to 4 mm 0 039 to 0 15 in Fittings flanges and sanitary couplings H welded screwed I 9 M Series 0 31 to 3 in Fittings flanges and sanitary couplings screwed F Series 0 31 to 2 in Fittings flanges and sanitary couplings welded Sensor size 8 to 80 mm Sensor size 8 to
8. 30 to 210 C 22 to 4109F e Silicone 60 to 200 C 76 to 392 F e EPDM 40 to 160 C EX T nd 40 to 320 F 1 Eamon e FEP coated 60 to 200 C 20 76 to 392 F 23761 See Table 17 F Series Wetted parts stainless steel Hastelloy C 22 No internal gaskets with welded process connections Table 17 JIS Process Connections Sensor Diameter Size mm inches Dimension DN 8 DN 15 DN 25 DN 80 DN 80 w 100 mm 0 31 0 6 1 3 4 Flange 10K L 2 lt 715 28 1 832 32 7 864 34 1 x 16 0 63 18 0 71 18 0 71 20K L 370 14 6 404 15 9 440 17 3 550 21 6 715 28 1 832 32 7 3 x 14 0 55 14 0 55 16 0 62 18 0 70 18 0 70 22 0 86 3 40K L 400 15 7 425 16 7 485 19 1 600 23 6 760 29 9 890 35 0 lt x 20 0 78 20 0 78 22 0 86 24 0 94 26 1 01 32 1 25 63K L 420 16 5 440 17 3 494 19 4 620 24 4 775 30 5 915 36 0 x 23 0 90 23 0 90 27 1 06 32 1 25 34 1 33 40 1 57 DN 8 0 31 with DN 15 0 6 flanges as standard DN 80 3 only available for M Series 9 98 SCM 3000 PLUS Specification and Application Guide 31 PVDF Process
9. 60 to 200 C 76 to 3929F See Table 16 F Series Wetted parts stainless steel Hastelloy C 22 No internal gaskets with welded process connections Table 16 ANSI Process Connections Sensor Diameter Size mm inches Sensor gt DIN DN 8 DN 15 DN 25 DN 40 DN 50 DN 80 DN 80 ANSI 0 31 0 6 1 1 5 2 3 w 100 mm 4 Flange Dimension 01150 L 370 14 6 404 15 9 440 17 3 550 21 6 715 28 1 840 33 1 874 34 4 x 11 2 0 44 11 2 0 44 14 2 0 56 17 5 0 69 19 1 0 75 23 9 0 94 23 9 0 94 01300 L 370 14 6 404 15 9 440 17 3 550 21 6 715 28 1 840 33 1 894 35 1 x 14 2 0 56 14 2 0 56 17 5 0 69 20 6 0 81 22 3 0 88 28 4 1 11 31 7 1 25 01600 L 400 15 7 420 16 5 490 19 3 600 23 6 742 29 2 900 35 4 x 20 6 0 81 20 6 0 81 23 9 0 94 28 7 1 13 31 8 1 25 38 2 1 50 DN 8 0 31 with DN 15 0 6 flanges as standard DN 80 3 only available for M Series 30 SCM 3000 PLUS Specification and Application Guide 9 98 JIS Process Connections JIS B2210 process connections M Series Flange material 1 4404 316L stainless steel titanium Grade 2 Gasket material O ring in e Viton 15 to 200 C X 58 to 392 F e Kalrez
10. IJJ oo o oan of ou e o gt alo O gt m gt al a a je qe IL JM ale oe ee la EI G I E Cnt Rohe E T E ee H TH eee BSS epe RT Lp ess ME A see EPP EEE ef Jesse o Teol o el jt fo t t el ol HRA NERE E O EEE 34 CM 16 09 Page 5 of 5 Availability CMMT _ TABLE I continued H Display Programming Blind Unit HART Display with Touch Control Other I Power Supply 85 260 VAG 50 60 Hz Power Supply 20 55 VAG 16 62 VDC Power Supply Other RS485 and Current Output RS485 and Frequency Output Auxiliary Input and Current Output not for blind version Auxiliary Input and Frequency Output not for blind version HART Current and 2nd Current Output Other A AA A EA E GEN AAA A 3 J Signal Outputs HART Current and Frequency Output delle Essens Bee pe AAA ES Espa o eren RESTRICTIONS Restriction Letter Honeywell SCM 3000 PLUS Application a Smart Coriolis Mass Flowmeter Data Sheet page1ot1 Date Customer Honeywell Sales Contact 1 Detector Requirements Must specify data in bold typeface to place an order Environment O General Purpose O Class I Div I EXP O Sanitary Nonhazardous Area ad LU class 1 D
11. the vibrating frequency is thus readjusted The resonant frequency is a function of the density of the fluid and because of this a density signal can be obtained Temperature Measurement The temperature of the measuring pipes is determined in order to calculate the compensation factor due to temperature effects This signal corresponds to the product temperature and is also available as an output Sensor The sensor is the heart of the SCM 3000 PLUS and it contains the following physical components as shown in Figure 4 1 Housing containment vessel 2 Measuring pipes three versions A Series 1 curved pipe M Series 2 straight pipes F Series 2 curved pipes 3 Process connection 4 Electrodynamic sensors 5 Excitation system Transmitter Functions The SCM 3000 PLUS transmitter converts the measured values coming from the sensor into standardized output signals Depending on the configuration a number of outputs are available 23740 Figure 3 Coriolis Measuring Principle 99 M Series A Series 23741 Figure 4 Sensor Components 9 98 SCM 3000 PLUS Specification and Application Guide e 4to 20 mA current output with HART protocol e Pulse frequency output or 2nd current output e Relay 1 e g error e Relay 2 e g limit value e RS 485 interface 1000 1 Operable Flow Range The SC
12. 10 33 10 33 10 33 10 5 11 0 B1 113 0 113 0 113 0 118 0 130 0 4 44 4 44 4 44 4 64 5 11 di 5 35 8 30 12 00 17 60 26 00 0 21 0 32 0 47 0 69 1 02 Weight kg 11 12 14 19 30 Ib 24 2 26 5 30 8 41 9 66 1 9 98 SCM 3000 PLUS Specification and Application Guide 27 246 9 68 257 11 12 M Z AA 156 5 6 16 159 6 26 Inn F eum 00 Nr r T 88 4 A 48 S3 ZA To Tas eile 2 o Y co i Y Y 100 3 94 gt Ye 123 4 84 Maximum 20 meters 4 66 23760 Figure 19 M and F Series Remote Version Dimensions NOTE Dimensions for the explosion proof version flowmeters Ex and FM are the same as the standard version except where noted 28 SCM 3000 PLUS Specification and Application Guide 9 98 DIN Process Connections DIN 2501 and DIN 2512 process connections M Series Flange material 1 4404 316L stainless steel titanium Grade 2 Gasket material O ring in e Viton 15 to 200 C 58 to 392 F e Kalrez 30 to 210 C 22 to 410 F e Silicone 60 to 200 C 76 to 392 F e EPDM 40 to 160 C 40 to 320 F e FEP coated 60 to 200 C 76 to 392 F F Series Wetted parts stainless steel Hastelloy C 22 No internal gaskets with welded process connections
13. 3 58 D 22 1 22 1 22 1 34 8 47 5 72 9 0 87 0 87 0 87 1 37 1 87 2 87 0 31 and 0 6 with 1 connections as standard DN 80 only available for M Series Pressure limitations due to fluid temperature The material load limit is exclusively determined by the material properties of the Tri Clamp used This clamp is not included in the shipment 34 SCM 3000 PLUS Specification and Application Guide 9 98 Ordering Information Refer to the following model selection guides to build the appropriate model numbers for the SCM 3000 PLUS components that you need to meet your application requirements 9 98 SCM 3000 PLUS Specification and Application Guide 35 Honeywell SCM 3000 PLUS A Series Instructions 34 CM 16 06 Issue 3 Page 1 of 3 Model Selection Guide Select the desired Key Number The arrow to the right marks the selections available Make selections from Tables I e A complete Model Number must have the designated number of digits in each table Key Numbers l si KEY NUMBER Sizes Tube Material and Approximate Flowrates DN 1mm 1 24 1 4539 904L Measurement Tube Flowrate 0 1 kg h up to 0 20 kg h 0 45 Ibs h up to 0 100 Ibs h DN 1mm 1 24 1 4539 904L Measurement Tube Flowrate 0 1 kg h up to 0 20 kg h 0 45 Ibs h up to 0 100 Ibs h DN 2mm 1 12 1 4539 904L Measurement Tube Flowrate 0 5 kg h up to 0 100 kg h 0 11 Ibs h up to 0 220 Ibs h DN 2mm 1 12 Hastelloy
14. 5 A or maximum 30 Vdc 0 1 A Electrically isolated can be configured see Table 1 Relay Output 2 Either NC or NO contact available Factory setting NC Maximum 60 Vac 0 5 A or maximum 30 Vdc 0 1 A Electrically isolated can be configured see Table 1 RS 485 Interface Auxiliary Input Auxiliary input U 3 to 30 Vdc R 1 8 KQ pulse or level control can be configured see Table 1 Communications RS 485 interface serial interface protocol SMART protocol HART protocol via current output Data Storage on Power Failure EEPROM saves measuring system data on power failure no batteries required Display Liquid crystal display illuminated two line 16 characters each Electromagnetic Compatibility According to EN 50081 Part 1 and 2 interference emission EN 50082 Part 1 and EMC 2 interference immunity as well as to NAMUR Association of Standards for Control and Regulation in the Chemical Industry recommendations for entire measuring system Safety Approvals See Table 7 9 98 SCM 3000 PLUS Specification and Application Guide 17 Performance Parameter Description Mass Flowrate Reference Conditions Accuracy Density Standard Calibration Optional Calibration Density Calibration in the Field Temperature Repeatability Error limits based on ISO DIS 11631 20 to 30 C 68 to 86 F 2 to 4 bar 28 6 to 57 psi Calibration facilities based on national standards Zero point calibrated under opera
15. 50 mm Transmitter Compact version Integrally mounted Blind version also available With wall mounting remote version for up to 20 meters 65 6 ft 23739 Figure 2 SCM 3000 PLUS Measuring System made to oscillate in antiphase so that they act like a tuning fork Note Unlike M and F Series the A Series only has a single measuring pipe However the measuring principle and function of all sensors are identical The Coriolis forces produced at the measuring pipes cause a phase shift in the pipe oscillation under the following conditions see Figure 3 e When there is zero flow i e with the fluid standing still both pipes oscillate in phase 1 Zero flow e When there is mass flow the pipe oscillation decelerated at the inlet 2 and accelerated at the outlet 3 As the mass flowrate increases the phase difference also increases A B The oscillations of the measuring pipes are determined using electrodynamic sensors at the inlet and outlet SCM 3000 PLUS Specification and Application Guide 9 98 The coriolis force based measurement principle operates independent of e temperature pressure e viscosity e conductivity e flow profile Density Measurement The measuring pipes are continuously excited at their resonant frequency As the mass and therefore the density of the oscillating system changes measuring pipes and fluid
16. C22 Measurement Tube Flowrate 0 5 kg h up to 0 100 kg h 0 11 Ibs h upto 0 220 Ibs h DN 4mm 1 8 1 4539 904L Measurement Tube Flowrate 0 22 5 kg h up to 0 450 kg h 0 49 5 Ibs h up to 0 990 Ibs h DN 4mm 1 8 Hastelloy C22 Measurement Tube Flowrate 0 22 5 kg h upto 0 450 kg h 0 49 5 Ibs h up to 0 990 Ibs h TABLE I A Process Connections Cajon 4 VCO 4 Couplings High Pressure Version Cajon 4 VCO 4 Couplings not for Hastelloy C22 measurement tubes High Pressure Version 0 4um 240 grit surface Cajon 4 VCO 4 Couplings not for Hastelloy C22 measurement tubes 1 2 TriClamp Couplings 3 A not for C22 measurement tubes 1 2 TriClamp Couplings 0 4um 240 grit surface 3 A Author Version not for Hastelloy C22 measurement tubes Other Note 1 Selection Availability Stocked CMASO1 ae MO Hi EA Hi d LL Note 1 Refer to 34 CM 16 07 for Adapter Sets and Pipe Mounting Kits 34 CM 16 06 Page 2 of 3 TABLE I continued B Construction Certificates Secondary Containment 25bar 365 psi Secondary Containment 3 1B Version 25bar Containment with Pressure Test Certificate 25bar 365 psi Containment with Purge Connections with Pressure Test Certificate Containment with Purge Connections 3 1B Version 25bar 365 psi Containment Pressure Certificate Other C Calibration 0 1 Flow Calibration 2 Density Calibration 0 196 Flow Calibration 0 2 Density Calibration specify density temperat
17. Guide SCM 3000 PLUS F Series 34 CM 16 08 Model Selection Guide SCM 3000 PLUS M Series 34 CM 16 09 Application Data Sheel e c rt A is 34 CM 08 02 9 98 SCM 3000 PLUS Specification and Application Guide V Figures Figure 1 SCM 3000 PLUS Coriolis Mass Flowmeter System eee eee eee 1 Figure 2 SCM 3000 PLUS Measuring System eee eee eee eee 2 Figure 3 Coriolis Measuring 6 3 Figure 4 Sensor 6 3 Figure 5 Transmitter Display and Operating Keys eee eee eee 4 Figure 6 Power Supply Input and Output Electrical Connections es sese eee eee eee eres 7 Figure 7 Remote Version Electrical Connections ccooooccccnonocococaconononnnnnnnnnnnonnnnnnnncnnnonnnnnnnnnnnnnnnnnnns 8 Figure 8 Sensor POSITOPIDO ipee oes a a Me no cece doe eae tu at 9 Figure 9 A Series 10 Figure 10 M and F Series 2 10 Figure 11 Horizontal Positioning for F Series nennen nnne 11 Figure 12 Mounting Location Vertical Piping occooconnncccnnnnnrocnnncccnnnnnnnnnnnncnnnnnnnnnannnnnnnnnrnnnnnnnnnns 11 Figure 13 Static Zero Point GallbratiOn e ic 12 Figure 14 Pressure Drop for SCM 3000 PLUS Sensors used with Water eee eee 14 Figure 15 A Series Compact Sensor and Transmitter Dimensions sees eee eee 22 Figure 16 A Series Remote Sensor Dimensions sees eee 23 Figure 17 M Series Compact Version Dimensions eee eee 26 Figure 18 F Series Compact Version Dimensions eee eee eee eee 27 Figure 19 M and F Series R
18. JIS B2210 Titanium Flanges IKE PE een elelelelele 63K JIS B2210 1 4404 Flanges SH ns elelelelele 63K JIS B2210 Titanium Flanges TH _______ elelelelejle PN16 DN100 DIN2501 1 4404 Flanges not for Pla rm DN8 50 PN40 DN100 DIN2501 1 4404 Flanges not for P2 2 DN8 50 Cl 150 4 ANSI B16 5 1 4404 Flanges not for PAST aho DN8 50 Cl 300 4 ANSI B16 5 1 4404 Flanges not for PB DN8 50 10K DN100 JIS B2210 1 4404 Flanges not for oct DN8 50 8 VCO 4 1 2 316L Couplings only for DN8 SV 12 VCO 4 3 4 316L Couplings only for DN15 BW TriClamp 3161 Couplings ST eL ele elel el e 1 2 TriClamp 316L Couplings only for DN8 15 SUE ele PN16 DIN11851 1 4404 Couplings SM elelelelele PN16 SMS1145 1 4404 Couplings BB _______ ele lele lele TriClamp 316L Couplings 3 A AM 6L e e elelele 1 2 TriClamp 316L Couplings 3 A only for DN8 15 AU et ele PN16 DIN11851 1 4404 Couplings 3 A AM _______ e e elelele PN16 SMS1145 1 4404 Couplings 3 A AS EI ELIT e e elelele Other A AA TE E ele e elel e CMMT__ TABLE I continued B Flange Seals and Materials Viton O rings not for sanitary couplings EPDM O rings not for sanitary couplings Silicone O rings not for sanitary couplings FEP Encapsulated O rings not for sanitary couplings PVDF flanges Kalrez O rings not for sanitary couplings Silicone Flat Gaskets FDA Approved EPDM Flat Gaskets FDA Approved only for sanitary couplings Without Seals only version
19. of water under normal conditions With volatile liquids hydrocarbons solvents liquefied gases or liquids in suction line the vapor pressure of the liquid must not drop below a point where the liquid begins to boil Itis also important not to release gases which are found naturally in many liquids This can be prevented by ensuring that there is sufficient system pressure Ideally the sensor should be mounted e on the pressure side of pumps avoiding low pressure e atthe lowest point of a vertical pipeline Corrosion Resistance With corrosive liquids the chemical resistance of all wetted parts such as measuring pipes gaskets and process connections must be thoroughly checked This also applies to the liquids used for cleaning the SCM 3000 PLUS sensor Tracing Thermal Insulation With certain products heat transfer at the sensor must be avoided A wide range of materials can be used for the necessary insulation Heating can be provided either electrically e g by heating sheets or supplied by copper pipes with heated water or steam Depending on the product temperature certain installation positions are to be observed see Figure 8 Steam jackets are available at additional cost SCM 3000 PLUS Specification and Application Guide 9 98 Product Temperature Orientation To ensure that the permitted ambient temperature range for the transmitter is not exceeded 25 to 60 13 to 140F posit
20. psi mbar p Pd 14 1000 Y A 9 1 4 100 re rad 4 le 0 14 10 e Mass Flow gt 0 014 1 0 1 1 10 100 1000 kg h 0 22 22 22 220 2207 lb n 23751 Figure 14 Pressure Drop for SCM 3000 PLUS Sensors Used with Water SCM 3000 PLUS Specification and Application Guide 9 98 Specifications SCM 3000 PLUS Specifications Sensor Data A Series M Series F Series va 7 O O Parameter te Sensor Size DN 1 0 039 DN 8 0 31 DN 8 0 31 mm inches DN 2 0 07 DN 15 0 6 DN 15 0 6 DN 4 0 15 DN 25 15 DN 25 15 DN 40 1 5 DN 40 1 5 DN 50 2 DN 50 2 DN 80 3 Nominal Pressure Fittings maximum 160 bar DIN PN 40 ANSI CI 150 CI 300 JIS 10K Containment vessel 25 bar resp 150 psi DIN PN 40 to 100 ANSI CI 150 CI 300 CI 600 JIS 10K 20K 40K 63K Containment vessel 40 bar optional 100 bar or 300 psi optional 600 psi DIN PN 40 to 100 ANSI CI 150 CI 300 CI 600 JIS 10K 20K 40K 63K Containment vessel 25 bar optional 40 bar or 150 psi optional 300 psi Process Connections Physical Housing Containment Vessel Gaskets Process Connections Connection Housing Measuring Pipes remote version Welded process connections 4 VCO 4 fittings Ye Tri Clamp Screw on
21. replaceable process connections Flanges DIN ANSI JIS B2210 NPT F fittings SWAGELOCK fittings Surfaces resistant to acids and alkalis 1 4301 340L stainless steel and powder coated aluminum Screw on replaceable process connections Flanges DIN ANSI JIS B2210 Sanitary connections Hygienic coupling DIN 11851 Tri Clamp SMS coupling Surfaces resistant to acids and alkalis 8 0 31 to 50 2 chemically nickel plated steel 80 3 1 4313 and powder coated aluminum Welded process connections Flanges DIN ANSI JIS B2210 Sanitary connections Hygienic coupling DIN 11851 Tri Clamp SMS coupling Surfaces resistant to acids and alkalis 1 4301 340L stainless steel and powder coated aluminum 1 4539 904L stainless steel Hastelloy C 22 in prep No internal gaskets for VCO fittings and Tri Clamp connections Titanium Gr 2 DN 8 to 50 Titanium Gr 9 DN 80 Sensor process connection O rings in Viton Kalrez Silicone EPDM FEP coated etc or silicone flat gasket with sanitary versions 1 4539 904L stainless steel Hastelloy C 22 No internal gaskets See Table 11 See Tables 15 through 20 1 4404 316L or Hastelloy C 22 1 4301 340L stainless steel 1 4301 340L stainless steel 1 4301 340L stainless steel 9 98 SCM 3000 PLUS Specification and Application Guide 15 Sensor Data continued
22. 0 5 2 x 10 8 8 x 10 5 3 x 10 9 0 x 10 1 7 x 10 2 9 x 10 3 2 x 10 5 4 x 10 6 4 x 10 10 9 x 10 1 4 x 10 2 4 x 10 6 0 x 10 10 2 x 10 8 0 x 10 13 6 x 10 2 7 x 10 4 6 x 10 5 7 x 10 9 7 x 10 5 8 x 10 9 9 x 10 1 9x 10 3 2 x 10 3 5 x 10 6 0 x 10 7 0 x 10 11 9 x 10 1 3 x 10 2 4 x 10 2 3 x 10 6 6 x 10 4 3 x 10 8 6 x 10 1 7 x 10 5 8 x 10 1 2 x 10 4 5 x 10 8 2 x 10 1 4 x 10 2 5 x 10 8 9 x 10 9 6 x 10 1 9 x 10 6 4 x 10 1 3 x 10 5 0 x 10 Calculations should be done in metric and final result converted to English units if required 1 7 x 107 9 7 x 10 4 1 x 10 1 2 x 10 1 3 x 10 3 7 x 10 2 8 x 10 1 4 x 10 6 3 x 10 1 9 x 10 10 6 x 10 4 5 x 10 1 8 x 10 1 4 x 10 9 98 SCM 3000 PLUS Specification and Application Guide 13 M Series M Series high pressure Pressure Loss psi mbar F Series Sensor sizes in mm in 140 10000 25 1 S 15 0 6 40 1 5 50 2 14 1000 80 3 1 4 100 0 14 10 0 014 1 Mass Flow 0 0014 0 1 0 001 0 01 0 1 1 10 100 t h 0 00027 0 0027 0 027 0 27 2 78 27 78 kg s 0 00601 0 0601 0 601 0 61 6 12 61 25 lb s 23750 A Series Standard version High pressure version o Sensor sizes in mm in 140 10000 207 1 4 0 15 Pressure loss 10 3917
23. 0 15 0 6 6500 14 329 8 0 1630 0 359 0 3250 0 716 40 650 1 432 25 4 18000 39 473 7 0 4500 0 992 0 9000 1 980 1 800 3 968 40 15 45000 99 206 3 11250 2480 22500 4960 4 500 49 920 50 E 70000 1543209 1 7500 3 858 3 5000 7 710 7 000 15 432 80 3 180000 396 825 4 4 5000 9 920 9 0000 19 84 18 000 39 682 EXAMPLE CALCULATION F Series Sensor Diameter 25 mm 0 1 calibration Flowrate 3600 kg h Measured error 0 1 0 9 kg h 3600 kg h The full scale reading possible depends on the liquid and process parameters 100 0 125 9 98 SCM 3000 PLUS Specification and Application Guide 19 Thermal Data and Assignment to Temperature Classes Table 9 Temperature Data Compact Ex Version Ex CENELEC Maximum Fluid Temperature at Ta 40 104 F T6 T5 T2 A Series 40 C 95 C 130 C 150 C 200 C DN 2 4 mm 0 07 0 15 in 104 F 203 F 266 F 302 F 392 F at Ta 50 C 122 F A Series 95 C 130 C 150 C 200 C DN 2 4 mm 0 07 0 15 in 203 F 266 F 302 F 392 F M Series 55 C 95 C 130 C 150 C DN 8 15 mm 0 31 0 6 in 131 F 203 F 266 F 302 F M Series 65 C 95 C 130 C 150 C DN 25 50 mm 1 2in 149 F 203 F 266 F 302 F M Series 65 C 80 C 110 C 150 C DN 80 mm 3 in 149 F 176 F 230 F 302 F F Series 60 C 95 C 130 C 170 C 200 C DN 8 50 0 31 2 in 140 F 203 F 266 F 338 F 392 F at Ta 60 C 140 F
24. 2 31 complete measuring system Cable Glands PG 13 5 NPT 1 M20 x 1 5 G 12 Power Supply 85 to 260 Vac 45 to 65 Hz 20 to 55 Vac 16 to 62 Vdc Power failure bridges min 1 power cycle lt 22 ms Power Consumption AC 15 VA including sensor DC lt 15 W including sensor Electrical Isolation All circuits for inputs outputs power supply and sensors are electrically isolated from each other 16 SCM 3000 PLUS Specification and Application Guide 9 98 Transmitter Data Parameter Description Outputs Current Output 1 0 4 to 20 mA adjustable also acc to NAMUR recommendations R 700 Q freely with HART Protocol assignable to different variables see page 6 time constant freely selectable 0 01 Current Output 2 to 100 00 s full scale value selectable temperature coefficient typical 0 00596 of full scale C HART protocol via current output 1 only Pulse Frequency Output Selectable as active passive freely assignable to one flow variable see Table 1 Active 24 Vdc 25 mA 250 mA for 20 ms R 2100 Q Passive Open Collector 30 Vdc 250 mA Frequency output selectable to max 10 kHz on off ratio is 1 1 pulse width max 2 seconds Pulse output pulse weighting adjustable pulse polarity adjustable pulse width adjustable 50 ms to 2 s Above a frequency of sn wan the on off ratio is 1 1 Relay Output 1 Either NC or NO contact available Factory setting NO Maximum 60 Vac 0
25. 28 400 R 1 4 NPT F 1 0 039 Hastelloy e 1 8 or 1 4 SWAGELOK 5142 85 360 12 0 07 4 0 15 high pr 4571 42 320 4000 280 3428 57 240 4 2857 14 200 2285 71 160 4 4 0 15 standard 1714 28 120 Flanges ANSI DIN JIS 571 4 40 Class 300 285 7 20 Class 150 0 571 4 40 PN40 285 7 20 10K 1 0 With 1 2 or DN 15 0 5 in flanges as 60 40 20 0 20 40 60 80 100 120 140 160 180 200 C standard 60 40 4 32 68 104 140 176 212 248 284 320 356 392 OF Temperature 23765 9 98 SCM 3000 PLUS Specification and Application Guide Dimensions M Series and F Series M Series 8 to 80 mm 0 31 to 3 in F Series 8 to 50 mm 0 31 to 2 in Compact version Figures 17 and 18 Tables 13 and 14 Remote version Figure 19 Tables 13 and 14 NOTE Dimensions for the explosion proof version flowmeters Ex and FM are the same as the standard version except where noted 190 5 7 49 gt 199 5 7 85 AR 180 7 09 E S m a y L 23758 F
26. 34 560 720 815 32 0 inches 14 4 15 6 17 1 22 0 28 3 DIN 792 31 2 SMS G Rd 34 x 1 8 Rd 34 x 1 8 Rd 52 x 1 6 Rd 65 x 1 6 Rd 78 x 1 6 Rd 110 x 1 4 DIN 11851 G Rd 40 x 1 6 Rd 40 x 1 6 Rd 40 x 1 6 Rd 60 x 1 6 Rd 70 x 1 6 Rd 98 x 1 6 SMS 1145 DN 8 0 31 instrument fitted with DN 15 1 2 flanges Y Series 50 to 150 C 58 to 3020F IB bar m F Series 50 to 200 C 58 to 3929F u HE 285 7 20 Bam ET o TEE 60 100 120 140 160 180 60 pr a i S i 4 do A 212 248 284 320 356 Pressure limitations due to fluid temperature 9 98 SCM 3000 PLUS Specification and Application Guide 33 Tri Clamp Process Connections Flange material 1 4404 316L stainless steel Gasket material e Silicone flat gasket 60 to 200 C 76 to 392 F s EDPM 40 to 160 C 40 to 320 V FDA licensed material E o D S8 F Series No internal gaskets D No mating ferrule provided rese ecd oe t L 23764 See Table 20 Table 20 Tri Clamp Process Connections Sensor Diameter Size mm inches Sensor gt DIN DN 8 DN 15 DN 25 DN 40 DN 50 DN 80 ANSI 0 31 0 6 1 1 5 2 3 U Dimension L mm 367 398 434 560 720 801 inches 14 4 15 6 17 1 22 0 28 3 31 5 G 50 4 50 4 50 4 50 4 63 9 90 9 1 98 1 98 1 98 1 98 2 51
27. 66 F 115 C 130 C 140 C 190 C 239 F 266 F 2849F 3749F 85 C 105 C 150 C 185 F 2219F 302 F 85 C 105 C 150 C 200 C 185 F 2219F 302 F 3929F 115 C 130 C 140 C 190 C 239 F 266 F 2849F 3749F 85 C 105 C 150 C 185 F 2219F 302 F 85 C 105 C 150 C 200 C 185 F 2219F 302 F 3929F 1300 1400 1900 266 F 2849F 3749F 85 C 105 C 150 C 185 F 2219F 302 F 85 C 105 C 150 C 200 C 185 F 2219F 302 F 3929F T2 200 C 392 F 200 C 392 F 9 98 SCM 3000 PLUS Specification and Application Guide 21 Dimensions A Series A Series 1 2 and 4 mm 0 039 0 07 and 0 15 in Compact version Figure 15 and Table 11 Remote version Figure 16 and Table 11 NOTE Dimensions for the explosion proof flowmeter versions Ex and FM are the same as the standard version except where noted 209 8 22 190 5 7 49 pa 229 9 01 148 199 5 7 85 185 7 28 201 7 91 171 6 73 180 7 09 r E Y se Ola Ha le O E i Y E K gt go er M B L pr L1 4x 6 5 0 25 Adapter set Su 000 Do po D 0 L2 L3 L4 L5 L6 L7 Figure 15 A Series Compact Sensor and Transmitter Dimensions 23756 22 SCM 3000 PLUS Specification and Application Guide 9 98 Table 11 A Serie
28. 80 Ibs h up to 0 39 600 Ibs h DN 25mm 1 Hastelloy C22 Measurement Tube CMFC25 Y Flowrate 0 0 9 t h up to 0 18 0 t h Flowrate 0 1980 Ibs h up to 0 39 600 Ibs h DN 40mm 1 1 2 1 4539 904L Measurement Tube CMFS40 Flowrate 0 2 25 t h up to 0 45 0 t h Flowrate 0 4950 Ibs h up to 0 99 000 Ibs hr DN 40mm 1 1 2 Hastelloy C22 Measurement Tube CMFC40 Flowrate 0 2 25 t h up to 0 45 0 t h Flowrate 0 4950 Ibs h up to 0 99 000 Ibs hr DN 50mm 2 1 4539 904L Measurement Tube CMFS50 Flowrate 0 3 5 t h up to 0 70 0 t h Flowrate 0 7700 Ib h up to 0 154 000 Ibs h DN 50mm 2 Hastelloy C22 Measurement Tube CMFC50 Flowrate 0 3 5 t h up to 0 70 0 t h Flowrate 0 7700 Ib h up to 0 154 000 Ibs h 34 CM 16 08 Page 2 of 4 Availability SCcscscscsc 0 0 1 1 2 2 4 4 5 5 TABLE I 8 8 5 5 5 5 0 0 0 0 A Process Connections Note 1 PN40 DIN2501 Flanges D2W_ e le e e le elele e PN64 DIN2501 Flanges only for DN 50 2 DW 0 eje PN100 DIN2501 Flanges DAN 0 ele e e el elelelele PN40 DIN2512N Flanges DOW ele lej je jele eje e e PN64 DIN2512N Flanges only for DN 50 2 D7W eje PN100 DIN2512N Flanges DBW ele lej je jele jeje e e CI 150 ANSI B16 5 Flanges AAW ________ ojojojo ojojojojoejo Cl 300 ANSI B16 5 Flanges ABW e le ele ele ej e e e CI 600 ANSI B16 5 Flanges ACW e e elelele e el ele 10K JIS B2210 Flanges only for DN 50 2 NDW 20K JIS B2210 Flanges NEW 9e Se act Se st I 40K JIS 92210 Flanges NOW 0 ele e e
29. A Series 95 C 130 C 150 C 200 C DN 2 4 mm 0 07 0 15 in 203 F 266 F 302 F 392 F M Series 95 C 100 C DN 8 15 mm 0 31 0 6 in 203 F 212 F M Series 65 C 95 C 100 C DN 25 50 mm 1 2in 149 F 203 F 212 F M Series 65 C 80 C 100 C DN 80 mm 3 in 149 F 176 F 212 F F Series 60 C 95 C 100 C DN 8 50 0 31 2 in 140 F 203 F 212 F FM Approval Maximum Fluid Temperature at Ta 40 C 104 F T4A 14 T3A T2A T2B Series 40 C 95 C 115 C 130 C 140 C 190 C 200 C DN 2 4 0 07 0 15 in 104 F 203 F 239 F 266 F 284 F 374 F 392 F at Ta 50 C 122 F A Series 95 C 115 C 130 C 140 C 190 C 200 C DN 2 4 0 07 0 15 in 203 F 239 F 266 F 284 F 374 F 392 F M Series 50 C 60 C 85 C 105 C 150 C DN 8 80 mm 0 31 3in 122 F 140 F 185 F 221 F 302 F F Series 60 C 70 C 85 C 105 C 150 C 200 C DN 8 50 0 31 2 in 140 F 158 F 185 F 221 F 302 F 392 F at Ta 60 C 140 F A Series 95 C 115 C 130 C 140 C 190 C 200 C DN 2 4 0 07 0 15 in 203 F 239 F 266 F 284 F 374 F 392 F M Series 60 C 85 C 105 C 150 C DN 8 80 mm 0 31 3in 140 F 185 F 221 F 302 F F Series 60 C 70 C 85 C 105 C 150 C 200 C DN 8 50 0 31 2 in 140 F 158 F 185 F 221 F 302 F 392 F Ta Ambient Temperature 20 SCM 3000 PLUS Specification and Application Guide 9 98 Thermal Data and Assignment to Temperature Classes Table 10 Temperature Data Ex Remote Sensor Ex CENE
30. DIN2501 SS ANSI CL 150 SS ANSI CL 150 HAST C22 ANSI CL 300 SS ANSI CL 300 Hast C22 JIS 10K SS JIS 10K Hast C Other Certificates Without 3 1B for Wetted Metal Parts Other Seals Viton EDPM Silicone Kalrez Other Pipe Mounting Kits Honeywell Part Numbers For DN 1 1 24 and 2 1 12 51SCMACSS001 For DN 4 1 8 51SCMACSS002 For Remote Transmitter 51SCMACSS003 34 CM 16 08 Honeywell Issue 3 Page 1 of 4 SCM 3000 PLUS Model Selection Guide F Series Instructions Select the desired Key Number The arrow to the right marks the selections available Make selections from Tables A complete Model Number must have the designated number of digits in each table Key Numbers l eub Stocked KEY NUMBER Selection Availability Sizes Tube Material and Approximate Flowrates DN 8mm 3 8 1 4539 904L Measurement Tube CMFS08 Y Flowrate 0 0 1 t h up to 0 2 0 t h Flowrate 0 220 Ibs h up to 4400 Ibs h DN 8mm 3 8 Hastelloy C22 Measurement Tube CMFC08 Y Flowrate 0 0 1 t h up to 0 2 0 t h Flowrate 0 220 Ibs h up to 4400 Ibs h Y DN 15mm 1 2 1 4539 904L Measurement Tube CMFS15 Flowrate 0 0 3 t h up to 0 6 5 t h Flowrate 0 660 Ibs h up to 14 300 Ibs h DN 15mm 1 2 Hastelloy C22 Measurement Tube CMFC15 Y Flowrate 0 0 3 t h upto 0 6 5 t h Flowrate 0 660 Ibs h up to 14 300 Ibs h DN 25mm 1 1 4539 904L Measurement Tube CMFS25 Y Flowrate 0 0 9 t h up to 0 18 0 t h Flowrate 0 19
31. Ex CENELEC FM Approval A Series EEX ib IIC 12 16 Class II Ill Division 1 FS Groups A B C D E F G F Series M Series 1 pe EEx ib IIC T2 T6 DN 8 to 50 mm Class I II III Division 1 hana 0 31 to 2in Groups A B C D E F G L are DN 8 to 50 mm 3 8 to 2 in EEX ib IIB T2 T6 DN 80 mm 3 in Class II Ill Division 1 Groups C D E F G DN 80 3 in EEx d e ib IIC T2 T6 Class I II Ill Division 1 EEx d ib IIC 12 16 EEx ib IIB T2 T6 DN 80 mm 3 in only EEx ib IIB T2 T6 DN 80 mm 3 in only EEx d e ib IIB IIC T2 T6 EEx d ib IIB IIC T2 T6 Class I II Ill Division 1 Groups C D E F G Groups A B C D E F G A M F Series DN 8 to 50 mm 0 31 to 2 in M Series DN 80 3 in Table 8 Typical Repeatability Values for Given Full Scale Values Sensor Size Maximum 0 0025 of 0 005 of 0 01 of Diameter Full Scale Full Scale Full Scale Full Scale inches kg h Ib h kg h Ib h kg h Ib h 1 0 039 20 44 1 0 0005 0 0011 0 0010 0 0022 0 002 0 0044 2 0 07 100 2205 0 0025 0 0055 0 0050 0 011 0 010 50 022 4 0 15 450 992 1 0 0113 0 0248 0 0225 50 0496 0 045 0 099 8 0 31 2000 44092 50 0500 0 110 0 1000 0 220 0 200 0 44
32. Honeywell SCM 3000 PLUS Smart Coriolis Mass Flowmeter Specification and Application Data 34 CM 29 02 Rev 2 1 10 98 Tetal Plant Copyright Notices and Trademarks Printed in U S A O Copyright 1998 by Honeywell Inc Revision 2 1 10 98 While this information is presented in good faith and believed to be accurate Honeywell disclaims the implied warranties of merchantability and fitness for a particular purpose and makes no express warranties except as may be stated in its written agreement with and for its customer In no event is Honeywell liable to anyone for any indirect special or consequential damages The information and specifications in this document are subject to change without notice TDC 3000 is a U 5 registered trademark of Honeywell Inc Other brand or product names are trademarks of their respective owners CE Conformity This product is in conformance with the protection requirements of the following European Council Directives 89 336 EEC the EMC directive Conformance of this product with any other CE Mark directive shall not be assumed Honeywell Industrial Automation and Control Automation College 2820 West Kelton Lane Phoenix AZ 85053 602 313 5669 SCM 3000 PLUS Specification and Application Guide 9 98 About This Document Abstract This document is intended to provide descriptions specifications and applications for the SCM 3000 Smart Coriolis Mass Flowmeter References
33. Honeywell Documents The following list identifies all Honeywell documents that may be sources of reference for the material discussed in this publication Document Title ID Binder Title Binder ID SCM 3000 PLUS Smart Coriolis 34 CM 25 02 Mass Flowmeter User Manual 9 98 SCM 3000 PLUS Specification and Application Guide iii SCM 3000 PLUS Specification and Application Guide 9 98 Table of Contents Taise e a ds a actas 1 Features 1 Components ptes SR e ca 2 Prineipie or ODGFallONi cestas dt in a dai 2 NIMM T LE 3 SM 5 oe tbe 3 Bleue MANO re 4 pussa OPES DN ER 4 Electrical ConneGcHoHs eere reor ATNA 7 Installation Considerations 8 Moms 10 Pressure Loss se 12 Specificato NS es BB A ER EEEE 15 Thermal Data and Assignment to Temperature Classes eee eee eee 20 DIMENSIONS c e ca en e aa eee 22 Process Connections A Serles iie tt i tt e tue E 23 Dimensions M Series and F Series nisser aa a aaa a Ea Rra E Ea 26 DIN Process Connections 29 ANSI Process 30 JIS eare TRT ei e ea eee A rea an 31 PVDF Process COM turane kr 32 Sanitary Process Connections z resisae ia ere 33 Tri Glamp Process ConNecti nS et E 34 Ordering InrormialloIe e estar eg nt pret reme tel Rocio it lg 35 Model Selection Guide SCM 3000 PLUS A Series 34 CM 16 06 Model Selection Guide SCM 3000 PLUS Adapter Sets and Pipe Mounting Kits A Series 34 CM 16 07 Model Selection
34. LEC at Ta 40 104 F A Series DN 2 4 mm 0 07 0 15 in at Ta 50 C 122 F M Series DN 8 15 mm 0 31 0 6 in at Ta 60 C 140 F A Series DN 2 4 mm 0 07 0 15 in M Series DN 8 15 mm 0 31 0 6 in M Series DN 25 50 mm 1 2in M Series DN 80 mm 3 in F Series DN 8 50 0 31 2 in FM Approval at Ta 40 C 104 F m s 4 0 C 95 C 104 oF 203 F 50 C 122 F F F A Series DN 2 4 0 07 0 15 in at Ta 50 C 122 F 95 C 203 F 60 C 140 F 70 C 158 F A Series DN 2 4 0 07 0 15 in M Series DN 8 80 mm 0 31 3in F Series DN 8 50 0 31 2 in at Ta 60 C 140 F 60 C 1402 60 C 1402 95 C 2039F 600 14097 700 158 F A Series DN 2 4 0 07 0 15 in M Series DN 8 80 mm 0 31 3in F Series DN 8 50 0 31 2 in at Ta 85 C 185 F A Series DN 2 4 0 07 0 15 in M Series DN 8 80 mm 0 31 3in F Series DN 8 50 0 31 2 in Ta Ambient Temperature Maximum Fluid Temperature T T5 40 C 95 C 130 C 150 C 104 F 203 F 266 F 302 F 55 C 95 C 130 C 150 C 1319 203 266 F 302 F 95 C 130 C 150 C 203 F 266 F 302 F 95 1300 1500 203 266 F 302 F 65 C 95 C 130 C 150 C 1499 203 266 F 302 F 65 C 80 1100 1500 1499 176 230 F 302 F 600 95 C 130 C 170 C 140 F 203 F 266 F 338 F Maximum Fluid Temperature T4A 14 115 C 130 C 239 F 2
35. M 3000 PLUS amplifier has very high measuring dynamics which allows it to operate across a 1000 1 measuring range within a specified accuracy This also enables totalizer values to be accurately determined even in pulsating systems e g reciprocating pumps Display SCM 3000 PLUS has a two line illuminated Liquid Crystal Display LCD Figure 5 This enables two of the following measured values to be read simultaneously e Actual mass volume standard volume as well as 96 content of target carrier liquid with multiphase media e Density e g kg m Brix Baum API etc e Temperature e Totalized flows The following are also displayed e Alarm messages process errors e Error messages instrument errors e Status messages e Programming messages Communications The SCM 3000 PLUS can communicate with higher control systems using an RS 485 interface The current output is available with HART protocol See Table 1 for more details Illuminated LCD two lines 16 characters each OE ODO COM O Infrared transmit diode Function symbols from left to right Access to the programming matrix e Returning to the HOME position displayed during normal measuring operation Diagnosis function Infrared receive diode 3 optical keypads Touch Control 23742 Figure 5 Transmitter Display and Operat
36. Pressure Certificate not for sanitary couplings Other Eee a e s Note 1 Process connection material determined by measuring tube material TABLE I continued C Calibration 0 1 Flow Calibration 1 Density Calibration 0 196 Flow Calibration 0 1 Density Calibration specify density temperature range 5 Point 0 196 Flow Calibration 196 Density Calibration specify calibration range 5 Point 0 196 Flow Calibration 0 196 Density Calibration specify calibration and density temperature range SCS 3pt 0 196 Flow Calibration 196 Density EAL EN45001 3 with Flow Certificate traceable according to ISO 9000 specify ccustomers flow range SCS 3pt 0 196 Flow Calibration 0 196 Density EAL EN45001 3 with Flow Certificate traceable according to ISO 9000 specify ranges for massflow density and temperature Other D Enclosure Protection Rating and Cable IP67 NEMA 4X Compact Version IP67 NEMA 4X Remote Version 10m 30 ft of cable included IP67 NEMA 4X remote Version 20m 60 ft of cable included Other E Cable Glands PG 13 5 Cable Glands not for FM and CSA M20 X 1 5 Threads for Cable Glands not for FM and CSA NPT 1 2 Threads for Cable Glands G 1 2 Threads for Cable Glands Other F Safety Approvals CENELEC EEx de EEx dib II C T2 T6 FM NI I 2 ABCD DIP IILIIT 1 EFG FM XP 1 1 ABCD DIP 11 111 1 EFG CSA Class I DIv 2 ABCD CSA Class I Div 1 ABCD Other
37. ation Guide vii viii SCM 3000 PLUS Specification and Application Guide 9 98 Introduction Honeywell s Smart Coriolis Mass Flowmeter SCM 3000 PLUS measures the mass and volume flow of fluids of widely differing characteristics e Chocolate condensed milk syrup Oils fats Acids alkalis Varnishes paints Suspensions Pharmaceuticals Catalytic converters inhibitors e Gases and gas mixtures The system also measures the density and temperature of fluids in order to calculate other param eters such as volumetric flow solids content or density units standard density Brix Baum API The SCM 3000 PLUS micropro cessor based electronics couple reliable and accurate measure ments with a versatile communi cations capability for enhanced process monitoring The SCM 3000 PLUS is used in applications wherever mass flow measurement is of critical importance e Mixing and batching of various raw materials e Controlling processes e Measuring of quickly changing densities e Control and monitoring of product quality The advantages of this measure ment process are demonstrated by its successful use in food processing the pharmaceutical industry the chemical and petrochemical industries waste disposal energy production gas applications d H Ecce Qoo H 23738 Figure 1 SCM 3000 PLUS Co
38. ature T values if Special Density Calibration is required Minimum Maximum Density p sgu g cm Ib ft Temperature T C F NOTE Densities must be in the range of 0 8 to 1 8 g cm 50 to 112 lb ft and temperatures must be in the range of 10 to 120 C 50 to 240 F TYPICAL DENSITY ACCURACIES If Ap lt 0 1 g cm and AT lt 25 DA lt 0 2 If Ap lt 0 25 g cm and AT lt 50 DA 0 696 Where 3 3 DA Density Accuracy If Ap lt 0 1 g cm and AT lt 50 C DA lt 0 4 If Ap 0 5 g cm and AT lt 25 C DA lt 0 8 Ap Change in Density If Ap 0 25 g er and AT lt 25 C DA lt 0 3 If Ap 0 5 g en and AT lt 50 DA lt 1 2 At Change in Temperature 2 Transmitter Integral Remote 30 tt 60 tt LI Display OR _ Blind Mode of Operation Analog 1 O Analog 2 Pulse O Digital Communications to TPS Power Supply Voltage Vac or Vdc Industrial Automation and Control 14841 N Black Canyon Highway Phoenix AZ 85053 Copyright 1998 Honeywell Inc
39. ctions Select the desired Key Number The arrow to the right marks the selections available Make selections from Tables e A complete Model Number must have the designated number of digits in each table Key Numbers l KEY NUMBER Selection Availability Stocked Sizes Tube Material and Approximate Flowrates DN 8mm 3 8 Titanium Measurement Tube CMMT08 Y Flowrate 0 0 1 t h up to 0 2 0 t h Flowrate 0 220 Ibs h up to 4400 Ibs h DN 15mm 1 2 Titanium Measurement Tube CMMT15 Y Flowrate 0 0 3 t h up to 0 6 5 t h Flowrate 0 660 Ibs h up to 14 300 Ibs h DN 25mm 1 Titanium Measurement Tube CMMT25 Y Flowrate 0 0 9 t h up to 0 18 0 t h Flowrate 0 1980 Ibs h up to 0 39 600 Ibs h DN 40mm 1 1 2 Titanium Measurement Tube CMMT40 Y Flowrate 0 2 25 t h upto 0 45 t h Flowrate 0 4950 Ibs h up to 0 99 000 Ibs h DN 50mm 2 Titanium Measurement Tube adi iiH Flowrate 0 3 5 t h up to 0 70 0 t h Flowrate 0 7700 Ibs h up to 0 154 000 Ibs h DN 80mm 3 Titanium Measurement Tube CMMT80 Flowrate 0 9 0 t h up to 0 180 t h io Flowrate 0 19 800 Ibs h up to 0 396 000 109 0 TABLE I A Process Connections and Materials Without Process Connections 0 PN16 DIN2501 PVDF Flanges only for DN 8 50 G Aa elejleje e PN40 DIN2501 1 4404 Flanges SP PRU RR e e e elele PN40 DIN2501 Titanium Flanges MAr aeaa elelelelele PN64 DIN2501 1 4404 Flanges only for DN50 80 SK eee ele PN64 DIN2501 Titanium Flanges on
40. efficients and filters engineering units and process simulation modes This access can be used to apply advanced controls to the process or to improve instrument tuning and accuracy virtually on line No HART protocol via the current output is available Auxiliary input Applying a 3 to 30 Vdc voltage enables the following functions to be activated e Level Control Dual range end value 1 gt 2 Current output 1 Measured value suppression Dual range zero point 1 2 e Pulse control Activate batching cycle in prep Reset totalizer to zero Static zero point calibration PU E SEIT 6909 eje Shield Ground 24852 Additionally a current or frequency output is available End Value Scaling full scale value The current and the pulse frequency output can be scaled within the range of Ve 0 5 to 10 m s 1 6 to 32 8 ft s Scaling enables the user to assign maximum measuring parameters e g maximum flowrate in m h or maximum density in m h or maximum density in kg m to the 20 mA current or end frequency value The 0 4mA quiescent current initial value of the current output is also selectable The measuring system can measure flowrates in both directions i e bi directionally Current and pulse output are always positive values 6 SCM 3000 PLUS Specification and Application Guide 9 98 Electrical Connec
41. el elelelele 63K JIS B2210 Flanges NHW 0 elel el elele elel el e 8 VCO 4 1 2 Couplings only for DN 8 0 3 CVW 1 4539 904L measurement tubes 12 VCO 4 3 4 Couplings only for DN 15 0 5 CWW e 1 4539 904L measurement tubes TriClamp Couplings only for 1 4539 904L FTW 9 e s a e measurement tubes 1 2 TriClamp Couplings only for DN 8 15 0 3 0 5 FUW 1 4539 904L measurement tubes PN16 DIN11851 Couplings only for 1 4539 904L FMW e e e e e measurement tubes PN16 SMS1145 Couplings only for 1 4539 904L FSW e e e e e measurement tubes TriClamp Couplings 3 A only for 1 4539 904L EFTA de e measurement tubes 1 2 TriClamp Couplings 3 A only for DN15 5 EUA e 1 4539 904L measurement tubes PN16 DIN11851 Couplings 3 A only for FMA 1 4539 904L measurement tubes PN16 SMS1145 Couplings 3 A only for ESA ert 1 4539 904L measurement tubes Other 1 1 1 11 1 JSI LL B Construction Certificates Secondary Containment adas 25bar 365 psi Secondary Containment 40bar 584 psi Secondary Containment with messe AS Pressure Test Certificate 40bar 584 psi Secondary Containment with Purge NNN Connections and Pressure Test Certificate 3 1B Version 40bar 584 psi Secondary 4 Contrainment with Pressure Test Certificate not for sanitary couplings Containment with Purge Connections 3 1B Version 40bar 584 psi Secondary Containment
42. emote Version Dimensions eee eee eee 28 vi SCM 3000 PLUS Specification and Application Guide 9 98 Tables Table 1 Summary or TO FUNCIONS rara 5 Table 2 Typical Wiring Connections for SCM 3000 PLUS Transmitter 000 e 7 Table 3 Sensor Full Scale 2 9 Table 4 Sensor Maximum Orifice 11 Table 5 Pressure Loss Calculator 12 Table 6 Sensor Constants for Pressure Drop Calculaiong see eee eee eee 13 Table 7 Approval Bodies for SCM 3000 PLUS Flowmeter cccccccccccccccccccncncncnonnnonononnnnnonononnnnnnnonnnnnos 19 Table 8 Typical Repeatability Values for Given Full Scale Values renna 19 Table 9 Temperature Data Ex Compact Version eee eee eee 20 Table 10 Temperature Data Ex Remote Senat eee 21 Table 11 A Series Compact and Remote Versions Sizes 2 mm 0 07 in and 4 mm 0 rre ter terr erred Ee oec Race tes 23 Table 12 Wetted PAS sats 2 deoa do AAA A vv DV od gt eb pue tod 24 Table 13 M Series Compact and Remote Versions sess 26 Table 14 F Series Compact and Remote Versions sse 27 Table 15 DIN Process Connections as oe ore LADO Ere eb eme iore t nee bee Lean 29 Table 16 ANSI Process 30 Table 17 JIS Process COMICS ia 31 Table 18 PVDF Process Connections aaa 32 Table 19 Sanitary Process Connections vicio let 33 Table 20 Tri Clamp Process Connections cce kontakt ias Pi Rex a a dr 34 9 98 SCM 3000 PLUS Specification and Applic
43. f the measuring pipes ensures that operational function of the measuring system is unaffected by plant vibration When mounting no special precautions need to be taken for turbulence generating fittings valves bends T pieces etc as long as no cavitation occurs Orientation A Series Vertical This is best with the flow direction upwards Figure 9 Entrained solids sink and gases rise from the measuring pipe This also allows the measuring pipe to be completely drained and protects it from the build up of solids Horizontal When correctly installed the transmitter housing is either above or below the piping This assures that no gas bubbles collect or solids deposit in the curved measuring pipe Wall and post mounting The sensor may not be suspended in the piping without support or fixation to avoid excessive stress on the material around the process connection Figure 8 The sensor housing base plate allows table wall or post mounting The post mounting requires a special mounting kit Orientation M F Series Vertical This is best with the flow direction upwards Figure 10 Entrained solids sink and gases rise from the measuring pipes when the product is not flowing This also allows measuring pipes to be completely drained and protects them from the build up of solids Sa summum JE co jan HE p
44. for outgassing products Not suitable for products with solids contents E 23745 Figure 11 Horizontal Positioning for F Series 1 Storage tank SCM 3000 PLUS Sensor Orifice Restriction X 3 Valve e j Batching tank 23746 If Sensor size Sin Ce mm inches Then Maximum Orifice Diameter mm inches Figure 12 Mounting Location vertical piping 9 98 SCM 3000 PLUS Specification and Application Guide 11 Zero Point Calibration Once the sensor has been installed a zero point calibration ZPC should be carried out under process conditions in order to ensure that measurement is accurate The static zero point calibration should be carried out only with the measuring pipes full and no flow conditions existing This can be achieved with shut off valves both upstream and downstream of the sensor or use existing valves if present See Figure 13 ZPC of dynamic fluids non Newtonian must be handled differently Consult factory for procedure and plant feasibility Pressure Loss The pressure drop is de
45. igher process controllers Digital communications to Honeywell s TDC 3000 is accomplished through an RS 485 communication interface The transmitter connects to a custom field termination assembly FTA which supports the proprietary communication exchange between the meter and the TDC system The FTA is connected to the standard Honeywell Serial Interface IOP at the Advanced Process Manager APM for access to the TDC s control networks The interface is based upon Honeywell s standard serial interface methods used for third party product connections Communication between the field device and the system is executed controlled and monitored by the microprocessor based FTA Data is continuously sent to the SI IOP for access by the user The FTA supports the SCM 3000 PLUS Coriolis flowmeter the SVM 3000 PLUS Vortex flowmeter and a series of third party level instruments which include radar ultrasonic capacitance and servo technologies This interface approach combines user flexibility with a high speed digital communication link to the TDC system The entire database of each instrument is available to the user Selection of which process variable configuration or operation parameter 1 6 instrument diagnostics that needs to be monitored or controlled is entirely up to the user In addition previously inaccessible parameters are now available to the operator and process control engineer These parameters include meter zero point sensor co
46. igure 17 M Series Compact Version Dimensions Table 13 M Series Compact and Remote Versions Sensor Diameter Size mm inches Dimension DN 8 DN 15 DN 25 DN 40 DN 50 DN 80 DN 80 w flange 0 317 0 6 17 1 5 2 3 100 4 L Dimensions are dependent on the process connections x See Tables 15 through 20 75 75 75 105 141 2 95 2 95 2 95 4 13 5 5 B 262 5 264 5 268 5 279 5 289 5 305 5 305 5 10 33 10 41 10 57 11 11 39 12 12 B1 113 0 114 5 119 0 130 0 140 0 156 0 156 0 4 44 4 5 4 68 5 11 5 51 6 14 6 14 di 5 53 8 55 11 38 17 07 25 60 38 46 38 46 0 22 0 33 0 44 0 67 1 0 1 5 1 5 Weight kg 11 12 15 24 41 67 71 Ib 24 2 26 5 33 52 9 90 4 147 7 156 5 DN 8 0 31 with DN 15 0 6 flanges as standard 26 SCM 3000 PLUS Specification and Application Guide 9 98 190 5 7 49 199 5 7 85 229 9 01 171 6 73 201 7 91 180 7 09 4 S med ea t lt 23759 Figure 18 F Series Compact Version Dimensions Table 14 F Series Compact and Remote Versions Sensor Diameter Size mm inches Dimension DN8 DN 15 DN 25 DN 40 DN 50 0 31 0 6 1 1 5 2 L Dimensions are dependent on the process connections X e Tables 15 through 20 A 75 75 75 105 141 2 95 2 95 2 95 4 13 5 55 B 262 5 262 5 262 5 267 5 279 5
47. ing Keys Operational Safety e The SCM 3000 PLUS measuring system fulfills the safety requirements according to EN 61010 e The SCM 3000 PLUS measuring system fulfills all general requirements for Operation With the SCM 3000 PLUS matrix driven operation configuration is very easy With only three keys parameters and functions can be specifically chosen and modified e g e Display of process variables electromagnetic e Functions of current outputs compatibility EMC e Functions of the two totalizers according to EN 500821 e Functions of the Part 1 and 2 EN 50082 Part 1 and 2 as well as NAMUR recommendations e Extensive self monitoring of the measuring system give complete operational safety pulse frequency output Relay functions see page 5 Batching functions with integrated counter e Communications parameters Any errors occurring are e Process parameters creep separately indicated via the empty pipe detection etc configurable relay 1 output e Density functions standard density Brix Baum API A number of languages are selectable for the display text A help function is available at times during programming e On power failure all measuring system data are safely stored in the EEPROM no batteries e All outputs are electrically isolated from the power circuit the measuring loop and from each other Inputs and Outputs Configuring the Outputs Various parameters or fu
48. ioning is recommended as shown in Figure 8 Measuring Range The most suitable sensor size is selected by taking into account the measuring range required and the permitted pressure drop With most applications the optimum measuring range is considered to be between 20 to 50 of the highest full scale reading See Table 3 With abrasive media 6 0 liquids containing solids a slow measuring range with a flow velocity less than 1m s 3 28 ft s should be used For gas applications the flow velocity should not exceed half of the sonic speed mach 0 5 in that gas Application Assistance While the technical information provided in this guide is usually adequate for sizing a meter for a particular application Honeywell has Application Assistance High temperature of product Vertical piping Position A Horizontal piping Position C Low temperature of product Vertical piping Position A Horizontal piping Position B F A jet AE Li gt 3 99 23749 available Enclosed is an Application Data Sheet When completed it provides the information necessary for a thorough review by our Field Instrument Application Engineers Using your application and installation information proces
49. iv Il NI L cip C ves O no Process Liquid If composite must specify solids and gas data as applicable If solids is DZA possible Composition Materials and solids Is Liquid Abrasive L Yes LU NO Is Liquid Corrosive to Hastelloy C L Yes NO Is Liquid Corrosive to SS316 O Yes O NO Ig Liquid Corrosive to Titanium L Yes O NO Process Temperature in C or F Minimum _________ Normal _________ Maximum Process Pressure in psi or bar Minimum _________ Normal _________ Maximum Process Static Pressure in psi or bar Process Vapor Pressure at temperature ____ Cor F rating within operating range is baror psi Density in g cm or Ib ft If specific gravity value is given for density be sure to give reference temperature as well e Viscosity in cST cP or mPa Minimum Maximum Flow Range in Ib s Ib min Ib h t h kg s kg min or kg h Minimum Normal Maximum Nominal Pipe Diameter in in or mm Process Pipe Material Gasket Material viton Laire 1510006 EPDM FEP viton Zero Flow with Full Pipe Possible Ol ves L No Pulsating Flow L ves C no Maximum Allowable Pressure Drop in psi or bar L Is Special Density Calibration Required LI ves 0 1 oro 2 LI No 1 or 2 Recommended when using the SCM 3000 for density volumetric or solids measurements Specify the minimum and maximum density p values and the corresponding minimum and maximum temper
50. libration 2 Density Calibration 0 196 Flow Calibration 0 2 Density Calibration specify density temperature range 5 Point 0 196 Flow Calibration 296 Density Calibration specify calibration range 5 Point 0 196 Flow Calibration 0 2 Density Calibration specify calibration and density temperature range SCS 3pt 0 196 Flow Calibration 296 Density EAL EN45001 3 with Flow Certificate traceable according to ISO 9000 specify ccustomers flow range SCS 3pt 0 1 Flow Calibration 0 2 Density EAL EN45001 3 with Flow Certificate traceable according to ISO 9000 specify ranges for massflow density and temperature Other E Enclosure Protection Rating and Cable IP67 NEMA 4X Compact Version IP67 NEMA 4X Remote Version 10m of cable included IP67 NEMA 4X Remote Version 20m of cable included Other F Cable Glands PG 13 5 Cable Glands not for FM and CSA M20 X 1 5 Threads for Cable Glands not for FM and CSA NPT 1 2 Threads for Cable Glands G 1 2 Threads for Cable Glands Other G Safety Approvals VDE 0165 Certificate of Conformity Zone 2 CELENEC EEx de EEx d ib II C T2 T6 not for DN8 50 CELENEC EEx de EEx d ib II C T2 T6 FM XP 1 1 CD DIP 11 111 1 EFG not for DN 8 50 FM NI I 2 ABCD DIP IILII 1 EFG FM XP 1 1 ABCD DIP 11 111 1 EFG not for DN 80 CSA Class I DIv 2 ABCD CSA Class I Div 1 ABCD not for DN 80 CSA Class I Div 1 CD not for DN 8 50 Other CMMT Availability
51. ly for DN50 80 T3 ele PN100 DIN2501 1 4404 Flanges eee e e e elele PN100 DIN2501 Titanium Flanges T4 _______ elelelelele PN40 DIN2512N 1 4404 Flanges elelelelele T6 o o o o o o PN40 DIN2512N Titanium Flanges 34 CM 16 09 Page 2 of 5 Availability 012 4 5 8 TABLE I continued 8 5 5 0 0 0 Process Connections and Materials continued PN64 DIN2512N 1 4404 Flanges only for DN50 80 Sf sw en ele PN64 DIN2512N Titanium Flanges only for AAA ele DN50 80 PN100 DIN2512N 1 4404 Flanges 98 21 EE ele ele ele PN100 DIN2512N Titanium Flanges PB lt th an ele elel el e Cl 150 ANSI B16 5 316L Flanges SA RIR A E Cl 150 ANSI B16 5 Titanium Flanges R ele elel el e CI 150 ANSI B16 5 PVDF Flanges only for DN8 50 QA ci ele elele CI 300 ANSI B16 5 316L Flanges SB elelelelele Cl 300 ANSI B16 5 Titanium Flanges TB o a ele elel el e CI 600 ANSI B16 5 316L Flanges O ee ojojojojeojeo CL 600 ANSI B16 5 Titanium Flanges TO ru A o elelelelele 10K JIS B2210 1 4404 Flanges only for DN50 80 SDR ox ele 10K JIS B2210 Titanium Flanges only for DN50 80 TD ele 10K JIS B2210 PVDF Flanges only for DN8 50 OD oem mi elelelele 20K JIS B2210 1 4404 Flanges SE ea elelelelele 20K JIS B2210 Titanium Flanges TE gt so elelelelele 30K JIS B 2210 1 4404 Flanges SE X elelelelele 30K JIS B2210 Titanium Flanges 1 EMO ete elejejel e e 40K JIS B2210 1 4404 Flanges SQ eo nn 2 2 elelelelele 40K
52. mote Sensor Dimensions 9 98 SCM 3000 PLUS Specification and Application Guide 23 Process Connections A Series Wetted Parts Materials Without Adapter set e 4 VCO4 fittings e 1 2 Tri Clamp Tri Clamp The material load limit is exclusively determined by the material properties of the Tri Clamp used This clamp is not included in the shipment Measuring pipe 4 VCO 4 fittings 1 2 Tri Clamp Table 12 Wetted Parts 1 4539 904L Hastelloy C 22 1 4539 904L Hastelloy C 22 1 4539 904L Adapter sets 1 8 of 1 4 SWAGELOK 1 4 NPT F Flange DIN ANSI JIS 1 4401 316 1 4402 904L Hastelloy 0 22 1 4403 904L Hastelloy C 22 Loose flanges not wetted 1 4404 1 4435 316L O ring Viton 15 to 200 C 5 to 392 F EPDM 40 to 160 C 40 to 3609F Silicone 60 to 200 C 76 to 392 F Kalrez 30 to 210 C 22 to 4109F Pressure psi bar 5714 28 40 1 0 039 loy ra 5142 85 36 72 0 07 4 4571 42 32 4000 280 8428 57 240 2857 14 200 2285 71 160 07 4 0 15 standard 1714 28 120 20 4 0 32 0 20 40 60 80 100 120 140 160 180 200 68 104 140 176 212 248 284 320 356 392 OF Temperature 23754 24 SCM 3000 PLUS Specification and Application Guide 9 98 Pressure With Adapter Set psi bar 5714
53. nctions can be assigned to the outputs of the SCM 3000 PLUS measuring system see Table 1 This allows the user to adapt the system exactly to the process conditions SCM 3000 PLUS Specification and Application Guide 9 98 Table 1 Summary of I O Functions Current Output 1 and 2 with HART protocol Pulse frequency output Current mA 25 20 Current range 0 4 to 20 m max 25 mA 4 Initial Scaled Measuring value end value variable Current output 2 only with communications module 2 CUR Bi directional measurement A current signal corresponding to the assigned value is also given with negative flow The error response is programmable Assignable measuring variables e Flow mass volume standard volume e Flow of target material or carrier liquid with multiphase liquids e Temperature e Density or values calculated by density function e g Brix Frequency Hz A 163 feno fao backward forward Scaled 0 end value Scaled end value Measuring variable End frequency 0 to 10 000 Hz selectable max 163 of end frequency Configuration active passive positive negative pulse Assignable measuring variables e Flow mass volume standard volume e Flow of target material or carrier liquid with multiphase liquids Relay Output 1 Relay Output 2 Function FAILURE Relay contact gt NO contact Factory settings
54. nmum 10 to 14 kg 22 to 30 8 lbs o O O 23744 23743 Figure 10 M and F Series Orientation 10 SCM 3000 PLUS Specification and Application Guide 9 98 Horizontal The measuring pipes must lie side by side When correctly installed the transmitter housing is either above or below the piping See Figure 10 F Series measuring pipes are slightly curved Therefore the sensor s horizontal position depends on the fluid properties of the product outgassing solids content see Figure 11 Mounting location Air or entrained gases in the measuring pipe may cause errors in measurement and therefore the following mounting installations are to be avoided e Do not install at the highest point of the piping e Do not install directly upstream in a vertical pipeline before a free pipe outlet Correct installation is possible using the recommendation in Figure 12 Restrictions in the piping or an orifice with a smaller cross section than the measuring instrument can prevent the sensor from running empty during measurement Table 4 Table 4 Sensor Maximum Orifice Diameter Not suitable
55. pendent on the characteristics of the medium and its flowrate The following formulae in Table 5 and appropriate sensor constants from Table 6 can be used to approximately calculate the pressure loss Normal operation Open valves and B Zero point calibration with pumping pressure Open valve A Close valve B Zero point calibration without pumping pressure Close valve A Open valve B Perfom zero point calibration when V meas pipe 0 m sec only Figure 13 Static Zero Point Calibration Table 5 Pressure Loss Calculations A Series M F Series p fluid density kg m Ib ft 2em Reynolds Re No ER Re gt 2300 Ap K i v w m 3 pas K2 o y o m Re lt 2300 Ap Ki v m Ap Kt v m d internal diameter of measuring pipes m ft K to K2 constants dependent on the nominal diameter Ap pressure loss mbar psi kinematic viscosity m s ft s m mass flowrate kg s 10 59 Calculations should be done in metric and final result converted to English units if required 12 SCM 3000 PLUS Specification and Application Guide 9 98 A Series A Series High Pressure M Series M Series High Pressure F Series Table 6 Sensor Constants for Pressure Drop Calculations d Inside diameter of measuring pipe 1 2 x10 2 0 x 10 1 6 x 10 2 7 x 10 9 4 x 10 16 0 x 10 2 0 x 10 3 4 x 1
56. riolis Mass Flowmeter System Features Flexible System Safe Operation Accurate Measurement e The system can be customized to each application e Wide choice of materials for process connections and measuring pipes compatible to the medium e Simple and cost effective installation e Transmitter housing can be rotated to fit the orientation e Self draining measuring pipes e Secondary containment vessel as standard e High electromagnetic compatibility EMC e Self monitoring with alarm function e EEPROM stores data on power failure no batteries required e ISO 9001 manufacturer quality assured e Measurement accuracy Liquids Mass flow 10 1 Volume flow 0 15 Gases Mass flow 0 5 e 1000 1 operable flow range e Excellent repeatability Easy to Operate e Menu driven dialog for all parameters e Two line illuminated display e Touch Control operation without special equipment safety protection not violated 9 98 SCM 3000 PLUS Specification and Application Guide Install Anywhere e Compact design e Insensitive to plant vibration e Rugged and shock proof surfaces resistant to acids and alkalis e NEMA 4X and IP 67 protection for compact and remote versions e Measurement independent of fluid characteristics e High performance measurement of more than one process variable simultaneously special density evaluation functions etc Components The measuring system consists of
57. s Compact and Remote Versions Sizes 1 mm 0 039 in 2 mm 0 07 in and 4 mm 0 15 in Sensor Diameter Size mm inches mm inches mm inches Dimension 1 0 039 2 0 07 4 0 15 di 11 09 18 00 35 0 14 A 32 as 32 25 32 125 B 165 649 165 649 195 7867 B1 122 48 122 us 12 5 19 C 2695 1061 2695 1061 2795 110 E 120 472 120 472 150 69 F 145 67 145 67 175 6 88 G 160 629 160 629 220 8 66 H 3015 1187 3015 1187 3115 12 26 K 180 709 180 708 240 9 44 L Refer to Process Connections below M 228 go 310 22 49 171 N 154 606 154 606 164 6 5 Process Connections L Dimension 4 VCO 4 fittings L1 290 14 6 497 19 56 Ys Tri Clamp 12 296 14 9 503 19 8 V4 NPT F L3 361 17 44 568 22 36 SWAGELOK 14 359 6 17 38 571 6 22 5 DN2 1 8 or 1 4 DN4 1 4 vs Flange L5 01150 393 18 7 600 23 6 ANSI L6 01300 393 18 7 600 23 6 DN 15 Flange 17 PN40 393 18 7 600 23 6 DIN JIS L8 10K 393 18 7 600 23 6 kg Ib kg Ib Weight 10 24 2 15 33 118 5 4 67 137 5 5 41 L E 4E E ES l i ES S Es l d y L K 23757 Figure 16 A Series Re
58. s fluid data and cost and operation objectives these engineers will apply their wide industry experience and various application Figure 8 Sensor Positioning software programs to assist in determining the most cost effective flow solution available To use this Honeywell service please Honeywell Representative for submission to Field Instrument Application Engineering Table 3 Sensor Full Scale Values complete the enclosed Application Data Sheet and forward it to your Sensor Size Selectable Full Scale Value Liquids Gases mm inches kg h Ib h kg h 10 0 1 0 039 01020 010 44 09 01010 010 21 93 2 0 07 0 to 100 0 to 220 45 0 to 50 0 to 110 23 4 0 15 0 to 450 0 to 992 1 010125 010 275 57 8 0 3 0 to 1996 0 to 4400 0 to 200 0 to 440 92 15 0 6 0 to 6496 0 to 14 320 0 to 650 0 to 1432 98 25 1 0 0 to 17 962 0 to 39 600 0 to 1800 0 to 3968 25 40 1 5 0 to 44 997 0 to 99 200 010 4500 0 to 9920 63 50 2 0 to 70 000 0 to 154 320 0 to 7000 0 to 15 432 09 80 3 0 to 179 988 0 to 396 800 0 to 18 000 0 to 39 682 54 9 98 SCM 3000 PLUS Specification and Application Guide Mounting No special fittings such as brackets are needed External forces are absorbed by the construction of the device e g the secondary containment vessel The high frequency oscillation o
59. s without connections Other C Construction Certificates Secondary Containment 40bar 584 psi Secondary Containment 100bar 1450 psi ry Containment with Pressure Test Certificate pressure test certificate includes individual pressure tests of measuring system and containment 100bar 1450 psi Containment with Purge Connections with Pressure Test Certificate pressure test certificate includes individual pressure tests of measuring system and containment 3 1B Version 100bar 1450 psi Containment with Pressure Test Certificate material certificate includes measuring system and containment pressure test certificate includes individual pressure tests of measuring system and containment not for food couplings PVDF flanges Containment with Purge Connections 3 1B Version 100bar 1450 psi Containment with Pressure Test Certificate material certificate includes measuring system and containment pressure test certificate includes individual pressure tests of measuring system and containment not for food couplings PVDF flanges Other o m m O gt 34 CM 16 09 Page 3 of 5 Availab Pl ef af 2 eo kkel alfelefo ef ef af 2 ele fele kkel alfelefo ef ef af ep ele fele kki alelefo ef ef af 2 ele fele kkel ao ef af e ele fele kkl alelofo ility YY V plo ef af 2 ele Pel frfef ajo jojo 34 CM 16 09 Page 4 0f 5 TABLE I continued D Calibration 0 1 Flow Ca
60. tion conditions and field density calibration executed or special density calibration Mass flowrate Liquids 10 1 of reading 0 005 of full scale Gases 0 5 of reading 0 005 of full scale Volume flowrate liquids A M Series 0 25 of reading 0 005 of full scale F Series 0 15 of reading 0 005 of full scale A M Series 0 02 kg l 0 044 10 1 F Series 0 01 kg l 0 022 Ib l Range 0 5 to 1 5 kg l 0 to 40 C 1 10 to 3 30 lb l 32 to 104 F A M Series 0 002 kg l 0 0044 Ib l F Series 0 001 kg l 0 0022 10 1 Within 0 1 kg l 0 22 Ib l and 25 C 77 F for a specific density temperature pair of values A M Series 0 001 kg l 0 0022 10 1 for the calibrated density value F Series 0 0005 kg l 0 0011 Ib l for the calibrated density value 0 5 C 0 005 x Temperature of the liquid in C 0 9 F 0 005 x Temperature of the liquid in F Mass flowrate Liquids 0 05 of reading 0 0025 of full scale Gases 0 25 of reading 0 0025 of full scale Volume flowrate liquids A M Series 0 1 of reading 0 0025 of full scale F Series 0 05 of reading 0 0025 of full scale Refer to Table 8 With reference to pulse output additional measuring error of the current output 5uA typical SCM 3000 PLUS Specification and Application Guide 9 98 Table 7 Approval Bodies for SCM 3000 PLUS Flowmeter Sensor
61. tions Figures 6 and 7 show typical wiring for the transmitter and remote version terminal boards Table 2 describes the transmitter wiring connections lelelelslelale qa i Data A Data B 23752 Figure 6 Power Supply Input and Output Electrical Connections Table 2 Typical Wiring Connections for SCM 3000 PLUS Transmitter Board HART interface Board RS 485 interface Board 2 CUR 2 current outputs 3 Ground connection ground wire Ground connection ground wire Ground connection ground wire 1 L1 L L1 L L1 L for AC for DC power supply for AC for DC power supply for AC for DC power supply 2 N L N L N L 20 Pulse active passive Input RS 485 or Current active 0 4 to 20 mA frequency f 2 to 10 kHz output auxiliary input output 2 R 7000 output maximum 16383 Hz A 21 active 24 Vdc 25 mA B 250 mA 20ms 3 to 30 Vdc passive 30 Vdc 250mA 22 Relay 1 maximum 60 Vac 0 5A Relay 1 maximum 60 Vac 0 5A maximum 60 Vac 0 5A 23 maximum 30 Vdc 0 1A maximum 30 Vdc 0 1A maximum 30 Vdc 0 1A can be configured e g can be configured can be configured e g failure e g failure failure 24 Relay 2 maximum 60 Vac 0 5A Relay 2 maximum 60 Vac 0 5A maximum 60 Vac 0 5A 25 maximum 30 Vdc 0 1A maximum 30 Vdc 0 1A maximum 30 Vdc 0 1A can be configured e g can be configured can be configured e g limit value e g limit value limit value 26 Current ac
62. tive 0 4 to 20 mA Current active 0 4 to 20 mA Current active 0 4 to 20 mA 27 output1 R 7000 output R lt 700 Q output 1 R lt 700 Q with HART protocol active passive with HART protocol or f 2 to 10 kHz Pulse maximum 16383 Hz frequency active 24 Vdc 25 mA 250 mA 20ms passive 30 Vdc 250 mA 28 Ground connection Ground connection Ground connection shield of signal cable shield of signal cable shield of signal cable 9 98 SCM 3000 PLUS Specification and Application Guide 7 S1 S1 S2 S2 Pipe TM TM TT TT GND Connection area transmitter eje 6 7 ODO 6 SSR RS O 7 em a an a ONC c Q g maximum cable length 20 m 65 6 ft S1 S1 S2 S2 Pipe TM TM TT TT GND Connection area sensor Cable specifications for the remote version 6 x 0 38 mm 0 000588 in PVC cable with common shielding and individually shielded cores Conductor resistance lt 50 Q km Capacitance core shield lt 420 pF m Figure 7 Remote Version Electrical Connections Installation Considerations System Pressure It is important to avoid cavitation as this can affect pipe oscillation No special measures need be taken for products which have properties similar to those
63. ure range 5 Point 0 196 Flow Calibration 296 Density Calibration specify calibration range 5 Point 0 196 Flow Calibration 0 2 Density Calibration specify calibration and density temperature range SCS 3pt 0 196 Flow Calibration 296 Density EAL EN45001 3 with Flow Certificate traceable according to ISO 9000 specify calibration range SCS 3pt 0 196 Flow Calibration 0 2 Density EAL EN45001 3 with Flow Certificate traceable according to ISO 9000 specify calibration and density temperature range Other D Enclosure Protection Rating and Cable IP67 NEMA 4X Compact Version IP67 NEMA 4X Remote Version 10m 30 ft of cable included IP67 NEMA 4X remote Version 20m 60 ft of cable included Other E Cable Glands PG 13 5 Cable Glands not for FM and CSA M20 X 1 5 Threads for Cable Glands not for FM and CSA NPT 1 2 Threads for Cable Glands G 1 2 Threads for Cable Glands Other F Safety Approvals CENELEC EEx de EEx d ib II C T2 T6 FM NI 1 2 ABCD DIP 11 1114 EFG FM XP 2 ABCD DIP II IT 1 EFG CSA Class I DIv 2 ABCD CSA Class I Div 1 ABCD Other Availability gt CMA o gt E O gt gt oi am 34 CM 16 06 Page 3 of 3 Availability CMA_ gt 00 00 Moo Moo RON ROO TABLE I continued G Display Programming No Display HART

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