Loading...
HomeMy WebLinkAboutTD_OPTIFLUX-IFC 300__us__Oct2004_7024992100_R00 Technical Data Sheet KR O H N E ©KROHNE 10/2004 I 7.02499.21.00 . GR/PRINTO FC 300 Full-feature electromagnetic flow converter IFC 010 Economical electromagnetic flow converter I Complete and modular flow converter for almost all applications Quick and easy to install and operate; improved HMI �{ Extensive diagnostic functionalty as standard Flexible with customized solutions for special requests Basic and fully functional flow converter Quick and easy to install and operate Electromagnetic flowmeters Favourable price Variable area flowmeters performance ratio Mass flowmeters Ultrasonic flowmeters Vortex flowmeters Flow controllers Level measuring instruments Pressure and temperature Heat metering Communications technology Switches,counters,displays and recorders �unu Engineering systems&solutions inn AeluTv Subject to change without notice. 1 FC 300 The all-round flow converter Fields of application The versatile IFC 300 flow converter is a powerful yet economical solution for a wide range of applications.The IFC 300 can be used in combination with Industries any OPTIFLUX flow sensor and can thus be used in any application. • Chemical • Paper& Pulp Highlights • Water&Wastewater • Complete and modular flow converter for all applications • Food & Beverages • Pharmaceuticals • Quick and easy to install and operate; improved HMI • Metals&Mining • Extensive diagnostic functionality as standard Power • Oil &gas • Flexible with customized solutions for special requests • Machinery Product features Application examples • Digital signal processing 1 4 • Suitable for all applications From clean liquids,slurries and • High-speed signal conversion system pastes to acids(even HF),alkalis • Modular signal converter and many other aggressive media,even with high solid - basic version with extensive functionality contents -optional modules to customize to user's needs • Master or transfer meter for • Available for AC and DC voltage operation calibration of other flow-meters • For large diameters up to • Converter exchangeable without need for reprogramming 120°/ DN 3000 1 FC 010 The economical solution The IFC 010 electromagnetic flow converter is an economical solution Fields of application for a wide range of applications.The IFC 010 can be used in combination with almost any OPTIFLUX.Typical use is found in those applications, requiring simple read-out and data processing. Industries • Water&Wastewater —waterdistribution networks and irrigation Highlights —water purification • Basic and fully functional flow converter —environmental engineering • Quick and easy to install and operate HVAC • Favorable price performance ratio Agriculture • Machinery • Power Product features • Digital signal processing • High-speed signal conversion system • Modular signal converter - basic version without display - optional: local display and control panel • Available for AC and DC voltage operation KROHNE 2 IFC 300/IFC 010 J The complete OPTIFLUX - range OPTIFLUX converters All converters fit to all sensors IFC 300 IFC 010 One for all applications Economic converter 01 Sol e, wl c F W C W • OPTIFLUX sensors OPTIFLUX 2000 OPTIFLUX 4000 OPTIFLUX 5000 Water and waste- All-round process Highly accurate & water specialist specialist abrasion resistant Imo OPTIFLUX 1000 OPTIFLUX 6000 Economical Sanitary and solution hygienic solution •� 1+140 Special-purpose flowmeters OPTIFLUX 4040 C OPTIFLUX 7300 C TIDALFLUX 4110 PF BATCHFLUX 5015 C The 2-wire EMF The electrode-free For partially filled For volumetric filling EMF pipelines KROM11k IFC 3001 IFC 010 3 The responsibility as to the suitability,intended use and corrosion resistance of the materials used in their construction rests solely with the purchaser Technical data • standard optional on request IFC 300 IFC 010 Performance Best accuracy(see accuracy curves below) t 0.15% of MV t 1 mmis t 0.30/6 of MV t 2 mmis ----------------------------------------------- -------------------------------------- -------------------------------------- Repeatability t 0.06% to OlML R117 t 0.1% ................................................. -------------------------------------• ------------•------------------------ Full-scale range(see flow table) v= 1 Ws...40 Ws(0.3... 12 Ms) v= 1 Ns...40 Ts(0.3...12 m/s) Conductivity Process liquid conductivity (non-water) >t 1 NS/cm(see flow sensor) >_5 pS/cm{see flow sensor) ---------------------------------------- ------- Process liquid conductivity (water) >_20 NSlcm 20 pS/cm Content of solids <30% (by volume) <3% (by volume) Model C (compact) IFC 300 C IFC 010 C - -- ------- ----------------------------------. -------------------------------------- ------------------------------------- F(field),W(wall),R(19"rack) IFC 300 F,IFC 300 W IFC 010 W Display with local display • - - - --------- ------- ---------------- -------------------------------------- --------------------- ------- without local display (blind) - • Languages English,French,German • • Combinations OP11FLUX 1000 3/8'...6"I DN 10...150 3/8'...6"/DN 10...150 ------- --------•---•---•---•-------•---•--- -------------------------------------• --•-------------------- see flow sensors data OPTIFLUX 2000 1'...120"/DN 25...3000 1"...40"/DN 25...1000 •--- -----•--- -••---------------------------- ----------............................ ..................................... sheet(s) OPTIFWX4000 1/10"...120'I DN 2.5...3000 318"...40"I DN 10...1000 .. ............................................. ... ......................................................................... OPTIFLUX 5000 1/10"...10"/DN 2.5...250 3/8"...4"/DN 10...100 OPTIFLU X 6000 1/10"...6'/DN 2.5...150 3I8"...6'/DN 10...150 -- --------------------------------------------- -------------------- - --------------- ------------------------------------- OPTIFWX 7000 1"...4"/DN 25...100 - Communication current,pulse&status aVA • • - ----------------------------------------------•. -----------------•--------------------•-------------------- (see 10 combinations) HART communication,control input • - ............... ................................• -•-•••-•------------------------------ ..................................... Ex4,FF,Prolibus PA/DP O - Verification MAGCHECK(=external device) - O ................................................. ...................................... ..................................... integrated verification,diagnostics: • - ..............•-------------.... ....-------- --------------------------------------•-------------......................... instrument/p............ ........... -------------------------------------- ..................................... -empty pipe indication/stabilization •/— O(LA/S31 tAIS2) .......................................... ...................................................----....•----............. -electrode cleaning - O (LA/S4) Custody transfer wMout • • ................................................. ............................................................................. cold potable wafer(OIML R-49,KIWA K618) O - •-----------------------------• ...................................... ..................................... other than water(OIML R-117) O - Power supply 100...230 VAC(-151+10%),50/60 Hz • - ............ .................................... -------------------------------------- ..................................... 12..24 VDC(9...31 VDC) O ................................................. -•---------------............................................................ 230/240 VAC(200...260 VAC) • ..•.............................................. ...................................... ..................................... 24 VDC,24,48, 100, 115/120,200 VAC - O Power consumption 13 W AC:5 VA/DC:4.5 W Approval non Ex • • ................................................ ............................---------- ------..........--..--................ (IFC 300 C + EEx -zone 1/2 O - IFC 300 F only) FM-class 1,11,III-div.2 O o CSA-Ordinary location O O CSA-class I,II,III div.2 O O SAA-Aus Ex zone 1/2 O - ................................................. ...................................... ..................................... TITS-zone 112 O Not-: contact KROH N E for more approval details KRONNE 4 IFC 300/IFC 010 Technical data(cont'd) • standard optional - on request IFC 300 IFC 010 Protection category C(compact) IP 66167(eq.to NEMA 6) IP 66/67(eq.to NEMA 6) ----------------------- --- ------------------------------------- ---------------------------------------- (acc. I E C 5291 F(remote) IP 66167(eq.b NEMA 6) ---------------- -------------- ...................................... ......................................... EN 60 529) W(wall) IP 65(eq.b NEMA NO) IP 65(eq.b N EMA 4/0) - ----- ------------------------------- --- ---- .................... ---------- ----------------------.................. R(19"rack;in preparation) IP 20(eq.b NEMA 1) Temperature process temperature see flow sensor see flow sensor - .......................... ------------------------------------- --------- --------------------------- ambient temperature -40...+65°C(-40...+149°F) -25...+60°C(-13...+140°F) ---------------------------- -------------------------------------- ......................................... storage temperature -0...+70°C(-58...+158°F) -50...+70°C(-58...+158°F) Signal cable separate-IDS (dep.on conductivity) 5-600 m/15 1800 ft 5 300 m/15 1000 ft --------------------------- --------- --------------- separate BTS (dep.on conductivity) 5-600 m/15-1800 ft ---- --------------------- -- Class 1 Div 2 only: separate-LIYCY (dep.on conductivity) 5-100 m/15- 300 ft Cable connection M20 x 1.5 • • ----------------------------- ---- ................................ ----------------------------------------- 1/2"N PT O O - - - ------------------------------------ ------------------------------------ ------------------------------ P F 112 O O Materials used die-cast aluminum(polyurethane coated) • IFC 300 C,F • IFC 010 C.W(bottom plate) ......... ------. _ _ ..... (converter housing) poly amide-poly carbonate • IFC 300 W • IFC 010 C.W(electronics cover) -------------------------- _ - ------------------- stainless steel 316 L(1.4404) IFC 300 C,F .................... -- ------------------------------- -------------------- ------------------- cusbdy transfer lead+sealing IFC 300 C. F,W 10-combinations IFC 300 IFC 010 t 0 o o .o Communication inw x Current output active/passive • • • • .................. ........................ .. .. ...... ......................... HART • • •pulse output active - - ------------------ ------------------------- ..... -•---- ------------ ------------ status output passive •(a) • O • ------------------- ----------------------- ---- ------ .......................... NAMUR*** - - O control input active - - O............ ........................ ..... ...... .......................... passive • O O - ................... ......................... ..... ...... ......................... NAMUR"' - - O - Foundation Fieldbus O O Profibus PA O O - Profibus DP - - O proklion Ex-d/e O O O - ............. ..................................... ----......._............ Ex i 'up to 1 additional in4output module possible(see 10-module combinations) "up to 2 additional in4output modules possible(see 10-module combinations) N AM U R acc. EN 60947-5-6 KROM11k IFC 3001 IFC 010 5 1 1 1 1 10-module combinations IFC 300 1 1/0 2 1st module 3 2nd module Basic 110 1 Basic 0 no module possible 0 no module possible 2 Ex-i(la+Pp) 1 Ex-i(la+Pp/Cp) 1 I 0 0 3 Ex-i(lp+ Pp) 2 Ex-i(lp+Pp/Cp) 4 Modular(la+Pa) 8 no module 8 no module 6 Modular(la+Pp) A la A la la = current output-active 7 Modular(la+Pn) B 1p B Ip 1p = current output-passive 8 Modular(lp+ Pa) C PalSa C Pa/Sa Pa/Sa = pulselstatus output-active, high current B Modular(lp+Pp) E Pp/Sp E Pp/Sp Pp/Sp = pulse/status output-passive, high current C Modular(lp+ Pn) F PNSn F PNSn Pn/Sn = pulse/status output-passive, Namur D Profibus PA G Ca G Ca Ca = control input-active. high current E Foundation Fieldbus H Cn H Cn Cn = control input-active, Namur F Profibus DP K Cp K Cp Cp = control input-passive, high current Examples Modular 110 The IFC 300 with standard basic 1/0 1 2 3 1 2 3 1 2 3 1 2 3 ----- ............ ..... ............ ----- ............covers almost a applications,having 4 I/Os: 2 0 0 7 S 8 C 8 8 E 0 0 - active/passive current output(+HART) 1 A 8 B 8 1 passive pulse/status output 2 A B 2 passive status output 3 0 F F E 8 8 passive status output/control input The 1/0-module combination is thus 1 H H A 8 1.0-0(see above). 2 F 8 F 8 A F F C H H K The IFC 300 with modular 1/0 can be tailor-made to any application: H 8 H 8 C 8 Suppose you require a converter with 1 H H C passive pulse output and 3 passive 4 8 8 8 8 8 K current outputs.The 1/0-module A 8 B 8 K 8 combination then becomes B-B-B. A B K Suppose you require a converter with 2 active pulse/status outputs.The 1/0- C C module combination then becomes G G either 4-C-8 or 8-C-8(depending on C 8 C 8 whether active or passive current out- C C put is required).The latter'8' indicates that i additional module can be G IG D 0 0 added in the future. G 8 G 1 Suppose you require a converter with G 2 Profibus PA communication,1 active ............ •. current output and i passive control 6 8 8 B 8 8 D 8 8 F 0 0 input.The 1/0-module combination A 8 B 8 A 8 8 then becomes D-A-K. A B A A E E C B For 1/0-module combinations,not K K K C described in the overview on the right, please consult KROHNE. E 8 E 8 C 8 E E E C F K K K G K 8 K 8 K 8 H K K K K IIROMNE 6 IFC 300/IFC 010 IFC 300 Overall Continuous measurement of actual volume flow rate,flow velocity,conductivity, functionality massflow(at conrt density),coil temperature. Integrated batch controller ------------ --------------------------------------------------------------------------- Flow direction(forward a reverse) ............... ............................................................................ Bidirectional flow measurement and lotalization -------------------------------------- ----------------------------------------------------- Direction identified via statics or current output --------------------------------------------------------------------------------------------- Diagnostics:Accuracy,linearity,electrode contamination,noise,flow profile,field current,cal resistance and temperature,empty or non-full pipe+derived functions Current Function All operating data configurable;galvanically isolated;HART communication output Settings Q=0% 0...15 mA Q=100% 10...22mA Error identification 0...22 mA Connection BasidModular 10 Ex•I 1/0 Active I <_ 22 mA/RL <_ 1 kOhm :1 5 22 mA/RL 5 470 Ohm U0=21V110=90mA Po=0.5W Co=90 nF/Lo=2 mH Passive 1 <_22 mA/U <_32 VDC :1 <_22 mA UI=30V Ili=100mA ;PI=1W :C;=10nF/L,-OmH Pulse output Function Configurable as pulse aW identification to automatic range change,indicator status output of flow direction,ov erflow,errors,trip pant or empty pipe indication --------- ---------------- - ---------------------------------------- Valve control,if bath control function is activated Settings Q= 100% 0.0001...10000 pulses per second or pulses per unit volume Pulse width 0.1...1000 ms or auto a sym. ------------------------ ------------------------------------------------------------------- Stalus On or Off C onnecton Basic 10 Exd 110 Active ..-----..........................................:........................................ Passive :acc.EN 60947-5-6 f<_ 10 kHz: 1 <_ 20 mA U,=30 V 11,= 100 mA fs 10 Hz: I <_ 100 mA ;PI=1W U <_ 32 VDC/1 5100mA iC;=10nFll;-0mH ...................................................:--------------------------------------- NAMUR - ;'passive' Control input Function Freeze output(e.g.during cleaning),faced return to zero,counter and error reset ext range selection.Start batching,if batch contra function is activated Settings Freeze outputs,output zero,reset counter,reset error,start batch(in batch mode) Connection Basic 10 Ex4110 Active 1,,.16 mA/U„a,n 24 VDC acc.EN 60947-5.6 ------------------------------------------------------------------------------------- Passive U <_32 VDC Uan>19 VDC/ Uo,r< 2.5V DC ........................................................................................_. NAMUR - :'active' Low flow cut- on O...t9.999 m/s;0...20.0%' off "ofr 0...t9.999 m/s;0...19.0%' of Q100%,adjustable in 0.1% increments for every mA-and pulse output Time constant 0...99.9 seconds(set in increments of 0.1) � KROMNk IFC 3001 IFC 010 7 IFC 010 Overall Continuous measurement of actual volume low rate ... ... ... ....... ..................................................... functionality Flow direction(forward or reverse) - - --------•--••--•..................................... Bidirectional flow measurement and totalization .......................... ................................ Direction identified via status output Current output Function All operating data configurable;galvanically isolated Settings Q=0% 0 or 4 mA Q= 100% 20 mA Q> 100% 22 mA Error identification 0/3.6/22 mA Connection Active 1 <_ 22 mA/RL _< 500 Ohm .............................................. ................................ Passive I <_0...500 Ohm/U < 15...20 VDC 1 s 250...750 Ohm/U s 20...32 VDC Pulse output Function Configurable for all operating data;galvanically isolated Status output Settings Q=100% Standard: 10 pulses per second,scalable, 100 or 1000 pulses per second 10000 pulses per second,scalable Pulse width 50, 100,200,500 or 1000 ms or auto or sym. Status On or Off Connection Active internal voltage: 15 VDC,from current output load: 1,,z<23 mA without current output load: lr,=<3 mA with current output Passive external voltage: Ue,a s 30 VDC/ <_ 24 VAC Ir,K s 150 mA Low flow "on" 1...19% cut-off "0fr 2...20% Time constant 0.2...99.9 seconds(set in increments of 0.1) KRMHNE 8 IFC 300/IFC 010 Dimensions IFC 300 C IFC 010 C 202 mm 17.75' 260 mm/10.2' 160 mm 16.3"_ �140 mm_ 1—O mm 14n ti 137 mm 15.4*- t A Iv e 1.6kg13.51b E 4.2 kg 19.31) E V �V IFC 300 F 202 mn 17.75" t 260 mm r 10.2' mm 14J' -137 mm 1 5.4_ A 0 co e E 1c V 5.7 kg 112.6 lb E �A m 1 O N u O 0 �V o V 277 mrN10.9' IFC 300 W IFC 010 W 160mm16, 108mml4.3' A e'o No 3.8 kg 18.4 lb 24kg15.3lb E E a� E N V 198mm/78' �138mm15.4� KROM11k IFC 3001 IFC 010 9 mm��� KRONNE