FKC・・・5 DP (Flow) Transmitter 2017 by Tokyo Keiso

More catalogs by Tokyo Keiso | FKC・・・5 DP (Flow) Transmitter 2017 | 12 pages | 2017-04-04

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Catalog FKC・・・5 DP (Flow) Transmitter 2017

hexagon socket head cap screws socket head cap screw 316 stainless steel socket head cap screw socket head cap screw flange socket head cap screw socket head cap screw plug socket head cap screw 1 x 2 head socket head cap screw socket head cap screws socket head cap screw 14 x 2 socket head cap screw rating h 11 socket head cap screw socket head cap screw 2 12 13 x 3 socket head cap screw socket head cap screw 12 12 x 6 socket head cap screw 2 in socket head cap screw 1 2 13 x 10 12 12 x 14 x 8 316l stainless steel 316 stainless steel 316l stainless steel bolt 316l stainless steel pipe 316l stainless steel pipes 316 1 stainless steel pipe 316 stainless steel piping 316 stainless steel pipe stainless steel wire 304 316 316 stainless steel plug 316l stainless steel plates stainless steel bolt nut 316l stainless steel pipe pressure ratings 316 stainless steel plate 316 stainless steel square u bolts 304 stainless steel stainless steel nuts stainless steel nut 4 40 316 stainless steel 4 bolts stainless steel bolts stainless steel bolt 316 stainless steel plate reference stainless steel bolt caps stainless steel housing 14 x 2 stainless steel bolt socket head cap nut alloy steel bolt and nuts hexagon head cap screw bolts and nuts bolt and nut bolt and nuts bolts and nut pressure ratings for stainless steel pipe screw bolt and nuts plate stainless steel stainless steel pressure housings oval head cap screw

FKC・・・5 DP (Flow) Transmitter 2017 is listed under these categories

Industrial Supply > Industrial Automation > Valves and Flow Controls

Featured catalog pages of FKC・・・5 DP (Flow) Transmitter 2017

fkc 5 differential pressure flow transmitter the fcx–aiii differential pressure flow transmitter accurately measures differential pressure liquid level gauge pressure or flow rate and transmits a proportional 4 to 20ma signal the transmitter utilizes a unique micromachined capacitance silicon sensor with state-of-the-art microprocessor technology to provide exceptional performance and functionality features 1 high accuracy up to ±0.04 0.065 accuracy as standard 0.04 accuracy as option fuji’s micro-capacitance silicon sensor assures this accuracy for all elevated or suppressed calibration ranges without additional adjustment 2 minimum environmental influence the “advanced floating cell” design which protects the pressure sensor against changes in temperature static pressure and overpressure substantially reduces total measurement error in actual field applications 3 fuji/hart® bilingual communications protocol fcx–aiii series transmitter offers

fkc 5 differential pressure flow transmitter over range limit to maximum static pressure limit output signal 4 to 20ma dc linear or square root with digital signal superimposed on the 4 to 20ma signal power supply transmitter operates on 10.5v to 45v dc at transmitter terminals 10.5v to 32v dc for the units with optional arrester load limitations see figure below [Ω load resistance 2000 1500 1000 1474Ω r e-10.5 imax+0.9x10-3 577Ω operating area 500 24v 250 0 10 45v 16.35 10.5v power voltage dc 50 e v note for communication with hhc 1 model fxw min of 250Ω required hazardous locations under an application see table2 zero/span adjustment zero and span are adjustable from the hhc1 zero and span are also adjustable externally from the adjustment screw damping adjustable from hhc or local configurator unit with lcd display the time constant is adjustable between 0.06 to 32 seconds zero elevation/suppression −100 to +100 of url normal/reverse action

fkc 5 differential pressure flow transmitter performance specifications for linear output performance specifications for square root output reference conditions silicone oil fill 316ss isolating diaphragms 4 to 20ma analog output in linear mode accuracy rating including linearity hysteresis and repeatability max span 32kpa to 3000kpa model for spans greater than 1/10 of url ±0.065 of span or ±0.04 of span 21th digit h for spans below 1/10 of url 0.1 × url ± 0.015+0.05 of span span max span 20mpa model for spans greater than 5mpa ±0.1 of span for spans below 5mpa 5mpa ± 0.05+0.05 of span span accuracy rating zero shift total effect url ± 0.125+0.1 span url ± 0.075+0.0125 span url ± 0.15+0.1 span url ± 0.095+0.0125 span supply voltage effect static pressure code 5th digit in code symbols zero shift of url “1” 1kpa {10m bar sensor “2” 6kpa {60 m bar sensor ±0.2 0.2mpa {2bar ±0.2 3.2mpa {32bar

fkc 5 differential pressure flow transmitter physical specifications optional features electrical connections g1/2 1/2-14 npt pg13.5 or m20 × 1.5 conduit as specified process connections 1 4 -18 npt or rc 1 4 on 54mm centers as specified meets din 19213 process-wetted parts material indicator diaphragm wetted sensor body vent/drain v 316 stainless steel 1 316l stainless steel 316 stainless steel 316 stainless steel w 316 stainless steel 1 ma276 316 stainless steel 316 stainless steel h 316 stainless steel 1 ma276 ma276 lining 316 stainless steel j 316 stainless steel 1 316l stainless steel +au coating 316 stainless steel 316 stainless steel m 316 stainless steel 1 monel monel lining 316 stainless steel t 316 stainless steel 1 tantalum tantalum lining 316 stainless steel b ma276 lining ma276 ma276 lining ma276 l monel lining monel monel lining monel u tantalum lining tantalum tantalum lining ma276 notes 1 astm cf8m remark availability of above material design depends on ranges

fkc 5 differential pressure flow transmitter code symbols 1 2 3 4 5 6 7 8 digit 4 description

fkc 5 differential pressure flow transmitter 1 2 3 4 5 6 7 8 digit 9 10 11 12 13 14 description note

fkc 5 differential pressure flow transmitter 1 2 3 4 5 6 7 8 digit 15 21 description

fkc 5 differential pressure flow transmitter outline diagram unit:mm vm j t 5 hw in case of 4th digit code s,v,w,x φ81 ro 38 b conduit conn 57 37 4 holes 9 dia 21 195 with analog ind 11 198 u-bolt m8 8 41 zero 103 70 φ81 41 10 zero adj screw 103 a press conn mtg pipe jis 50a 2b in case of 4th digit code t 120 vent/drain plug when the vent/drain plug attached on the upper side of the detector 126 sw

fkc 5 differential pressure flow transmitter outline diagram unit:mm vm j t 5 hw vent/drain plug when the vent/drain plug attached on the upper side of the detector with digital ind in case of 4th digit code 5,7,8,9 earth terminal 41 a press conn 21 11 8 mtg pipe jis 50a 2b with analog ind in case of 4th digit code 6 10 5 8

fkc 5 differential pressure flow transmitter outline diagram unit:mm b u 5 l sw

fkc 5 differential pressure flow transmitter outline diagram unit:mm b u 5 l 5 8

fkc 5 differential pressure flow transmitter table 2 authorities atex intrinsic safety authorities ex ii 1 g ex ia iic t5 tamb –40°c to +50°c ex ia iic t4 tamb –40°c to +70°c entity parameters ui=28v ii=94.3ma pi=0.66w ci=26nf without arrester li=0.6mh without analog indicator ci=36nf with arrester li=0.7mh with analog indicator factory mutual 13th digit y,g,n,r y,g,n,r y,g,n,r y,g,n,r w,a,d tamb −40°c to +85°c −20°c to +80°c −20°c to +60°c −40°c to +60°c −10°c to +60°c entity parameters vmax=28v imax=94.3ma pi=0.66w ci=35.98nf li=0.694mh csa ex ii 2 gd ex d iic t6 ip66/67 t85°c tamb −40°c to +65°c ex d iic t5 ip66/67 t100°c tamb −40°c to +85°c factory mutual class i div.1 groups b c d t6 type 4x class ii iii div.1 groups e f g t6 type 4x tamb max +60°c csa class i div.1 groups c d class ii div.1 groups e f g class iii div.1 note “seal not