Absolute, Differential And Gauge Pressure Transmitter For Remote Seals - PPT by See Automation & Engineers

ABSOLUTE, DIFFERENTIAL AND GAUGE PRESSURE TRANSMITTER FOR REMOTE DATA FKB, FKD, FKM...F SHEET SEAL(S)

The FCX-AII series absolute, differential and gauge pressure transmitters accurately measures and transmits proportional 4 to 20 mAdc signal. The transmitters utilize the unique micromachined capacitive silicon sensor with state-of-the-art microprocessor technology to provide exceptional performance and functionality.

FEATURES 1. High accuracy 0.065% accuracy is a standard feature for differential and gauge pressure models and 0.2% accuracy for absolute pressure models. The microcapacitance silicon sensor assures this feature for all elevated or suppressed calibration ranges without additional adjustment. 2. Minimum inventory and design Electronics unit, local indicators and electronics housing are interchageable among all FCX-AII transmitters. Our differential, gauge and absolute pressure transmitters for remote seal(s) are welded design with reduced volume flange welded on cell’s body to guarantee a perfect vaccum tightness and high pressure services. 3. 0iQiPXP HQYiURQPHQWDO iQflXHQFH The “Advanced Floating Cell” design which protects the pressure sensor against changes in temperature, and overpressure substantially reduces total measurement error in DFWXDO fHOG DSSOiFDWiRQV. 4. Fuji/HART® bilingual communications protocol FCX-AII series transmitter offers bilingual communications to speak both Fuji proprietary protocol and HART® . Any HART® compatible devices can communicate with FCX-AII. 5. $SSOiFDWiRQ flH[iEiOiW\ Various options that render the FCX-AII suitable for almost any process applications include: - Full range of hazardous area approvals - %XiOW-iQ 5 ) I f OWHU DQG OiJKWQiQJ DUUHVWHU - 5-digit LCD meter with engineering unit - Stainless steel electronics housing - Wide selection of materials - High temperature, high vacuum seals 6. Programmable output Linearization Function Output signal can be freely programmable. Up to 14 com- pensated points at approximation. 7. %XUQRXW FXUUHQW flH[iEiOiW\ (8QGHU 6FDOH: 3.2 WR 4.0 P$, Over Scale: 20.0 to 22.5 mA) Burnout signal level is adjustable using Model FXW or Hand Held Communicator (HHC) to comply with NAMUR NE43. wet 8. Dry calibration without reference pressure calibration. Thanks to the best combination of unique construction of mechanical parts (Sensor unit) and high performance electronics circuit (Electronics unit), reliability of dry calibration without

SPECIFICATIONS )XQFWiRQDO VSHFifiFDWiRQV Type: - FKD : differential pressure transmitter with remote seal(s) - FKB : gauge pressure transmitter with remote seal Service : - FKM : absolute pressure transmitter with remote Liquid, gas, or vapour seal Span, range, and overrange limit : Model

F F F F F

D D D D D

3 5 6 8 9*

F F F F F

B B B B B

1 2 3 4 5

F F F F F

M M M M M

1 2 3 4 5

Span limits Minimum Maximum FKD (mbar) (mbar) 3.2 320 13 1300 50 5000 300 30000 2000 200000 FKB (bar) (bar) 0,013 1,3 0,05 5 0,3 30 1 100 5 500 FKM (bar abs) (bar abs) 0,016 0,16 0,013 1,3 0,05 5 0,3 30 1 100

Range limits

(mbar) ± 320 ± 1300 ± 5000 ± 30000 ±200000 (bar) -1 to + 1,3 -1 to + 5 -1 to + 30 -1 to + 100 -1 to + 500 (bar abs) 0 to +0,16 0 to +1,3 0 to +5 0 to +30 0 to +100

Remark: To minimize environmental influence, span should be greater than 1/40 of the max. span in most applications. *IPSRUWDQW : )RU )KD#49, PD[ SRVViEOH RYHUORDG SUHVVXUH RQ / 3 ViGH PXVW EH 100 bar. The accuracy is not guaranteed when used at negative DP.

Fuji Electric France S.A.S.

EDSF6-05m Date

October, 2015

FKB, FKD, FKM...F

Load resistance

Output signal : 4 to 20 mA DC (linear or square root) with digital signal superimposed on the analogic signal Power supply : Transmitter operates on 10.5 to 45 V DC at transmitter terminals. 10.5 to 32 V DC for the units with optional Load limitations arrester. : VHH fJXUH EHORZ R [] 2000

$XWKRUiW\ ATEX (X)

When the upper limit of the saturation current (Imax) is 21.6 mA

1533

)DFWRU\

1500 1000 600

Operating area

Communication range with HHC

250

0XWX DO

(D)

0 10.6

16.1 24

45 Power voltage

E [V]

Note) The load resistance varies with the upper limit of the saturation current [I max]

CSA (E)

E [V] -10.5 R [Ω] = (I max [mA]+0.9)x10-3

Note: For communication with HHC(1) PiQ. RI 250 iV UHTXiUHG.

Hazardous locations : $XWKRUiW\ (DiJiW 10 = ) ATEX (K)

) DFWRU\ 0XWXDO (+ )

CSA

(J)

IECEx

(T)

IECEx

IQWUiQViF VDIHW\ Ex II 1 G ( [ iD II& 75 (-40 & 7D +50 &) ( [ iD II& 74 (-40 & 7D +70 &) I366/67 Entity Parameters: 8 i 28 9GF, Ii 94.3 P $ , 3i 0.66 : &i = 36 Q)/26 Q) IRU PRGHOV ZiWK/ZiWKRXW $UUHVWHU I IIP+/0.6 III /&ODVV i = 0.7 P + IRU PRGHOV DiY.1 *URXSV$QDORJ $, %, I&, Zi WK/ZiWKRXW QGiFD, DWRU (, ), * 74 (QWiW\ 7\SH 4; 0RGHO FRGH 9WK GiJiW

13WK GiJiW

$,%,&,D,J

<,*,1

/,3,0,1,2,3

<,*,1

4,6,1,4,5,6

<,*,1

7DPE -40 & WR +85 & -20 & WR +80 & -20 & WR +60 & -40 & WR +60 & -10 & WR +60°C

Entity Parameters: (,),*,+,K <,*,1 9PD[=42.49, IPD[=113P$, 3 i = 1 : , &i=35.98Q), :,$,D /i=0.694P+ ( [ iD &ODVV I, *URXSV $, %, & DQG D; &ODVV II, *URXSV ( , ) DQG * ; &ODVV III 3HU GUDZiQJ 7& 522873 7HPS. FRGH 75 IRU 7DPE P D[ = +50 & 7HPS. FRGH 74 IRU 7DPE P D[ = +70 & Entity Parameters: 9 P D [ = 28 9GF, IPD[ = 94.3 P $ , 3 P D [ = 0.66 36 Q)/25 IRU PRGHOV ( [ iD: II& &i 75=(-40 & 7DQ) +50 WK/ZiWKRXW $UU HVW(-40 HU & 7D Zi&) ( [ iD II& 74 / i = 0.7 P+/0.6 P + IRU PRGHOV ZiWK/ZiWKRXW +70 &) I366/67 $QDORJ Parameters: IQGiFDWRU Entity 8 i 28 9GF, Ii 94.3 P $ , 3i 0.66 : &i = 36 Q)/26 Q) IRU PRGHOV ZiWK/ZiWKRXW $UUHVWHU / i = 0.7 P+/0.6 P + IRU PRGHOV ZiWK/ZiWKRXW $QDORJ IQGiFDWRU

)ODPHSURRI Ex II 2 GD ([ G II& 76 (-40 & 7D +65 &) ([ G II& 75 (-40 & 7D +85 &) ([ WD $21 I366/67 7 85 & Ex tD A21 IP66/67 T 100°C (OHFWUiFDO UDWiQJV 0RGHO :iWKRXW DUUHVWHU: 8i 45 9GF, 4-20 P $ ORRS SRZHUHG, 3i 1.0125 : 0RGHO :iWK DUUHVWHU: 8i 32 9GF, 4-20 P $ ORRS SRZHUHG, 3i 1.0125 : &ODVV I DiY.1 *URXSV %, &, D 76 7\SH 4 ; &ODVV II III DiY.1 *URXSV (, ), * 76 7\SH 4 ; 7DPE PD[ = +60°C &ODVV I, *URXSV & DQG D; &ODVV II, *URXSV (,) DQG * ; &ODVV III 0D[iPXP DPEiHQW WHPSHUDWXUH 85 & 0D[iPXP ZRUNiQJ SUHVVXUH 50 0SD (OHFWUiFDO UDWiQJV 0RGHO :iWKRXW DUUHVWHU: 8i 45 9GF, 4-20 P$ 0RGHO :iWK DUUHVWHU: 8i 32 9GF, 4-20 P$ 1RWH: "6HDO QRW UHTXiUHG"

([ G II& 76 (-40 & 7D +65 &) ([ G II& 75 (-40 & 7D +85 &) DI3 $21 I366/67 7 85 & (R) DIP A21 IP66/67 T 100°C (OHFWUiFDO UDWiQJV 0RGHO :iWKRXW DUUHVWHU: $XWKRUiW\ 7\SH Q ORRS (DiJiW 10 = 8i 45 9GF, 4-20 P $1RQiQFHQGiYH SRZHUHG, 3i 1.0125 : ) ATEX Ex II 3 G:iWK DUUHVWHU: 0RGHO ( [ Q$ 75 4-20 (-40 &P $7D +70 &) 8i 32 II 9GF, ORR S I366/67 3i 1.0125 : SRZHUHG, (OHFWUiFDO UDWiQJV (P) 0RGHO :iWKRXW DUUHVWHU: 8i 45 9GF, 420 P $ ORRS SRZHUHG, 3i ) & ODVV I :II III 1.0125 DFWRU DiY.2 *URXSV $, %, &, 0RGHO :iWK \ D, ,W *HU: DUU)HV 0XWXD 74 iW\ 7\SH 8i (QW 32Model 9GF, 4- 4 ; 7DPE O 20 P $9WK ORRSGiJiW 13WK GiJiW code (H SRZHUHG, 3i $,%,&,D,J < ,*,1 -40 & WR ) 1.0125 : +85 & 2SWiRQ/,3,0,1,2,3 DO < ,*,1 -20 & WR $QDORJ +80 & iQGiFDW RU iV QRW 4,6,1,4,5,6 < ,*,1 -20 & WR DYDiODEOH IRU +60 & CSA & ODVV"Q" W\SH (,I ),* ,+ ,K < ,*,1 -40 & WR DiY.2 *URXSV $, %, +60 & &, D &O - DVV II :,$,D -10 & WR DiY.2 *URXSV ( , ) , +60°C (J) * &ODVV III DiY.2 7HPS &RGH 75 7DPE PD[ = +50 & 7HPS &RGH 74 7DPE PD[ = +70 & (QWiW\ 3DUDPHWHUV: 9PD[ = 28 9GF, IPD[ = 94.3 P$, 3PD[ = 0.66 : &i = 36 Q)/25 Q) IRU PRGHOV IECEx (ZiW [ K/Zi Q$ II XW 75 (-40 WKR $UUH V& WH U7D +70 &) I366/67 / i = 0 . 7 P+/0.6 P + IRUPRGHOV (Zi OW HFK/Zi WUW iFD OXW $QDORJ IQGiFDWRU KR UDWiQJV (Q) 0RGHO :iWKRXW DUUHVWHU: 8i 45 9GF, 420 P $ ORRS SRZHUHG, 3i 1.0125 : 0RGHO :iWK DUUHVWHU: 8i 32 9GF, 420 P $ ORRS

Zero/span adjustment : Zero and span are adjustable from the HHC(1). Zero and span are also adjustable externally from the adjustment screw. Damping : Adjustable from HHC or local adjustment unit with LCD display. The time constant is adjustable between 0,06 to 32 sec Zero elevation/suppression : Zero can be elevated or suppressed within the specifHG UDQJH OiPiW RI HDFK VHQVRU PRGHO EHWZHHQ -100% WR +100% of URL for FKD. FKB : -1 bar to 100% of URL. Normal/reverse action : Selectable from HHC(1). Indication : $QDORJ iQGiFDWRU RU 5-GiJiW / & D PHWHU, DV VSHFifHG. A plug-in analog indicator can be mounted on the electronics unit or the terminal block. Burnout direction : Selectable from HHC(1) If self-diagnostic detect transmitter failure, the analog signal will be driven to either “Output Hold”, “Output Overscale” or “Output Underscale” modes. “Output Hold”: Output signal is hold as the value just before failure happens. “Output Overscale”: Adjustable within the range 20.0 mA to 22.5 mA Over scale Burnout from HHC(1) “Output Underscale”: Adjustable within the range 3.2 mA to 4.0 mA Under scale (1) Normal operating range Probable over range from HHC Probable under range Burnout

3.2

Linear Outpu Square t root mode Burnout direction Calibration Output adjust Data Self diagnoses Printer (In case of FXW with printer option) External switch lock Transmitter display Linearize* Rerange Saturate current Write protect History – Calibration history –Ambient temperature history (Note)

v v v

v v — v v

v v v — —

v v — v v

v v v — —

v v — v v

v v v — —

—

v v v v v v

v v — v v v

v —

(1) HHC: Hand Held Communicator

*/RFDO FRQfiJXUDWRU ZiWK / & D GiVSOD\ (RSWiRQ) : /RFDO FRQfJXUDWRU ZiWK 3 SXVK EXWWRQ DQG / & D GiVSOD\ can support all items (Fuji Protocol list) except “Linearize” function. Programmable output linearization function : Output signal can be characterized with “14 points linear approximation function” from HHC(1).

3HUIRUPDQFH VSHFifiFDWiRQV

Output Limits comforming the NAMUR NE43 by order. 22.5 [mA] Loop-check output : 7UDQVPiWWHU FDQ EH FRQfJXUHG WR SURYiGH FRQVWDQW ViJQDO 3.2 mA through 22.5 mA by HHC(1). Temperature limit : Ambient: -40 to +85°C -20 to +80°C (for LCD indicator) -40 to +60°C (for arrester option) -20 W R +60 & (IRU flXRUiQDWHG RiO f OO WUDQVPiWWHU) )RU H[SORViRQSURRI XQiWV (flDPHSURRI RU iQWUiQViF VDIHW\), DPEiHQW WHPSHUDWXUH PXVW EH ZiWKiQ WKH OiPiWV VSHFifHG E\ each standard. Process: &KHFN iQ WKH VHDO - GDWDVKHHW ZiWK WKH

VSHFifF temperature conditions. Storage: - 40 to +90°C Humidity limit : 0 to 100% RH (Relative Humidity) Communication : With HHC(1) (model FXW, consult DS No.EDS847), By local Items Fuji UHPRWHO\ GiVSOD\HG confgurator IROORZiQJ iWHPV FDQ EH RU Hart Protocol (with 3 push Protocol FRQfJXUHG. with FXW button), (LCD Note: HHC’s version must be higher than 7.0 (or indicator) Display SetforDisplay Set FXW 1– 4), Set for Display FCX -AII v v v v v v Tag No. supporting these items: “Saturate current”, v v v v v v Model No. “Write protect”. ®

Serial No. & Software Version Engineering unit Range limit Measuring range

Damping

—

v v v

v — v

v v v

v — v

v v v

v — v

5HIHUHQFH FRQGiWiRQV, ViOiFRQH RiO fOO, 6 6 316/ iVRODWiQJ diaphragms, 4 to 20 mA analog output. Accuracy rating : (including linearity, hysteresis, and repeatability) For span greater than 1/10 of±URL : of calibrated span for 0,1% 5VF ± 0,065% of calibrated span (FKB & FKB FKD) ± 0,2%smaller of calibrated spanoffor For span than 1/10 FKM URL : ± (0,015 + 0,05 x 0,1 x URL/span) % of span (FKB & FKD) ± (0,1+ 0,1 x 0,1 x URL/span) % of span (FKM) Stability : ± 0.2% of upper range limit (URL) for 10 years. Linearity : 0,05% of calibrated span (FKB & FKD) 0,1% of calibrated span (FKM) Temperature effect : Effect per 28°C change between - 40°C and +85°C Model FKM : Zero shift : ±(0,125 + 0,1 x URL/span) % of URL Total effect : ±(0,15 + 0,1 x URL/span) % f URL Model FKB & FKD : Zero shift : ±(0,075 + 0,0125% URL/span) % of URL Total effect : ±(0,095 + 0,0125 URL/span) % of URL Static pressure effect (FKD) : Zero shift : ± 0,035% of URL for 100 bar Overrange effect (FKB & FKM) : Zero shift : 0,2% of URL, for any overrange pressures (limited to the max. overrange pressure)

FKB, FKD, FKM...F

1/2“-14 NPT, Pg 13,5 or M20 x 1,5 Process-wetted parts material : Diaphragm : SS 316L, Hastelloy-C, Monel, Tantalum, Tita- nium or Zirconium Flange face : SS 316L, Hastelloy-C, Monel, Tantalum, Tita- nium or Zirconium Extension : SS 316L, Hastelloy-C (Refer to “Code symbols”) Non-wetted parts material : Electronics housing : /RZ FRSSHU GiH-FDVW DOXPiQXP DOOR\ fQiVKHG ZiWK SRO\HV- WHU FRDWiQJ (VWDQGDUG), RU 6 6 316 DV VSHFifHG. Bolts and nuts : Standard : Cr-Mo alloy 2SWiRQ : 6 6 316 (/) IRU SUHVVXUH 100 EDU RU 6 6 660 IRU pressure > 100 bar )iOO flXiG : Standard : Silicone oil 2SWiRQ : flXRUiQDWHG RiO Mounting bracket : SS 304L or SS 316L Environmental protection : IEC IP66/IP67 and NEMA4X Mounting bracket: Without : direct mounting

Mass {weight} : Refer to outline dimensions page 12 to 17. Diaphragm seal(s) : A comprehensive selection of seals can be chosen in DFFRUGDQFH ZiWK WKH VSHFifF VHDO (VHH GDWDVKHHW).

Optional features Indicator : A plug-in analog indicator (2.5% accuracy) can be housed in the electronics compartment or in the terminal box of the housing. An optional 5 digit LCD meter with engineering unit is also available. /RFDO FRQfiJXUDWRU ZiWK / & D GiVSOD\ : An optional 5 digits LCD meter with 3 push buttons can support items as using communication with FXW. Arrester : A built-in arrester protects the electronics from lightning surges. Lightning surge immunity: 4 kV (1.2 × 50 μs) 1 $ & ( VSHFifiFDWiRQ: Metallic materials for all pressure boundary parts comply with NACE MR 0175/ISO 15156. SS 660 bolts and nuts comply with NACE MR 0175/ISO 15156. Optional tag plate : An extra stainless steel tag for customer tag data is wired to the transmitter. Vacuum[Torr service : See Fig.1 FKB & FKD ] only 6SHF iDO ViOiFRQH RiO DQG fOOiQJ SURFHGXUH DUHtype DSSOiHG. Sealing liquid:Silicone oil (Code Y) 760

Operating pressure

Overrange effect (FKD) : Zero shift : ± 0,15% of URL / 160 bar limit Supply voltage effect : Less than 0.005% of calibrated span per 1V RFI effect : < 0,2% of URL for the frequences of 20 to 1000 MHz and fHOG VWUHQJWK RI 10 9/P ZKHQ HOHFWURQiF KRXViQJ FRYHUV DUH RQ (&ODVVifFDWiRQ : 2-DEF : 0,2% RI VSDQ DFFRUGiQJ SAMA PMC 33.1) Update rate : 60 msec Response time : (at 63,3% of output signal without damping) Time constant : 300 msec (FKD span code “3“) Time constant : 200 msec (other spans and FKB, FKM) Dead time : 300 msec Response time = time constant + dead time Mounting position effect : Zero shift : < 12 mm CE for 10° incline in any position. This shift can be corrected with the zero adjustment. 7KiV HIIHFW iV GRXEOHG IRU flXRUiQDWHG RiO fOOiQJ. 1R iQflXHQFH RQ VSDQ DGjXVWPHQW. Vibration effect : < ±0,25% Of span for spans greater than 1/10 of URL. Frequency 10 to 150 Hz, acceleration 39,2 m/sec2 . These informations are available only for capillary mounting. Material fatigue : Please consult Fuji Electric Dielectric strength: 500 V AC, 50/60 Hz 1 min., between circuit and earth. Insulation resistance : 0RUH WKDQ 100 0 / 500 9 D&. ,QWHUQDO UHViVWDQFH IRU H[WHUQDO fiHOG iQGiFDWRU : 12 PD[i (FRQQHFWHG WR WHVW WHUPiQDO &K+ DQG &K-) Pressure equipment directive (PED) 97/23/EC FKD: According to Article 3.3 FKB: Digit 6 code 1, 2, 3, 4 according to Article 3.3 Digit 6 code 5 : Category III 3K\ViFDO VSHFifiFDWiRQV module B FKM: According to Article 3.3 Electrical connections :

Operating area

150

Non operating area

30 20 –40 –15

120 Fig. 1 Relation between process temperature and operating pressure Process temperature[°C ]

ACCESSORIES Hand-held communicator : (Model FXW, refer to Data Sheet No. EDS8-47)

CODE SYMBOLS FKB 1

F -

13 DESCRIPTION

Y Type Smart, 4-20 mAdc + Fuji/Hart® digital signal

Conduit 1/2"connection

14NPT Pg 13.5

M20 x 1.5 Diaphragm seal rating 2

PN 25

PN 20 - 150 Lbs

PN 50 - 300 Lbs

PN 40

PN 16

PN 100 - 600Lbs

900Lbs PN 250

PN 150 - 1500Lbs PN N P

(*1) 420 - 2500Lbs Spans (*2) 0 to 0.013/1.3 bar (*3) 0 to 0.05/5 bar 0 to 0.3/30 bar (*4) 0 to 1/100 bar (*4) 0 to 5/500 bar Indicator, arrester and initial setting

1 2 3 4 5

Indicato r None

Analog, 0-100% linear

V D

V H

V Q

V S

V 1

V 2

V 4

V 5

Arreste r Non e Non

scale Analog, Custom

scale Analog, double

Hart® /Fuji

Non

Analog, 0-100% linear

digital

scale Analog, Custom

signal

Yes

scale Analog, double

"SMART''

Yes

scale

Yes

Digital, 0-100%

Yes

Digital, Custom

Non

scale Digital, 0-

100% Digital,

None

4-20mA DC

Non

scale

Initial setting

Non

Custom scale Digital, 0-100% with push button

Yes Digital, Custom scale with push Approvals for hazardous locations (consult FUJI for Yes availability) button Digital, 0-100% with push Non None (Standard) button Digital, Custom scale with ATEX - Flameproof enclosures (digit 4 =e"T" & push button

A X

"W" only) ATEX - Intrinsic Safety (*8) FM - Explosion-Proof (digit 4 = "T" only) CSA - Explosion-Proof (digit 4 = "T"

K D

Non e

only) FM - Intrinsic Safety and Non

Yes

Incendive CSA - Intrinsic Safety

Yes

ATEX - Type "n" (digit 9 = A, E, 1, 2, 3, 4 & 5 only)

IECEx - Type "n" (digit 9 = A, E, 1, 2, 3, 4 & 5

only) IECEx - Flameproof enclosures (digit 4 =

"T" & "W" only) IECEx - Intrinsic Safety

CSA - Explosion-Proof & Intrinsic Safety combined approval (digit 4 = "T" only)

ATEX - Flameproof enclosures & Intrinsic Safety combined approval (digit 4 = "T" R

& "W" only) IECEx - Flameproof enclosures & Intrinsic Safety combined approval

T L

(digit 4 = "T" & "W" only) (*5) Mounting design approval (digit 4 = "T" only) Capillary correction

B L

Rigid - long

M M

Transmitter

short design

Cell flange design design Rigid 1 Y (*7) 2 Y (*7) 3 Y (*7) 4 Y (*7) Y

Y (*7)

B Y (*7) C Y (*7) Y (*7) Y E Y (*7) (*7) YY (*7) A (*7) Y (*7) D YY (*7) (*7) F G

Y (*7) PD[

and

Operating short design pressure (bar) non (*6) Bolts/nuts S 50 EDU e (*6) S 50 non EDU (*6) S 50 e EDU (*6) S 50 non EDU 50 < S e 100

diaphragm

er Stainless Steel parts Transmitt Tag

Housing & mounting bracket Non

Yes

Non

Yes

non

Non

50 < S 100

carbon SS 316(L)/SS 316(L) Yes

Non

steel SS 316(L)/SS Non None

carbon Yes SS 316(L)/SS e 316(L)

Yes

steel None SS 316(L)

Yes

100 S 100 EDU S (*9) S100 100 EDUEDU PD[ (*9) SS 100 100EDU EDU PD[ (*9) S 100 EDU PD[ (*9) ED SU 100 EDU

seal

plate er Non

50 < S 100

50 < S

and

assembly

Transmitt

Rigid - long

S T

Transmitter seal

assembly Transmitter

Capillary G

assembly diaphragm

design Rigid -

N V

FM - Explosion-Proof & Intrinsic Safety combined Ambiant temperature Transmitter and diaphragm seal

Yes

carbon 316(L)/SS 316(L) YesNon SS 660/SS steel 660 e

Non

carbon SS 660/SS 660 steel

Yes

Non

SS 660/SS 660

Yes

Yes Yes Notes* : SS 660/SS Non 660 of the maximum span for 1 Turn down of 100:1 is possible, but should be better performance. H used at the span greater than 1/10 e J 2 &RQVXOW ) 8 JI IRU \RXU DSSOiFDWiRQ ZiWK WKH VSHFifF RSHUDWiQJ FRQGiWiRQV Non 3 )RU D1 < 50 FRQVXOW ) 8 J I IRU \RXU DSSOiFDWiRQ ZiWK WKH VSHFifF RSHUDWiQJ FRQGiWiRQV e 4 )ODQJH UDWiQJ DFFRUGiQJ PD[. RSHUDWiQJ SUHVVXUHK - IRU D1 < 50 flDQJH Vi]H DQG / RU 3 1 ! 150, FRQVXOW ) 8J I Yes 5Transmitter with capilary design has a standardL mounting bracket - Rigid monting design are always without Yes monting bracket 6- Codify bolts and nuts for all mounting even if p < 50 bar 7 6WDQGDUG f OO flXiG RI PHDVXUiQJ FHOOV : ViOiFRQH RiO - 2WKHU f OO flXiGV : XSRQ UHTXHVW 8 Code "D & V" FM approval only possible with electrical connection 1/2"-14 NPT 9 Our bolts/nuts in SS 660 are in conformity with the NACE MR 0175/ISO 15156 requirements and must be used for NACE MR 0175/ISO 15156 service.

FKB, FKD, FKM...F

CODE SYMBOLS FKD 1

F -

7 V

DESCRIPTION

Y (*5) Type

Differential pressure transmitter - Smart, 4-20 mAdc + Fuji/Hart ® digital signal T

Conduit connection 1/2"-

14NPT Pg 13.5

M20 x 1.5 seal rating Diaphragm 2

PN 25

PN 20 - 150 Lbs

PN 50 - 300 Lbs

PN 40

PN 16

PN 100 -

600Lbs PN 150 900 lbs (*9) -PN 250 - 1500 lbs

(*9) PN 420 - 2500 lbs (*1) Spans (*2) 0 to 3,2/320 mbar (*2) 0 to 0,013/1,3 bar 0 to 0,05/5

P 3 5 6

bar

0,3/30 bar 0

to 2/200 bar Indicator, arrester and initial setting

Indicato r None

Analog, 0-100% linear scale

$QDORJ, 0-100% ¥ VFDOH

Analog, Custom

scale Analog,

double scale None

Analog, 0-100% linear scale

V M

V Q

V V

Arreste r None None None None None

$QDORJ, 0-100% ¥ VFDOH

Digital, 0-100% ࠨ

scale Digital, 0-100%

Digital, 0-100% ࠨ

scale Digital, Custom

scale Digital, 0-100% with push button

"SMART''

None

scale

None None Yes Yes Yes

None Digital, Custom scale Approvals for hazardous locations (consult FUJI for with push button

availability) None (Standard)

None

Digital, 0-100% ࠨ scale with push

ATEX - Flameproof enclosures (digit 4 =None "T" & button Digital, 0-100% with push

"W" only) ATEX - Intrinsic Safety

button (*7) FM - Explosion-Proof (digit 4 = "T" Digital, Custom scale with push4 = "T" only)C SA - Explosion-Proof (digit

button Digital, 0-100% ࠨ scale with

only) FM - Intrinsic Safety and Non

Yes Yes Yes

push button

Incendive CSA - Intrinsic Safety ATEX - Type "n" (digit 9 = A, E, 1, 2, 3, 4 & 5 only)

IECEx - Type "n" (digit 9 = A, E, 1, 2, 3, 4 & 5

J P

only) IECEx - Flameproof enclosures (digit 4 =

"T" & "W" only) IECEx - Intrinsic Safety CSA - Explosion-Proof & Intrinsic Safety combined approval (digit 4 = "T" only)

ATEX - Flameproof enclosures & Intrinsic Safety combined approval (digit 4 = "T"

& "W" only) IECEx - Flameproof enclosures & Intrinsic Safety combined approval

(digit 4 = "T" & "W" only) FM - Explosion-Proof & Intrinsic Safety combined (*5) (*6) Mounting design (*3) Ambiant temperature Capillary (digit on HP4side Transmitter and diaphragm approval = "T" only) correction Capillary on HP & LP assembly Transmitter

B M N V

/Fuji

signal

Yes

Digital, Custom

digital

Yes

Digital, 0-100%

Hart

Yes

double scale

Yes

scale Analog,

4-20mA DC

Yes

Analog, Custom

Initial setting

side

diaphragm

(*6) Rigid short design on HP & capillary on LP side

seal

Capillary on HP side

Transmitter

Capillary on HP & LP

assembly Transmitter

side Cell flange design parts

(*4) EDU (*4) EDU (*4) EDU (*4) EDU

D Y

Operating pressure (bar)NonBolts/nuts S 50 e S 50 Non S 50 e S 50 Non 50 < S e 160

Tag plate Non

Housin g Non

Yes

Non

Yes

Non

50 < S 160

SS 316(L)/SS 316(L) Yes Carbon

Non

None steel SS 316(L)/SS Non

160 EDU S 160 S160 EDU 160EDU SS 160 S 160 160 S SU 160 ED

316(L) Carbon

Yes SS

316(L)/SS 316(L) steel

e Yes None

SS 316(L)/SS 316(L) Non Yes Carbon SS 660/SS 660 e steel SS 660/SS Carbon 660 steel SS 660/SS 660

and seal

Transmitter

Non

160 S (*8) EDU (*8) EDU (*8) EDU (*8) EDU

diaphragm

50 < S 160

50 < S

Stainless Steel

and

seal

assembly

Yes Yes Non e

Yes

Non

Yes

Notes* : Yes Yes 1 Turn down of 100:1 is possible, but should be used at the span greater than 1/10 SS of660/SS the maximum span forNon better performance 660 e 2 )RU D1 = 50 FRQVXOW ) 8 J I IRU \RXU DSSOiFDWiRQ ZiWK WKH VSHFifF RSHUDWiQJ FRQGiWiRQV Non 3 Transmitter with capilary design has a standard mounting bracket e 4 If direct mounted seal design is required, bolts are necessary even when p < 50bar Yes 5 6WDQGDUG f OO flXiG RI PHDVXUiQJ FHOOV : ViOiFRQH RiO - 2WKHUV f OO flXiGV : XSRQ UHTXHVW Yes 6Transmitter with different diaphragm seals or capillary lenghtes on HP and LP side must be temperature corrected. 7- Code "D & V" FM approval only possible with electrical connection 1/2"-14 NPT. 8- Our bolts/nuts in SS 660 are in conformity with the NACE MR 0175/ISO 15156 requirements and must be used forNACE MR 0175/ISO 15156 service. 9- High static pressure DP measuring cell and M12 bolting required (upon request.

CODE SYMBOLS FKM 1

7 V

9 13

12 Y

DESCRIPTION

Type Smart, 4-20 mAdc + Fuji/Hart ® digital signal T

Conduit connection 1/2"-

14NPT Pg 13.5

M20 x 1.5 Diaphragm seal rating 2

PN 25

PN 20 - 150 Lbs

PN 50 - 300 Lbs

8 9

PN 40 (*1) Spans PN 16 (*2) 0 to 0.016/0.16 bar abs (*3) 0 to 0.013/1.3 bar abs 0 to 0.05/5 bar

1 2 3

abs

0 to 0.3/30

bar abs

0 to

1/100 bar abs Indicator, arrester and initial setting Non Arrester e

Indicator None

V A

V B

V D

V J

V E

V F

V H

V K

V L

V P

V Q

V S

V 1

V 2

V 4

V 5

Analog, 0-100% linear scale Analog, Custom

scale Analog, double

Non

scale

None

Non

Analog, 0-100% linear -

signal

Yes

scale Digital, 0-

'SMART''

Non

100% Digital,

Custom scale Digital, 0-100% with push button Digital, Custom scale with push

digital

Yes

Digital, Custom

Hart ® /Fuji

Yes

scale Digital, 0-100%

only)

Yes

scale Analog, double

(*7)

4-20mA DC

scale Analog, Custom

Initial setting

Non

Non e

Yes Approvals for hazardous locations (consult FUJI for availability) button Digital, 0-100% with push Yes button None (Standard) Non Digital, Custom scale with push(digit 4 = "T" & ATEX - Flameproof enclosures button e "W" only) ATEX - Intrinsic Safety Non FM - Explosion-Proof (digit 4 = "T"

CSA - Explosion-Proof (digit 4 = "T"

only) FM - Intrinsic Safety and Non

Yes

Incendive CSA - Intrinsic Safety

Yes

ATEX - Type "n" (digit 9 = A, E, 1, 2, 3, 4 & 5 only) IECEx - Type "n" (digit 9 = A, E, 1, 2, 3, 4 & 5

only) IECEx - Flameproof enclosures (digit 4 = "T"

J P

& "W" only) IECEx - Intrinsic Safety

CSA - Explosion-Proof & Intrinsic Safety combined approval (digit 4 = "T" only) ATEX - Flameproof enclosures & Intrinsic Safety combined approval (digit 4 = "T"

& "W" only) IECEx - Flameproof enclosures & Intrinsic Safety combined approval

T L M N V

(digit 4 = "T" & "W" only) FM - Explosion-Proof & Intrinsic Safety combined

Mounting design (*4)

approval (digit 4 = "T" only)

Capillary

Rigid - long

1 Y (*6) 2 Y (*6) 3 Y (*6) 4 Y (*6) Y Y (*6) B Y (*6) C Y

(*6)

E Y (*6) A Y (*6) D Y (*6) F Y (*6) G Y (*6) H Y (*6) J Y (*6) K Y (*6) L Y bar

(*6)

and

assembly diaphragm

seal

Transmitt Operat. pressure (bar) Tag short design er Bolts/nuts plate None (capillary mounting) (*5) S 50 None None (capillary EDU (*5) S 50 mounting) Yes None EDU (*5) S 50 (capillary mounting) None EDU (*5) S 50 None (capillary mounting) EDU 50 < S 100 Yes Carbon steel 50 < S 100 None 50 < S 100 Carbon steel Yes 50 < S Carbon steel 100 S 100 None EDU Carbon steel Yes S 100 EDU SS 316(L)/SS 316(L) None S 100 EDU EDU (*8) Sp 100 100 bar (*8) p 100 bar (*8) p 100 bar (*8) p 100

seal

Transmitt

Rigid - long StainlessRigid steel- parts design

Transmitter

assembly Transmitter

Capillary

and

Transmitter

short design

seal

assembly diaphragm

design Rigid -

Ambiant temperature correction Transmitter and diaphragm

SS 316(L)/SS 316(L)

Yes

SS 660/SS 660 None

e Non e Yes Yes Non e Non e Yes Yes Non e

SS 316(L)/SS 316(L) None SS 316(L)/SS 316(L)

Housing & mounting bracket Non

Non Yes

e Yes

Notes* : Yes SS 660/SS 1 Turn down of 100:1 is possible, but should be used at the span greater than 1/10 of the660 maximumYes span for better performance. Non SS 660/SS 660 2 &RQVXOW ) 8 JI IRU \RXU DSSOiFDWiRQ ZiWK WKH VSHFifF RSHUDWiQJ FRQGiWiRQV e None 3 )RU D1 = 50 FRQVXOW ) 8 J I IRU \RXU DSSOiFDWiRQ ZiWK WKH VSHFifF RSHUDWiQJ FRQGiWiRQV Non SS 660/SS Yeswithout monting bracket 4 Transmitter with capilary design has a standard mounting bracket - rigid monting design660 are always e 5 )ODQJH UDWiQJ DFFRUGiQJ PD[. RSHUDWiQJ SUHVVXUH - IRU D1 < 50 flDQJH Vi]H DQG / RU 3 1 ! 150 - FRQVXOW ) 8J I Yes 6 6WDQGDUG f OO flXiG RI PHDVXUiQJ FHOOV : ViOiFRQH RiO - RWKHU f OO flXiGV : XSRQ UHTXHVW Yes 7 Code “D & V” FM approval only possible with electrical connection 1/2”-14 NPT 8 Our bolts/nuts in SS 660 are in conformity with the NACE MR 0175/ISO 15156 requirements and must be used for NACE MR 0175/ISO 15156 service.

FKB, FKD, FKM...F

DIAPHRAGM SEAL(S)

Diaphragm seals designed by Fuji Electric are used to measure accurately liquid level, density on open DQG FORVHG WDQNV, RU flRZ PHDVXUHPHQW iQ SiSHV. 7KH use of the diaphragm seal(s) avoid(s) that the measuring cell is directly in contact with the process. The welded seal construction assures excellent reliability in high temperature and high corrosive, viscous, sticking, crystallizable and abrasive process conditions.

FEATURES 1 Construction The diaphragm seals are mounted on differential, gauge and absolute pressure transmitters of FCX-AII series. The seal can be rigid, (direct) mounted on the transmitter or with capillaries between the seal and the transmitter. The construction is an all welded design without any gasket EHWZHHQ WKH VHDO DQG WKH WUDQVPW i WHU GiDSKUDJP DQG iV fOOHG with the suitable oil for your application. 2 Operating principle The measuring pressure is applied on the diaphragm seal and WUDQVIHUUHG E\ WKH fOOiQJ flXiG WKURXJK WKH FDSiOODU\ WXEH WR WKH measuring cell of the pressure transmitter. 3 Parts materials Wetted parts materials (diaphragm and gasket face) are in stainless steel, Tantalum, Hastelloy, Monel, Titanium, Zirconium, Nickel, depending on the application requirements. Other parts are in stainless steel : capillary tube, reduced volume flDQJH, GiDSKUDJP VHDO ERG\, GiUHFW PRXQWiQJ FRQQHFWiRQ SDUWV. 6WDQGDUG fOOiQJ flXiG iV ViOiFRQH RiO. Fluorinated oil, sanitary oil, high temperature oil and vacuum VHUYiFH fOOiQJ DUH DYDiODEOH WKURXJK PRGHO VHOHFWiRQ. 4 Diaphragm seal types According to the mounting and operating conditions different seal types can be useful : Flush mounting design from DN40 to DN100. Seals with extensions (50 to 200 mm). Flanged, screwed or weld neck adaptors Seals for sanitary applications according DIN, SMS or Tri- Clamp standards. )RU VSHFifFV VHDOV, SOHDVH FRQVXOW )Xji (OHFWUiF.

SPECIFICATIONS )XQFWiRQDO VSHFifiFDWiRQV Diaphragm seal application : The seal(s) can be mounted direct or rigid on the transmitter (for example for liquid level measurement at the bottom of the tank) or capillary mounted to distance the measuring point away from the transmitter (for example in case of high process temperature). The rigid mounted seal can be assembled in a long design or in a short (compact) design according to the physicalRigid dimension requests Capillary of the customer mounting mounting (see FKB short or long drawings). design HP side outline dimensions FKM FKD

short or long design see datasheet of level transmitter (FKE)

HP side HP and LP side HP side LP side

&DSiOODU\ WXEH VSHFifiFDWiRQV : Standard capillary lengthes : 1,5 / 3 / 6 m (other upon request) Inside diameter : 1 mm standard 2 mm for vacuum service, high process temperature applications, short response time requirements Smallest bending radius of the capillary : 100 mm Capillary tube sheald possibilities : Temperature limit : PVC sheald : -10 à 80°C Stainless steel sheald : -40 à 350°C Process connection possibilities : The diaphragme seals can be: - Flush mounting design - Extension mounting - $GDSWRUV PRXQWiQJ (flDQJHG, VFUHZHG RU ZHOGHG QHFN). The adaptors mounting can adapte the remote seals to special connection and to increase the sensibilty of the transmitter during special process conditions.

Temperature limits : Ambiant temperature : -40 to 85°C for transmitter Process temperature : -40 to 150°C for rigid mounting, 0 WR 350 & IRU FDSiOODU\ GHViJQ, DQG DFFRUGiQJ WKH fOOiQJ flXiG OiPiWDWiRQV. Pressure limits : Working pressure : Limited by the static pressure or the working pressure of the WUDQVPW i WHU RU E\ WKH QRPiQDO flDQJH UDWiQJ RI WKH GiDSKUDJP seal (PN). (Please take the smallest of both) Vacuum limit : DHSHQGiQJ RI WKH OiPiW RI WKH WUDQVPW i WHU DQG WKH fOOiQJ flXiG of the seal. For a differential or gauge pressure transmitter the lowest vaccum is 20 Torr or 27 mbar abs. Only the absolute pressure transmitter can be used till absolute zero (FKM). For the utilization of vacuum service < 20 Torr, pleaseVSHFifiFDWiRQV consult Fuji Electric. 3HUIRUPDQFH The absolute pressure transmitter has to be used. the total performance, both the To calculate

transmitter and the diaphragm seals performances have to be added. (8QGHU UHIHUHQFH FRQGiWiRQV, 6iOiFRQH RiO fOO, iVRODWHG VHDOV 6 6 316L, analogic output 4/20 mA at linear mode) Accuracy : The assembling of 1 or 2 diaphragm seals on a transmitter increases the accuracy error at reference conditions of 0,1% of the span. Ambiant temperature effect : Effect when transmitter alone is corrected.

Process temperature effect : (mbar/10°C) DN 50 / 2” for transmitters SS diaphrag m FKB/FKM 1.24 FKD 0.5 Seals

DN 80 / 3” SS diaphrag m 0.17 0.09

DN 80 / 3” Other diaph. material. 0.73 0.22

DN 100 / 4” SS diaphrag m 0.08 0.05

Adaptor SS diaphrag m 0. 17 0.09

6WDWiF SUHVVXUH HIIHFW IRU ¨ 3 WUDQVPiWWHU ZiWK VWDiQOHVV VWHHO diaphragms (FKD transmitter with DN80 and DN100 seals) :

Zero shift : 0,2% RI 8 5 / IRU flDQJH UDWiQJ, XS WR 40 EDU RU 2iO fOOiQJ 300 OEV

&RGH DHQViW 5HVSRQVH WiPH 0 to 0 to digit \ 7 at 320 mbar 1.3 bar 25°C

Std silicone oil Y, G 0,95 0,15 Fluorinated oil W,A,D 1,84 0,17 Oil for U, X 1,07 0,25 vaccum or Response hightime : (mean values) The indicated values are in seconds per temperature

0,037 0,04 0,065

meter of capillary length with internal tube diameter Ø 1 mm. The indicated response time is based on a pressure change of 0 to 100% of the calibrated span at reference temperature of 20°C. The indicated values do not include the response time of the transmitter. )iOOiQJ flXiG RI WKHGiDSKUDJP VHDOV: Code GiJiW 7

Designation

Temperature resistance (°C) 3 DEV 1 3 DEV < 1 EDU EDU

Density (25 &)

Y W )

Silicone oil -40 to 180 -40 to 120 0,95 Fluorinated oil -20 to 200 -20 to 120 1,84 6DQiWDU\ fOO -10 WR 250 -10 WR 120 0,94 flXiGH V Silicone oil 20 to 200 1,07 TheU indicated limits 20 are indicated Silicone values oil 0and to 300 to 200 1,07for the XmostSilicone oil -10 to 350 20 to 200 1,09

FRPPRQ DSSOiFDWiRQV (VWDQGDUG fOOiQJ flXiGV). Please consult Fuji Electric for special applications indicating your temperature, pressure and vacuum conditions (vacuum and temperature can occure together). 2WKHU fOOiQJ flXiGV FDQ EH XVHG IRU \RXU DSSOiFDWiRQV.

Seals 50 / 11 2” code DN 80G, / S, DNT80of/ 3” 100 symbols / (SeeDNdigit theDN code FKB Adaptor 4” symbols diaphr. SSFKD). andSSFKM and 3” code G, other H of the code SS SS diaphr. diaphr. Transmitter diaph. diaphr. s material s FKB/FKM gauge 2.03 0.11 0.22 0.04 0.11 /abs pressure capillary(m 1.5 0.08 0.2 0.03 0.08 ) FKD differenti 0.04 0.05 are in 0.02 0.04 for Note 0.48 : the indicated values mbar/10°C al capillary length of 1m and internal capillary tube pressure ø of 1 mm capillary 0.32 0.03 0.07 0.01 0.03 (m)

Effect when transmitter and the seal assembly is corrected. (6HH FRGHV %,&,/,0 GiJiW 11 RI WKH FRGifiFDWiRQ )K%, ) KD and FKM).

According to the complete transmitter design (transmitter and seals), a strong correction of the zero drift can be realized by an additional temperature correction operation on the complete transmitter unit (trasnmitter and seals). A thermal isolation or a heating of the capillaries minimises the ambient temperature effect.

FKB, FKD, FKM...F

CODE SYMBOLS - S 1 7S

DESCRIPTION

Flanged axial diaphragm seal connection Flanged radial diaphragm seal connection - Not possible with rigid mounting design

digit 6 : code R Wafer type - Not possible with rigid mounting design digit 6 : code R W

(*1) Flanges RF (Flange size and rating) ANSI-150LB 3''-ISO PN 20 DN 80

4 5

ANSI-150LB 4''-ISO PN 20 DN 100

ANSI-300LB 3"-ISO PN 50 DN 80

ANSI-300LB 4"-ISO PN 50 DN

100 DIN PN40 DN80 DIN PN16 DN100

9 H

(*2) ANSI-150LB 2''-ISO PN 20 DN 50 (*2) ANSI-300LB 2''-ISO PN 50 DN 50 (*2) DIN PN40 DN50 PN 25 / DN 50 - coupling

J G U

nut

V W

PN 40 / DN 50 -

A B C D E F S T

"V" only

50 - seal only

Sanitar

code

B T P Y

DN 40 (1"1/2 - 300

material code "V" - others UR

Diaphragm extension 100 mm

SS 316 L

Hastelloy-

SS 316 L

C Monel

SS 316 L

Tantalum

SS 316 L

Titanium

SS 316 L

Zirconium

SS 316 L

SS 316 L SS 316 L + PFA lining

material code "H" -

digit 4 Diaphragm extension 150 mm Diaphragm extension 200 mm

Diaphragm extension 50 mm

Diaphragm extension 100 mm

material code "B" -

digit 4 Diaphragm extension 150 mm G

Diaphragm extension 200 mm

Diaphragm extension 100

mm Diaphragm extension

Diaphragm extension 50 mm

150

Diaphragm

Mounting design

Capillary length

Capillary design

Capillary

1,5 m

PVC protection

Capillary

PVC protection

Capillary

PVC protection

Capillary

Upon request

PVC protection

(*5)

Capillary

1,5 m

SS sheald

(*5)

Capillary

SS sheald

(*5)

Capillary

SS sheald

(*5)

Capillary

Upon request

SS sheald

Rigid design - not possible with digit 2 = R, W - max. process temperature Special applications : 150°C and fill fluid for the diaphragm seal only Treatment Y

Fill fluid

None

Silicone oil

(standard)

Fluorinated

None

oil Sanitary

(standard)

fll fluid

None

Fluorinated

(standard)

oil Silicone

Chlorine

oil

service

Fluorinated oil - material code

G A

(*6 ) (*6 ) (*6 )

N V U X *

material code "T" digit 4

extension 200 mm Transmission diaphragm seal to measuring cell

Degreasing Very high temperature (0 to 300°C) - ''V'' No only Silicone oil Silicone oil Oxygen vacuum Very high temperature (20 to

350°C) - NACE No vacuum service Special options or design Vacuum - max temperature no code available (*8) Special, 200°C

material code material

code "V" - others UR Flange

Diaphragm extension 50 mm

material code "V" -

"V" - others UR

digit 4 Diaphragm extension 150 mm Diaphragm extension 200 mm

material

code "V" - others UR

others UR

Flange raised face

material code

"V" - others UR

Diaphragm extension 50 mm Diaphragm extension 100 mm material code "V" -

A C

only

material code code"V" "V" - others others UR

DN 40 (1"1/2 - 150

Flush mounting

material

"V"

only UR material code "V" -

DN 25 (1"-150 DN 25 (1"- 300

SS 316 L (*7) HastelloyC (*7) Monel (*7) Tantalum (*9) (*7) Titanium (*9) (*7) (*7) SS 316 L + gold Zirconium coat (*4) (*7) SS 316L + PFA lining Diaphragm seal design

only material code

Clamp

Diaphragm V

material code "V"

coupling nut PN 40 / DN No dead volume (*3) Flange adaptor PN 40 DN 25 (*3) Flange adaptor ISO PN 20 ANSI) (*3) Flange adaptor ISO PN 50 ANSI) (*3) Flange adaptor PN 40 DN 40 (*3) Flange adaptor ISO PN 20 ANSI) (*3) Flange adaptor ISO PN 50 ANSI) (*3) Screwed 1/2 NPTE (*3) To be welded (pipe 2"1/2) Diaphragm seal material

DIN 11851 design SMS

SS 316 L SS 316 L

* Notes : *1 DiIIHUHQW flDQJH PDFKiQiQJV (UHFHVV, JURRYH, ...), FRQVXOW ) 8 J I (OHFWUiF. *2 Only available with span higher than : 0 to 0,5/5 bar - max process temperature : 150°C - or ask FUJI with operating conditions *3 Axial diaphragm seal connection - no extension possible *4 Not possible with digit 7 : V, H, T *5 Recommended for Vacuum or High Temperature applications T > 120°C - (Capillary internal diameter = 2mm) *6 &RQVXOW ) 8 J I IRU \RXU DSSOiFDWiRQ ZiWK WKH VSHFifF RSHUDWiQJ FRQGiWiRQV *7 $GG YDOXHV IRU PDWHUiDO RSWiRQV IRU = D1 80 3140/$16I-150/% 3'' flDQJH UDWH, D1 100 RU 4´ DGG YDOXHV DYDiODEOH XSRQ UHTXHVW *8 When no code can be found in the current code symbols, place "*" in concerned code digit(s)and add "*" in 8th digit *9 Max process temperature 150 °C

EMC Directive (2004/108/EC) All models of FCX series transmitters type FCX-AII are in accordance with : • the harmonized standards: - EN 61326-1 : 2006 (Electrical equipment for measurement, control and laboratory use - EMC requirements). - ( 1 61326-2-3 : 2006 (3DUW 2-3 : 3DUWiFXODU UHTXiUHPHQWV - 7HVW FRQfJXUDWiRQ, RSHUDWiRQDO FRQGiWiRQV DQG SHUIRUPDQFH criteria for tranducers with integrated or remote signal conditioning) Frequency range (MHz) Limits Emission limits EN 61326-1 : 2006 30 to :230 40 dB (μV/m) quasi peack, measured at 10m distance 230 to 1000

Basic standard EN 55011 / CISPR 11 Group 1 Class A

47 dB (μV/m) quasi peack, measured at 10m distance

Immunity requirements : EN 61326-1 : 2006 (Table 2) Phenomenon Test value Electrostatic discharge 4 kV (Contact) (EDS) 8 kV (Air) (OHFWURPDJQHWiF fHOG 109/P (80 WR 1000 0+])

Basic standard EN 61000-4-2

Performance criteria B

IEC 61000-4-2 ( 1 61000-4-3 IEC 61000-4-3

1 V/m (2.0 to 2.7 GHz) 30 A/m

EN 61000-4-8

2 kV (5/50 NS, 5 kHz

I ( & 61000-4-8 EN 61000-4-4

IEC 61000-4-4 EN 61000-4-5

IEC61000-4-5 EN 61000-4-6

3 V/m (1.4 to 2.0 GHz) Rated power frequency 0DJQHWiF fHOG Burst Surge Conducted RF

1 kV Line to line 2 kV Line to line 3 V (150 kHz to 80 MHz)

IEC61000-4-6 Performance criteria : A : DXUiQJ WHVWiQJ, QRUPDO SHUIRUPDQFH ZiWKiQ WKH VSHFifFDWiRQ OiPiWV. B : During testing, temporary degradation or loss of function or performance which is self-recovering.

FKB, FKD, FKM...F

Outline dimensions for rigid mounted diaphragm seal on a gauge or an absolute pressure transmitter (unit:mm) - Dimensions of seals - Refer to page 18 and 19

Short mounting design

T W

TROUS /

WEIGHT : 4 kg (WITHOUT OPTION) ADD : - FLANGES WEIGHT (SEE TABLE) - 0,8 kg FOR INDICATOR OPTION - 2 kg FOR STAINLESS STEEL HOUSING OPTION

S A

Long mounting design

R P S

WEIGHT : 4 kg (WITHOUT OPTION) ADD : - FLANGES WEIGHT (SEE TABLE) - 0,8 kg FOR INDICATOR OPTION - 2 kg FOR STAINLESS STEEL HOUSING OPTION

S A

FKB, FKD, FKM...F

Outline dimensions for capillary mounted diaphragm seal(s) on a differential pressure transmitter (units:mm) - Dimensions of seals - Refer to page 18 and 19 )RU 3 1 50EDU : UHGXFHG YROXPH flDQJHV DUH ZHOGHG RQ WKH PHDVXUiQJ HOO Code F X4 T

R P S

E WEIGHT : 3,5 kg (WITH OPTION) ADD : - FLANGES WEIGHT (SEE TABLE) - 1 kg PER 50 mm EXTENSION - 0,8 kg FOR INDICATOR OPTION - 2 kg FOR STAINLESS STEEL HOUSING OPTION

S A

)RU 3 1 ! 50EDU : UHGXFHG YROXPH flDQJHV DUH ZHOGHG DQG EROWHG RQ WKH PHDVXUiQJ FHOO

R P S

WEIGHT : 3,5 kg (WITH OPTION) ADD : - FLANGES WEIGHT (SEE TABLE) - 1 kg PER 50 mm EXTENSION - 0,8 kg FOR INDICATOR OPTION - 2 kg FOR STAINLESS STEEL HOUSING OPTION

S A

FKB, FKD, FKM...F

Outline dimensions for capillary mounted diaphragm seal(s) on a gauge or an absolute pressure transmitter (units:mm) - Dimensions of seals - Refer to page 18 and 19 )RU 3 1 50EDU : UHGXFHG YROXPH flDQJHV DUH ZHOGHG RQ WKH PHDVXUiQJ FHOO

ELECTRICAL CONNECTION E

M F

WEIGHT : 3,5 kg (WITHOUT OPTION) ADD : - FLANGES WEIGHT (SEE TABLE) - 0,8 kg FOR INDICATOR OPTION - 2 kg FOR STAINLESS STEEL HOUSING OPTION

G H J 8 4 6

9 5 7

F K M

FKM

0,016 bar abs

0,16 bar abs

FKM FKM

0,013 bar abs 0,05 bar abs 0,3 bar abs

1,3 bar abs 5 bar abs 30 bar abs

FKM

)RU 3 1 ! 50EDU : UHGXFHG YROXPH flDQJHV DUH ZHOGHG DQG EROWHG RQ WKH PHDVXUiQJ FHOO

G R P

TROUS /

WEIGHT : 3,5 kg (WITHOUT OPTION) ADD : - FLANGES WEIGHT (SEE TABLE) - 1 kg PER 50 MM EXTENSION - 0,8 kg FOR INDICATOR OPTION - 2 kg FOR STAINLESS STEEL HOUSING OPTION

S A

F K M

FKB, FKD, FKM...F

Outline dimensions of the standard diaphragm seals - Flush/extension (units : mm) DN 50, 80, 100

ØE

FLANGE DIMENSIONS ACCORDING DIN 2501 ET DIN / ANSI ØD ØE ØF G ØH t ISO PN DN NP NW 40 15 95 65 45 2 22 40 20 105 75 58 2 22 40 25 115 85 68 2 22

B16.5 N x Øh 4 x 14 4 x 14 4 x 14

ØH ØF Ø

40 50 40 80 16 100

D1 25 RU 1´

20 15 20 20 20 25

50 15 50 20 50 25

165 125 102 3 48 20 4 x 18 200 160 138 3 73 20 8 x 18 220 180 158 3 96 20 8 x 18

150 lbs 1/2 95 60,5 35 ” 150 lbs 3/4 100 70 43 ” 150 lbs 1” 110 79,5 51

22 4 x 16

300 lbs 1/2 95 66,5 35 ” 300 lbs 3/4 120 82,5 43 ” 300 lbs 1” 125 89 51

22 4 x 16

22 4 x 20

Outline dimensions of diaphragm seals with adaptors (units : mm) 20 50

150 lbs 2” 150 120, 92 1, 48 20 4 x 20 5 6 20 80 150 lbs 3” 190 152, 127 1, 73 24 4 x 20 5 6 20 100 150 lbs 4” 230 190, 158 1, 96 24 8 x 20 5 6

Flange adaptor

Screwed adaptor

50 50

300 lbs 2” 165 127 92 1, 48 22,5 8 x 20 6 50 80 300 lbs 3” 210 168, 127 1, 73 29 8 x 22 5 6 50 100 300 lbs 4” 255 200 158 1, 96 32 8 x 22 6

FLANGES DIMENSIONS DIN AINSI PN DN Pe DN

ØD ØE

40 25 115 20 25 15 1” 108 0 50 25 30 1” 124 0 40 40 150 20 40 15 1 127 0 1/2” 50 40 30 1 156 18 0 1/2”

85 4 79,5 4 89

110 4 98,4 4

ØH ØF Cmi n 14 68 18 15,8 50, 16 8 19 50, 17,5 8 18 88 18 15,8 73 18

114, 4 22,2 73 3

ØM

2 83 72,2 1,6 81 72,2 1,6 86 72,2 3 85 72,2 16 85 72,2 1,6 91 72,2

Outline dimensions of sanitary diaphragm (units : mm) The seals for the sanitary and pharmaceutical applications are available DIN, SMS and Tri Clamp standards Seals according DIN 11851 and SMS standard 2 different designs exist for DIN 11851 and SMS : (dM = diaphragm actif diameter) Coupling nut design

DIN 11851 DN PN (Max)

Rd 52 x 1/6

Rd 58 x 1/6

Rd 65 x 1/6

112

Rd 78 x 1/6

112

Rd 95 x 1/6

127

76 Rd110 x 1/4

Male thread design

SMS

dM DN

DN PN (Max)

Rd 40 x 1/6

Rd 48 x 1/6

Rd 60 x 1/6

Rd 70 x 1/6

63.5

100

Rd 85 x 1/6

114

Rd 98 x 1/4

Tri Clamp design

PN (Max) D

1“1/2

2“

2“1/2

3“

50,5 35 64

dM 32

77,5 35

Dead volume seal

DN25 NUT (DIN 11851)

ø3 6 ø40

5 3

ø43,7

Diaphrag m 19

FKB, FKD, FKM...F

CONNECTION DIAGRAM

Fuji Electric France S.A.S. 46 rue Georges Besse - ZI du brézet - 63039 Clermont ferrand Tél : 04 73 98 26 98 - Fax : 04 73 98 26 99 Mail : sales.dpt@fujielectric.fr - web : www.fujielectric.fr Fuji Electric can accept no responsability for possible errors in catalogues, brochures and other printed material. Fuji Electric reserves the right to alter its products without notice. This also applies to products already on order provided that such alterations can be made without subsequential changes being necessary iQ VSHFifFDWiRQV DOUHDG\ DJUHHG. $OO WUDGHPDUNV iQ WKiV PDWHUiDO DUH SURSHUW\ RI WKH UHVSHFWiYH FRPSDQiHV. DOO UiJKWV UHVHUYHG.