PRESSURE TRANSMITTER

DATA SHEET FKG...5

The FCX – AIII pressure transmitter accurately measures

gauge pressure and transmits a proportional 4 to 20mA
signal.
The transmitter utilizes a unique micromachined capacitance
silicon sensor with state-of-the-art microprocessor technol-
ogy 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 ac-
curacy for all elevated or suppressed calibration ranges [ L-Type ] [ T-Type ]
without additional adjustment.
2. Minimum environmental influence
The “Advance Floating Cell” design which protects the Span, range and overrange limit:
pressure sensor against changes in temperature, and Range limit
Span limit [kPa] {bar} Overrange
overpressure substantially reduces total measurement Type [kPa] {bar} limit
error in actual field applications. Min. Max. Lower limit Upper limit [MPa] {bar}
3. Fuji/HART® bilingual communications protocol F KG 01 1.3 130 −100 130 1
FCX–AIII series transmitter offers bilingual communica- {0.013} {1.3} {−1} {1.3} {10}
FKG 02 5 500 −100 500 1.5
tions to speak both Fuji proprietary protocol and HART®. {0.05} {5} {−1} {5} {15}
Any HART® compatible devices can communicate with FKG 03 30 3000 −100 3000 9
{0.3} {30} {−1} {30} {90}
FCX–AIII. FKG 04 100 10000 −100 10000 15
4. Application flexibility {1} {100} {−1} {100} {150}
Various options that render the FCX–AIII suitable for al- FKG 05 500 50000 −100 50000 75
{5} {500} {−1} {500} {750}
most any process applications include:
– Full range of hazardous area approvals Remark: To minimize environmental influence, span should be greater
– Built-in RFI filter and lightning arrester than 1/40 of the max. span in most applications.
– 5-digit LCD meter with engineering unit – Lower range limit (vacuum limit) ;
– Stainless steel electronics housing Silicone fill sensor: See Fig. 1
5. Burnout current flexibility (Under Scale: 3.2 to 4.0mA, Fluorinated fill sensor: 66kPa abs (500mmHg abs) at
Over Scale: 20.0 to 22.5mA) below 60°C
Burnout signal level is adjustable using Model FXW – Conversion factors to different units;
Hand Held Communicator (HHC) to comply with NAMUR 1 MPa=103 kPa=10bar=10.19716kgf/cm2= 145.0377psi
NE43. 1kPa=10mbar=101.9716mmH2O =4.01463inH2O
6. Dry calibration without reference pressure
Thanks to the best combination of unique construction Load limitations: see figure below
of mechanical parts (Sensor unit) and high performance
[Ω]
electronics circuit (Electronics unit), reliability of dry
calibration without reference pressure is at equal level as 2000
1474Ω
wet calibration.
Load resistance

1500 R= E-10.5

SPECIFICATIONS 1000
(Imax+0.9)x10-3

577Ω
Functional specifications Operating
500 area
24V 45V
Service: Liquid, gas, or vapour 250
Output signal: 4 to 20mA DC with digital signal super- 0
10 16.35 50 E[ V ]
imposed on the 4 to 20mA signal.
10.5V
Power supply: Transmitter operates on 10.5V to 45V DC Power voltage (DC)
at transmitter terminals.
Note: For communication with HHC (1) (Model: FXW), min. of 250 W
10.5V to 32V DC for the units with optional
required.
arrester.

EDSX5-92g
Date Apr. 1, 2011
 FKG...5

Hazardous locations: (Under an application) SEE TABLE2 Local configurator with LCD display (option):
Zero/span adjustment: Local configurator with 3 push button
Zero and span are adjustable from the and LCD display can support following
HHC(1). Zero and span are also adjustable items.
externally from the adjustment screw. Items By communication By local configurator
Damping: Adjustable from HHC or local configurator with FXW (with 3 push button)
Display Set Display Set
unit with LCD display.
The time constant is adjustable between Tag No. v v v v

0.06 to 32 seconds. Model No. v v v v

Zero elevation/suppression: Serial No. & Software Version v — v —
Zero can be elevated or suppressed Engineering unit v v v v
within the specified range limit of each Range limit v — v —
sensor model. Measuring range v v v v
Normal/reverse action: Damping v v v v
Selectable from HHC(1). Output mode v — v —
Indication: Analog indicator or 5-digit LCD meter, as Burnout direction v v v v
specified. Calibration v v v v
Burnout direction: Selectable from HHC(1) Output adjust — v — v
If self-diagnostic detect transmitter failure, Data v — v —
the analog signal will be driven to either Self diagnoses v — v —
“Output Hold”, “Output Overscale”or Printer (In case of FXW with
v — — —
“Output Underscale” modes. printer option)
“Output Hold”: External switch lock v v v v
Output signal is hold as the value just Transmitter display v v v v
before failure happens. Linearize v v — —
“Output Overscale”: Rerange v v v v
Adjustable within the range 20.0mA to Saturate current v v v v
22.5mA from HHC(1) Write protect v v v v
“Output Underscale”: History
– Calibration history v v v v
Adjustable within the range 3.2mA to – Ambient temperature history v — v —
4.0mA from HHC
3.2 4 20 22.5 [mA] EMC Conformity: EN61326-1: 2006
Over scale
Burnout
Performance specifications
Under scale Normal operating range
Probable over range
Burnout Probable under range Reference conditions, silicone oil fill, 316SS isolating diaphragms, 4
to 20mA analog output in linear mode.
Output limits conforming to NAMUR NE43 by order. Accuracy rating: (including linearity, hysteresis, and re-
Loop-check output: peatability)
Transmitter can be configured to provide Max span below 10000kPa model:
constant signal 3.2mA through 22.5mA For spans greater than 1/10 of URL:
by HHC. ±0.065% of span or
Temperature limit: ±0.04% of span (21th digit: H)
Ambient: −40 to +85°C For spans below 1/10 of URL:
(−20 to +80°C for LCD indicator)
(−40 to +60°C for arrester option) (
± 0.015+0.05
0.1 × URL
Span
)
% of span
(−10 to +60°C for fluorinated oil fill Max span 50000kPa model:
transmitter) For spans greater than 1/10 of URL: ±0.1% of span
For explosionproof units (flameproof For spans below 1/10 of URL:
or intrinsic safety), ambient tempera-
ture must be within the limits speci- (
± 0.05+0.05
0.1 × URL
Span
)
% of span
fied by each standard. Stability: ±0.1% of upper range limit (URL) for 10
Process: −40 to +100°C for silicone fill years.
sensor Temperature effect:
−20 to +80°C for fluorinated oil fill Effects per 28°C change between the
sensor limits of −40°C and +85°C
Storage: −40 to +90°C URL
Humidity limit: 0 to 100% RH Zero shift: ±(0.075+0.0125 span )%
Communication: With HHC(1) (Model FXW, consult Data URL
Total effect: ±(0.095+0.0125 )%
Sheet No. EDS8-47), following items can span
be remotely displayed or configured. Overrange effect: Zero shift; 0.2% of URL for any over-
Note: HHC’s version must be higher than range to maximum limit
7.0 (or FXW 1– 4), for FCX - Supply voltage effect:
AIII. Less than 0.005% of calibrated span per
1V
Update rate: 60 msec
Step response: Time constant: 0.08s (at 23°C)
Dead time: approximately 0.12s
(Note) (1) HHC: Hand Held Communicator
(without electrical damping)
2
Mounting position effect: Optional features
Zero shift, less than 0.1kPa {1m bar} for a
10° tilt in any plane. Indicator: A plug-in analog indicator (2.5% accuracy)
No effect on span. This error can be cor- An optional 5-digit LCD meter with engi-
rected by adjusting Zero. neering unit is also available.
Dielectric strength: Local configurator with LCD display:
500V AC, 50/60Hz 1 min., between cir- An optional 5 digits LCD meter with 3
cuit and earth. push buttons can support items as using
Insulation resistance: communication with FXW.
More than 100MW at 500V DC. Arrester: A built-in arrester protects the electronics
Internal resistance for external field indicator: from lightning surges.
12W or less Lightning surge immunity:
4kV (1.2 × 50µs)
Physical specifications Oxygen service: Special cleaning procedures are followed
throughout the process to maintain all
Electrical connections: process wetted parts oil-free.
G1/2, 1/2-14 NPT, Pg13.5, or M20 × 1.5 The fill fluid is fluorinated oil.
conduit, as specified. Chlorine service: The fill fluid is fluorinated oil.
Process connections: Degreasing: Process-wetted parts are cleaned, but the
1/4-18 NPT or Rc1/4 on 54mm centers, as fill fluid is standard silicone oil. Not for use
specified. on oxygen or chlorine measurement.
Meet DIN 19213 NACE specification:
Process-wetted parts material: Metallic materials for all pressure bound-
ary parts comply with NACE MR-01-75.
l a i r e t aM
e d o c Wetted
ASTM B7M or L7M bolts and 2HM nuts
t Process
i g i d h tcover
7( Diaphragm sensor body Vent/drain (Class II) are available.
e d oC n i Vacuum service: Special silicone oil and filling procedure
symbols)
are applied.
V 316 stainless 316L stainless 316 stainless 316 stainless See Fig.1.
steel(*1) steel steel steel
W 316 stainless Hastelloy-C 316 stainless 316 stainless Optional tag plate:
steel(*1) steel steel An extra stainless steel tag with custom-
J 316 stainless 316L stainless 316 stainless 316 stainless
steel(*1) steel steel steel
er tag data is wired to the transmitter.
+Au coating Coating of cell: Cell’s surface is finished with epoxy/poly-
H 316 stainless Hastelloy-C Hastelloy-C 316 stainless urethane double coating. Specify if envi-
steel(*1) lining steel
M 316 stainless Monel Monel lining 316 stainless ronment is extermely corrosive.
steel(*1) steel
T 316 stainless Tantalum Tantalum 316 stainless Silicone oil (Code:Y,G,N)
steel(*1) lining steel
Note: *(1) ASTM CF8M Silicone oil (Code:R)
Remark: Availability of above material design depends on [kPa abs]
ranges. Refer to “Code symbols”. {mbar abs}
Non-wetted parts material: 101
{1010}
Electronics housing: Low copper die-cast
aluminum alloy finished with polyester
Operating
Operating pressure

coating (standard), or 316 stainless area

steel (SCS14 per JIS G5121), as speci- 20
{200}
fied.
Bolts and nuts: Cr-Mo alloy (standard),
304 or 316 stainless steel (630 stain- 4
less steel for 50MPa unit). {40}
Fill fluid: Silicone oil (standard) or fluori-
2.7
nated oil {27} None-operating
Mounting bracket: 304 or 316 stainless area
steel −40 −15 60 85 120
Environmental protection: Process temperature [°C ]
IEC IP67 and NEMA 6/6P
Mounting: On 60.5mm (JIS 50A) pipe using mount- Fig. 1 Relation between process temperature and
ing bracket, direct wall mounting, or di- operating pressure
rect process mounting.
Mass {weight}: Transmitter approximately 2.9 to 3.4kg
without options.
Add; 0.5kg for mounting bracket
4.5kg for stainless steel housing
option

3
 FKG...5

CODE SYMBOLS
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 21 Digit No.
Digit Description Note F KG 0 5 of code
4 <Connections>
Process Oval flange Conduit
Case type
connection screw connection
Rc1/4 7/16-20UNF G1/2 T type 5
1/4-18NPT 7/16-20UNF 1/2-14NPT T type 6
1/4-18NPT M10 (or M12)(*1) Pg13.5 T type Note 1 7
1/4-18NPT M10 (or M12)(*1) M20×1.5 T type Note 1 8
1/4-18NPT 7/16-20UNF Pg13.5 T type 9
Rc1/4 7/16-20UNF G1/2 L type S
1/4-18NPT 7/16-20UNF 1/2-14NPT L type T
1/4-18NPT M10 (or M12)(*1) Pg13.5 L type Note 1 V
1/4-18NPT M10 (or M12)(*1) M20×1.5 L type Note 1 W
1/4-18NPT 7/16-20UNF Pg13.5 L type X
6, 7 <Span and materials>
Span limit Process cover Diaphragm Wetted cell body Note 2
[kPa]{bar}(*2)
1.3…130 316 stainless steel 316L stainless steel 316 stainless steel 1V
{0.013…1.3} 316 stainless steel Hast. C SUS316 1W
316 stainless steel 316L stainless steel 316 stainless steel 1J
+Au coating
316 stainless steel Hast. C Hast. C lining 1H
316 stainless steel Monel Monel lining 1M
316 stainless steel Tantalum Tantalum lining 1T
5…500 316 stainless steel 316L stainless steel 316 stainless steel 2V
{0.05…5} 316 stainless steel Hast. C SUS316 2W
316 stainless steel 316L stainless steel 316 stainless steel 2J
+Au coating
316 stainless steel Hast. C Hast. C lining 2H
316 stainless steel Monel Monel lining 2M
316 stainless steel Tantalum Tantalum lining 2T
30…3000 316 stainless steel 316L stainless steel 316 stainless steel 3V
{0.3…30} 316 stainless steel Hast. C SUS316 3W
316 stainless steel 316L stainless steel 316 stainless steel 3J
+Au coating
316 stainless steel Hast. C Hast. C lining 3H
316 stainless steel Monel Monel lining 3M
316 stainless steel Tantalum Tantalum lining 3T
100…10000 316 stainless steel 316L stainless steel 316 stainless steel 4V
{1…100} 316 stainless steel Hast. C SUS316 4W
316 stainless steel 316L stainless steel 316 stainless steel 4J
+Au coating
316 stainless steel Hast. C Hast. C lining 4H
316 stainless steel Monel Monel lining 4M
316 stainless steel Tantalum Tantalum lining 4T
500…50000 316 stainless steel 316L stainless steel 316 stainless steel 5V
{5…500} SCS14 Hast. C SUS316 5W
316 stainless steel 316L stainless steel 316 stainless steel 5J
+Au coating
9 <Indicator and arrester>
Indicator Arrester
None None A
Analog, 0 to 100% linear scale None B
Analog, custom scale None D
None Yes E
Analog, 0 to 100% linear scale Yes F
Analog, custom scale Yes H
Digital, 0 to 100% linear scale None L
Digital, custom scale None P
Digital, 0 to 100% linear scale Yes Q
Digital, custom scale Yes S
Digital, 0 to 100% linear scale 1
(Local configurator unit with LCD display) None
Digital, custom scale 2
(Local configurator unit with LCD display) None
Digital, 0 to 100% linear scale 4
(Local configurator unit with LCD display) Yes
Digital, custom scale 5
(Local configurator unit with LCD display) Yes
Note 1 : (*1) For 50MPa {500bar} units, M12 is provided rather than M10.
Note 2 : (*2) 100: 1 turn down is possible, but should be used at the span greater than
1/40 of the maximum span for better performance.

4
 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 21 Digit No.
Digit Description Note F KG 0 5 of code
10 <Approvals for hazardous locations>
None (for ordinary locations) A
TIIS, Flameproof (Cable gland seal) (*6) Note 6 C
TIIS, Intrinsic safety G
FM, Flameproof (or explosionproof) (*9) Note 9 D
FM, Intrinsic safety and nonincentive H
FM Combined of flameproof and intrinsic safety (*9) Note 9 V
ATEX Flameproof (*8) Note 8 X
ATEX Intrinsic safety K
ATEX Type n P
ATEX Combined of flameproof and intrinsic safety (*8) Note 8 M
IECEx Scheme, Flameproof (*8) Note 8 R
IECEx Scheme, Intrinsic safety T
CSA, Flameproof (or explosionproof) (*9) Note 9 E
CSA, Intrinsic safety and nonincentive J
NEPSI, Flameproof (or exprosionproof) F
NEPSI, Intrinsic safety S
NEPSI, Combined of flameproof and intrinsic safety U
11 <Vent/ drain and mounting bracket>
Vent/drain Mounting bracket Process connection
Standard None Standard A
Standard Yes, SUS304 Standard C
Standard Yes, SUS316 Standard K
Side None Standard D
Side Yes, SUS304 Standard F
Side Yes, SUS316 Standard L
12 <Options>
Extra SS tag plate Stainless steel elec. housing Coating of cell
None None None Y
Yes None None B
None (*3) None Yes Note 3 M
Yes None Yes N
None Yes Yes Note 5 P
(*5)
Yes Yes Yes Note 5 Q
13 <Special applications and fill fluid>
Treatment Fill fluid
Standard Silicone oil Y
Standard Fluorinated oil W
Degreasing Silicone oil G
Oxygen service Fluorinated oil (7th digit code "V", "W", "J" only) A
Chlorine service Fluorinated oil (7th digit code "H", "T") D
NACE specification Silicone oil (Not available for 6th digit code "5", 7th N
digit code "T", 15th digit code "A", "B")
Vacuum service Silicone oil for vacuum use R
14 <Sensor O-ring / Gasket>
Teflon (gasket) B
15 <Bolt/nut> (*10) <Vent Drain plug type> Note 10
Cr-Mo alloy hexagon socket head cap screw/carbon steel nut Standard A
Cr-Mo alloy hexagon bolt/nut Standard B
NACE bolt/nut (ASTM A193 B7M/A194 2HM) Standard Note 11 C
NACE bolt/nut (ASTM A320 L7M/A194 2HM) (*11) Standard Note 11 D
304 stainless steel bolt/304 stainless steel nut Standard Note 11 E
630 stainless steel bolt/304 stainless steel nut (*12) Standard Note 12 F
316 stainless steel bolt/316 stainless steel nut (*11) Standard Note 11 U
21 <Other options> (*4) Note 4
High accuracy type (*11) Instruction manual attached Note 11 H
Opposite Vent/Drain Plug Position Instruction manual attached C
Instruction manual unattached L
Opposite Vent/Drain Plug Position Instruction manual unattached P

Note3: (*3) Customer tag number can be engraved on standartd stainless steel Note8: (*8) Available for 4th digit code "6", "8", "T", "W".
name plate. If extra tag plate is required, select "Yes". Note9: (*9) Available for 4th digit code "6", "T".
Note4: (*4) If other option is not necessary, 21st digit code is blank. Note10: (*10) In case of tropical use, select stainless bolts and nuts.
In case of 21st digit code is blank, instruction manual attached. Note11: (*11) Not available for 6th digit code "5".
Note5: (*5) Not available for 10th digit code "C". Note12: (*12) Available for 6th digit code "5".
Note6: (*6) Available for 4th digit code "S".

ACCESSORIES ORDERING INFORMATION

Oval flanges: (Model FFP, refer to Data Sheet No. When ordering this instrument, specify.
EDS6-128) 1. CODE SYMBOLS
Converts process connection to 1/2-14 2. Measuring range
NPT or to Rc1/2; in carbon steel or in 316 3. Output orientation (burnout direction) when abnormality
stainless steel. is occured in the transmitter.
Hand-held communicator: Hold/Overscale/Overscale
(Model FXW, refer to Data Sheet No. Unless otherwise specified, output hold function is sup-
EDS8-47) plied.
4. Indication method (indicated value and unit) in case of the
actual scale (code D,H,P,S on 9th digit).
5. Tag No.(up to 14 alphanumerical characters), if re-
quired.
5
 FKG...5

OUTLINE DIAGRAM (Unit:mm)

<AMP. case: L type>

VENT/DRAIN PLUG
(WHEN THE VENT/DRAIN PLUG IN CASE OF 4TH DIGIT CODE "S,V,W,X"
MTG. PIPE JIS 50A (2B) ATTACHED ON THE UPPER SIDE
OF THE DETECTOR) NOTE2)
IN CASE OF 4TH DIGIT CODE "T"

"A" PRESS. CONN.

ZERO ADJ. SCREW

10

8
41

41
103

120
φ81

φ81
103
70

38 VENT/DRAIN PLUG "B" CONDUIT CONN.

U-BOLT M8
57 37
172 (21)
(175) (11)
4 HOLES 9 DIA. 126
WITH ANALOG IND. WITH DIGITAL IND. 41 43
NOTE3)

EARTH TERMINAL

DETAIL "A" DETAIL "B"

(PRESS. CONN.) (CONDUIT CONN.)

φ18.5 OVAL FLANGE SCREW

（201）NOTE3）
SEE TABLE1
2.5

SIDE VENT(OPTION)
H
φ15

198
41.3
8

L.P H.P
E

10 D 4-M8×12

SEE TABLE1 SEE TABLE1

4th digit of the Conduit conn. Press. conn.

Oval frange screw 27
code symbols
D E F H
7/16-20UNF 70
S G 1/2 18 2 Rc1/4
SCREW DEPTH15 104
7/16-20UNF
T 1/2-14NPT 16 4 1/4-18ＮＰＴ
SCREW DEPTH15
M10
V Pg13.5 10.5 4.5 1/4-18ＮＰＴ
SCREW DEPTH15
M10
W M20×1.5 16 4 1/4-18ＮＰＴ
SCREW DEPTH15
7/16-20UNF
X Pg13.5 10.5 4.5 1/4-18ＮＰＴ
SCREW DEPTH15

TABLE 1

OPTION PARTS FOR FLAMEPROOF OF TIIS (JAPAN)

10th digit code C (Cable gland type)
NOTE1) DETAIL C
G1/2 φ13
φ32

19
CONNECTION DIAGRAM <SS TAG PLATE>
17

83
"C" CONDUIT CONN.
G1/2
+ −/CK− CK+ CABLE GLAND
75

NOTE1) IN CASE OF 10TH CODE“C”

, φ11 CABLE IS SUITBLE.

NOTE2) THE PRESSURE CONNECTOR IS LOCATED ON THE DOWN SIDE

20 SURFACE OF THE DETECTOR, WHEN THE VENT/DRAIN PLUG IS
ATTACHED ON THE UPPER SIDE OF THE DETECTOR
(WHEN THE 21ST DIGIT OF THE CODE SYMBOLS : C,P).
NOTE3) WHEN THE 7TH DIGIT OF THE CODE SYMBOLS "H,M,T"

6
<AMP. case: T type>

VENT/DRAIN PLUG
(WHEN THE VENT/DRAIN PLUG IN CASE OF 4TH DIGIT CODE "6"
ATTACHED ON THE UPPER SIDE
OF THE DETECTOR) NOTE2)
MTG. PIPE JIS 50A (2B) WITH ANALOG IND.

IN CASE OF 4TH DIGIT CODE "5,7,8,9" WITH DIGITAL IND.

"A" PRESS. CONN.

ZERO ADJ. SCREW

10
(21)

8
EARTH TERMINAL
41

(11)

110

φ81
100
70

U-BOLT M8 "B" CONDUIT CONN.

38
VENT/DRAIN PLUG

57 37
4 HOLES 9 DIA.
168 17
127
（171）
20
NOTE3)

DETAIL "A" DETAIL "B"

(PRESS. CONN.) (CONDUIT CONN.)

φ18.5
OVAL FLANGE SCREW

（229） NOTE3）
2.5

H SEE TABLE1
φ15
SIDE VENT(OPTION)

226
8

41.3
F
E

10 L.P H.P
D

SEE TABLE1 SEE TABLE1 4-M8×12

4th digit of the Conduit conn. Press. conn.

Oval frange screw
code symbols
D E F H
7/16-20UNF 27
5 G 1/2 18 2 Rc1/4
SCREW DEPTH15
70
7/16-20UNF
6 1/2-14NPT 16 4 1/4-18ＮＰＴ 104
SCREW DEPTH15
M10
7 Pg13.5 10.5 4.5 1/4-18ＮＰＴ
SCREW DEPTH15
M10
8 M20×1.5 16 4 1/4-18ＮＰＴ
SCREW DEPTH15
7/16-20UNF
9 Pg13.5 10.5 4.5 1/4-18ＮＰＴ
SCREW DEPTH15

TABLE 1

CONNECTION DIAGRAM <SS TAG PLATE>

+ −/CK− CK+
75

NOTE2) THE PRESSURE CONNECTOR IS LOCATED ON THE DOWN SIDE

20 SURFACE OF THE DETECTOR, WHEN THE VENT/DRAIN PLUG IS
ATTACHED ON THE UPPER SIDE OF THE DETECTOR
(WHEN THE 21ST DIGIT OF THE CODE SYMBOLS : C,P).
NOTE3) WHEN THE 7TH DIGIT OF THE CODE SYMBOLS "H,M,T"

7
 FKG...5
TABLE 2

Authorities Intrinsic safety Authorities Flameproof

ATEX Ex II 1 G ATEX Ex II 2 GD
Ex d IIC T6 IP66/67 T85°C
Ex ia IIC T5 Tamb = –40°C to +50°C
Tamb = −40°C to +65°C
Ex ia IIC T4 Tamb = –40°C to +70°C Ex d IIC T5 IP66/67 T100°C
Tamb = −40°C to +85°C
Entity Parameters:
Ui=28V, Ii=94.3mA, Pi=0.66W, Factory Class I
Mutual Div.1 Groups B, C, D
Ci=26nF (Without Arrester), Li=0.6mH (Without analog indicator),
T6 Type 4X
Ci=36nF (With Arrester), Li=0.7mH (With analog indicator) Class II III
Factory Class I II III Div.1 Groups E, F, G
T6 Type 4X
Mutual Div.1 Groups A, B, C, D, E, F, G
Tamb max = +60°C
T4 Entity Type 4X
CSA Class I
Model code
Tamb Div.1 Groups C, D
9th digit 13th digit Class II
A,B,D Y,G,N,R −40°C to +85°C Div.1 Groups E, F, G
L,P,1,2 Y,G,N,R −20°C to +80°C Class III
Q,S,4,5 Y,G,N,R −20°C to +60°C Div.1
E,F,H Y,G,N,R −40°C to +60°C
− W,A,D −10°C to +60°C Note) “Seal Not Required” enclosure is allowed.

Entity Parameters: TIIS Ex do IIB+H2 T4

Vmax=28V, Imax=94.3mA, Pi=0.66W, Tamb max = +60°C
Ci=35.98nF, Li=0.694mH Maximum process temp. = +120°C
IECEx Ex d IIC T5 IP66/67
CSA Class I Scheme Tamb = −40°C to +85°C
Div.1 Groups A, B, C, D Ex d IIC T6 IP66/67
Class II Tamb = −40°C to +65°C
Div.1 Groups E, F, G NEPSI Ex d IIB+H2 T6
Class III Tamb = −40°C to +60°C
Div.1
Temp Code T5 Tamb max = +50°C Type n
Temp Code T4 Tamb max = +70°C Authorities Nonincendive
Entity Parameters: ATEX Ex II 3 GD
Vmax=28V, Imax=94.3mA, Ci=25nF (Without Arrester), EEx nL IIC T5 Tamb = −40°C to +50°C
Ci=36nF (With Arrester),Li=0.6mH (Without analog meter), EEx nL IIC T4 Tamb = −40°C to +70°C
Li=0.7mH (With analog meter) Specific Parameters:
Model without arrester:
TIIS Ex ia IIC T4 Ui=42.4V, Ii=113mA, Pi=1W,
Tamb max = +60°C Ci=25.18nF, Li=0.694mH
Entity Parameters: Model with arrester:
Ui=28V, Ii=94.3mA, Pi=0.66W, Ui=32V, Ii=113mA, Pi=1W,
Ci=38.4nF, Li=0.694mH Ci=35.98nF, Li=0.694mH

IECEx Ex ia IIC T4 EEx nAL IIC T5 Tamb = −40°C to +50°C

Scheme Tamb = –40°C to +70°C EEx nAL IIC T4 Tamb = −40°C to +70°C
Ex ia IIC T5 Specific Parameters:
Tamb = –40°C to +50°C Model without arrester:
Entity Parameters: Umax=42.4V, Imax=113mA, Pmax=1W
Model with arrester:
Ui=28V, Ii=94.3mA, Pi=0.66W,
Umax=32V, Imax=113mA, Pmax=1W
Ci=26nF (Without Arrester), Li=0.6mH (Without analog indicator),
Ci=36nF (With Arrester), Li=0.7mH (With analog indicator) Factory Class I II III
Mutual Div.2 Groups A, B, C, D, F, G
NEPSI Ex ia IIC T4 (pending) T4 Entity Type 4X
Ex d IIB+H2 T6 / Ex ia IIC T4 Model code
Tamb
Model code 9th digit 13th digit
Tamb
9th digit 13th digit A,B,D Y,G,N,R −40°C to +85°C
A,B,D Y,G,N,R −40°C to +85°C L,P,1,2 Y,G,N,R −20°C to +80°C
L,P,1,2 Y,G,N,R −20°C to +80°C Q,S,4,5 Y,G,N,R −20°C to +60°C
Q,S,4,5 Y,G,N,R −20°C to +60°C E,F,H Y,G,N,R −40°C to +60°C
− W,A,D −10°C to +60°C
E,F,H Y,G,N,R −40°C to +60°C
− W,A,D −10°C to +60°C
CSA Class I
Entity Parameters: Div.2 Groups A, B, C, D
Ui=42.4V, Ii=113mA, Pi=1W, Class II
Ci=35.98nF, Li=0.694mH Div.2 Groups E, F, G
Class III
Div.2
Temp Code T5 Tamb max = +50°C
Temp Code T4 Tamb max = +70°C
Entity Parameters:
Vmax=28V, Ci=25.18nF (Without Arrester),
Ci=35.98nF (With Arrester), Li=0.694mH
Caution on Safety
*Before using this product, be sure to read its instruction manual in advance.

International Sales Div

Sales Group
Gate City Ohsaki, East Tower, 11-2, Osaki 1-chome,
Shinagawa-ku, Tokyo 141-0032, Japan
http://www.fujielectric.com
Phone: 81-3-5435-7280, 7281 Fax: 81-3-5435-7425
http://www.fjielectric.com/products/instruments/

Information in this catalog is subject to change without notice. Printed in Japan