Optical Fieldbus System System Composition Devices DATA SHEET Fieldbus is used for digital transmission of the next generation, which takes over the conventional 4 to 20mA analog current transmission. The optical fieldbus using optical fiber as a fieldbus signal transmission line, has features of optical transmission such as noise-resistance and thunder-resistance, in additions to the features of fieldbus. The optical fieldbus system is composed of field devices, such as a pressure transmitter, a differential pressure transmitter, temperature transmitter, and optical star coupler for blanching optical signals, and a host control system. Example of system configuration (single system) Fieldbus configuration tool FOCUS system (or another manufacture's system) FOCUS operator station Control LAN (Ethernet) Controller ICS-2000 Electrical fieldbus Control room Fieldbus connecting unit ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ Field Optical cable (optical fieldbus) Wiring cable (electrical fieldbus) Optical star coupler Optical fieldbus Transmission distance; max. 1.2km Electrical fieldbus Electrical fieldbus devices Optical fieldbus devices Devices of this data sheet FEATURES Common specifications for system 1. Noise-resistance, thunder-resistance Regulations: Specifications of Fieldbus Foundation Transmission speed: 31.25kbps Transmission cycle (macro-cycle): Standard; 1sec (400ms, min.) Optical cable: Composite cord, non-metallic cable Silica fiber... Core/cladding dia. 100/ 140µm or PCF fiber ... Core/cladding dia. 200/230µm Optical connector: FC connector or ST connector Transmission distance: Silica; 1.2 km (at transmission loss of optical cable, 4dB/km) PCF; 0.7km (at transmission loss of optical cable, 6dB/km) Ambient temperature: Silica; -30 to +70˚C, PCF: -20 to +60˚C, as noted in specifications for each devices Number of units connected: Up to 16 units including host and field devices (for 1 unit of star coupler) Optical signals are free from effects of external noise and inductive thunder, providing highly reliable transmission. The use of non-metallic cables eliminates the propagation of inductive thunder, ensuring excellent thunder-proof transmission. 2. Reliability with redundancy Duplex host devices are available by using 2 optical cables (between star coupler and control room) to improve the system reliability. 3. Intrinsic safety explosion-proof Built-in power (battery) devices can be designed for intrinsic safety explosion-proof (intrinsic safety barrier is not required). Restriction of current flowing into the signal bus need not be taken into account, so any number of devices can be connected to one bus. EDS25-1a Date Nov. 24, 1999 Optical fieldbus equipment Contents 1. FFX-P series transmitter ................................................................................................................... 3 1) Pressure transmitter Type: FBB 2) Absolute pressure transmitter Type: FBH 3) Differential pressure/flow transmitter Type: FFG 4) Remote seal type pressure transmitter Type: FBF 5) Remote seal type differential pressure transmitter Type FFH 6) Level transmitter Type: FPL 2. FFX-T series temperature transmitter .......................................................................................... 22 1) Temperature transmitter (integrated type) Type: FUP 2) Temperature transmitter (separated type) Type: FUT 2 3. FFX-T series multi-point temperature converter Type FRM ................................. 27 4. FFX-Z series optical-pneumatic converter Type: ZLK ................................. 30 5. Optical star coupler Type FXB .................................. 33 Optical fieldbus equipment FFX-P SERIES TRANSMITTERS DATA SHEET These transmitters are capacitance type high accuracy transmitters used for measuring the pressure, etc. of various fluids. The transmission unit incorporates a microprocessor for digitizing signals, thereby achieving a high accuracy and an intelligent transmitter. The signal transmission path adopts an optical fiber and composes an optical fieldbus system in combination with an optical star coupler and host system. Model Configuration Absolute pressure transmitter (type: FBH) Pressure transmitter (type: FBB) Reference page Reference page Tr-2 Common specifications Individual specifications Tr-3 Individual specifications Tr-3 Code symbols Tr-6 Code symbols Tr-7 Outline diagram Tr-13 Outline diagram Tr-14 Common specifications Differential pressure/flow transmitter (type: FFG) Tr-2 Remote seal type pressure transmitter (type: FBF) Reference page Reference page Common specifications Tr-2 Common specifications Tr-2 Individual specifications Tr-3 Individual specifications Tr-4 Code symbols Tr-8 Code symbols Tr-10 Outline diagram Tr-15 Outline diagram Tr-16 Remote seal type differential pressure transmitter (type: FFH) Level transmitter (type: FPL) Reference page Reference page Common specifications Tr-2 Common specifications Individual specifications Tr-4 Individual specifications Tr-4 Code symbols Tr-11 Code symbols Tr-12 Outline diagram Tr-18 Outline diagram Tr-19 (Tr-1) Tr-2 3 FFX-P series transmitter Optical fieldbus equipment SPECIFICATIONS (1) Common specifications Structure and Material Function and Performance • Service: • Output: Liquid, gas or vapor Optical digital signal, Fieldbus Foundamation specification • Power supply: Built-in lithium battery Service life: Approx. 2 years under the following conditions Macro cycle; 1 sec Status read cycle; 4 sec Token go-round; 0.25 sec Voltage read cycle; 1 hr • Explosion protection: Intrinsic safety type, JIS ib II C T3 (under application) CENELEC ib II C T4 (under application) • Ambient temperature: -30 to +70˚C -10 to +60˚C for intrinsic safety type -10 to +60˚C for fluorinated oil specification • Storage temperature: -40 to +80˚C • Ambient humidity: 95% RH max. • Self-diagnosis: Display on indicator and transmission to host system Item Host system • Casing structure: Immersion-proof type JIS C 0920 (IEC IP67, NEMA 4X or equivalent) • Process connections: Rc1/4 or 1/4-18NPT (as specified in code symbol) Screw for oval flange; 7/16-20UNF • Optical cable connections: G1/2 or 1/2-14NPT (as specified in code symbol) • Mounting: On 50A (2B) pipe using U-bolt or wall mounting • Coating: Epoxy/polyurethane double-coating Color; silver (Case cover is blue.) • External dimensions: Entered in outline diagram. • Material: Refer to code symbols. Optional Specifications • Indicator: 5-digit LCD, % or real-scale indication (as specified in code symbol) Operating temperature range; -20 to +70˚C • Oxygen no-oil treatment: Fluorinated oil filled in, process wetted parts cleaned by degreasing Varies with ma terial. So refer to • For chlorine measurement: Fluorinated oil filled in code symbols. • NACE specification: Treatment against H2S complying with NACE specification Indicator Measuring range error Detection unit error Amplifier error Battery voltage — Battery voltage drop alarm • Remote setting: The following items can be read and set from the host system. Item Reading Setting Tag No. Serial No. — Range limit — Measuring range Damping constant Low cut point Unit of measured value Measured value — • Zero point deviation: Zero point can be shifted within -100 to +100% of span limit. • Response time: Same as communication cycle ... at damping 0 (zero) • Standard: Fieldbus Foundation specification (basic device, device type 411, AI function block) 4 (Tr-2) FFX-P series transmitter Optical fieldbus equipment (2) Individual specifications Pressure Transmitter Differential Pressure/Flow Transmitter • Span, range and overrange limit: Type Range limit [kPa] • Static pressure span, and overrange limit: Span limit [kPa] Min. Max. Overrange limit [kPa] Type Static pressure [kPa] Span limit [kPa] Min. Max. Overrange limit [kPa] ±1 FBB 01 -64 to +64 1.6 64 100 FFG 11 -100 to +3200 0.1 1 FBB 02 -100 to +500 12.5 500 1500 FFG 22 -100 to +10000 0.15 6 ±6 FBB 03 -100 to +3000 75 3000 9000 FFG 23 0.8 32 ± 32 FBB 04 -100 to +10000 250 10000 15000 FFG 24 1.6 64 ± 64 FBB 05 -100 to +50000 1250 50000 75000 FFG 25 3.25 130 ± 130 FFG 26 12.5 500 ± 500 FFG 33 0.8 32 ± 32 FFG 34 1.6 64 ± 64 FFG 35 3.25 130 ± 130 FFG 36 12.5 500 ± 500 FFG 38 75 3000 ± 3000 FFG 43 0.8 32 FFG 44 1.6 64 ± 64 FFG 45 3.25 130 ± 130 FFG 46 12.5 500 ± 500 FFG 47 50 2000 ± 2000 • Process temperature and negative pressure tolerance limit: (For details, see Fig. 1.) Filled oil 13th code Y.G.N W.A.D Process temperature -40 to +120˚C -20 to +80˚C Negative pressure tolerance limit 2.7 kPa abs Atmospheric pressure Silicone oil Fluorinated oil Silicone oil R -15 to +120˚C 2.7 kPa abs • Accuracy rating:• 0.1 x URL min.; ± 0.1% • Below 0.1 x URL; ± (0.05 + 0.005 x URL/CR)% URL; Upper range limit, CR; Calibration range • Temperature effect: Zero shift; ± (0.2 + 0.05 x URL/CR)%/55˚C Total effect; ± (0.25 + 0.05 x URL/CR)%/55˚C Note) Double the effects for material code (7th digit in code symbols) other than V and W. • Overrange effect: Zero shift at URL ± 0.2%/overrange limit • Mass: 4.5 to 5 kg Filled oil Span limit [kPa abs] Min. Max. 1 0 to 16 1.6 16 FBH 2 0 to 130 3.25 130 500 FBH 3 0 to 500 12.5 500 1500 FBH 4 0 to 3000 75 3000 9000 ± 32 Silicone oil (*1) Y.G.N Process temperature -40 to +120˚C Fluorinated oil Silicone oil W.A.D R -20 to +80˚C -15 to +120˚C Negative pressure tolerance limit 2.7 kPa abs Atmospheric pressure 2.7 kPa abs 47 cannot be used at a • Accuracy rating:Linear output • 0.1 x URL min.; ± 0.1% • Below 0.1 x URL; ±(0.05 + 0.005 x URL/CR)% URL; Upper range limit, CR; Calibration range Square root output • 0.1 x URL min.; Output 50% min. ... ± 0.1% Output 20% min. and below 50% ... ± 0.25% Output 10% min. and below 20% ... ± 0.5% • Below 0.1 x URL; Output 50% min. ... ± (0.05 + 0.005 x URL/CR)% Output 20% min. and below 50% ... ± 2.5 x (0.05 + 0.005 x URL/CR)% Output 10% min. and below 20% ... ± 5 x (0.05 + 0.005 x URL/CR)% • Temperature effect: Overrange limit [kPa] FBH 13th code Note(*1): Types FFG 38 and FFG negative pressure. • Span, range and overrange limit: Range limit [kPa abs] -100 to +42000 • Process temperature and negative pressure tolerance limit: (For details, see Fig. 1.) Absolute Pressure Transmitter Type -100 to +16000 500 • Process temperature and negative pressure tolerance limit: Process temperature; -40 to +85˚C Negative pressure; Depends on measuring range. • Accuracy rating:• 0.1 x URL min.; ± 0.2% • Below 0.1 x URL; ± (0.1 + 0.01 x URL/ CR)% URL; Upper range limit, CR; Calibration range • Temperature effect: Zero shift; ± (0.25 + 0.2 x URL/CR)%/55˚C Total effect; ± (0.3 + 0.2 x URL/CR)%/55˚C Note) Double the effects for material code (7th digit in code symbols) other than V and W. • Overrange effect: Zero shift at URL ± 0.2% overrange limit • Mass: 4.5 kg Linear output URL; 32 kPa min. Zero shift; ± (0.2 + 0.05 x Square root output ± (0.5 + 0.125 x URL/CR)%/55˚C URL/CR)%/55˚C Total effect; ± (0.25 + 0.05 x URL/CR)%/55˚C URL; 1 kPa, 6 kPa Zero shift; ± (0.25 + 0.2 x URL/CR)%/55˚C ± (0.6 + 0.5 x URL/CR)%/55˚C Total effect; ± (0.3 + 0.2 x URL/CR)%/55˚C Note 1 Change at 20% point Note 1; Double the effects for material code (7th digit in code symbols) other than V and W. (Tr-3) 5 FFX-P series transmitter Optical fieldbus equipment • Overrange and static pressure effects: Overrange effect: Zero shift at URL (linear output) URL; 1, 6kPa...± 0.3%/1, 3.2MPa URL; 32kPa... ± 0.3%/10, 16MPa, ± 0.5%/42MPa, Note; Double the effects for material code (7th digit in code symbols) other than V and W. Static pressure effect (linear output) URL; 1, 6kPa Remote Seal Type Differential Pressure Transmitter and Level Transmitter • Span, range and overrange limit: Level transmitter (FPL), remote seal type differential pressure transmitter (FFH) Type URL; 32kPa ~ FPL 3 Flange rating FFH 3 pressure FPL 4 Zero ± 0.2%/ 1, 3.2MPa ± 0.1%/ 10MPa FFH 4 Span -0.15± 0.15%/3.2MPa -0.15± 0.15%/10MPa FPL 5 FFH 5 FPL 6 FFH 6 • Mass: 5.3 to 5.5 kg Remote Seal Type Pressure Transmitter Type Range limit [kPa] Span limit [kPa] Filled oil Overrange Min. Max. limit [kPa] FBF 01 Flange rating 1.6 64 100 FBF 02 pressure 12.5 500 1500 FBF 03 75 3000 4500 FBF 04 250 10000 15000 FBF 05 1250 50000 75000 Fluorinated oil Silicone oil • Process temperature and negative pressure tolerance limit: Filled oil Fluorinated oil Silicone oil 13th code Span limit [kPa] Min. Max. Overrange limit [kPa] 0.8 32 ± 32 1.6 64 ± 64 3.25 130 ± 130 12.5 500 ± 500 • Process temperature and negative pressure tolerance limit: • Span, range and overrange limit: W.A.D H Process temperature -20 to +120˚C -15 to +250˚C J Y.G +85 to +300˚C -40 to +120˚C S T -15 to +250˚C +85 to +300˚C See Fig. 2. K -15 to +200˚C 0.13 kPa abs See Fig. 3. 13th code W.A.D Process temperature -20 to +120˚C H J -15 to +250˚C +85 to +300˚C Y.G S -40 to +120˚C -15 to +250˚C T K +85 to +300˚C -15 to +200˚C Negative pressure tolerance limit Atmospheric pressure 2.7 kPa abs See Fig. 2. 0.13 kPa abs See Fig. 3. • Accuracy rating:• 0.1 x URL min.; ± 0.2% • Below 0.1 x URL; ± (0.1 + 0.01 x URL/ CR)% URL; Upper range limit, CR; Calibration range • Temperature effect: Zero shift; ± (0.7 x URL/CR)%/55˚C Total effect; ± (1.0 x URL/CR)%/55˚C Notes)1. Level transmitter; Double the effects for material code (7th digit in code symbols) other than V and W. 2. Remote seal type differential pressure transmitter; Double the effects for material code (7th digit in code symbols) other than W, A, B, C and D. • Overrange effect: Zero shift at URL ± 0.3%/flange rating pressure Note; Double the effects for material code (7th digit in code symbols) other than V (level transmitter), W, A, B, C and D (remote seal type differential transmitter). • Static pressure effect: Zero shift; ± 0.2%/1 MPa Span shift; -0.15 ± 0.15%/flange rating pressure Note; Zero shift is a change in URL. Span shift is a change in CR. • Mass: Remote seal type differential pressure transmitter; 15 to 33 kg Level transmitter; 10.5 to 19.5 kg Negative pressure tolerance limit Atmospheric pressure 2.7 kPa abs • Accuracy rating:• 0.1 x URL min.; ± 0.2% • Below 0.1 x URL; ± (0.1 + 0.01 x URL/CR)% URL; Upper range limit, CR; Calibration range • Temperature effect: Zero shift; ± (0.7 x URL/CR)%/55˚C Total effect; ± (1.0 x URL/CR)%/55˚C Note) Double the effects for material code (7th digit in code symbols) other than W, A, B and C. • Overrange effect: Zero shift at URL ± 0.2%/flange rating pressure • Mass: 10.5 to 13.5 kg 6 Range limit [kPa] (Tr-4) FFX-P series transmitter Optical fieldbus equipment [kPa abs] Filled fluid: Silicone oil (code Y, G, N) Filled fluid: Silicone oil (code K) Filled fluid: Silicone oil (code R) Operating pressure [kPa abs] Operating pressure 101 53.3 Operating area 4 101 Operating area Nonoperating area 0.27 0.13 2.7 –15 Non-operating area –40 –15 60 85 120 [°C] 100 Process temperature 200 [°C] Fig. 3 Relation between process temperature and operating pressure (remote seal type pressure, remote seal type differential pressure and level transmitters) Process temperature Fig. 1 Relation between process temperature and operating pressure (pressure and differential pressure/flow transmitters) Filled fluid: Silicone oil (code Y, G) [kPa abs] Filled fluid: Silicone oil (code S) Filled fluid: Silicone oil (code T) Operating pressure 101 53.3 Operating area 13.3 2.7 Non-operating area –40 –15 60 85 120 200 230250 Process temperature 300 [°C] Fig. 2 Relation between process temperature and operating pressure (remote seal type pressure, remote seal type differential pressure and level transmitters) SCOPE OF DELIVERY Transmitter main frame and bracket for pipe mounting (as specified) ACCESSORIES • Oval flange: Used as a connection flange of pressure leading pipe connection port. For details, refer to DATA SHEET (EDS610) of the oval flange. • Equalizing valve: Refer to DATA SHEET (EDS6-10). (Tr-5) 7 FFX-P series transmitter Optical fieldbus equipment CODE SYMBOLS 1) Pressure transmitter 1 2 3 4 5 6 7 8 FBB 0 9 10 11 12 13 1 - 14 15 - Description Connections (4th code) Process connection Opt.cable connection Rc1/4 G1/2 1/4-18NPT 1/2-14NPT S T Measurement span (6th code) 1.6........... 64kPa 12.5....... 500kPa 7.5....... 3000kPa 250.... 10000kPa 1250.. 50000kPa 1 2 3 4 5 Material (7th code) Process cover Diaphragm SCS14 SUS316L SCS14 Hastelloy C SCS14 Monel SCS14 Tantalum Hastelloy C lining Hastelloy C Monel lining Monel Tantalum lining Tantalum V H M T B L U Indicator (9th code) None Digital, % indication Digital, actual scale indication A L P Explosion-proof (10th code) None (for ordinary locations) JIS, intrinsic safety (under application) CENELEC, intrinsic safety (under application) A G K Side vent/drain and mounting bracket (11th code) Side vent/drain Mounting bracket None None None Yes (stainless steel) Yes Except when None Yes 7th code is B, L or U Yes (stainless steel) A C D F Optical connector (12th code) FC type ST type F S Treatment and filled fluid (13th code) Treatment Filled fluid None Silicone oil None Fluorinated oil Degreasing Silicone oil Oxygen no-oil treatment Fluorinated oil ... Only for 7th code V Chlorine service Fluorinated oil ... Except when 7th code is V, M or L NACE specification Silicone oil ... Except when 6th code is 5 or 7th code is T or U None Silicone oil (for vacuum) Y W G A D N R O-ring material (for process cover)(14th code) Viton Teflon Square Teflon.... Except when 7th code is B, L or U A B C C D E F 8 Other wetted parts SUS316 Hastelloy C Monel Tantalum Except when Hastelloy C 6th code is 5 Monel Tantalum Bolt/nut (15th code) NACE bolt/nut (ASTM A193 B7M/ A194 2HM Except when NACE bolt/nut (ASTM A320 L7M/ A194 2HM 6th code is 5 SUS304/ SUS304... (For general application) SUS630/ SUS304... Specify when 6th code is 5. (Tr-6) FFX-P series transmitter Optical fieldbus equipment CODE SYMBOLS 2) Absolute pressure transmitter 1 2 3 4 5 6 7 8 F BH 0 9 10 11 12 13 1 - 14 15 - Description Connections (4th code) Process connection Opt.cable connection Rc1/4 G1/2 1/4-18NPT 1/2-14NPT S T Measurement span (6th code) 1.6........... 64kPa abs 32.5....... 130kPa abs 12.5....... 500kPa abs 75........ 3000kPa abs 1 2 3 4 Material (7th code) Process cover Pressure receiving diaphragm SCS14 SUS316L SCS14 Hastelloy C SCS14 Monel SCS14 Tantalum V H M T Other wetted parts SUS316 Hastelloy C Monel Tantalum...Except when 6th code is 1 Indicator (9th code) None Digital, % indication Digital, actual scale indication A L P Explosion-proof (10th code) None (for ordinary locations) JIS, intrinsic safety (under application) CENELEC, intrinsic safety (under application) A G K Side vent/drain and mounting bracket (11th code) Side vent/drain Mounting bracket None None None Yes (stainless steel) Yes None Yes Yes (stainless steel) A C D F Optical connector (12th code) FC type ST type F S Treatment and filled fluid (13th code) Treatment Filled fluid None Silicone oil Degreasing Silicone oil NACE specification Silicone oil ... Except when 7th code is T Y G N O-ring material (for process cover)(14th code) Viton A C D E Bolt/nut (15th code) NACE bolt/nut (ASTM A193 B7M/ A194 2HM) NACE bolt/nut (ASTM A320 L7M/ A194 2HM) SUS304/ SUS304... (For general application) (Tr-7) 9 FFX-P series transmitter Optical fieldbus equipment CODE SYMBOLS 3) Differential pressure/flow transmitter 1 2 3 4 5 6 7 8 F FG 9 10 11 12 13 1 - S T 1 2 3 3 3 3 3 4 4 4 4 4 2 2 2 2 14 15 - Description Connections (4th code) Process connection Opt. cable connection Rc1/4 G1/2 1/4-18NPT 1/2-14NPT Static pressure and measurement span (5th and 6th codes) Static pressure Measurement span -0.1~+3.2 MPa 0.1.......... 1 kPa -0.1~+10 MPa 0.15........ 6 kPa -0.1~+3.2 MPa 0.8........ 32 kPa 1.6........ 64 kPa 3.25.... 130 kPa 12.5........ 500 kPa 75........... 3000 kPa -0.1~+4.2 MPa 0.8.......... 32 kPa 1.6.......... 64 kPa 3.25...... 130 kPa 12.5...... 500 kPa 50....... 2000 kPa -0.1~+10 MPa 0.8.......... 32 kPa 1.6.......... 64 kPa For material codes B, L and U 3.25...... 130 kPa 12.5...... 500 kPa 1 2 3 4 5 6 8 3 4 5 6 7 3 4 5 6 Material (7th code) Process cover Diaphragm V SCS14 or SUS316 SUS316L Other wetted parts SUS316 H SCS14 or SUS316 Hastelloy C Hastelloy C M SCS14 or SUS316 Monel Monel T W B L U SCS14 or SUS316 SCS14 or SUS316 Hastelloy C lining Monel lining Tantalum lining Tantalum Hastelloy C Hastelloy C Monel Tantalum Tantalum SUS316 Hastelloy C Monel Tantalum Indicator and output (9th code) Indicator Output None Linear None Square root Digital, % indication Linear Digital, actual scale indication Linear Digital, % indication Square root Digital, actual scale indication Square root V A L P Q S A G K 10 Explosion-proof (10th code) None (for ordinary locations) JIS, intrinsic safety (under application) CENELEC, intrinsic safety (under application) (Tr-8) Application (5/6th codes) 11, 22, 33, 34, 35, 43, 44, 45 11, 22, 33, 34, 35, 36, 43, 44, 45, 46 33, 34, 35, 36, 43, 44, 45, 46 33, 34, 35, 36 36, 38, 46, 47 23, 24, 25, 26 FFX-P series transmitter Optical fieldbus equipment CODE SYMBOLS 1 2 3 4 5 6 7 8 F FG 9 10 11 12 13 1 - 14 15 - Description Side vent/drain and mounting bracket (11th code) Side vent/drain Mounting bracket None None None Yes (stainless steel) Except when Yes None 7th code is B, L or U Yes Yes (stainless steel) A C D F Optical connector (12th code) FC type ST type F S Treatment and filled fluid (13th code) Treatment Filled fluid None Silicone oil None Fluorinated oil Degreasing Silicone oil Oxygen no-oil treatment Fluorinated oil ... Only for 7th codes V and W Chlorine service Fluorinated oil ... Except when 7th code is V, M or L NACE specification Silicone oil ... Except when 7th code is T or U None Silicone oil (for vacuum) Y W G A D N R O-ring material (for process cover) (14th code) Viton Teflon Square Teflon ... Except when 7th code is B, L or U A B C C D E F Bolt/nut (15th code) NACE bolt/nut (ASTM A193 B7M/ A194 2HM) Note 1 NACE bolt/nut (ASTM A320 L7M/ A194 2HM) SUS304/ SUS304..... (For general application) ... Note 2 SUS630/ SUS304..... Specify when 5th code is 3 or 4 Note 1; Static pressure is limited to 10 MPa at maximum. Note 2; Allowed for 5th codes 1, 2 and 3. However, static pressure is limited to 10 MPa at maximum. (Tr-9) 11 FFX-P series transmitter Optical fieldbus equipment CODE SYMBOLS 4) Remote seal type pressure transmitter 1 2 3 4 5 6 7 8 FBF 9 10 11 12 13 1 - Description Opt.cable connection (4th code) G1/2 1/2-14NPT S T Flanges (5th code) Material 0 1 2 3 4 5 P Q R K SUS304 None (wafer type) Screw-in type Rating JIS 10K 80A JIS 10K 100A JIS 30K 50A ANSI/JPI 150LB 3B ANSI/JPI 150LB 4B ANSI/JPI 600LB 2B For JIS 80A, ANSI/JPI 3B For JIS 100A, ANSI/JPI 4B For JIS 50A, ANSI/JPI 2B JIS G1 thread Applicable 6th code 1, 2 1, 2 3 1, 2 1, 2 3 1, 2 1, 2 3 4, 5 Measurement span (6th code) 1.6............ 64kPa 12.5........ 500kPa 75......... 3000kPa...... Available only with 7th codes W, A, B, C, D, H, M and T 250..... 10000kPa Applicable to 5th code K 1250... 50000kPa Specify W as 7th code. 1 2 3 4 5 Material and diaphragm extension (7th code) Other wetted parts Seal diaphragm SUS316 SUS316L SUS316L SUS316 SUS316L SUS316 SUS316L SUS316 SUS316L SUS316 Hastelloy C Hastelloy C Hastelloy C Hastelloy C Hastelloy C Hastelloy C Hastelloy C Hastelloy C Hastelloy C Hastelloy C Monel Monel Tantalum Tantalum Titanium Titanium Zirconium Zirconium W A B C D H F G K L M T P R Diaphragm extension (mm) 0 50 When these codes 100 are used in 150 combination with 200 13th code S, T or K, 0 only 5th codes 1, 4 50 and Q are available. 100 150 200 0 0 Available only with 6th code 0 2 and 5th code 0, 3 or P 0 Indicator (9th digit) None Digital, % indication Digital, actual scale indication A L P Explosion-proof (10th code) None (for ordinary locations) JIS, intrinsic safety (under application) CENELEC, intrinsic safety (under application) A G K Capillary length (11t code) 1.5m 3m 5m 6m 7m 8m Available for 5th code 0, 1, 3, 4, P or Q and 13th code Y, W, G, A or D 10m A B G C H J K Optical connector (12th code) FC type ST type F S Y W G A D H J S T K Treatment and filled fluid (13th code) Treatment Filled fluid None Silicone oil None Fluorinated oil Degreasing Silicone oil Oxygen no-oil treatment Fluorinated oil ... Available for 7th code W, A, B, C or D Chlorine service Fluorinated oil ... Available for 7th code H, F, G, K, L or T None Silicone oil (for high temperature) *1 None Silicone oil (for high temperature) None Silicone oil (for high temperature and vacuum) None Silicone oil (for high temperature and vacuum) *2 None Silicone oil (for high temperature and high vacuum) *1: Available for 6th code 1, 2 or 3 and 7th code W, A, B, C or D *2: Available for 6th code 2 and 7th code W, A, B, C or D 12 (Tr-10) FFX-P series transmitter Optical fieldbus equipment CODE SYMBOLS 5) Remote seal type differential pressure transmitter 1 2 3 4 5 6 7 8 F FH 9 10 11 12 13 1 - Description Opt.cable connection (4th code) G1/2 1/2-14NPT S T Flanges (5th code) Material 0 1 2 3 4 5 6 7 P Q SUS304 None (wafer type) Rating JIS 10K 80A JIS 10K 100A JIS 30K 80A JIS 30K 100A ANSI/JPI 150LB 3B ANSI/JPI 150LB 4B ANSI/JPI 300LB 3B ANSI/JPI 300LB 4B For JIS 80A, ANSI/JPI 3B For JIS 100A, ANSI/JPI 4B Measurement span (6th code) 0.8............ 32kPa 1.6............ 64kPa 3.25........ 130kPa 12.5........ 500kPa 3 4 5 6 Material and diaphragm extension (7th code) Other wetted parts Seal diaphragm SUS316 SCS316L SCS316L SUS316 SCS316L SUS316 SCS316L SUS316 SCS316L SUS316 Hastelloy C Hastelloy C Hastelloy C Hastelloy C Hastelloy C Hastelloy C Hastelloy C Hastelloy C Hastelloy C Hastelloy C Monel Monel Tantalum Tantalum Titanium Titanium Zirconium Zirconium W A B C D H F G K L M T P R Diaphragm extension (mm) 0 50 When these codes 100 are used in 150 combination with 200 13th code S, T or K, 0 only 5th codes 1, 3, 5, 7 50 and Q are available. 100 150 200 0 0 Available only with 5th code 0 0, 2, 4, 6 or P 0 Indicator (9th digit) None Digital, % indication Digital, actual scale indication A L P Explosion-proof (10th code) None (for ordinary locations) JIS, intrinsic safety (under application) CENELEC, intrinsic safety (under application) A G K Capillary length (11t code) 1.5m 3m 5m 6m 7m 8m Available for 13th code Y, W, G, A or D 10m A B G C H J K Optical connector (12th code) FC type ST type F S Y W G A D H J S T K Treatment and filled fluid (13th code) Treatment Filled fluid None Silicone oil None Fluorinated oil Degreasing Silicone oil Oxygen no-oil treatment Fluorinated oil ... Available for 7th code W, A, B, C or D Chlorine service Fluorinated oil ... Available for 7th code H, F, G, K, L or T None Silicone oil (for high temperature) None Silicone oil (for high temperature) None Silicone oil (for high temperature and vacuum) *1 None Silicone oil (for high temperature and vacuum) None Silicone oil (for high temperature and high vacuum) *1: Available for 7th code W, A, B, C or D (Tr-11) 13 FFX-P series transmitter Optical fieldbus equipment CODE SYMBOLS 6) Level transmitter 1 2 3 4 5 6 7 8 FPL 9 10 11 12 13 1 - Description Connections (4th code) Low pressure connection RC1/4 1/4-18NPT S T Flanges (5th code) Material 0 1 2 3 4 5 6 7 SUS304 Rating JIS 10K 80A JIS 10K 100A JIS 30K 80A JIS 30K 100A ANSI/JPI 150LB 3B ANSI/JPI 150LB 4B ANSI/JPI 300LB 3B ANSI/JPI 300LB 4B Measurement span (6th code) 0.8............ 32kPa 1.6............ 64kPa 3.25........ 130kPa 12.5........ 500kPa 3 4 5 6 Material (7th code) High pressure side (flange side) Diaphragm Other wetted part SCS316L SUS316 Hastelloy C Hastelloy C Monel Monel Tantalum Tantalum V H M T Low pressure side Diaphragm Process cover SCS316L.....*1 Hastelloy C Monel Tantalum SCS14 SCS14 SCS14 SCS14 Indicator (9th digit) None Digital, % indication Digital, actual scale indication A L P Explosion-proof (10th code) None (for ordinary locations) JIS, intrinsic safety (under application) CENELEC, intrinsic safety (under application) A G K Diaphragm extension (mm)(11th code) 0...... For any 7th code 50 100 7th code V only 150 200 50 100 7th code H only 150 200 Y A B C D E F G H Optical connector (12th code) FC type ST type F S Y W G A D H J S T K Treatment and filled fluid (13th code) Treatment Filled fluid None Silicone oil None Fluorinated oil Degreasing Silicone oil Oxygen no-oil treatment Fluorinated oil ... Available for 7th code V Chlorine service Fluorinated oil ... Available for 7th code H or T None Silicone oil (for high temperature) None Silicone oil (for high temperature) None Silicone oil (for high temperature and vacuum) None Silicone oil (for high temperature and vacuum) None Silicone oil (for high temperature and high vacuum) *1: Hastelloy C for 6th code 6 *2: Available for 7th code V 14 Opt.cable connection G1/2 1/2-14NPT (Tr-12) *2 FFX-P series transmitter Optical fieldbus equipment OUTLINE DIAGRAM (Unit: mm) 1) Pressure transmitter P 241 80 FBB S 0 T 108 70 V H M 1– T Mounting pipe JIS 50A (2B) A C U-bolt (M8) 70 ø102 225 8 290 54 15 B Optical cable connection Indicator (option) Vent/drain plug A Pressure connection 41.3 FBB S 0 T B L 1– U 31 27 47 A C 4–7/16-20UNF Screw depth 13 300 41.3 ø102 27 View from arrow P ø7 54 D E A Pressure connection 2.5 15 3 8 ø15 ø18.5 Details of area B 40 27 47 2–7/16–20UNF Screw depth 10 Details of area A ø16 +0.2 +0.1 FBBS FBBT D Rc1/4 1/4–18NPT E G1/2 1/2–14NPT ø4 ø2 Type 0 - 0.1 1 ø12 Details of area A (Tr-13) 15 FFX-P series transmitter Optical fieldbus equipment OUTLINE DIAGRAM (Unit: mm) 2) Absolute pressure transmitter FBH S 0 T P V H M 1– T A C 241 Mounting pipe JIS 50A (2B) 80 108 70 U-bolt (M8) 70 ø102 225 8 290 54 15 B Optical cable connection Indicator (option) Vent/drain plug 31 27 47 41.3 A Pressure connection 4–7/16-20UNF Screw depth 13 27 View from arrow P ø7 Details of area B 16 D 2.5 3 15 E Type FBHS FBHT D Rc1/4 1/4–18NPT E G1/2 1/2–14NPT 8 ø15 ø18.5 Details of area A (Tr-14) FFX-P series transmitter Optical fieldbus equipment OUTLINE DIAGRAM (Unit: mm) 3) Differential pressure/flow transmitter P FFG S T 241 80 108 70 V H M 1– T W A C Mounting pipe JIS 50A (2B) U-bolt (M8) 70 ø102 225 8 290 54 15 B Optical cable connection Indicator (option) Vent/drain plug A Low pressure connection A High pressure connection 41.3 LH B L 1– U FFG S T 37 27 47 A C A Pressure connection 8–7/16-20UNF Screw depth 13 300 41.3 27 28 ø102 View from arrow P ø7 3 8 ø15 E 2.5 15 54 D 4-7/16-20UNF Screw depth 10 ø18.5 Details of area B 40 Vent/drain plug Details of area A 27 47 ø16 D Rc1/4 1/4–18NPT E G1/2 1/2–14NPT +0.2 ø12 +0.1 ø4 0 FFGT 2 –0.1 FFGS 1 Type Details of area A (Tr-15) 17 FFX-P series transmitter Optical fieldbus equipment OUTLINE DIAGRAM (Unit: mm) 4) Remote seal type pressure transmitter 241 80 108 70 1 225 8 131 0 1 1 S 2 FBF T 3 2 3 4 5 øF t 70 S L 20 Mounting pipe JIS 50A (2B) Inner diameter of gasket seat øK øJ øH U-bolt (M8) 15 B Indicator (option) Optical cable connection View from arrow Q Type FBF * * * W1 FBF * * * H1 FBF * * * M1 FBF * * * T1 FBF * * * P1 FBF * * * R1 FBF * * * A1 FBF * * * F1 FBF * * * B1 FBF * * * G1 FBF * * * C1 FBF * * * K1 FBF * * * D1 FBF * * * L1 ø102 288 Q 54 N-øh Hole 29 27 47 P 1 FBF S Q 2 T R 3 P øG L Mass (kg) 0 10.5 50 11.5 100 12.5 150 13 200 13.5 1 288 3 15 ø102 E Type ø15 FBFS G1/2 FBFT 1/2-14NPT 54 E Details of area B P 29 27 47 2-M6 Depth 9 øJ øK t P N-øh FBF * 0 * * 1 185 150 126 100 73 38 116 8-19 JIS-10k-80A FBF * 1* * 1 210 175 151 103 96 38 141 8-19 JIS-10k-100A FBF * 2 * * 1 165 130 84 48 42 50 8-19 JIS-30k-50A FBF * 3* * 1 191 152.5 126 100 73 44 116 4-20 ANSI / JPI 150lb 3B FBF * 4 * * 1 229 190.5 151 103 96 44 141 8-20 FBF * 5* * 1 165 127 84 48 8-20 Type øF øG øH 52 52 45.5 50 FLANGE 126 100 73 38 116 80A, 3B ANSI / JPI 150lb 4B FBF * Q 12 * 1 151 103 96 38 141 100A, 4B ANSI / JPI 600lb 2B FBF * R 3 * 1 84 48 45.5 50 50A, 2B Note) "S" depends on code specification. 18 FLANGE Type FBF * P 12 * 1 (Tr-16) øH øJ 52 øK t P FFX-P series transmitter Optical fieldbus equipment OUTLINE DIAGRAM (Unit: mm) 4) Remote seal type pressure transmitter FBF S K 4 W1 T 5 241 80 131 108 70 Mounting pipe JIS 50A (2B) 70 225 8 S 15 B Indicator (option) Optical cable connection View from arrow Q U-bolt (M8) 288 Q 15 ø102 3 ø15 -0.1 ø30 -0.2 -0.1 ø23.6 -0.2 E Details of area B 54 Packing G1 29 27 47 Type FBFS FBFT 2 2 18 53 E G1/2 1/2-14NPT Note) "S" depends on code specification. 20 47 100 (Tr-17) 19 FFX-P series transmitter Optical fieldbus equipment OUTLINE DIAGRAM (Unit: mm) 5) Remote seal type differential pressure transmitter Low pressure side 131 S FFH S T 0 1 2 3 4 5 6 7 241 80 1 108 70 70 225 8 131 L H S øF 15 B Indicator (option) Optical cable connection View from arrow Q L 20 t High pressure side Mounting pipe JIS 50A (2B) Inner diameter of gasket seat øK øJ øH Type U-bolt (M8) ø15 15 3 FFH * * * W1 FFH * * * H1 FFH * * * M1 FFH * * * T1 FFH * * * P1 FFH * * * R1 FFH * * * A1 FFH * * * F1 FFH * * * B1 FFH * * * G1 FFH * * * C1 FFH * * * K1 FFH * * * D1 FFH * * * L1 288 ø102 E Q Details of area B 54 L Mass (kg) 0 15 to 20.5 50 16 to 31.5 100 16.5 to 32 150 17 to 32.5 200 17.5 to 33 Note) "S" depends on code specification. N- øh Hole 29 27 47 P øG FFH S P TQ 1 øG øH øJ øK t P N-øh FLANGE FFH * 0 * * 1 FFH * 1 * * 1 FFH * 2 * * 1 FFH * 3 * * 1 FFH * 4 * * 1 FFH * 5 * * 1 FFH * 6 * * 1 FFH * 7 * * 1 185 210 210 240 191 229 210 254 150 175 170 195 152.5 190.5 168 200 126 151 126 151 126 151 126 151 100 103 100 103 100 103 100 103 73 96 73 96 73 96 73 96 38 38 48 52 44 44 49 52 116 141 116 141 116 141 116 141 8-19 8-19 8-23 8-25 4-20 8-20 8-23 8-23 JIS-10k-80A JIS-10k-100A JIS-30k-80A JIS-30k-100A ANSI / JPI 150lb 3B ANSI / JPI 150lb 4B ANSI / JPI 300lb 3B ANSI / JPI 300lb 4B 54 29 27 47 P øF ø102 288 Type Type 20 E FFHS G1/2 FFHT 1/2-14NPT 2-M6 Depth9 (Tr-18) FLANGE Type øH øJ øK FFH * P * * 1 126 100 73 116 For JIS-80A, ANSI/JPI 3B FFH * Q * * 1 151 103 96 141 For JIS-100A, ANSI/JPI 4B P FFX-P series transmitter Optical fieldbus equipment OUTLINE DIAGRAM (Unit: mm) 6) Level transmitter 1 2 t L 20 A Low pressure connection øF øH øJ øK ø102 øG Q 54 N- øh Hole Inner diameter of gasket seat Vent/drain plug 46.4 27 41.3 ø7 2.5 15 3 8 ø15 D E ø18.5 Details of area B 241 126 70 8 Details of area A Type FPLS 15 B Indicator (option) Optical cable connection View from arrow Q D E Rc1/4 G1/2 1/4-18NPT 1/2-14NPT FPLT øJ øK t N-øh FPL * 0 * * 1 185 150 126 100 73 38 8-19 JIS-10k-80A FPL * 1 * * 1 210 175 151 103 96 38 8-19 JIS-10k-100A FPL * 2 * * 1 210 170 126 100 73 48 8-23 JIS-30k-80A FPL * 3 * * 1 240 195 151 103 96 52 8-25 JIS-30k-100A FPL * 4 * * 1 191 152.5 126 100 73 44 4-20 ANSI / JPI 150lb 3B FPL * 5 * * 1 229 190.5 151 103 96 44 8-20 ANSI / JPI 150lb 4B FPL * 6 * * 1 210 168 126 100 73 49 8-23 ANSI / JPI 300lb 3B FPL * 7 * * 1 254 200 151 103 96 52 8-23 ANSI / JPI 300lb 4B Type øF øG øH FLANGE (Tr-19) L 1 2 Type FPL * * * * 1- * * Y 0 365 150 FPL * * * V1- * * A FPL * * * H1- * * E 50 FPL * * * V1- * * B FPL * * * H1- * * F 100 359 144 FPL * * * V1- * * C FPL * * * H1- * * G 150 FPL * * * V1- * * D FPL * * * H1- * * H 200 Mass (kg) 10.5 to 14 11 to 18 11.5 to 18.5 12 to 19 12.5 to 19.5 21 Optical fieldbus equipment FFX-T Series Temperature Transmitter DATA SHEET This temperature transmitter is equipped with a thermocouple and a platinum resistance bulb for measuring temperatures of various kinds of fluids. The electronic unit has a built-in micro-processor for processing signals in digital mode to provide highly accurate and intelligent measurements. The signal transmission line uses optical fiber cables to realize an optical fieldbus system with optical star coupler and host system. Composition of models 1) Temperature transmitter (integrated type); Type FUP 2) Temperature transmitter (separated type); Type FUT Specifications Functional specifications • Measured fluid: Liquid, gas, vapor • Measuring range Integrated type (FUP) Separated type (FUT) J Thermocouple -200 to +400˚C -200 to +750˚C E Thermocouple -200 to +400˚C -200 to +800˚C K Thermocouple -200 to +400˚C -200 to +1200˚C R Thermocouple 0 to +1600˚C T Thermocouple -200 to +350˚C Resistance bulb Pt100 Note) -200 to +400˚C -200 to +600˚C When the operating temperature range is not specified at the time of ordering, the transmitter will be adjusted within the maximum measuring range prior to delivery. • Operating pressure: Flange type...Flange rated pressure Screw type... 4MPa or less • Output: Optical digital signal, specifications of Fieldbus Foundation • Burnout: Previous output is retained at burnout of sensor. With BAD status • Explosion-proof: Intrinsic safety explosion-proof, JIS ib II C T3 (under application), CENELEC ib II C T4 (under application) • Zero point deviation: 80% between minimum and maximum temperatures within measuring range • Power supply: Built-in lithium battery Life: About 2 years ... under the following conditions. Macro-cycle: 1sec Status read cycle; 4sec Token go-round; 0.25sec Voltage read cycle; 1hr 22 • Self-diagnosis: Display on indicator and transmission to host Item Host Indicator Measuring range error Sensor error Amplifier fault Battery voltage — Battery voltage-drop alarm • Remote setting: Read-out from hose devices and setting items Item Read-out Setting Tag No. Serial No. — Maximum range — Measuring range Damping constant Unit of process variable Process variable — • Ambient temperature: -30 to +70˚C Intrinsic safety explosion-proof; -10 to +60˚C • Storage temperature: -40 to +80˚C • Ambient humidity: 95%RH or less • Regulation: Fieldbus Foundation specifications (basic device, device type 411, AI function block) Performance specifications 1. Sensor (for integrated type) • Accuracy rating: Thermocouple; JIS C 1604 Class 2 Resistance bulb; JIS C 1604 Class B • Response time (time constant): Protective tube, ø4.8mm... About 8sec Protective tube, ø12mm... About 70sec FFX-T Series Temperature Transmitter Optical fieldbus equipment Relation between measured fluid flow velocity and insertion length 2. Electronic unit (integrated/separated type) • Accuracy rating: FUP A (integrated type) FUT A (separated type) FUT B (separated type) FUP C (integrated type) FUT C (separated type) FUT D (separated type) FUP E (integrated type) Sensor J Thermocouple J Thermocouple E Thermocouple E Thermocouple K Thermocouple Temperature range Accuracy rating -140 to +400˚C ± 0.6˚C Under. -140˚C * ± 1˚C -100 to +750˚C ± 1.1˚C Under. -100˚C * ± 1.9˚C -200 to +400˚C ± 0.6˚C -80 to +800˚C ± 1.2˚C Under. -80˚C * ± 2˚C -150 to +400˚C ± 0.6˚C FUT E (separated type) Under. -150˚C * ± 1˚C FUT F (separated type) K Thermocouple 0 to +1200˚C ± 1.8˚C Under. 0˚C * ± 3˚C FUT G (separated type) R Thermocouple 0 to +1600˚C ± 4˚C FUT G (separated type) T Thermocouple -200 to +350˚C ± 0.8˚C FUP J (integrated type) Pt100 -200 to +400˚C ± 0.6˚C FUT L (separated type) FUT K (separated type) -200 to +600˚C ± 0.9˚C Study the insertion length of the temperature sensor to be used referring to the relation between the flow velocity and insertion length shown in Fig. 1. When inserting the sheath type into flow, a protective tube should be provided separately. 1300 1000 Insertion length L (mm) Type When inserting the protective tube into the fluid piping, the temperature sensor receives the stress of the flow of fluid, so the strength of the protective tube to be inserted should be taken into account. Water 100 Air M (separated type) FUT N (separated type) JPt100 -200 to +400˚C ± 0.6˚C FUT P (separated type) JPt100 -200 to +500˚C ± 0.7˚C Note 1. Accuracy with segmented line compensation 2. Reference junction compensation error not included. • Reference junction compensation accuracy: ± 1˚C (for thermocouple) • Ambient temperature effect: (Variation at -30 to +70˚C) ± 0.5% of Max. measured temperature; ± 1% of the above temperature range marked "*" • Wiring resistance: (For separated type) Thermocouple: Less than 100Ω, resistance bulb; less than 10Ω 10 0.1 1 10 Flow velocity (m/ S) 100 Fig. 1 Relation between flow velocity and insertion length (Protective tube, ø12mm) Option specifications • Indicator: 5-digit LCD display, % or scale display Operating temperature range; -20 to +70 ˚C Scope of delivery Instrument main unit, pipe mounting brackets (for separated type) Structure and material • Casing: Immersion-proof type, JIS C 0920 (IEC IP67, NEMA4X or equivalent) • Optical cable connections: G1/2 or 1/2-14NPT • Mounting method: (1) Integrated type (FUP); screw or flange mounting ... according to code symbols (2) Separated type (FUT); 50A (2B) pipe mounting with U-bolt or wall mounting • Coating: Epoxy/urethane, double coating Color; silver (blue for case cover) • Mass: (1) Integrated type (FUP); 3 to 5kg, depending on the length of sensor (2) Separated type (FUT); about 2.4kg • Insertion length: (Length of integrated type sensor) 100 to 2000 mm ... Refer to the code symbols. • Minimum bending radius: (Allowable bend of integrated type sensor) 14.4mm ... Sheath type (ø4.8mm) only • Dimensions: See outline diagram. • Material: (Material of integrated type sensor protective tube) SUS304 or SUS316... according to code symbols 23 FFX-T Series Temperature Transmitter Optical fieldbus equipment CODE SYMBOLS Temperature transmitter (integrated type) 1 2 3 4 5 6 7 8 FUP 9 10 11 12 13 1 - 14 - Description Opt. cable connection (4th digit) G1/2 1/2-14NPT S T Measuring range (5th digit) J Thermocouple E Thermocouple K Thermocouple 3-wire system Pt 100 (1989) 3-wire system Pt 100 (1997) A C E J L Explosion-proof (6th digit) For general-use (non-explosion-proof) JIS Intrinsic safety (under application) CENELEC Intrinsic safety (under application) A G K Indicator (7th digit) None Digital, % display Digital, actual scale display A L P Optical connector (9th digit) FC type ST type F S Type of protective tube (10th digit) ø12 ø4.8(sheath type) A B Protective tube material (11th digit) SUS304 (10th digit B not applicable) SUS316 S W Temperature transmitter (separated type) 1 2 3 4 5 6 7 8 FUT 9 1 - Description Opt. cable connection(4th digit) G1/2 1/2-14NPT S T Input signal, measuring range (5th digit) J Thermocouple -200 to 400˚C J Thermocouple -200 to 750˚C E Thermocouple -200 to 400˚C E Thermocouple -200 to 800˚C K Thermocouple -200 to 400˚C K Thermocouple -200 to 1200˚C R Thermocouple 0 to 1600˚C T Thermocouple -200 to 350˚C 3-wire system Pt 100 (1989) -200 to 400˚C 3-wire system Pt 100 (1989) -200 to 600˚C 3-wire system Pt 100 (1997) -200 to 400˚C 3-wire system Pt 100 (1997) -200 to 600˚C 3-wire system JPt 100 -200 to 400˚C 3-wire system JPt 100 -200 to 500˚C A B C D E F G H J K L M N P Explosion-proof (6th digit) For general-use (non-explosion-proof) JIS Intrinsic safety (under application) CENELEC Intrinsic safety (under application) A G K Indicator (7th digit) None Digital, % display Digital, actual scale display A L P F S 24 Optical connector (9th digit) FC type ST type -200 to 400˚C -200 to 400˚C -200 to 400˚C -200 to 400˚C -200 to 400˚C 0 0 0 0 0 0 0 0 0 1 1 1 1 1 1 1 1 1 1 2 Insertion length (mm) (12th, 13th digit) 100 200 300 400 500 600 700 800 900 1000 1100 1200 1300 1400 1500 1600 1700 10th digit A not applicable 1800 1900 2000 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 0 1 2 3 4 5 6 7 8 9 Mounting method (14th digit) Flange JIS 10K-25A RF Flange JIS 20K-25A RF Flange JIS 30K-25A RF Flange JIS 63K-25A RF Screw-in G 3/4B Screw-in R 3/4 Screw-in 3/4-14NPT Flange ANSI 150LB, 1B Flange ANSI 300LB, 1B Flange ANSI 600LB, 1B FFX-T Series Temperature Transmitter Optical fieldbus equipment Outline diagram 1) Temperature transmitter (integrated type) T øD1 øD P 49 ø70 1– L 222 ø102 FUP 0 17 28 39 A B øD2 4- ød 241 1 54 8 80 122 70 T Flange Type D1 D2 d FUP * * * * 1 - * * * * * 0 JIS 10K-25A RF 14 125 90 19 FUP * * * * 1 - * * * * * 1 JIS 20K-25A RF 16 125 90 19 FUP * * * * 1 - * * * * * 2 JIS 30K-25A RF 20 130 95 19 FUP * * * * 1 - * * * * * 3 JIS 63K-25A RF 27 140 100 23 FUP * * * * 1 - * * * * * 7 ANSI 150lb,1B 14.5 108 79.4 16 FUP * * * * 1 - * * * * * 8 ANSI 300lb,1B 17.5 124 88.9 20 FUP * * * * 1 - * * * * * 9 ANSI 600lb,1B 17.5 124 88.9 20 t 1.0 15 Indicator (option) B Optical cable connection "P" view 1.6 15 3 ø15 A FUP 1– "B" detail A B 4 5 6 L 223 20 Type FUPS * * * 1 - * A* * * A G1/2 FUPT * * * 1 - * A* * * 1/2-14NPT D ø12 L 100 to 1300 (to be specified) ø4.8 100 to 2000 (sheath (to be specified) FUPT * * * 1 - * B* * * 1/2-14NPT type) FUPS * * * 1 - * B* * * øD ø102 38 M 54 G1/2 Type FUP * * * * 1 - * * * * * 4 M G3/4 FUP * * * * 1 - * * * * * 5 Rc 3/4 FUP * * * * 1 - * * * * * 6 3/4-14NPT FUP * * * * 1 - * * * * * 4 G3/4 FUP * * * * 1 - * * * * * 5 Rc 3/4 FUP * * * * 1 - * * * * * 6 3/4-14NPT 25 FFX-T Series Temperature Transmitter Optical fieldbus equipment Outline diagram 2) Temperature transmitter (separated type) 241 Mounting pipe JIS 50A (2B) 80 108 70 U-bolt (M8) Terminal block (for sensor connection) 70 ø102 8 225 266 54 15 B Optical cable connection Indicator (option) 27 47 3 ø15 15 Type FUTS FUTT G1/2 1/2-14NPT D D "B" detail 6.5 M3 screw A + B – B E E Resistance bulb Thermocouple Connection diagram 26 Optical fieldbus equipment FFX-T Series Multi-point Temperature Converter DATA SHEET This multi-point temperature converter is used to receive input signals from a maximum of 8 points of thermocouple or resistance bulb temperature sensors and convert these signals into optical digital output signals. The signal transmitter using optical fiber cables configures an optical fieldbus system together with an optical star coupler and a host system. Specifications • Burnout: Functional specifications • Input: Thermocouple (J, E, K, R, T type) Resistance bulb (Pt100, JPt100, 3-wire system) • Input points: 8 points, max. Temperature sensors should be of the same type and the same range. • Output: Optical digital signal, Fieldbus Foundation specifications • Power supply: 24V DC (20 to 30V) or 85 to 264V AC 50/ 60 Hz, according to code symbols • Power consumption: About 1W ... 24V DC About 5VA ... 85-264V AC • Explosion-proof: Intrinsic safety explosion-proof, JIS ib II C T3 (under application) CENELEC ib II C T4 (under application), 24V DC only Used in combination with safety barrier (PWXCA001) • Zero point deviation: 80% of minimum-maximum temperatures within measuring range • Remote setting: Read-out from host system and setting items Item Read-out Setting Tag No. Sensor Temperature range Accuracy rating FRM1A J Thermocouple -200 to +400˚C ± 1.2˚C -200 to +75˚C ± 2.2˚C -200 to +400˚C ± 1.2˚C -200 to +800˚C ± 2.4˚C -200 to +600˚C ± 1.8˚C -200 to +1200˚C ± 3.6˚C FRM1B FRM1C E Thermocouple FRM1D FRM1E K Thermocouple FRM1F FRM1G R Thermocouple 0 to +1600˚C ± 4.8˚C FRM1H T Thermocouple -200 to +350˚C ± 1˚C FRM1 J Resistance bulb -200 to +300˚C ± 0.9˚C -200 to +600˚C ± 1.8˚C Pt100 Maximum range — FRM1 K Resistance bulb FRM1 M Pt100 Process variable • Measuring range: Sensor J Thermocouple FRM1B Temperature range -200 to +400˚C -200 to +750˚C E Thermocouple FRM1D FRM1E Type FRM1 L Unit of process variable FRM1C • Accuracy rating: — Damping constant FRM1A Performance specifications Serial No. Measuring range Type Previous output value is retained at burnout of sensor. With BAD status • Self-diagnosis: Detection of faults and transmission to host system; measurement error, sensor burnout, amplifier fault • Ambient temperature: -30 to +60˚C Intrinsic safety explosion-proof; -10 to +60˚C • Storage temperature: -40 to +70˚C • Ambient humidity: 95%RH or less • Regulation: Fieldbus Foundation specifications (Basic device, device type 411, AI function block) -200 to +400˚C -200 to +800˚C K Thermocouple FRM1F -200 to +600˚C -200 to +1200˚C FRM1G R Thermocouple 0 to +1600˚C FRM1H T Thermocouple -200 to +350˚C FRM1J Resistance bulb -200 to +300˚C FRM1L Pt100 FRM1K Resistance bulb FRM1M Pt100 -200 to +600˚C FRM1N Resistance bulb -200 to +300˚C FRM1P JPt100 -200 to +500˚C — FRM1N Resistance bulb -200 to +300˚C ± 0.9˚C FRM1P JPt100 -200 to +500˚C ± 1.5 ˚C Note) Accuracy: With linearize, reference junction compensation error not included • Reference junction compensation accuracy: ± 1˚C (for thermocouple) • Measuring cycle:2sec (at any input point) • Ambient temperature effect: (Variations at -30 to +60˚C) ± 0.5% of maximum measuring temperature • Allowable wiring resistance: Thermocouple; less than 100Ω Resistance bulb; less than 10Ω • Insulation: Fully insulated between input and output and between output and power supply by optical interface Power supply 24V DC 85 to 264V AC Withstand-voltage 500V AC, 1min 2000V AC, 1min Insulation resistance More than 100MΩ at 500V DC More than 100MΩ at 500V DC 27 FFX-T Series Multi-point Temperature Converter Structure and materials • Casing: Splash-proof type (IEC IP65 or equivalent) • Optical/power cable connection port: G1/2 or 1/2-14NPT ... according to code symbols • Sensor cable connection port: G11/4 or 11/4-11NPT ... according to code symbols • Mounting method: Mounting on 50A (2B) pipe with U-bolt or wall mounting .... according to code symbols • Mass: Approx. 9kg • Coating: Epoxy/urethane double coating • Dimensions: See outline diagram. Scope of delivery Instrument main unit, U-bolt (for pipe mounting) CODE SYMBOLS 1 2 3 4 5 6 7 8 F RM 9 10 1 - Description Input points (4th digit) 8 points 1 Measuring range (5th digit) J Thermocouple -200 to +400˚C J Thermocouple -200 to +750˚C E Thermocouple -200 to +400˚C E Thermocouple -200 to +800˚C K Thermocouple -200 to +600˚C K Thermocouple -200 to +1200˚C R Thermocouple 0 to +1600˚C T Thermocouple -200 to +350˚C Resistance bulb -200 to +300˚C 3-wire system Pt 100 (1989) Resistance bulb -200 to +600˚C 3-wire system Pt 100 (1989) Resistance bulb -200 to +300˚C 3-wire system Pt 100 (1997) Resistance bulb -200 to +600˚C 3-wire system Pt 100 (1997) Resistance bulb -200 to +300˚C 3-wire system JPt 100 Resistance bulb -200 to +500˚C 3-wire system JPt 100 A B C D E F G H J K L M N P Explosion-proof (6th digit) For general-use (non-explosion-proof) JIS Intrinsic safety (under application) *1 CENELEC Intrinsic safety (under application) A G K Power supply (7th digit) DC24V AC85 to 264V 50/60Hz 1 2 Optical connector (9th digit) FC type ST type F S A B C D Cable connection and mounting (10th digit) Cable connection Mounting G1/2, 11/4 Pipe mounting Wall mounting G1/2, 11/4 Pipe mounting NPT1/2, 11/4 Wall mounting NPT1/2, 11/4 *1: Not applicable for the 7th digit code 2 28 Optical fieldbus equipment FFX-T Series Multi-point Temperature Converter Optical fieldbus equipment Outline diagram 348.5 200 176 70 47.5 414 350 291 440 210 128 series Multi-point Temperature Converter U-bolt (M8) 4- ø9 (for mounting) Mounting pipe JIS 50A (2B) Blind plug E 40 50 A Sensor cable connection "B" detail 38.5 16.5 16.5 B Optical cable connection B Power cable connection D "A" detail 59.5 120.5 120.5 Type D E FRM1 * * *1– * A B G11/4 G1/2 C 11/4–11NPT 1/2–14NPT FRM1 * * *1– * D 29 Optical fieldbus equipment FFX-Z Series Optical-Pneumatic Converter DATA SHEET This instrument is used to convert optical digital signals into pneumatic signals proportional to the set value given from the host system for operating pneumatic actuatres such as pneumatic positioners, diaphragm valves, etc. The adoption of optical fiber cables to the signal transmission line configures an optical fieldbus system together with an optical star coupler and a host system. Specifications Functional specifications • Input: Optical digital signal, Fieldbus Foundation specifications • Output: Pneumatic output; 20 to 100kPa • Supply air pressure: 140kPa • Power supply: Built-in lithium battery Life: About 1.5 years ... under the following conditions Macro-cycle; 1sec Status read cycle; 4sec Token go-round; 0.25sec Voltage read cycle; 1hr • Explosion-proof: Intrinsic safety explosion-proof, JIS ib II C T3 (under application) CENELEC ib II C T4 (under application) • Self-diagnosis: Display on indicator and transmission to host Item Host Indicator Detector error Amplifier fault Battery voltage — Battery voltage-drop alarm • Remote setting: Read-out from host device and setting items Read-out Setting Tag No. Serial No. — Output value — Unit of output value Direction of emergency operation • Emergency operation: Direction of output pneumatic operation at input OFF is selected from the following 3 operations ... according to code symbols. Previous value hold / Scale-out below 0% (less than 5kPa) / Scale-out above 100% (more than 120kPa) • Ambient temperature: -20 to +60˚C Intrinsic safety explosion-proof; -10 to +60˚C • Storage temperature: -30 to +70˚C • Ambient humidity: 95%RH or less • Regulation: Fieldbus Foundation specifications (basic device, device type 411 AO function block) 30 Structure and materials • Casing: Measuring range error Item Performance specifications • Accuracy rating:± 0.5%, full scale (output ripple; about ± 0.2%) • Response speed: 3sec or less (90% response time at load capacity 0.5R) • Input/output characteristic: Linear • Air consumption: Steady time (at steady output); 8NR/min Maximum (at sudden change of output); 60NR/min Splash-proof type, JIS C 0920 (IEC IP54 or equivalent) • Air piping connection port: Rc 1/4 or 1/4 -18NPT (according to code symbols) • Optical cable connection: G1/2 or 1/2-14NPT (according to code symbols) • Mounting method: Mounting on 50A (2B) pipe with U-bolt or wall mounting • Coating: Epoxy/urethane double coating, color; silver (blue for case cover) • Mass: Approx. 5.3kg • Dimensions: See outline diagram. Option specifications • Indicator: 5-digit LCD display, % or actual scale display Scope of delivery Instrument main unit, pipe mounting brackets FFX-Z Series Optical-Pneumatic Converter Optical fieldbus equipment CODE SYMBOLS 1 2 3 4 5 6 7 8 ZLK1 9 10 11 1 - Description Output air pressure/ supply pressure (4th digit) 20 to 100kPa / 140kPa 1 Air piping connection/ opt.cable connection (5th digit) Rc1/4 / G1/2 1/4-18NPT / 1/2-14NPT S T Optical connector (6th digit) FC connector ST connector F S Indicator (7th digit) None Digital, % display Digital, actual scale display A L P Explosion-proof (9th digit) For general-use (non-explosion-proof) JIS Intrinsic safety (under application) CENELEC Intrinsic safety (under application) A G K Emergency operation (at input OFF) (10th digit) Previous value hold Scale-out below 0% Scale-out above 100% A B C Y A Air set (11th digit) None With air regulater 31 FFX-Z Series Optical-Pneumatic Converter Optical fieldbus equipment Outline diagram 225 Mounting pipe JIS 50A (2B) 64.5 108 70 91 U-bolt (M8) 191 130 214 SUP OUT 25 Indicator (option) 27 64 Pressure gauge (output) B Optical cable connection 39 47 2-air connection port ø15 Type ZLK1T Air connection port Rc 1/4 1/4-18NPT Optical cable connection D G 1/2 1/2-14NPT 15 3 ZLK1S D "B" detail 32 Optical fieldbus equipment Optical Star Coupler DATA SHEET This optical star coupler is used to branch optical signals; signals from the host system are branched for transmission to each field device, while signals from field devices are transmitted to the host system. It is a reflection type star coupler capable of communications between field devices, and configures an optical fieldbus system together with field devices and host system. Specifications Function/performance • Number of branches: 16 branches • Applicable optical fiber: Silica fiber ... core/cladding dia. 100/140 µm PCF fiber ... core/cladding dia. 200/230 µm ... according to code symbols • Applicable optical connector: FC connector or ST connector ... according to code symbols • Insertion loss: Silica; Max. 17.5dB PCF; Max. 18.5dB • Ambient temperature: Silica; -30 to +70˚C PCF; -20 to +60˚C • Storage temperature: Silica; -40 to +80˚C PCF; -30 to +70˚C • Ambient humidity: 95%RF or less Fieldbus Foundation specifications • Regulation: Silica fiber (A1d) device type 421 PCF fiber (A3C) device type 422 CODE SYMBOLS 1 2 3 4 5 6 7 8 FXB 001 1 2 1 2 Description Applicable optical fiber Silica; (100/140 µm) PCF; (200/230 µm) Applicable optical connector FC connector ST connector Scope of delivery Instrument main unit Structure and materials • Casing: Dust-proof type JIS C 0920 ... indoor-use (IEC IP50 or equivalent) • Coating: Melamine coating, color; Munsell 7.5BG6/1.5 • Mounting method: Wall mounting • Dimensions: See outline diagram. • Mass: Approx. 1.8kg • Material: Case, steel plate 33 Optical star coupler Optical fieldbus equipment Outline diagram FXB 1 2 70 100 165 330 310 290 1.6 30 77 20 13 4– ø9 (for mounting) 34 34 34 34 34 34 34 Receptacle (for FC connector) FXB 2 9 70 100 165 330 310 290 1.6 30 77 20 13 4– ø9 (for mounting) 34 34 34 34 34 34 34 Receptacle (for ST connector) Caution on Safety *Before using this product, be sure to read its instruction manual in advance. Head Office Gate City Ohsaki, East Tower, 11-2, Osaki 1-chome, Shinagawa-ku, Tokyo 141-0032, Japan http://www.fesys.co.jp/eng Instrumentation Div. International Sales Dept. No.1, Fuji-machi, Hino-city, Tokyo, 191-8502 Japan Phone: 81-42-585-6201, 6202 Fax: 81-42-585-6187 http://www.fic-net.jp/eng Information in this catalog is subject to change without notice. Printed in Japan