MODEL: R7FN. Remote I/O R7 Series FLEX NETWORK I/O MODULE

Transcription

1 MODEL: RFN Remote I/O R Series FLEX NETWORK I/O MODULE /C0: Rubber coating EX-FACTORY SETTING /SET: Preset according to the Ordering Information Sheet (No. ESU-0-x) ORDERING INFORMATION Basic module: RFN-[]-R[] Specify a code from below for each [] and []. (e.g. RFN-DCA-R/Q) Specify the specification for option code /Q (e.g. /C0/SET) MODEL: RFN [] R[] [] I/O TYPE DA: Discrete input, points DCA: NPN transistor output, points DCB: PNP transistor output, points DACA: Discrete input, points NPN transistor output, points DACB: Discrete input, points PNP transistor output, points DCC: Relay contact output, points SV: DC voltage/current input (0 V/0 ma), points SVF: DC voltage/current input (0 V/0 ma), high speed, points, non-isolated (CE not available) TS: Thermocouple input, points RS: RTD input, points YV: DC voltage output, points YS: DC current output, points POWER INPUT DC Power R: V DC [] OPTIONS blank: none /Q: With options (specify the specification) OF OPTION: Q (multiple selections) COATING (For the detail, refer to M-System's web site.) /C0: Silicone coating /C0: Polyurethane coating FUTIONS & FEATURES The RFN interfaces discrete I/O signals with a PLC via FLEX NETWORK. Input sensor type (thermocouple, RTD) and range can be selected with the front DIP switches for all channels. In order to set different selections for individual channels, the PC Configurator Software (model: RCON) is used. The analog modules are compatible with the screen editor GP-Pro EX (Ver..0 or later). For versions between.0 and.0, the driver must be installed. The driver is downloadable at Digital Electronics Corporation's web site. FLEX NETWORK is registered trademark of Digital Electronics Corporation in Japan. RELATED PRODUCTS PC configurator software (model: RCON) Downloadable at M-System s web site. A dedicated cable is required to connect the module to the PC. Please refer to the internet software download site or the users manual for the PC configurator for applicable cable types. GENERAL Common Specifications Power input: V DC ±0 %; ripple 0 %p-p max. Insulation resistance: 00 MΩ with 00 V DC Dielectric strength: 00 V minute (Refer to each model for isolated sections.) Operating temperature: -0 to + C ( to F) Operating humidity: 0 to 0 %RH (non-condensing) Atmosphere: No corrosive gas or heavy dust Storage temperature: -0 to + C (- to + F) Mounting: DIN rail ( mm wide) Connection: M separable screw terminals (torque 0. N m) Screw terminal material: Nickel-plated steel Recommended solderless terminal: Communication cable Applicable wire size: 0. to 0. mm (AWG - ) Recommended manufacturer: Japan Solderless Terminal M.Co.Ltd Others Applicable wire size: 0. to. mm (AWG to ) Recommended manufacturer: Japan Solderless Terminal M.Co.,Ltd, Nichifu Co.,Ltd RFN ES-0 Rev.0 Page /

2 MODEL: RFN Housing material: Flame-resistant resin (gray) Status indicator LEDs: PWR, RUN (Refer to the instruction manual for details) Current Consumption & Weight RFN-DA: Approx. 0 ma, 00 g (0. lb) RFN-DCA: Approx. 0 ma, 00 g (0. lb) RFN-DCB: Approx. 0 ma, 00 g (0. lb) RFN-DACA: Approx. 0 ma, 00 g (0. lb) RFN-DACB: Approx. 0 ma, 00 g (0. lb) RFN-DCC: Approx. 0 ma (approx. 0 ma*), 00 g (0. lb) RFN-SV: Approx. 0 ma, 00 g (0. lb) RFN-SVF: Approx. 0 ma, 00 g (0. lb) RFN-TS: Approx. 0 ma, 00 g (0. lb) RFN-RS: Approx. 0 ma, 00 g (0. lb) RFN-YV: Approx. 00 ma, 00 g (0. lb) RFN-YS: Approx. 0 ma, 00 g (0. lb) * Relay driving current. Recommended solderless terminal. (.) max Measurement Category II (output) Pollution Degree Output to power: Basic insulation (0 V) RoHS Directive EN 0 (.) max mm (inch) FLEX NETWORK COMMUNICATION Communication configuration: : N Connection method: Multi-drop Connection Communication method: Cyclic Time Division, half-duplex Communication I/F: Differential, pulse transfer isolation Error Check: Format, bit, CRC- verification Max. Number of Nodes: (00 I/O points) Network cable: Pro-face s following cable FN-CABLE00--MS (0 m) FN-CABLE00--MS (0 m) FN-CABLE00--MS (00 m) Transmission distance: Mbps: 00 meters ( ft) Mbps: 00 meters ( ft) Station address: Rotary switch (Refer to the instruction manual) Terminating resistor: Built-in STANDARDS & APPROVALS EU conformity: EMC Directive EMI EN EMS EN Low Voltage Directive (RFN-DCC only. Refer to the instruction manual for the detailed information.) EN 00-, EN RFN ES-0 Rev.0 Page /

3 MODEL: RFN EXTERNAL VIEW Station Address Setting Rotary SW Status Indicator LED Operating Mode Setting DIP SW (SW) PC Configurator Jack * Discrete I/O Status Indicator LED * PWR RUN X0 X ON 0 A B C D E F F0ABCDE STATION ADD. F0ABCDE CN. 0 Network, Power Supply Terminals I/O Terminals * *. Not available with discrete I/O modules. *. Not available with analog I/O modules. LED through F are not available for -point discrete output modules. *. 0-pin terminal block available with analog output modules. CONNECTION DIAGRAMS NETWORK, POWER SUPPLY TERMINAL ASSIGNMENT TR- +V JP+ JP- NO. ID FUTION, NOTES JP+ Terminating resistor Terminating resistor Network Network +V Power input (V DC) Power input () MASTER CONNECTION Master Station Slave Station Slave Station Terminating Resistor SHIELD JP+ JP+ Terminating Short Bar Note: Be sure to use the terminator(s) located at both ends of the modules. RFN ES-0 Rev.0 Page /

4 DATA CONVERSION 0 00% DATA CONVERSION Analog input data is converted into digital representations of 0 00% proportional to each scaled range. The converted % values are multiplied by 00 and expressed in bits. Overrange input is possible from - to +% of the nominal range. When the signal exceeds the limit, the data is fixed at -% or +% respectively. Negative value is represented in ʼs complements. Input Range 0 V DC Input Value -0. V 0 V V. V Input % -% 0% 00% % Converted Data, Decimal Converted Data, Hex FA 0 0 CEC MODEL: RFN 00 (CEC) 0000 (0) (V) -00 (FA) Analog output is converted in the reverse order of the input data. The output range 0 V DC is expressed as 0000 at.0 V (00%) and 0 at 0 V (0%). ENGINEERING UNIT CONVERSION Engineering unit value C or K is multiplied by 0 and expressed in bits. F data is represented in engineering unit value, without multiplication. Negative value is represented in ʼs complements. Input TYPE K Thermocouple Input Value - C -0 C 0 C C Converted Data, Decimal Converted Data, Hex F0 FA 0 0 (0) 00 () ( C) -00 (FA) -0 (F0) RFN ES-0 Rev.0 Page /

5 MODEL: RFN I/O DATA DESCRIPTIONS DISCRETE I/O 0 : OFF : ON 0 DA DCA DCB DACA DACB DCC Input 0 Output 0 Input 0 Output 0 Input Output Input Output Input Output Input Output Input Output Input Output : : : : Input Output Input Output Input Output Output 0 Unused : : : : Input Output Output Unused ANALOG I/O 0 -bit binary data Negative values represented in s complements DIMENSIONS unit: mm (inch) DISCRETE I/O MODULE, ANALOG INPUT MODULE (.) (.) (.) 0 (.). (.) 0 DIN RAIL mm wide (.). (.) M SCREW TERMINALS for Network, POWER For Thermocouple Input 0 (.) [ (.0)] (.) (.) (.) M SCREW TERMINALS for I/O (.) (.) DIN RAIL mm wide 0 (.) [ (.0)] RFN ES-0 Rev.0 Page /

6 MODEL: RFN ANALOG OUTPUT (.) (.) (.). (.) (.) 0 (.). (.) (.) 0 (.) 0 (.) [ (.0)] DIN RAIL mm wide M SCREW TERMINALS for Network, POWER 0 M SCREW TERMINALS for Output RFN ES-0 Rev.0 Page /

7 MODEL: RFN DISCRETE INPUT MODULE, points MODEL:RFN DA Common: Positive or negative common (PNP/NPN) per points Number of I/O: Input, points Maximum inputs applicable at once: No limit (at V DC) Input status indicator: LED turns ON with contact ON : Input to FLEX NETWORK to power input to Data allocation: Rated input voltage: V DC ±0 %; ripple %p-p max. ON voltage / current: V DC (input COM) /. ma OFF voltage / current: V DC (input COM) / ma Input current:. ma per point at V DC Input resistance: Approx.. kω ON delay:.0 msec. OFF delay:.0 msec. 0 COM X X0 COM X X X X X X X X XA XB XC XD XE XF Note: In order to improve EMC performance, bond the terminal to ground. Caution: terminal is NOT a protective conductor terminal. COM COM 0 X0 X X X X XA XC XE X X X X X XB XD XF Input JP+ V DC NO. ID FUTION NO. ID FUTION COM Common 0 COM Common X0 Input 0 X Input X Input X Input X Input X Input X Input X Input X Input X Input XA Input 0 XB Input XC Input XD Input XE Input XF Input Input COM COM 0 X0 XF Input Connection Example PNP Connection + COM NPN Connection + COM COM 0 COM 0 X0 X0 XF XF RFN ES-0 Rev.0 Page /

8 MODEL: RFN NPN TRANSISTOR OUTPUT MODULE, points MODEL:RFN DCA Common: Negative common (NPN) per points Number of I/O: Output, points Maximum outputs applicable at once: No limit (at V DC) Output status indicator: LED turns ON with contact ON : Output to FLEX NETWORK to power input to Data allocation: Rated load voltage: V DC ±0 % Rated output current: 0. A per point,.0 A per common Residual voltage:. V Leakage current: 0. ma ON delay: 0. msec. OFF delay:. msec. (When driving an inductive load, connect a diode in parallel with the load.) Note: In order to improve EMC performance, bond the terminal to ground. Caution: terminal is NOT a protective conductor terminal. JP+ V DC Output 0 +V Y0 Y Y Y Y YA YC YE Y Y Y OPERATING MODE SETTING (*) Factory setting Caution! - SW- through - are unused. Be sure to turn off unused ones. Output at the Loss of Communication (SW-) SW- Output at the loss of communication OFF Hold the output (*) (maintains the last data received normally) ON Reset the output (turned off) 0 + V Y Y0 0 V Y Y Y Y Y Y Y Y YA YB YC YD YE YF NO. ID FUTION NO. ID FUTION 0 V 0 V (common) 0 + V V DC Y0 Output 0 Y Output Y Output Y Output Y Output Y Output Y Output Y Output Y Output Y Output YA Output 0 YB Output YC Output YD Output YE Output YF Output Output Output Connection Example +V 0 Y0 + Y Y YB YD YF 0 +V Y0 YF YF RFN ES-0 Rev.0 Page /

9 MODEL: RFN PNP TRANSISTOR OUTPUT MODULE, points MODEL:RFN DCB Common: Positive common (PNP) per points Number of I/O: Output, points Maximum outputs applicable at once: No limit (at V DC) Output status indicator: LED turns ON with contact ON : Output to FLEX NETWORK to power input to Data allocation: Rated load voltage: V DC ±0 % Rated output current: 0. A per point,.0 A per common Residual voltage:. V Leakage current: 0. ma ON delay: 0. msec. OFF delay:. msec. (When driving an inductive load, connect a diode in parallel with the load.) Note: In order to improve EMC performance, bond the terminal to ground. Caution: terminal is NOT a protective conductor terminal. JP+ V DC Output 0 +V Y0 Y Y Y Y YA YC YE Y Y Y Y OPERATING MODE SETTING (*) Factory setting Caution! - SW- through - are unused. Be sure to turn off unused ones. Output at the Loss of Communication (SW-) SW- Output at the loss of communication OFF Hold the output (*) (maintains the last data received normally) ON Reset the output (turned off) Output 0 +V Y YB YD YF 0 + V Y Y0 0 V Y Y Y Y Y Y Y Y YA YB YC YD YE YF Y0 YF NO. ID FUTION NO. ID FUTION 0 V 0 V 0 + V V DC (common) Y0 Output 0 Y Output Y Output Y Output Y Output Y Output Y Output Y Output Y Output Y Output YA Output 0 YB Output YC Output YD Output YE Output YF Output Output Connection Example +V 0 + Y0 YF RFN ES-0 Rev.0 Page /

10 MODEL: RFN DISCRETE INPUT & NPN TRANSISTOR OUTPUT MODULE, points each MODEL:RFN DACA COMMON Common: Negative common (NPN) per points Number of I/O: Input, points; Output, points Maximum I/O applicable at once: No limit (at V DC) I/O status indicator: LED turns ON with contact ON : Input or output to FLEX NETWORK to power input to Data allocation: INPUT Rated input voltage: V DC ±0 %; ripple %p-p max. ON voltage/current: V DC (input-com) /. ma OFF voltage/current: V DC (input-com) / ma Input current:. ma per point at V DC Input resistance: Approx.. kω ON delay:.0 msec. OFF delay:.0 msec. OUTPUT Rated load voltage: V DC ±0 % Rated output current: 0. A per point,.0 A per common Residual voltage:. V Leakage current: 0. ma ON delay: 0. msec. OFF delay:. msec. (When driving an inductive load, connect a diode in parallel with the load.) NO. ID FUTION NO. ID FUTION COM Common 0 +V V DC X0 Input 0 X Input X Input X Input X Input X Input X Input X Input Y0 Output 0 Y Output Y Output Y Output Y Output Y Output Y Output Y Output OPERATING MODE SETTING (*) Factory setting Caution! - SW- through - are unused. Be sure to turn off unused ones. Output at the Loss of Communication (SW-) SW- Output at the loss of communication OFF Hold the output (*) (maintains the last data received normally) ON Reset the output (turned off) RFN ES-0 Rev.0 Page 0/

11 MODEL: RFN Note: In order to improve EMC performance, bond the terminal to ground. Caution: terminal is NOT a protective conductor terminal. Input COM X0 JP+ X X X V DC X X X X Y0 Y Y Y Y Y Y Y Output 0 +V Input COM X0 X Output 0 +V Y0 Y COM I/O Connection Example +V 0 COM + X0 X Y0 Y RFN ES-0 Rev.0 Page /

12 MODEL: RFN DISCRETE INPUT & PNP TRANSISTOR OUTPUT MODULE, points each MODEL:RFN DACB COMMON Common: Positive common (PNP) per points Number of I/O: Input, points; Output, points Maximum I/O applicable at once: No limit (at V DC) I/O status indicator: LED turns ON with contact ON : Input or output to FLEX NETWORK to power input to Data allocation: INPUT Rated input voltage: V DC ±0 %; ripple %p-p max. ON voltage/current: V DC (input-com) /. ma OFF voltage/current: V DC (input-com) / ma Input current:. ma per point at V DC Input resistance: Approx.. kω ON delay:.0 msec. OFF delay:.0 msec. OUTPUT Rated load voltage: V DC ±0 % Rated output current: 0. A per point,.0 A per common Residual voltage:. V Leakage current: 0. ma ON delay: 0. msec. OFF delay:. msec. (When driving an inductive load, connect a diode in parallel with the load.) NO. ID FUTION NO. ID FUTION COM Common 0 +V V DC X0 Input 0 X Input X Input X Input X Input X Input X Input X Input Y0 Output 0 Y Output Y Output Y Output Y Output Y Output Y Output Y Output OPERATING MODE SETTING (*) Factory setting Caution! - SW- through - are unused. Be sure to turn off unused ones. Output at the Loss of Communication (SW-) SW- Output at the loss of communication OFF Hold the output (*) (maintains the last data received normally) ON Reset the output (turned off) RFN ES-0 Rev.0 Page /

13 MODEL: RFN Note: In order to improve EMC performance, bond the terminal to ground. Caution: terminal is NOT a protective conductor terminal. Input 0 +V X0 JP+ X X X V DC X X X X Y0 Y Y Y Y Y Y Y Output COM Input +V 0 X0 X Output 0 +V Y0 Y COM I/O Connection Example +V 0 + COM X0 X Y0 Y RFN ES-0 Rev.0 Page /

14 MODEL: RFN RELAY CONTACT OUTPUT MODULE, points MODEL:RFN DCC Common: common per points ( terminals) Maximum current load:.0 A per point Common current: Max. A ( terminals) Number of I/O: Relay contact output, points Maximum outputs applicable at once: No limit (at V DC) Output status indicator: LED turns ON with contact ON : Output to FLEX NETWORK to power input to Data allocation: Relay driving power: V DC ±0 %, 0 ma Rated load: 0 V A (cos ø = ) 0 V A (resistive load) Electrical life 0 cycles (rate 0/min.) *Limited to the max. voltage V AC or to the use for Measurement Category I in order to conform with EU Directive. Maximum switching voltage: 0 V AC or 0 V DC Maximum switching power: 0 VA or 0 W Minimum load: V ma Mechanical life: 0 cycles (rate 00/min.) When driving an inductive load, external contact protection and noise quenching are recommended. ON delay: 0 msec. OFF delay: 0 msec. OPERATING MODE SETTING (*) Factory setting Caution! - SW- through - are unused. Be sure to turn off unused ones. Output at the Loss of Communication (SW-) SW- Output at the loss of communication OFF Hold the output (*) (maintains the last data received normally) ON Reset the output (turned off) NO. ID FUTION NO. ID FUTION 0 V 0 V 0 + V V DC Common 0 Y0 Output 0 Common 0 Y Output Common 0 Y Output Common 0 Y Output COM Common Y Output COM Common Y Output COM Common Y Output COM Common Y Output Note: In order to improve EMC performance, bond the terminal to ground. Caution: terminal is NOT a protective conductor terminal. JP+ V DC Output Connection Example points / common points / common +V 0 V DC + +V 0 Ry Ry Ry Ry Ry Ry Ry Ry V DC + Y0 Y Y Y Y Y Y Y COM COM COM COM 0 +V 0 + V Y0 0 V Y Y Y Y COM Y COM Y COM Y COM Y0 Y Y Y COM COM Y0 Y Y Y COM COM + + RFN ES-0 Rev.0 Page /

15 MODEL: RFN DC VOLTAGE/CURRENT INPUT MODULE, points MODEL: RFN SV : Input 0 to input to input to input to FLEX NETWORK to power input to Data allocation: Converted data range: of the input range Input range Wide span voltage: V DC, - + V DC, 0 0 V DC, 0 V DC, V DC Narrow span voltage: - + V DC, 0 V DC, V DC Current range: ma DC, 0 0 ma DC, 0 ma DC Input resistance Wide span voltage: MΩ Narrow span voltage: 00 kω Current range: 0 Ω Conversion rate / conversion accuracy: 0 msec./±0. %, 0 msec./±0. %, 0 msec./±0. %, 0 msec./±0. % Response time: Conversion rate + 0 msec. (0 0 %) Temperature coefficient: ±0.0 %/ C (±0.00 %/ F) OPERATING MODE SETTING (*) Factory setting Caution! - SW-, SW- and SW- are unused. Be sure to turn off unused ones. Input Range (SW-, -, -, -) SW- SW- SW- SW- Input range OFF OFF OFF OFF -0 + DC (*) ON OFF OFF OFF - +V DC OFF ON OFF OFF - +V DC ON ON OFF OFF 0 DC OFF OFF ON OFF 0 V DC ON OFF ON OFF V DC OFF ON ON OFF 0 V DC ON ON ON OFF V DC ON OFF OFF ON -0 +0mA DC OFF ON OFF ON 0mA DC ON ON OFF ON 0 0mA DC ON ON ON ON PC Confi gurator setting VH0 0 VL0 I0 VH VL I COM VH VL I COM VH VL I COM NO. ID FUTION NO. ID FUTION VH0 Wide span volt. 0 0 VL0 Narrow span volt. 0 Common 0 I0 Current range 0 VH Wide span volt. VL Narrow span volt. COM Common I Current range No connection No connection VH Wide span volt. VL Narrow span volt. COM Common I Current range VH Wide span volt. VL Narrow span volt. COM Common I Current range Note: In order to improve EMC performance, bond the terminal to ground. Caution: terminal is NOT a protective conductor terminal. INPUT 0 VH0 VL0 0 I0 INPUT VH VL I COM INPUT VH VL I COM INPUT VH VL I COM Input Input Input Input JP+ V DC Input Connection Examples + VHn VHn VHn WIDE SPAN VOLTAGE VLn In NARROW SPAN VOLTAGE + VLn + In CURRENT RANGE VLn In COMn COMn COMn Be sure to close across VLn and In terminals for a current input. RFN ES-0 Rev.0 Page /

16 MODEL: RFN DC VOLTAGE/CURRENT INPUT MODULE, points (high speed, non-isolated) MODEL: RFN SVF VH0 0 VL0 I0 VH VL I COM VH VL I COM VH VL I COM : Input to FLEX NETWORK to power input to Data allocation: Converted data range: of the input range Input range Wide span voltage: V DC, - + V DC, 0 0 V DC, 0 V DC, V DC Narrow span voltage: - + V DC, 0 V DC, V DC Current range: ma DC, 0 0 ma DC, 0 ma DC Input resistance Wide span voltage: > MΩ Narrow span voltage: > 00 kω Current range: 0 Ω Moving average: No averaging,,, samples (Selectable with PC Configurator Software) Conversion rate/conversion accuracy: msec./±0. % Response time: Conversion rate + scan time (0 0 %) Scan time depends on the Final Satellite (FS) value of Center IC (master) configuration and transfer rate (TBPS). It is calculated with the following formula. Scan time = FS TBPS (seconds) E.g) When Final satellite value =, transfer rate = Mbps, scan time is = / M =. msec. Temperature coefficient: ±0.0 %/ C (±0.00 %/ F) OPERATING MODE SETTING (*) Factory setting Caution! - SW-, SW- and SW- are unused. Be sure to turn off unused ones. Input Range (SW-, -, -, -) SW- SW- SW- SW- Input range OFF OFF OFF OFF -0 + DC (*) ON OFF OFF OFF - +V DC OFF ON OFF OFF - +V DC ON ON OFF OFF 0 DC OFF OFF ON OFF 0 V DC ON OFF ON OFF V DC OFF ON ON OFF 0 V DC ON ON ON OFF V DC ON OFF OFF ON -0 +0mA DC OFF ON OFF ON 0mA DC ON ON OFF ON 0 0mA DC ON ON ON ON PC Confi gurator setting NO. ID FUTION NO. ID FUTION VH0 Wide span volt. 0 0 VL0 Narrow span volt. 0 Common 0 I0 Current range 0 VH Wide span volt. VL Narrow span volt. COM Common I Current range No connection No connection VH Wide span volt. VL Narrow span volt. COM Common I Current range VH Wide span volt. VL Narrow span volt. COM Common I Current range INPUT 0 VH0 VL0 0 I0 INPUT VH VL I COM INPUT VH VL I COM INPUT VH VL I COM Input Connection Examples WIDE SPAN VOLTAGE + VHn VLn In COMn Input Input Input Input NARROW SPAN VOLTAGE VHn In COMn Be sure to close across VLn and In terminals for a current input. JP+ VHn + VLn + VLn CURRENT RANGE In COMn V DC RFN ES-0 Rev.0 Page /

17 MODEL: RFN THERMOCOUPLE INPUT MODULE, points MODEL: RFN TS : Input 0 to input to input to input to FLEX NETWORK to power input to Data allocation: Converted data range: Engineering unit value ( C, K) 0 (integer); No multiplication for F Linearization: Standard Thermocouple: K, E, J, T, B, R, S, C, N, U, L, P, PR Cold junction compensation: CJC sensor attached to the input terminals Input resistance: 0 kω Burnout sensing: 0. μa Conversion accuracy: ± C (±. F); ±.0 C (±. F) for B, R, S, C, PR Conversion rate: 0 msec. or 00 msec. Response time: Conversion rate + 0 msec. (0 0 %) Temperature coefficient: ±0.0 %/ C (±0.00 %/ F) of max. span CJC error: ±.0 C at C ±0 C (±. F at F ± F) ±. C (±. F) for R, S, PR T/C BURNOUT INDICATION ( C) Downscale Upscale CONFORMAE RANGE ( C) K (CA) to +0 E (CRC) to +000 J (IC) to +00 T (CC) to + 00 B (RH) to 0 R to 0 S to 0 C (WRe -) to N to +00 U to +00 L to +00 P (Platinel II) to (PR) to 0 BURNOUT T/C CONFORMAE INDICATION ( F) RANGE ( F) Downscale Upscale K (CA) to + E (CRC) to + J (IC) to + T (CC) to + B (RH) to 00 R - +0 to 00 S - +0 to 00 C (WRe -) - + to N to + U to + L to + P (Platinel II) - + to (PR) - +0 to 00 OPERATING MODE SETTING (*) Factory setting Caution! - SW- and SW- are unused. Be sure to turn off unused ones. Thermocouple Type (SW-, -, -, -) SW- SW- SW- SW- Thermocouple type OFF OFF OFF OFF K (CA) (*) ON OFF OFF OFF E (CRC) OFF ON OFF OFF J (IC) ON ON OFF OFF T (CC) OFF OFF ON OFF B (RH) ON OFF ON OFF R OFF ON ON OFF S ON ON ON OFF C (WRe -) OFF OFF OFF ON N ON OFF OFF ON U OFF ON OFF ON L ON ON OFF ON P (Platine II) OFF OFF ON ON (PR) ON ON ON ON PC Configurator setting Burnout (SW-) SW- Burnout OFF Upscale (*) ON Downscale 0 +IN0 IN0 +IN CJ0 +CJ +CJ0 IN CJ +IN IN CJ +CJ +IN +CJ CJ IN NO. ID FUTION NO. ID FUTION +CJ0 CJC IN0 T/C + 0 CJ0 CJC 0 IN0 T/C 0 +CJ CJC + +IN T/C + CJ CJC IN T/C No connection No connection +CJ CJC + +IN T/C + CJ CJC IN T/C +CJ CJC + +IN T/C + CJ CJC IN T/C RFN ES-0 Rev.0 Page /

18 MODEL: RFN Note: In order to improve EMC performance, bond the terminal to ground. Caution: terminal is NOT a protective conductor terminal. INPUT 0 +IN0 IN0 0 Input +CJ0 JP+ CJ0 INPUT +IN Input IN V DC +CJ CJ INPUT +IN Input IN +CJ CJ INPUT +IN Input IN +CJ CJ Input Connection Example T/C + +INn INn CJC SENSOR +CJn CJn RFN ES-0 Rev.0 Page /

19 MODEL: RFN RTD INPUT MODULE, points MODEL: RFN RS : Input 0 to input to input to input to FLEX NETWORK to power input to Data allocation: Converted data range: Engineering unit value ( C, K) 0 (integer); No multiplication for F Linearization: Standard RTD: Pt 00 (JIS, IEC), Pt 00 (JIS ), JPt 00 (JIS ), Pt 0 Ω (JIS ), Ni 00, Cu 0, Cu 0 Sensing current: ma Input resistance: MΩ Maximum leadwire resistance: 00 Ω per wire Conversion accuracy: ± C (±. F); ± C (±. F) for Cu 0 Conversion rate: 0 msec. or 00 msec. Response time: Conversion rate + 0 msec. (0 0 %) Temperature coefficient: ±0.0 %/ C (±0.00 %/ F) of max. span RTD BURNOUT INDICATION ( C) CONFORMAE Downscale Upscale RANGE ( C) Pt 00 (JIS, IEC) to +0 Pt 00 (JIS ) to +0 JPt 00 (JIS ) to +0 Pt 0 Ω (JIS ) to + Ni to +0 Cu C to +0 Cu to +0 RTD BURNOUT INDICATION ( F) CONFORMAE Downscale Upscale RANGE ( F) Pt 00 (JIS, IEC) to + Pt 00 (JIS ) to +0 JPt 00 (JIS ) to +0 Pt 0 Ω (JIS ) to +00 Ni to + Cu C to + Cu to +0 OPERATING MODE SETTING (*) Factory setting Caution! - SW- and SW- are unused. Be sure to turn off unused ones. RTD Type (SW-, -, -, -) SW- SW- SW- SW- RTD Type OFF OFF OFF OFF Pt 00 (JIS, IEC) (*) ON OFF OFF OFF Pt 00 (JIS ) OFF ON OFF OFF JPt 00 (JIS ) ON ON OFF OFF Pt 0Ω (JIS ) OFF OFF ON OFF Ni 00 ON OFF ON OFF Cu C OFF OFF OFF ON Cu 0 ON ON ON ON PC Confi gurator setting Burnout (SW-) SW- Burnout OFF Upscale (*) ON Downscale 0 INA0 INb0 INA INB0 INb INB INA INb INB INA INB INb NO. ID FUTION NO. ID FUTION No connection 0 INA0 RTD 0-A INB0 RTD 0-B INb0 RTD 0-b No connection INA RTD -A INB RTD -B INb RTD -b No connection No connection No connection INA RTD -A INB RTD -B INb RTD -b No connection INA RTD -A INB RTD -B INb RTD -b RFN ES-0 Rev.0 Page /

20 MODEL: RFN Note: In order to improve EMC performance, bond the terminal to ground. Caution: terminal is NOT a protective conductor terminal. INPUT 0 INA0 0 INB0 INb0 INPUT INA Input Input JP+ INB INb INPUT INA Input V DC INB INb INPUT INA Input INB INb Input Connection Example RTD A INAn B B INBn INbn RFN ES-0 Rev.0 Page 0/

21 MODEL: RFN DC VOLTAGE OUTPUT MODULE, points MODEL: RFN YV : Output 0 to output to power input to FLEX NETWORK to Data allocation: Converted data range: of the output range Output range Wide span voltage: V DC, - + V DC, 0 0 V DC, 0 V DC, V DC Narrow span voltage: - + V DC, 0 V DC, V DC Operational range: - + % of the output range (except V DC); approx V DC (-0 +0 V DC) Load resistance: 00 kω Conversion accuracy: ±0. % Response time: 0 msec. (0 0 %) Temperature coefficient: ±0.0 %/ C (±0.00 %/ F) OPERATING MODE SETTING (*) Factory setting Caution! - SW- and SW- are unused. Be sure to turn off unused ones. Output Range (SW-, -, -, -) SW- SW- SW- SW- Output range OFF OFF OFF OFF -0 + DC (*) ON OFF OFF OFF - +V DC OFF ON OFF OFF - +V DC ON ON OFF OFF 0 DC OFF OFF ON OFF 0 V DC ON OFF ON OFF V DC OFF ON ON OFF 0 V DC ON ON ON OFF V DC ON ON ON ON PC Confi gurator setting Output at the Loss of Communication (SW-) SW- Output at the loss of communication OFF Hold the output (*) (maintains the last data received normally) ON Reset the output (to -% or approx. -. V DC) VH0 VL0 VH COM 0 VL COM NO. ID FUTION NO. ID FUTION No connection No connection Common 0 VH0 Wide span volt. 0 Common 0 VL0 Narrow span volt. 0 COM Common VH Wide span volt. COM Common 0 VL Narrow span volt. Note: In order to improve EMC performance, bond the terminal to ground. Caution: terminal is NOT a protective conductor terminal. JP+ V DC Output Connection Examples VHn VLn + COMn WIDE SPAN VOLTAGE VHn Output OUTPUT 0 VH0 Output OUTPUT VH VLn + NARROW SPAN VOLTAGE COMn 0 VL VL0 COM COM RFN ES-0 Rev.0 Page /

22 MODEL: RFN DC CURRENT OUTPUT MODULE, points MODEL: RFN YS : Output 0 to output to power input to FLEX NETWORK to Data allocation: Converted data range: of the output range Output range: 0 ma DC Load resistance: 00Ω Conversion accuracy: ±0. % Response time: 0 msec. (0 0 %) Temperature coefficient: ±0.0 %/ C (±0.00 %/ F) OPERATING MODE SETTING (*) Factory setting Caution! - SW- through - are unused. Be sure to turn off unused ones. Output at the Loss of Communication (SW-) SW- Output at the loss of communication OFF Hold the output (*) (maintains the last data received normally) ON Reset the output (to -%) Note: In order to improve EMC performance, bond the terminal to ground. Caution: terminal is NOT a protective conductor terminal. JP+ V DC Output Output OUTPUT I 0 OUTPUT 0 I0 COM I0 I COM 0 NO. ID FUTION NO. ID FUTION No connection No connection Common 0 I0 Current 0 No connection No connection COM Common I Current No connection 0 No connection RFN ES-0 Rev.0 Page /

23 MODEL: RFN Specifications are subject to change without notice. RFN ES-0 Rev.0 Page /