MODEL: R3-NL2. RELATED PRODUCTS XIF File (Device Interface File) XIF file is used to define a LonWorks device when programmed on LonMaker.

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1 MODEL: R-NL Remote I/O R Series LonWorks INTERFACE MODULE (I/O points) 7. (.08) 0 (.) 09 (.9) mm (inch) MODEL: R NL [][] ORDERING INFORMATION Code number: R-NL-[][] Specify a code from below for each [] and []. (e.g. R-NL-R/Q) Specify the specification for option code /Q (e.g. /C0) [] POWER INPUT N: No power supply AC Power K: 00 0 V AC (Operational voltage range 8 - V, 7 - Hz) * L: 00 0 V AC (Operational voltage range 70 - V, 7 - Hz) * DC Power R: V DC (Operational voltage V ±0 %, ripple 0 %p-p max.) * * Not selectable for use with independent power modules. [] OPTIONS blank: none /Q: With options (specify the specification) SPECIFICATIONS OF OPTION: Q COATING (For the detail, refer to M-System's web site.) /C0: Silicone coating /C0: Polyurethane coating /C0: Rubber coating RELATED PRODUCTS XIF File (Device Interface File) XIF file is used to define a LonWorks device when programmed on LonMaker. GENERAL SPECIFICATIONS Connection Network: Euro type connector terminal (applicable wire size 0. to. mm, stripped length 7 mm) Internal bus: Via the Installation Base (model: R-BSx) Internal power: Via the Installation Base (model: R-BSx) Power input, RUN contact output: M separable screw terminal (torque 0. N m) Screw terminal: Nickel-plated steel Isolation: LonWorks to internal bus or internal power to power input to RUN contact output to FG Input error data: Input value setting at input module error with side DIP SW Slot assignment: Set with the side DIP switch RUN indicator: Bi-color (green/red) LED; Green ON in communications with another device on-line or changing the output data (turns off after seconds of no communication) ERR indicator: Bi-color (green/red) LED; Green ON in normal status; Green blinks when the APB file is not adequately imported; Green/Orange turn ON in turn in an abnormality. RUN CONTACT OUTPUT RUN contact: Turns on while the green RUN LED is ON (LonWorks in normal communication) Rated load: 0 V 0. A (cos ø = ) 0 V 0. A (resistive load) 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 7 cycles (rate 00 cycles/min.) When driving an inductive load, external contact protection and noise quenching recommended. LonWorks COMMUNICATION Neuron Chip: FT0 (NeuronID printed in numbers and bar code [peel-off code 9 format]) Transceiver: FT-X (equivalent to FTT0A) Transmission speed: 78 kbps Twisted-pair cable Distance, free topology: 00 meters Max. nodes/channel LNS: Ver..0 Service Pack 8 or higher ONLINE indicator: Red LED ON: Off-line or no network information (decommissioned) R-NL SPECIFICATIONS ES-88 Rev.9 Page /

2 MODEL: R-NL Blinking in approx. 0. Hz: On-line (ready to communicate network variables) Blinking in approx. Hz for sec: Wink message received SERVICE indicator: Green LED OFF: Normal operations Blinking in approx. 0. Hz: No network information ON: Internal program error SERVICE switch: Used to identify the node in LonWorks network configuration RESET switch: Resetting the Neuron Chip Possible I/O combinations Analog I/O 0 SNVT_lev_percent 0 SNVT_lev_percent SNVT_lev_percent (factory default) PERFORMANCE Insulation resistance: 00 MΩ with 00 V DC Dielectric strength: 00 V minute (LonWorks or internal bus or internal power to power input to RUN contact output to FG) Temperature Input ( C input module use) 0 SNVT_temp 0 SNVT_temp_p Discrete I/O (Usable with the R-DAx and the R-DCx) 0 SNVT_switch 0 SNVT_switch SNVT_switch Totalized Pulse I/O (Usable as analog I/O) 0 SNVT_count 0 SNVT_count SNVT_count Totalized Pulse Input, Discrete I/O (Totalized pulse usable as analog input) (Usable with the R-DAx and the R-DCx) Totalized Pulse Input Discrete Input Output Network Variable Type SNVT_count SNVT_switch INSTALLATION Power consumption AC: Approx. 0 VA DC: Approx. W Current consumption (no power supply): 00 ma Output current (power supply): 0 ma continuous at 0 V DC; 00 ma for 0 minutes Operating temperature: -0 to + C ( to F) Operating humidity: 0 to 90 %RH (non-condensing) Atmosphere: No corrosive gas or heavy dust Mounting: Installation Base (model: R-BSx) Weight: 00 g (0. lb) R-NL SPECIFICATIONS ES-88 Rev.9 Page /

3 MODEL: R-NL EXTERNAL VIEW FRONT VIEW SIDE VIEW ONLINE LED RUN LED SERVICE LED ERR LED Configuration Jack Euro Type Connector Terminal SERVICE SW RESET SW SW ON 8 7 DIP SW SW ON 8 7 SW ON COMMUNICATION CABLE CONNECTIONS HOST PC R-NLx R-NLx Terminator TRANSMISSION DATA DESCRIPTIONS ANALOG INPUT / OUTPUT The DIP SW located at the side of the module specifies each I/O module's data allocation (occupied data area). [Example ] Seven (7) of 8-point analog input module: Module R-SV8S 8 nvolv0 through nvolv08 Module R-SV8S 8 nvolv09 through nvolv Module R-SV8S 8 nvolv7 through nvolv Module R-SV8S 8 nvolv through nvolv Module R-SV8S 8 nvolv through nvolv0 Module R-SV8S 8 nvolv through nvolv8 Module 7 R-SV8S 8 nvolv9 through nvolv Module 8 R-NL-N Module 9 R-PS-R The same principle is applied to Analog Output (RNL-LVO) or Temperature Input (RNL_T, RNL_TP). R-NL SPECIFICATIONS ES-88 Rev.9 Page /

4 MODEL: R-NL DISCRETE INPUT / OUTPUT One () data area can handle points of discrete signals. [Example ] Four () of -point discrete input module: Module R-DAS nvosw0 through nvosw Module R-DAS nvosw7 through nvosw Module R-DAS nvosw through nvosw8 Module R-DAS nvosw9 through nvosw Module R-NL-N Module R-PS-R Channels 9 through of the Module are not transmitted. MIXED I/O Network Variables for the input channels are assigned first, and then those for the output channels are assigned to the next module position. [Example ] Four () of 8-point analog input module and three () of 8-point analog output: Module R-SV8S 8 nvolv0 through nvolv08 Module R-SV8S 8 nvolv09 through nvolv Module R-SV8S 8 nvolv7 through nvolv Module R-SV8S 8 nvolv through nvolv Module R-YV8S 8 nvilv0 through nvilv08 Module R-YV8S 8 nvilv09 through nvilv Module 7 R-YV8S 8 nvilv7 through nvilv Module 8 R-NL-N Module 9 R-PS-R TOTALIZED PULSE INPUT / DISCRETE I/O Network Variables for the discrete input channels are assigned first, and then those for the totalized pulse input channels are assigned to the next module position. Finally those for the discrete output channels are assigned to the following module position. The I/O modules must be assigned as in the fllowing example. Adequate operation is not guaranteed in any other configuration. [Example ] One () of -point totalized pulse input module, one () of -point discrete input module, and one () of -point discrete output: Module R-DAS nvosw0 through nvosw Module R-PAS nvoc0 through nvoc Module R-DCS nvisw0 through nvisw Module R-NL-N Module R-PS-R R-NL SPECIFICATIONS ES-88 Rev.9 Page /

5 MODEL: R-NL I/O COMBINATIONS A dedicated Device File for each I/O device depending upon I/O combinations is required for the setting up using an integration tool such as Lon Maker. On-line download is available for Device Image files at M-System's homepage. Functional Blocks usable for respective files are not identical to all. Refer to the table below. ANALOG INPUT / OUTPUT 0 SNVT_lev_percent RNL_LVI_0.XIF NodeObject RNL_LVI_0.APB NLLVIn 0 SNVT_lev_percent RNL_LVO_0.XIF NodeObject RNL_LVO_0.APB NLLVOut SNVT_lev_percent RNL_LVIO_0.XIF NodeObject RNL_LVIO_0.APB NLLVIO TEMPERATURE INPUT ( C) 0 SNVT_temp RNL_TI_0.XIF NodeObject RNL_TI_0.APB NLTIn 0 SNVT_temp_p RNL_TPI_0.XIF NodeObject RNL_TPI_0.APB NLTPIn DISCRETE INPUT / OUTPUT 0 SNVT_switch RNL_SWI_0.XIF NodeObject RNL_SWI_0.APB NLSWIn 0 SNVT_switch RNL_SWO_0.XIF NodeObject RNL_SWO_0.APB NLSWOut SNVT_switch RNL_SWIO_0.XIF NodeObject RNL_SWIO_0.APB NLSWIO TOTALIZED PULSE INPUT / OUTPUT 0 SNVT_count RNL_CI_0.XIF NodeObject RNL_CI_0.APB NLCIn 0 SNVT_count RNL_CO_0.XIF NodeObject RNL_CO_0.APB NLCOut SNVT_count RNL_CICO_0.XIF NodeObject RNL_CICO_0.APB NLCInOut TOTALIZED PULSE INPUT / DISCRETE INPUT / DISCRETE OUTPUT NO. of DATA USABLE TOTAL. PULSE DISCRETE NETWORK VARIABLE DEVICE IMAGE FUNCTIONAL INPUT BLOCKS SNVT_count RNL_CISWISWO_0.XIF NodeObject SNVT_switch RNL_CISWISWO_0.APB NLCISWIO XIF File: Device Interface File (external interface) APB File: Downloadable Application Image File (program for NeuronChip) R-NL SPECIFICATIONS ES-88 Rev.9 Page /

6 EXTERNAL DIMENSIONS & TERMINAL ASSIGNMENTS unit: mm (inch) MODEL: R-NL 7. (.08) 09 (.9) POSITIONING GUIDE 0 (.) M SCREW. (.) TERMINAL COVER SCHEMATIC CIRCUITRY & CONNECTION DIAGRAM Caution: FG terminal is NOT a protective conductor terminal. ONLINE/SERVICE LED RUN/ERR LED RUN + RUN CONTACT OUTPUT RUN Transceiver FT-X SERVICE SW RESET SW Neuron Chip FT0 Control Circuit DIP SW Communication Circuit BUS CONNECTOR INTERNAL BUS INTERNAL POWER U (+) * POWER INPUT V ( ) * * FG CONFIGURATION JACK JACK *Not provided with No Power Supply type module. Specifications are subject to change without notice. R-NL SPECIFICATIONS ES-88 Rev.9 Page /