R3-NL2 INSTALLATION BEFORE USE... POINTS OF CAUTION INSTRUCTION MANUAL LONWORKS INTERFACE MODULE MODEL. (I/O 56 points)

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1 INSTRUCTION MANUAL LONWORKS INTERFACE MODULE (I/O 6 points) MODEL R-NL BEFORE USE... Thank you for choosing M-System. Before use, please check contents of the package you received as outlined below. If you have any problems or questions with the product, please contact M-System s Sales Office or representatives. PACKAGE INCLUDES Network interface module...() Neuron ID label...() MODEL NO. Confirm Model No. marking on the product to be exactly what you ordered. INSTALLATION Use the Installation Base Model R-BS, or Model R-BSW for free I/O address capability. Before mounting the Network Interface Module onto the base, be sure to configure the module as explained below. DATA ALLOCATION The setting determines the data area size assigned to each I/O module mounted on the base. NETWORK SLOTS ON THE BASE I/O I/O I/O n INSTRUCTION MANUAL This manual describes necessary points of caution when you use this product, including installation, connection and basic maintenance procedures. POINTS OF CAUTION POWER INPUT RATING & OPERATIONAL RANGE Locate the power input rating marked on the product and confirm its operational range as indicated below 00 0V AC rating 8 V, 7 66Hz, approx. 0VA 00 0V AC rating 70 6V, 7 66Hz, approx. 0VA V DC rating V ±0%, approx. W HOT INSERTION/REMOVAL OF MODULES It is possible to replace the module with the power is supplied. Be sure to replace it when the module is not communicating with a host, as it is possible to affect the system. However, replacing multiple modules at once may greatly change line voltage levels. We recommend that you replace them one by one. With Model R-BS base, mount the I/O Modules from the left end (I/O ) to the right in order that the Network Module assigns data areas from I/O. Network Module(s) and Power Module are mounted basically at the right end though technically they could be mounted in any position. With Model R-BSW base, there is no limitation in mounting positions as I/O address can be assigned freely to each module using rotary switches equipped on the base. ENVIRONMENT Indoor use. When heavy dust or metal particles are present in the air, install the unit inside proper housing with sufficient ventilation. Do not install the unit where it is subjected to continuous vibration. Do not subject the unit to physical impact. Environmental temperature must be within -0 to + C ( to F) with relative humidity within 0 to 90% RH in order to ensure adequate life span and operation. WIRING Do not install cables close to noise sources (relay drive cable, high frequency line, etc.). Do not bind these cables together with those in which noises are present. Do not install them in the same duct. AND... The unit is designed to function as soon as power is supplied, however, a warm up for 0 minutes is required for satisfying complete performance described in the data sheet. Phone +8(6) Fax +8(6) info@m-system.co.jp EM-88 Rev.8 P. /

2 COMPONENT IDENTIFICATION FRONT VIEW SIDE VIEW ONLINE LED RUN LED SERVICE LED ERR LED Configuration Jack Euro Type Connector Terminal 6 SERVICE SW RESET SW SW ON DIP SW SW ON SW ON STATUS INDICATOR LED 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 ON in turn in an abnormality. ONLINE indicator Red LED ON Off-line or no network information (decommissioned) 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 CONFIGURABLE ITEMS PC Configurator Software (model RCON) configures the following Communication failure detection time I/O modules scaling (Refer to PC Configurator Software Users Manual (model RCON) for details) SIDE DIP SW (*) Factory setting. Data Allocation SW, SW Data Allocation Type* must be assigned to each I/O module position to specify how many data areas (four types) are to be occupied by each. Two bits from SW and SW are assigned to each position, and data areas can be specified from the module No. through 8. Setting for No. 9 and later modules is identical to No. 8. SW ASSIGNMENT MODULE NO. SW- SW- SW- SW- SW- SW-6 SW-7 SW-8 SW- SW- SW- SW- 6 SW- SW-6 7 SW-7 SW-8 8 SW SETTTING DATA ALLOCATION OFF OFF ON OFF OFF ON 8 ON ON 6 * Refer to the specifications of the related series for the Data Allocation Type of I/O modules. Input Error Data SW- Hold When the communication from an input module is lost due to the input module error, the network module holds the signal and stands by until the communication recovers. Set to 0 When the communication from an input module is lost due to the input module error, the network module outputs 0. INPUT ERROR DATA SW HOLD (*) SET 0 SW- OFF ON Note Be sure to set unused SW-, - and - to OFF. Phone +8(6) Fax +8(6) info@m-system.co.jp EM-88 Rev.8 P. /

3 TERMINAL CONNECTIONS Connect the unit as in the diagram below. EXTERNAL DIMENSIONS unit mm (inch) 7. (.08) 09 (.9) POSITIONING GUIDE 0 (.) 6 M SCREW 6 6. (.) TERMINAL COVER CONNECTION DIAGRAM WIRING INSTRUCTIONS LONWORKS RUN + RUN CONTACT OUTPUT RUN * POWER INPUT U (+) V ( ) * FG 6 BUS CONNECTOR INTERNAL BUS INTERNAL POWER M SCREW TERMINAL (power input, RUN contact output) Torque 0. N m SOLDERLESS TERMINAL unit mm (inch) Refer to the drawing below for recommended ring tongue terminal size. Spade tongue type is also applicable. Solderless terminals with insulation sleeve do not fit. Applicable wire size 0.7 to. mm (AWG9 6) Recommended manufacturer Japan Solderless Terminal MFG. Co.,Ltd., Nichifu Co.,ltd. (.) max. min. (.6). (.) dia. CONFIGURATION JACK JACK * Not provided with No Power Supply type module. Caution FG terminal is NOT a protective conductor terminal. 6 max. (.) (.7) max. EURO TYPE CONNECTOR TERMINAL (LONWORKS) Applicable wire size 0.. mm (AWG ) Stripped length 7 mm COMMUNICATION CABLE CONNECTIONS HOST PC R-NLx R-NLx LON LON LON Terminator Phone +8(6) Fax +8(6) info@m-system.co.jp EM-88 Rev.8 P. /

4 I/O COMBINATIONS R-nL A dedicated Device File for each I/O device depending upon I/O combinations is required to set up the R-NL using an integration tool such as LonMaker. On-line download is available for Device Image files at http// Functional Blocks usable for respective files are not identical to all. Refer to the table below. ANALOG INPUT / OUTPUT NO. of DATA INPUT OUTPUT NETWORK VARIABLE DEVICE IMAGE USABLE FUNCTIONAL BLOCKS 6 0 RNL_LVI6_0.XIF RNL_LVI6_0.APB 0 6 RNL_LVO6_0.XIF RNL_LVO6_0.APB RNL_LVIO_0.XIF RNL_LVIO_0.APB NLLVIn NLLVOut NLLVIO TEMPERATURE INPUT ( C) NO. of DATA INPUT OUTPUT NETWORK VARIABLE DEVICE IMAGE USABLE FUNCTIONAL BLOCKS 6 0 SNVT_temp RNL_TI6_0.XIF RNL_TI6_0.APB 6 0 SNVT_temp_p RNL_TPI6_0.XIF RNL_TPI6_0.APB NLTIn NLTPIn DISCRETE INPUT / OUTPUT NO. of DATA INPUT OUTPUT NETWORK VARIABLE DEVICE IMAGE USABLE FUNCTIONAL BLOCKS 6 0 RNL_SWI6_0.XIF RNL_SWI6_0.APB 0 6 RNL_SWO6_0.XIF RNL_SWO6_0.APB RNL_SWIO_0.XIF RNL_SWIO_0.APB NLSWIn NLSWOut NLSWIO TOTALIZED PULSE INPUT / OUTPUT NO. of DATA INPUT OUTPUT NETWORK VARIABLE DEVICE IMAGE USABLE FUNCTIONAL BLOCKS 6 0 RNL_CI6_0.XIF RNL_CI6_0.APB 0 6 RNL_CO6_0.XIF RNL_CO6_0.APB RNL_CIO_0.XIF RNL_CIO_0.APB NLCIn NLCOut NLCInOut TOTALIZED PULSE INPUT / DISCRETE I/O NO. of DATA TOTAL. PULSE DISCRETE INPUT INPUT OUTPUT NETWORK VARIABLE DEVICE IMAGE USABLE FUNCTIONAL BLOCKS RNL_CI6SWI6SWO6_0.XIF RNL_CI6SWI6SWO6_0.APB NLCISWIO XIF File Device Interface File (external interface) APB File Downloadable Application Image File (program for Neuron Chip) Phone +8(6) Fax +8(6) info@m-system.co.jp EM-88 Rev.8 P. /

5 FUNCTIONAL BLOCKS NODE OBJECT NVO nvostatus SNVT_obj_status NVI 0 nvirequest SNVT_obj_request NVO nvocardstate SNVT_state Each module status NVO nvocarderr SNVT_state Each module's error status NVO nvocommerr Number of internal communication errors NVO nvofiledirectory SNVT_address Configuration Properties cpmaxsendtime SCPTmaxSendTime cpminsendtime SCPTminSendTime Input data sending intervals Input data minimum sending intervals Phone +8(6) Fax +8(6) info@m-system.co.jp EM-88 Rev.8 P. /

6 ANALOG I/O FUNCTIONAL BLOCKS NLLVIn NVO 6 NVO 6 nvolv0 6 variables nvolv6 NLLVOut 6 variables nvilv0 nvilv6 NLLVIO nvilv0 NVO 0 nvolv0 variables variables NVI 9 nvilv NVO 6 nvolv Phone +8(6) Fax +8(6) info@m-system.co.jp EM-88 Rev.8 P. 6 /

7 TEMPERATURE INPUT FUNCTIONAL BLOCKS NLTIn NVO 6 NVO 6 nvot0 SNVT_temp 6 variables nvot6 SNVT_temp NLTPIn NVO 6 NVO 6 nvotp0 SNVT_temp_p 6 variables nvotp6 SNVT_temp_p Phone +8(6) Fax +8(6) info@m-system.co.jp EM-88 Rev.8 P. 7 /

8 DISCRETE I/O FUNCTIONAL BLOCKS NLSWIn NVO 6 NVO 6 nvosw0 6 variables nvosw6 NLSWOut 6 variables nvisw0 nvisw6 NLSWIO nvisw0 NVO 0 nvosw0 variables variables NVI 9 nvisw NVO 6 nvosw Phone +8(6) Fax +8(6) info@m-system.co.jp EM-88 Rev.8 P. 8 /

9 TOTALIZED PULSE I/O FUNCTIONAL BLOCKS NLCIn NVO 6 NVO 6 nvoc0 6 variables nvoc6 NLCOut 6 variables nvic0 nvic6 NLCInOut nvic0 NVO 0 nvoc0 variables variables NVI 9 nvic NVO 6 nvoc Phone +8(6) Fax +8(6) info@m-system.co.jp EM-88 Rev.8 P. 9 /

10 TOTALIZED PULSE INPUT / DISCRETE I/O FUNCTIONAL BLOCKS NLCISWIO NVO nvoc0 6 variables NVO 9 nvoc6 NVI 7 nvisw0 NVO 0 nvosw0 6 variables 6 variables NVI nvisw6 NVO nvosw6 nvidostate NVO nvodistate Phone +8(6) Fax +8(6) info@m-system.co.jp EM-88 Rev.8 P. 0 /

11 FUNCTIONAL BLOCKS NETWORK VARIABLE nvirequest nvostatus TYPE {Range} {Default} SNVT_obj_request {Usable RQ RQ_NORMAL RQ_REPORT_MASK RQ_UPDATE_STATUS} EXPLANATIONS Used for integration tools such as LonMaker. Used for integration tools such as LonMaker. nvirequest RQ_NORMAL 0 is set at nvostatus. nvirequest RQ_REPORT_MASK report_mask bit is set at nvostatus. nvirequest RQ_UPDATE_STATUS 0 is set at nvostatus. is set at invalid_id when any value other than the above three types is set at nvirequest. nvofiledirectory SNVT_address Used for integration tools such as LonMaker. nvocommerr {0 through 6} {0} Counted in internal communication errors. Reset to 0 after the count has reached 6. nvocardstatus nvocarderr SNVT_state {0 or } {0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0} SNVT_state {0 or } {0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0} Indicates that I/O modules are mounted in each slot. Bit 0 through bit are applied for slot through 6. 0 Not mounted Mounted Indicates error status for each module/slot. Bit 0 through bit are applied for slot through 6. 0 Normal Error CONFIGURATION PROPERTY cpmaxsendtime cpminsendtime TYPE {Range} {Default} SCPTmaxSendTime {0.0 through 6.} {.0} SCPTminSendTime {0.0 through 6.} {0.} EXPLANATIONS Sending time intervals of input network variables. (Power restarting required) Network variables are sent out in this time intervals even when there is no change in input signals. Default setting 0.0 with the RNL_LVIO_0.XIF (No sending out unless a change is detected.) Minimum sending time intervals of input network variables. (Power restarting required) This minimum time intervals is maintained even when the input signals changes faster than it. Default setting.0 with the RNL_LVIO_0.XIF Phone +8(6) Fax +8(6) info@m-system.co.jp EM-88 Rev.8 P. /

12 OTHER FUNCTIONAL BLOCKS (NLLVIn, NLLVOut, NLLVIO, NLTIn, NLTPIn, NLSWIn, NLSWOut, NLSWIO, NLCIn, NLCOut, NLCInOut, NLCISWIO) NETWORK VARIABLE nvolv0 thr. nvolv6 nvilv0 thr. nvilv6 nvot0 thr. nvot6 nvotp0 thr. nvotp6 nvosw0 thr. nvosw6 nvisw0 thr. nvisw6 nvoc0 thr. nvoc6 nvic0 thr. nvic6 TYPE {Range} {Default} {-6.80 through 6.80} {0.0} {-6.80 through 6.80} {0.0} SNVT_temp {-7.0 through 00.7} {0.0} SNVT_temp_p {-7.7 through 7.66} {0.0} {0.0,0} or {00.0,} {0.0,0} {0.0,0} or {00.0,} {0.0,0} {0 through 6} {0} {0 through 6} {0} EXPLANATIONS Data for analog input modules. Data for analog output modules. Data for temperature input modules. Data for temperature input modules. ON/OFF data for discrete input modules. OFF {0.0,0} ON {00.0,} ON/OFF data for discrete output modules. OFF {0.0,0} ON {00.0,} Data for totalized pulse input modules. Data for totalized pulse output modules. nvidostate SNVT_state For factory adjustment. Do not use. nvodistate SNVT_state For factory adjustment. Do not use. R-nL TRANSMISSION DATA ASSIGNMENTS 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 Use APB RNL_LVI6. Position Module Type Data Area Network Variable Module R-SV8S 8 nvolv0 through nvolv08 Module R-SV8S 8 nvolv09 through nvolv6 Module R-SV8S 8 nvolv7 through nvolv Module R-SV8S 8 nvolv through nvolv Module R-SV8S 8 nvolv through nvolv0 Module 6 R-SV8S 8 nvolv through nvolv8 Module 7 R-SV8S 8 nvolv9 through nvolv6 Module 8 R-NL-N Module 9 R-PS-R The same principle is applied to Analog Output (RNL_LVO6) or Temperature Input (RNL_TI6, RNL_TPI6). DISCRETE INPUT / OUTPUT One () data area can handle 6 points of discrete signals. [Example ] Four () of 6-point discrete input module Use APB RNL_SWI6. Position Module Type Data Area Network Variable Module R-DA6S nvosw0 through nvosw6 Module R-DA6S nvosw7 through nvosw Module R-DA6S nvosw through nvosw8 Module R-DA6S nvosw9 through nvosw6 Module R-NL-N Module 6 R-PS-R Channels 9 through 6 of the Module are not transmitted. Phone +8(6) Fax +8(6) info@m-system.co.jp EM-88 Rev.8 P. /

13 MIXED I/O R-nL 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 Use APB RNL_LVIO. Position Module Type Data Area Network Variable Module R-SV8S 8 nvolv0 through nvolv08 Module R-SV8S 8 nvolv09 through nvolv6 Module R-SV8S 8 nvolv7 through nvolv Module R-SV8S 8 nvolv through nvolv Module R-YV8S 8 nvilv0 through nvilv08 Module 6 R-YV8S 8 nvilv09 through nvilv6 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 flowing example. Adequate operation is not guaranteed in any other configuration. [Example ] One () of 6-point totalized pulse input module, one () of 6-point discrete input module, and one () of 6-point discrete output Use APB RNL_CI6SWI6SWO6. Position Module Type Data Area Network Variable Module R-DA6S nvosw0 through nvosw6 Module R-PA6S 6 nvoc0 through nvoc6 Module R-DC6S nvisw0 through nvisw6 Module R-NL-N Module R-PS-R Phone +8(6) Fax +8(6) info@m-system.co.jp EM-88 Rev.8 P. /

R3-NL1 LONWORKS INTERFACE MODULE BEFORE USE... INSTALLATION POINTS OF CAUTION INSTRUCTION MANUAL. R3-nL1 MODEL

R3-NL1 LONWORKS INTERFACE MODULE BEFORE USE... INSTALLATION POINTS OF CAUTION INSTRUCTION MANUAL. R3-nL1 MODEL INSTRUCTION MANUAL LONWORKS INTERFACE MODULE (analog I/O points, discrete I/O 8 points) MODEL R-nL R-NL BEFORE USE... Thank you for choosing M-System. Before use, please check contents of the package you