RSSharp Programmable Controller New Satellite JW30H Control moduleJW-32CUM1 Version 1.0Produced in Feb. 2003User's ManualModel name

1-1Outline1The JW-32CUM1 is a control module for the JW30H programmable controller. It has a built incommunication function. Its control section is co

DeviceNet (Master) Function8-378When an error occurs on a node (master and slave station), the error code and the node address will bedisplayed on the

DeviceNet (Master) Function8-388Display lampError detailsCommunicationoperationMasterstatus*TreatmentMS/NS/FTS7 to S0(errornode)MS: Keeps thecurrentst

DeviceNet (Master) Function8-398[2] Display of node addressesThe JW-32CUM1 displays node addresses using the S0 to S7 lamps on the display panel.Nodea

DeviceNet (Master) Function8-4088-6-2 Diagnostic tableThe diagnostic table that was specified in the JW-32CUM1 (control section) can be used to check

DeviceNet (Master) Function8-418Shown below are the addresses of the diagnostic table (communication monitor table, etc.) (1) Address of the communica

DeviceNet (Master) Function8-428 (3) Device status table addresses (master mode)When an error occurs on a slave station device, a device status code (

DeviceNet (Master) Function8-438Allocation system Fixed Free Node addressAddress39165*45339166 5439167 5539170 5639171 5739172 5839173 5939174 6039175

DeviceNet (Master) Function8-448 (4) Master status address (master mode)Displays error information and operation status by turning bits ON and OFF.*5:

DeviceNet (Master) Function8-458 (5) Vender information address (master mode)The vender information is used when SHARP provides services to JW-32CUM1

DeviceNet (Master) Function8-468[2] When JW-32CUM1 is used in the slave modeThe diagnostic tables contain a communications monitor table, an operating

2-1Precautions for Use2Chapter 2: Precautions for UseWhen using the JW-32CUM1 (JW-34KBM), pay attention to the following points (1) to (6) that descri

DeviceNet (Master) Function8-478Below shows addresses of the diagnostic table (communication monitor table, etc.)(1) Address of the communication moni

DeviceNet (Master) Function8-488 (4) Master status address (slave mode)Displays error information and operation status by turning bits ON and OFF.Allo

DeviceNet (Master) Function8-498 (5) Vender information address (slave mode)The vender information is used when SHARP provides services to JW-32CUM1 (

DeviceNet (Master) Function8-508* Output to slave station (when the control section is stopped) is determined by the value (00, 01(HEX))in system memo

Remote I/O (master station) function9-199-1 Remote I/O (master station) functionWhen the general purpose communication section in the JW-32CUM1 is use

Remote I/O (master station) function9-299-2 Setting methodWhen the remote I/O (master station) of the JW-32CUM1 is used, items that must be set for th

Remote I/O (master station) function9-39(1) Switch SW5Specify the communication function.- "1" when selecting remote I/O function.(2) Switch

Remote I/O (master station) function9-49[3] Data memory areaWhen using the remote I/O function (as a master station), the data memory in the JW-32CUM1

Remote I/O (master station) function9-594. When you want to install a special I/O module on a JW-21RS slave station, use a special I/Orelay as the dat

Remote I/O (master station) function9-69[4] I/O registrationWhen using the JW-21RS as a slave station, make sure to execute an "I/O registration&

2-2Precautions for Use2(12) Cautions for static electricitySignificant volume of static electricity may build up on the human body in extremely dry co

Remote I/O (master station) function9-79[5] Slave station settingsOn slave modules (such as the JW-21RS), specify a slave station number and the termi

Remote I/O (master station) function9-899-3 Required transfer time and its timing[1] Required transfer time Time necessary to communicate with all the

Remote I/O (master station) function9-99(2) 1 cycle operation of the PC(3) Timing in the case of 1 cycle time of the PC is longer than required transf

Remote I/O (master station) function9-109(4) Timing in the case of 1 cycle time of the PC is shorter than required transfer processingtime.When transf

Remote I/O (master station) function9-1199-4 Errors and treatment[1] IndicatorsLamps on the JW-32CUM1 (the CM-M section on the display panel) turn ON

Remote I/O (master station) function9-129[2] Operation in error conditionsThe communication status of the master and slave stations when run, stop, er

Remote I/O (master station) function9-139The operation condition of the JW30H (JW-32CUM1) and the slave module (when JW-21RS is used) inabnormal condi

Remote I/O (master station) function9-149[3] Error codeWhen an error occurs in remote I/O operation, the error code is stored in system memory locatio

Remote I/O (master station) function9-159 Errors on slave stationError codeContents Errors on master station40(H)42(H)44(H)46(H)47(H)48(H)60(H)70(H)71

Remote I/O (master station) function9-169(2) Store error history in the master stationWhen the error (error code 80(H) to 8D(H)) occurs in a master st

2-3Precautions for Use230HnWith "30Hn" mark30HWith "30Hn" mark Without any mark(18) Notes for using communication module, support

Remote I/O (master station) function9-179[4] Check flowWhen a communication operation on the remote I/O produces an error, check the following.(1) Whe

Remote I/O (master station) function9-189(2) FAULT lamp of the JW-32CUM1 lights OFFRespond according to the error code shown by the "ER, 1 to 80&

Remote I/O (master station) function9-199(3) Wiring checkCheck the wiring according to the following procedures, as error wiring may cause unstable op

10-1Data link DL1 (master station) function1010-1 Data link DL1 (master station) functionWhen the general purpose communication section in the JW-32CU

10-2Data link DL1 (master station) function10[1] Communication method of the data link DL1The data link DL1 communicates between a master station and

10-3Data link DL1 (master station) function10[2] Communication contents of data link DL1The data link DL1 function is available to communicate the dat

10-4Data link DL1 (master station) function1010-2 Setting methodWhen the JW-32CUM1 in used with data link DL1 (master station) function, items that mu

10-5Data link DL1 (master station) function10(1) Switch SW5Specify the communication function.- "2" when selecting data link DL1 function.(2

10-6Data link DL1 (master station) function10[3] Data memory areaThe data link area and communication monitor flags are allocated in the JW-32CUM1 (co

10-7Data link DL1 (master station) function10(2) Communication monitor flagThe communication operation of the data link DL1 can be monitored using com

2-4Precautions for Use2(19) Special I/O modulesIf a preset scanning time is too short ( less than 2 ms), the special I/O module such as JW-21SU maynot

10-8Data link DL1 (master station) function1010-3 Required transfer time and its timing[1] Required transfer timeNecessary time (T) to complete transf

10-9Data link DL1 (master station) function10[2] PC process and communication timingThe data link DL1 communicates asynchronize with master station PC

10-10Data link DL1 (master station) function10Remarks- The processing flow of a slave station is the same as those of a master station.- Data exchange

10-11Data link DL1 (master station) function10[3] Communicate delay timeThe following flow delay occurs when the JW-32CUM1 receives data as data link

10-12Data link DL1 (master station) function10[4] How to make synchronizeIn order to securely transfer data between a master station and a slave stati

10-13Data link DL1 (master station) function10[5] Hierarchy linkCreation of hierarchy link installing DL9 slave station and DL1 master station in a PC

10-14Data link DL1 (master station) function1010-4 Errors and treatment[1] IndicatorsLamps on the JW-32CUM1 (the CM-M section on the display panel) tu

10-15Data link DL1 (master station) function10[3] Error codeWhile in the data link DL1 process, when master station (JW-32CUM1) has an error, the JW-3

10-16Data link DL1 (master station) function10Store error historyWhen the error (error code 60(H)) occurs, stores error history in the JW-32CUM1 regis

10-17Data link DL1 (master station) function10[4] Check flowWhen a communication operation on the data link DL1 produces has an error, check the follo

3-1System Configuration3Chapter 3: System Configuration*1: Select any one of the four communication functions (master station) using the switches on t

10-18Data link DL1 (master station) function10(3) Wiring checkCheck the wiring according to the following procedures, as error wiring may cause unstab

11-1Data link DL9 (master station) function11Chapter 11: Data link DL9 (Master Station) Function11-1 Data link DL9 (master station) functionWhen the g

11-2Data link DL9 (master station) function11[1] Communication method of the data link DL9The data link DL9 controls to send data from a master statio

11-3Data link DL9 (master station) function11[2] Communication contents of data link DL9The JW-32CUM1 can transfer 2 to 128 bytes of data memory conte

11-4Data link DL9 (master station) function1111-2 Setting methodWhen the JW-32CUM1 in used with data link DL9 (master station) function, items that mu

11-5Data link DL9 (master station) function11(1) Switch SW5Specify the communication function.- "3" when selecting data link DL9 function.(2

11-6Data link DL9 (master station) function11[3] Data memory areaThe data link area and communication monitor flags are allocated in the JW-32CUM1 (co

11-7Data link DL9 (master station) function11(2) Data link DL9 operation flagThe data link DL9 link operation of the JW-32CUM1 (master station) is ava

11-8Data link DL9 (master station) function1133333 Individual monitoring flagThe individual monitoring flags are divided into 3 function flags: 1; Com

11-9Data link DL9 (master station) function11Remarks- "Invalid" means that each flag condition does not change.- Each flag condition of unco

3-2System Configuration3JW-34KBMJW-34ZB/36ZB/38ZBJW-31EA (Install in basic rack panel)JW-32EA (Install in all expansion rack panel)JW-05EC/1EC/3EC/10E

11-10Data link DL9 (master station) function1111-3 Required transfer time and its timing[1] Required transfer timeRequired time (T) for the data link

11-11Data link DL9 (master station) function11[2] PC process and communication timingThe data link DL9 communicates asynchronize with master station P

11-12Data link DL9 (master station) function11[3] Communicate delay timeThe following delay occurs when the JW-32CUM1 exchanges data as DL9 function.(

11-13Data link DL9 (master station) function11(2) Communication from slave station to slave station (from slave station to master station thento slave

11-14Data link DL9 (master station) function11[4] How to make synchronizeIn order to securely execute data transfer between a master station (JW-32CUM

11-15Data link DL9 (master station) function11[5] Hierarchy link(1) Hierarchy link combining DL1 and DL9Creation of hierarchy link installing DL9 slav

11-16Data link DL9 (master station) function1111-4 Errors and treatment[1] IndicatorsLamps on the JW-32CUM1 (the CM-M section on the display panel) tu

11-17Data link DL9 (master station) function11[3] Error codeWhen there is a switch setting error in the data link DL9 function, the JW-32CUM1 stores i

11-18Data link DL9 (master station) function11[4] Check flowWhen a communication operation on the data link DL9 produces an error, check the following

11-19Data link DL9 (master station) function11(3) Wiring checkCheck the wiring according to the following procedures, as error wiring may cause unstab

3-3System Configuration3(1) Control moduleemanledoM tuO/nIfo.oN ezismargorP retsigereliF,erutaefkcolCtropnoitacinummoc1MUC23-WJstniop4201sdrowK5.51set

12-1M-net (Master Station) Function1212-1 M-net (master station) functionM-net (interface between modules) is a communication system which makes data

12-2M-net (Master Station) Function12The followings are the Sharp PC modules that can be used as master stations and slave stations in the M-net syste

12-3M-net (Master Station) Function1212-2 SettingsWhen the JW-32CUM1 is used with the M-net function (master station), the items that must be set fort

12-4M-net (Master Station) Function1212-2-1 How to set (initialize) the M-net system— : Can be created : Cannot be createdSet the number of byte

12-5M-net (Master Station) Function1212-2-2 M-net data link areaThis section describes the setting details for data transmission and reception between

12-6M-net (Master Station) Function1212-2-3 Switch settingsSpecify the settings with switches SW5 (communication function), SW3 (mode), SW4 (transfers

12-7M-net (Master Station) Function1212-2-4 Parameter settingSet the number of bytes of data to be transmitted or received between the master and slav

12-8M-net (Master Station) Function1212-2-5 Communication programCreate an M net communication program and download it the master station PC (JW-32CUM

12-9M-net (Master Station) Function1212-2-6 Setting exampleThis section describes some setting examples when using JW-10CMs for slave stations 01 to 0

12-10M-net (Master Station) Function12[2] Setting procedure example[1] This section describes examples of the setting procedures for the system.Turn O

3-4System Configuration3(6) I/O, special I/O, option, I/O link, DeviceNet module*: Make sure to use the JW30H series applicable products for the JW-23

12-11M-net (Master Station) Function12Enter the master station (JW-32CUM1) programEnter the communication program to the master station PC.1 Enter the

12-12M-net (Master Station) Function12Enter the program for slave stations 01 to 07(8).Enter the program to enable communication with the slave statio

12-13M-net (Master Station) Function1212-3 Communication time and communication timing(1) Time required for transmissionThis section shows how to calc

12-14M-net (Master Station) Function1212-4 Errors and treatment12-4-1 IndicatorsThe lamps on the master station (JW-32CUM1) light according to the ope

12-15M-net (Master Station) Function1212-4-2 Error flag[1] Error flag detailsThe error flags are relays that are turned ON when the M-net is not able

12-16M-net (Master Station) Function1212-4-3 Error codeWhen an error occurs on the master station during M-net communications, the error code is store

12-17M-net (Master Station) Function12[2] Error code tableONOFFBitIndicator lampStatusBit LampLightsONGoesOFFError code (display)Details (See page 12-

12-18M-net (Master Station) Function12ONOFFBitIndicator lampStatusBit LampLightsONGoesOFFError code (display)Details (See page 12-16.)Hex-ade-cimalErr

12-19M-net (Master Station) Function12[3] Storing an error code in the system memoryWhen an M-net communication error occurs in the master station PC

13-1Specifications1313-1 JW30H (JW-32CUM1) general specificationsShown below are the general specifications when using the JW-32CUM1 as a control modu

3-5System Configuration3(7) Support toolsemanledoM eniltuO skrameRGP41-WJyalpsidxirtamtodDCL-----------GP31-WJrofegaptxenehtnielbatehteeSsnoisrevGP21-

13-2Specifications1313-2 JW30H (JW-32CUM1) system specificationsShown below are the system specifications when using the JW-32CUM1 as a control module

13-3Specifications13Data memory13-3 JW-32CUM1 performance specifications and communication specificationsShown below are the performance specification

13-4Specifications13Items SpecificationsData memoryTimer/counter/MDRegisterCurrent timerstorage registerTotal 1024 points (000 to 1777 : common for bo

13-5Specifications13File 1 (16K bytes)File 2 (Switchover between 32 K and 64 K bytes)Total 48K/80K bytesItems SpecificationsData memoryThis register c

13-6Specifications13ItemsSpecificationsSystemmemoryNumber(OCT)Contents#010 to 017 Monitor the timer.#030 Monitor the minimum scanning time. (lower dig

13-7Specifications13Items SpecificationsParameter memoryParameter for special I/O module : 128 bytes x 32 modulesParameter for special I/O module (Ins

13-8Specifications13[2] Communication specificationsShown below are the specifications for the communication port, DeviceNet communication port, andge

13-9Specifications1313-4 JW-34KBMShown below are the specifications for the JW-34KBM basic rack panel.Item SpecificationNumber of slotsSlots for a pow

Thank you for purchasing our JW-32CUM1 control module for the JW30H series programmable controller.This manual describes the system configuration of t

3-6System Configuration3Description of software version approved to JW30H (JW-32CUM1)The following support tools may, or may not be compatible with JW

3-7System Configuration3(9) PG connection cableModel nameJW-22KCJW-24KCConnection cable between a support tool and the JW30H. 2 mConnection cable be

4-1Name and Function of each part4Chapter 4: Name and Function of Each Part4-1 JW-32CUM1 (Control module)[1] Front view, side viewPG/COMM1PG/COMM2JW-3

4-2Name and Function of each part4[2] Rear view12345612345678CBA9876543210FEDCBA9876543210FEDCBA9876543210FEDCBA9876543210FEDCBA9876543210FED12345678C

4-3Name and Function of each part44-2 JW-34KBM (Basic rack panel)The JW-34KBM shall be used as a basic rack panel when the JW-32CUM1 is used as a cont

5-1Installation5[1] Installation of the JW-34KBMDrill M5 tapped installation holes on the control panel wall and secure the JW-34KBM basic rack panel

Connection (Wiring) Method6-166-1 Connection to a DeviceNet communication connector[1] Preparing a communication cableBelow describes how to install a

Connection (Wiring) Method6-26Miniature flat blade screwdriverCable securing screwGroundBlue (CAN L)White (CAN H)Black (V —)Red (V+)Connector (mountin

Connection (Wiring) Method6-36[2] Connecting a communication cableMatch the orientation of the connector on the communication cable (DeviceNet) with t

Connection (Wiring) Method6-466-2 Wiring to the general-purpose communication terminal blockConnect the communication cable for general-purpose commun

Read this manual and attached documents carefully before installation, operation, maintenance and checkingin order to use the machine correctly. Under

Connection (Wiring) Method6-566-3 Wiring to the communication port[1] Communication port pin arrangement of PG/COMM1 port, PG/COMM2 portPG/COMM1 port*

Connection (Wiring) Method6-66[2] Wiring figure(1) When using RS-232C for communication method of host computer side.Be within 15m for the total lengt

Connection (Wiring) Method6-766-4 Wiring JW-34KBMWire the 5V and (FG) terminals and the I/O expansion connector on the JW-34KBM basic rack panel.- Be

Directions for use7-177-1 Current consumption of moduleEach module in the JW30H (JW-32CUM1) operates by 5 VDC output current supplied by the powersupp

Directions for use7-2744444 I/O, special I/O, option, I/O link, and DeviceNet moduleModel nameCurrentconsumption : mA(when all points ON)No. of curren

Directions for use7-37(2) Calculation of current consumption (by current consumption mark).Add up the total numbers of the current consumption mark on

Directions for use7-477-2 Allocation of the relay numberRelay numbers of input, output, special, and option module are assigned by automatic registrat

Directions for use7-57(2) Table creationIn the expansion rack panel (rack numbers 1 to 7), the top address of relay number is set in evenaddress (with

Directions for use7-67[2] I/O relays allocated to each moduleRelay numbers in each rack panel are automatically allocated in series following each rac

Directions for use7-77 Module installation exampleslortnoCeludomledomemandellatsniseludomforebmunmumixaMforebmuNO/IlortnocstniopO/IforebmuNnoitacollay

(4) Maintenance Danger- Never connect battery in wrong polarity, or charge, disassemble, heat, throw into fire, orshort-circuit. Or it may be broken o

Directions for use7-87[5] Allocation example of relay number(1) Example of auto registrationThis is to show the relay numbers in the following system

Directions for use7-97Module name Model nameModuleNo.switchByte address Flag areaNo. ofinstallation64 points input JW-264NRefer to the next pageMax. 2

Directions for use7-107Rack 3０１２３４５６７ｺ3600 to ｺ3617ｺ3620 to ｺ3637ｺ3640 to ｺ3657ｺ3660 to ｺ3677ｺ3700 to ｺ3717ｺ3720 to ｺ3737ｺ3740 to ｺ3757ｺ3760 to ｺ3777T

Directions for use7-117(2) In case of basic system plus remote I/O systemUp to 8 sets are set in the remote I/O slave station by module No. switch.０１２

Directions for use7-1277-4 Communication portThe JW-32CUM1 control module has communication ports (PG/COMM1, PG/COMM2).The communication port can comm

Directions for use7-137[1] Set system memory of JW-32CUM1Set system memory #234/#235 (communication port 1) and #236/#237 (communication port 2) forco

Directions for use7-147Turn ON powerCOMM port (#234, #236)PG port (19,200 bits/sec.)PG port (115,200 bits/sec.)PG port (9,600 bits/sec.)Remarks- Chang

Directions for use7-157As for the detail of each command, see "List of commands" on pages 7-19, and "Computer link" section ofuser

Directions for use7-167Contents of communication format*: (H) indicates upper digit, (L) indicates lower digit.Contents of error codeASCII code3A HEX3

Directions for use7-177Command contentSumcheck area?(H) (L)(H) (L)CRADADSCSCSumcheck code SC (H), SC (L)The communication port detects error using sum

Chapter 1: OutlineChapter 2: Precautions for UseChapter 3: System ConfigurationChapter 4: Name and Function of Each PartChapter 5: InstallationChapter

Directions for use7-187Response time RIWhen a personal computer is interpreter system, it executes programs one by one while interpreting.This persona

Directions for use7-197Each command can be executed in the write mode or when the JW30H (JW-32CUM1) is in thefollowing state.O: Executable x: Non-exe

Directions for use7-207(3) Address expression systemIn each command, the setting value in the following table is set in the address module ofcommunica

Directions for use7-2177-5 Exchange method of batteriesExchange battery for memory back-up in JW-32CUM1 control module within its validity.Battery mod

Directions for use7-2277-6 Self-diagnosis functionBy the self-diagnostic function, the system is running while checking if its own hardware is normal

Directions for use7-237[2] Self-diagnosis function (Error code table)Item ContentsPCoperatingconditionHaltoutputJW-32C-UM1Indication lamp ofpowersupp

Directions for use7-247*3 The special relay: 7370 to 7377 are special relay which are turned ON when detected in self-diagnosis.In the event of abnorm

Directions for use7-257 Check flow1 Check flow2 Check flow3 Check flow4 Check flow5 Check flow1ONOFFOFFOFFONFault(Control module)OFFOFFBlinkO

Directions for use7-267[4] Check flow(1) Check flow 1Monitor system memory #160 using a hand-held programmer.Contents of#160 (HEX)32, 3523, 24, 262544

Directions for use7-277(2) Check flow 2(3) Check flow 3Is operation of JW-32CUM1 normal?Check power voltage of power terminal of the JW-32CUM1.LED err

Table of contentsChapter 1: Outline ... 1-1[1] Devi

Directions for use7-287(4) Check flow 4This flow shows the checking procedure in the event of abnormality of input signal not detected by theself-diag

Directions for use7-297(5) Check flow 5This flow shows the checking procedure in the event of abnormality of output signal not detected bythe self-dia

Directions for use7-3077-8 Support tool[1] Kinds of support toolThe support tool that can be used in the JW30H (JW-32CUM1) are classified into models

Directions for use7-317[2] Directions of use JW30H non-applicable support toolThis section explains the manner of manipulating the JW30H by using the

DeviceNet (Master) Function8-188-1 DeviceNetThe JW-32CUM1 can be used to communicate as a master or slave module in a DeviceNet. Connection exampleCha

DeviceNet (Master) Function8-28[1] Network names and functionsThis section lists the device names and functions used in DeviceNet networks. A example

DeviceNet (Master) Function8-38[2] Connection methodThere are two methods for connecting nodes: T branch and Multi-drop.(1) T branch methodYou can mak

DeviceNet (Master) Function8-48[3] Cable length(1) Maximum network lengthThe maximum network length will be the longest of the following:1. The distan

DeviceNet (Master) Function8-58[4] Power supplyConnect the communication power supply to the trunk.Two of the five conductors in the cable used for tr

DeviceNet (Master) Function8-68[5] Communication related devicesIn addition to master and slave nodes, the following devices can be used in this syste

[4] Check flow ... 7-267-8 S

DeviceNet (Master) Function8-78(6) Communication power supplyMake sure to use a power supply device for communication that conform to the specificatio

DeviceNet (Master) Function8-888-2 Setting methodWhen the JW-32CUM1 is used with the DeviceNet function, items that must be set for the DeviceNet area

DeviceNet (Master) Function8-98[2] Switch settings (operation)Set SW7 and SW8 and operate the SCAN switch on the JW-32CUM1.(1) Switch SW7Select a basi

DeviceNet (Master) Function8-108(O: Valid setting —: Invalid setting)Note: Do not set switch SW8 to "3, 7, B, or F." Otherwise, a malfunct

DeviceNet (Master) Function8-11833333 Communication monitor timeThe communication monitor time (ISD, EPR) refers to the time out time for communicatio

DeviceNet (Master) Function8-128Remarks- When setting an option module (such as the JW-22CM) is installed on the JW-34KBM basic rackpanel (and the JW-

DeviceNet (Master) Function8-138The settings in system memory related to DeviceNet communication in the JW-32CUM1 are describedbelow.(1) Top address o

DeviceNet (Master) Function8-148(4) Top address in the scan list table (when master mode and free allocation are selected)This is a system memory loca

DeviceNet (Master) Function8-158(6) Communication monitor time (ISD, EPR) Initial value of ISD, EPR (when set to 0)- The initial values of ISD and EPR

DeviceNet (Master) Function8-168(8) Top address of the I/O table (when in the slave mode)This system memory location is used to store the top address

9-4 Errors and treatment ...9-11[1] In

DeviceNet (Master) Function8-178[4] Table of switches, data memory, and system memory settings(1) When the JW-32CUM1 is used in the master modeSwitch

DeviceNet (Master) Function8-188System memory settings (master mode)*1: When this value is 00(HEX), "fixed allocation" will be enabled.When

DeviceNet (Master) Function8-198(2) When the JW-32CUM1 is used in the slave mode Switch settings (slave mode)Switch name Setting detailsSetvalue---Di

DeviceNet (Master) Function8-208 System memory settings (slave mode)Set detailsSetvalueItem Set range#300 to#303Not used --- Fix to 00(HEX)00#304#305

DeviceNet (Master) Function8-2188-3 I/O message functionAmong I/O messages of the DeviceNet, the JW-32CUM1 (DeviceNet) supports Polling I/O function a

DeviceNet (Master) Function8-228Address *1st byte (ｺ2000)2nd byte (ｺ2001)3rd byte (ｺ2002)4th byte (ｺ2003)5th byte (ｺ2004)6th byte (ｺ2005)7th byte (ｺ

DeviceNet (Master) Function8-238Address * Value (hexadecimal): Details1st byte (E0000) FF: This JW-32CUM1 station (master)Nodeaddress 02nd byte (E0001

DeviceNet (Master) Function8-248(2) Even number allocationAssign the number of bytes of data in the input/output data table (data length) in the order

DeviceNet (Master) Function8-258The scan list data table (- 8-29) for this example will be as follows:Address * 1 Value (hexadecimal): Details1st byte

DeviceNet (Master) Function8-268(3) Allocation in the order in which vacant nodes are occupiedAssign the data length (number of bytes of data) in the

Chapter 12: M-net (Master Station) Function ...12-1 to 12-1912-1 M-net (master station) function ...

DeviceNet (Master) Function8-278The scan list data table (- 8-29) for this example will be as follows:Address * 1 Value (hexadecimal): Details1st byte

DeviceNet (Master) Function8-2888-3-2 Editing the scan listBefore using the DevceNet function of the JW-32CUM1 for the first time, you will have to e

DeviceNet (Master) Function8-298[2] Scan list tableThe scan list table (512 bytes) addresses and details are shown below. Addresses in the scan list t

DeviceNet (Master) Function8-3088-4 Explicit message functionWhen using only the I/O message function, there is no need to use the "explicit"

DeviceNet (Master) Function8-318(2) Details of the Explicit message table (responses)Control section reading flag, DeviceNet section writing flag etc.

DeviceNet (Master) Function8-328(3) Parameter addresses for the Explicit message table (requests, responses)Shown below are the parameter addresses.Al

DeviceNet (Master) Function8-338(4) ExampleShown below is an example of reading the vendor ID of the identified object in a slave station (nodeaddress

DeviceNet (Master) Function8-3488-5 Communication timingThis chapter describes DeviceNet section the communication between the JW-32CUM1 (control sect

DeviceNet (Master) Function8-358[2] When the I/O message communication time is longer than the JW-32CUM1(control section) cycle operation time(1) Comm

DeviceNet (Master) Function8-3688-6 Error handlingWhen an error occurs during communication with the JW-32CUM1 DeviceNet communication, check theerror