Sharp JW-21MN Manual de usuario

RSSSharp Programmable ControllerNew Satellite JW300 Version 1.0Produced in Nov. 2003User's Manual - Hardware version

2-1(1) BatteryWhen delivered, the memory backup batteries in the JW300 control modules (JW-311CU through362CU) are disconnected. Before using a contro

7-47-2 How to calculate the heat value (average powerconsumption) of the JW300 when designing panels.Obtain the average power consumption of the entir

7-57-3 Allocation of relay numbersRelay numbers for the input, output, special, and option modules are stored in the control module of theJW300 system

7-6(1) Auto registrationThe control modules automatically register I/O addresses, using sequential addresses starting from" 00000," in the

7-7(2) Free I/O registration (continuous allocation)Specify the top address for each rack (0 to 7), within the range of 00000 to 01577.I/O addresse

7-8(3) Free I/O registration (individual allocation)Specify the top address for each rack (0 to 7), within the range of ｺ00000 to ｺ01577.I/O addresses

7-9[2] I/O relays allocated to each moduleRelay numbers in each rack panel are automatically allocated in series following each rack top addressset by

7-10[3] Number of input/output points and allocation of input/output relaysThe number of I/O points (control) and the number of I/O relay allocation p

7-11- - - - - Module installation examplesBelow shows an installation example when one set of the JW-318KB basic rack panel (8 slots) and 7sets of the

7-12[4] Allocation example of relay no.(1) Example of auto I/O registrationThis is to show the relay numbers in the following system configuration.(2)

7-137-4 Data memory for special I/O, option, device net, I/O link,and option moduleData memory for use special I/O module is set by module No. switch

2-2(7) Wiring- Be aware not to confuse the connection polarity of 5 VDC on the expansion rack panel. Otherwise,rack panel and I/O module etc. may be d

7-14* When setting the module No. switch on a special I/O module, option module, device net module, or I/O link module, note the following carefully:

7-15[1] Data memory for special I/O moduleThe special I/O module will be assigned a place in the special I/O module relay area and the special I/O par

7-16 In case of remote I/O system using JW-21CM link moduleA maximum of 8 special I/O modules can be installed in the JW-21RS remote I/O slave st

7-177-5 Precautions for operating I/O module[1] Precautions for operating input module(1) ON/OFF time of the input signalIn order to ensure ON/OFF con

7-18(2) Connectable input deviceThe followings are sensors and switches, which can be connected as input. See below for selectionand connection of the

7-19(3) Countermeasure leakage current on input deviceIn the following device, there is also leakage current at OFF. If the leakage current is higher

7-20Countermeasure:Connection of bleeder resistanceAs a countermeasure, a bleeder resistance can be inserted in the input side of theinput module as s

7-21(4) Notes for long-distance wiring and by-pass wiringIn the AC input module, when the cables to external device are very long or wiring along with

7-22(5) Surge current of the AC input moduleThere is surge current in the AC input module: JW-203N/211NA, when turning ON the input.The surge current

7-23[2] Precautions for operating the output module(1) Protection from output short circuitIn case of a short circuit of the load connected to an outp

3-13-1 Basic system configurationChapter 3. System configurationPG/COMM1PG/COMM2▲ PULL電池交換 時期 This battery expires電池の交換 は５分以内 に行ってく ださい Exchange the b

7-24(3) Countermeasure to surge voltage at opening/closing induced loadSome load generates surge voltage of several thousands volt when an induced loa

7-25Though acapacitor is veryeffective for thearc deletion atshut-off. Butcharged current tothe capacitor maymelt the contactpoint at turning ONa cont

7-26(4) Load which can be driven by the AC output moduleThe AC output module with SSR as an output device JW-213SA can drive directly the loads ofelec

7-27Calculate the value R of the bleeder resistance in the following formula:V: Power supply voltage I: Minimum action current of the output moduleThe

7-28(7) Life of relays of the relay output moduleThe relay's life of the module (JW-204SA/214SA), which uses a relay in output circuit, variesdep

7-297-6 Computer link using communication portThe PG/COMM1 and PG/COMM2 ports are built into the JW-3**CU control module as communicationports for the

7-30 EA-PG port●●●●● Communication specifications (EA-PG port) Communication specifications (EA-PG port) Communication specifications (EA-PG port

7-31[2] Communication conditionsSpecify the communication conditions (such as the data transfer speed) between the JW300(communication port) and the h

7-32Turn ON powerCOMM port (#0234, #0236, #0266)PG port (230400 bps)PG port (19200 bits/sec.)PG port (115200 bits/sec.)PG port (9600 bits/sec.)D501S

7-33[3] Communication formatWhen a command from a host computer is received, the communication port (PG/COMM1, PG-COMM2,EA-PG) of JW-300 operates acco

3-2Basic rack panelExpansion rackpanelI/O bus expansionadapterI/O expansioncableNo. of racksCable total lengthdistanceNo. of I/O modulesNo. of special

7-34ASCII code3A HEX3F HEX23 HEX25 HEX0D HEXContentsHeader (Indicates beginning of command andresponse.)Indicates command.Indicates response.Indicates

7-35{Command contentAD(L)AD(H)SC(L)SC(H)C RSum check area?Sum check code(4) Sum check code SC (H), SC (L)The communication port detects error using su

7-36After receiving this command, the PLC02 will return a response as follows:: : 0 2 # 5 S R R 0 0 7 0 3 0

7-37(5) Error cord EC(H), EC(L)The JW300 (control module) processes commands received from a host computer and if an erroroccurs, it will send one of

7-38[4] Command (response)This section describes the commands (and responses) that can be used for communication (in a computerlink) between the JW300

7-39(2) Write modeTo enable/disable writing data to the JW300 from the host computer, set write mode (0, 1, 2) usingthe EWR (select write mode) comman

7-40(3) Address expression systemIn each command, the setting value in the following table is set in the address module ofcommunication format.(4) Dat

7-41(5) Each command (and response)Starting here, each of the 39 commands (page 7-37) (and responses) is described, one at a time.Note: Be mode 0 (wri

7-42 SRR (Set/reset relay) MRL (Relay monitor)Monitor ON/OFF state of the designated relay.000000 to 015777, 020000 to 075777, 100000 to 543777T0000

7-43 SRS (set/reset multiple relays)･････････ ･････････ ･････････ ･････････ MRS (Monitor more than one relay)Data 1-NRelay number 1-NFunction Comman

3-3(1) Control module(2) Power supply module*2: The JW-33PU power supply module for the JW20H/30H can also be used with the JW300.*3: The JW-21PU powe

7-44‥‥‥ ‥‥ ‥‥‥ MTC (Current value monitor of TMR/CNT/MD) SRT (Set/reset TMR/CNT)Read out current value of TMR/CNT/MD number 1 to 2.Sequential read

7-45 MTC (described on the previous page) data 1 to nCurrent values of the TMR, CNT, and MD, the numbers consist of two bytes.* ResetIf the JW300

7-46 WRG (Write in relay, register, TMR/CNT/MD) MRG (Relay, register, TMR/CND/MD current value monitor)ByteaddressDataFunction CommandResponseExecut

7-47･････････ ･････ ･････ ･････････ 209000data009000Data MGS (Monitor the current values of any specified relays, registers, MTR, CNT, and MD registe

7-48 FRG (Write the same data in relay, register, TMR/CNT/MD)Write the same data in the byte address 1 to 2. Sequential write up to 512 bytes.Byteadd

7-49‥‥‥ ‥‥‥ 00030000data00030001 00030001 00030002‥‥‥ ‥‥‥ Write 55 (hexadecimal) to byte addresses 00030000 to 00030003(8) in the PLC01’s file registe

7-50‥‥‥ ‥‥‥ 00030000 00030001 00030002 00030003‥‥‥ ‥‥‥ RFLF (Read file address) WFLF (Write to file address)FileaddressDataFunction CommandResponse

7-51‥‥‥ ‥‥‥ ‥‥‥ ‥‥‥ 0100 0101 0102 RPSR (Read parameter of a special I/O module: Except remote I/O slave stations) WPSR (Write parameter of a specia

7-52‥‥‥ ‥‥‥ ‥‥‥ ‥‥‥ DataFunction CommandResponseExecutionconditionExamplefor useCommunication formatDataFunction CommandResponseExecutionconditionExam

7-53‥‥‥ ‥‥‥ WPO (Write option module parmeters)‥‥‥ ‥‥‥ RPO (Read option module parameters )DataFunction CommandResponseExecutionconditionExamplefo

3-4(6) I/O / special I/O / option / device net / I/O link module* Make sure to use the JW300 series compatible products for the JW-21CM, JW-22CM, JW-

7-54‥‥‥ ‥‥‥ ‥‥‥ ‥‥‥ (Response time : 0 ms)(Response time : 0 ms) RSM (Read system memory) WSM (Write system memory)Read the contents of the system m

7-550000 to 7999 (BCD) CTC (Change setting value of TRM/CNT)Change timer/counter setting value in the designated program address.Function CommandResp

7-56Year/month/date/dayFunction ExecutionconditionExamplefor useCommandResponseCommunication formatYear/month/date/dayFunction ExecutionconditionExamp

7-57Read out time (hour, minute, second) of clock.Read out time of PLC06. (Response time: 10 ms)Write modeHour/minute/secondMode 0, Mode 1, Mode 2Hour

7-58 ACL (Correct clock time)Correct time, run, and stop of clock.Stop clock of PC07. (Response time: 30 ms)Data00: Start clock 01: Stop clock08:3

7-59Monitor PLC is running or stops.Monitor operational condition of PLC01. (Response time: 20 ms)0: Run1: Stop by other optional device2: Stop by HLT

7-60Release HLT (stop PLC operation) command, restart PLC operation.Restart operation of PLC03. (Response time: 10 ms) RUN (Restart PLC operation)Fun

7-61…………… …………… Reads the program memory capacity of the PLC.Read the program memory capacity of PLC06. (Response time: 30 ms) VLM (Read memory capac

7-62CRCRRelease secret function, register password.0: Release‥‥Release the secret function.1: Temporary registration‥‥Set before regular registration2

7-63Check secret function (enable/disable).0: Disable secret function1: Enable secret functionCheck secret function (enable/disable) of PLC03. (Respon

3-5(7) I/O expansion cable(8) Support toolsModel nameJW-203ECJW-207EC JW-25ECJW-210ECJW-05ECJW-1ECJW-3ECJW-10ECJW-20ECJW-30ECJW-50ECConnection cables

8-1Chapter 8. Maintenance and check8-1 Self-diagnosis functionBy the self-diagnostic function, the system is running while checking if its own hardwar

8-2(Setting) (State)Continue operation → Upper columnHalt → Lower column*1 The upper or lower state of each item may occur whenthe fuse is melted dow

8-30160The newest error code (The content in #0160 is transferred to #0161 when next failure occurs.) 0161016201630164016501660167*3 The special rela

8-4RUN(Power supply module)OFF ○OFF ○Blink ◎ON ●ON ●FLT(Control module)ON ●OFF ○OFF ○OFF ○ON ●RemarksDetectable error for self-diagnosisPower supply O

8-5ClearSystem１ ６ ０MonitorMonitor in HEX*, * is error code**Slot No. (0 to 7)Rack No. (0 to 3)ClearSystem４ ６MonitorMonitor in HEXＲＳContents of#0160 (H

8-6(2) Check flow 2(3) Check flow 3- Operation of program checkIs operation of control module normal?Check power voltage of power terminal of the cont

8-7Control module Input moduleMemoryI/FcircuitHand-held programmer(3)(3)(2)LED(1)Common terminalInput terminal(4) Check flow 4This flow shows the chec

8-8(3)Control module Output moduleMemoryI/Fcircuit(1)(2)(2)LEDFusePowersupplyHand-held programmerCommon terminalOutput terminalLoad(5) Check flow 5Thi

8-98-3 Battery[1] Connecting the memory backup batteryWhen delivered, the memory backup battery in the JW300 control module (JW-311CU through 362CU)is

8-10[2] Battery replacement(1) Battery life and replacement timingThe maximum effective period of the battery is five years.Please note that the batte

3-63-2 System configuration using communicationFor details of the communication modules (option / device net / I/O link modules), refer to the eachmod

8-11[3] Exchange method of batteriesExchange battery for memory back-up in control module (JW-3**CU) within its validity.●●●●● Model name of battery m

8-12[4] Internal flash ROM and PC card useAll of the control modules in the JW300 series are equipped with FLASH ROM.This internal ROM can be used to

9-19-1 JW300 general specifications*1 The JW-33PU power supply module for JW20H/30H can be used with the JW300.*2 The JW-21PU power supply module for

9-2SpecificationsMax. 8 sets in total of 1 basic rack panel and 7 expansion rack panel.*1Max. 50 m *1Maximum 4096 points (combining only I/O modules)

9-364 point (007300 to 007377)007300 to 007327 : Reserved area 007330 : MW flag 007331 : MW reset007332 to 007337 : Reserved area007340 to 007347 :

9-4009000 to 009777, 019000 to 019777, ････, 099000 to 099777E0000 to E0777, E1000 to E1777, ････, E7000 to E7777109000 to 109777, 119000 to 119777, ･

9-532 K-bytes00000000 to00077777ItemsSpecificationsData memoryThis register can store the last 8 error codes of the control module andoption module in

9-6Parameter memoryInterrupt programJW-311CUJW-312CUJW-321CUJW-322CUJW-331CUJW-332CUJW-341CUJW-342CUJW-352CU JW-362CUSpecificationsItems- Parameter fo

9-79-4 Specifications of I/O module[1] Input module(1)JW-203NledoMemanecnerefeRegapO/IM232-WJlaicepSO/IN462-WJS262-WJ9-179-189-19emanledoM egapecner

9-8Model nameNo. of inputRated inputvoltageInput voltagerangeRated inputcurrentInputimpedanceSurge currentInput ON levelInput OFF levelResponse time(m

3-7[2] Communication system using link module (JW-21CM)- The JW-21CM can use any of the following 4 functions by setting its internal switch.- The JW-

9-9Model nameNo. of inputRated inputvoltageInput voltagerangeRated inputcurrentInputimpedanceSurge currentInput ON levelInput OFF levelResponse time(m

9-10Model nameNo. of inputRated inputvoltageInput voltagerangeRated inputcurrentInputimpedanceSurge currentInput ON levelInput OFF levelResponse time(

9-11DC input module : JW-234N32 points *12/24 VDC10.5 to 26.4 VDC (ripple rate at 24 VDC : 15% orless) (ripple rate at 12 VDC : 5% or less)7 mA TYP. (

9-12[2] Output module(1)JW-204SAModel nameNo. of outputMax. open-closevoltage andcurrentMin. loadOpe-rationlifeResponse time(module alone)Surge killer

9-13(2) JW-212SA*1 When load current exceeds 0.3 A, install a diode as surge absorber at load side.*2 The JW-212SA displays fuse blow (FUSE) using an

9-14(3) JW-213SA*1 When ambient temperature is more than 45C, make sure that load current should be less than 0.7A/point.*2 When load current at hold

9-15(4)JW-214SAModel nameNo. of outputMax. open-closevoltage andcurrentMin. loadOpe-rationlifeResponse time(module alone)Surge killerRated capacityof

9-16(5)JW-232S* When using at ambient temperature of 45 to 55C, use within 1 A per common terminal.Front viewDC output module (sink output) : JW-232S

9-17[3] I/O module JW-232M*1 When using at ambient temperature of 45 to 55C in 24 VDC, use that same time input ON no. ofpoints should be less than 1

9-18[4] Special I/O module(1) JW-264N* When using at ambient temperature of 45 to 55C, use that same time input ON no. of points shouldbe less than 1

3-8(2) Data-link DL1- This communication system can change data between a master and a slave station, or between2 slave stations, with a PLC configura

9-19(2) JW-262S* When the load power source is 5/12 VDC, the load current per point decreases.Front viewDC output module (sink output) : JW-262S64 poi

9-20smetIsnoitacificepSUP103-WJ UP22-WJUP13-WJ)devorppaASC/LU(noitisopdellatsnI lenapkcarnoisnapxe/cisabfoeludomylppusrewopehtroftolSegatlovtupnICAV46

9-21[2] JW-303PUItems SpecificationsInstalled position Slot for the power supply module of basic/expansion rack panelInput voltage 85 to 264 VAC (47 t

9-229-6 Specifications of I/O bus expansion adapter9-7 Specifications of basic rack panel9-8 Specifications of expansion rack panelInstallation of JW-

9-239-9 Outline dimension drawings (unit: mm)This section shows the external dimensions of the control modules etc. For the dimensions of the specialI

9-24[4] I/O bus expansion adapter(1) JW-31EA (2) JW-32EA[5] Basic/expansion rack panel(1) Basic rack panel(2) Expansion rack panel130JW-34ZBJW-36ZBJW-

A-1AppendixAppendix-1: Allocation of the relay No. for the JW-264N and JW-262SThe relay numbers for the JW-264N (64 points input module) and JW-262S (

A-2A-0A-1A-2A-3A-4A-5A-6A-7B-0B-1B-2B-3B-4B-5B-6B-7C-0C-1C-2C-3C-4C-5C-6C-7D-0D-1D-2D-3D-4D-5D-6D-7A-0A-1A-2A-3A-4

A-3A-0A-1A-2A-3A-4A-5A-6A-7B-0B-1B-2B-3B-4B-5B-6B-7C-0C-1C-2C-3C-4C-5C-6C-7D-0D-1D-2D-3D-4D-5D-6D-7A-0A-1A-2A-3A-4

A-4A-0A-1A-2A-3A-4A-5A-6A-7B-0B-1B-2B-3B-4B-5B-6B-7C-0C-1C-2C-3C-4C-5C-6C-7D-0D-1D-2D-3D-4D-5D-6D-7A-0A-1A-2A-3A-4

We thank you for your purchase of the SHARP programmable controller JW300.This booklet (user's manual, hardware version) explains mainly the JW30

3-9metI snoitacificepSJW-21RS (JW300, JW30H, JW20H)ZW-501RS1 (W51), ZW-160RS1 (W16), ZW-10RS1 (W10)Max. 4 setsTotal point max. 512 (64 bytes)128 point

A-5A-0A-1A-2A-3A-4A-5A-6A-7B-0B-1B-2B-3B-4B-5B-6B-7C-0C-1C-2C-3C-4C-5C-6C-7D-0D-1D-2D-3D-4D-5D-6D-7A-0A-1A-2A-3A-4

A-6Appendix-2: ASCII code table(1) For binary/hexadecimal• This code table is JIS standard table and undefined parts are deleted.• How to use ASCII co

A-7(2) For octal• This code table is JIS standard table and undefined parts are deleted.• How to use ASCII code tableCapital "A" is position

A-80000 0000 0000 00000000 0000 0000 00010000 0000 0000 00100000 0000 0000 00110000 0000 0000 01000000 0000 0000 01010000 0000 000

3-10[4] Communication system using the ME-NET (JW-21MN) Mount the JW-21MN on the JW300, you can exchange data with equipment that conform to the ME-NE

3-11[5] Communication system using the Ethernet (JW-255CM/25TCM)Install the JW-255CM/25TM on the JW30H, and connect it to a transceiver using a transc

3-12[6] Communication system using FL-net (JW-20FL5/T, JW-22FL5/T)The JW-20FL5/22FL5 (for 10BASE5) and JW-20FLT/22FLT (for 10BASE-T) are modules for t

3-13metIsnoitacificepSdohtemlortnocnoitacinummoCmetsysnekot,sselretsaMsnoitatsgnitcennocforebmuN452mumixaMnoitcnufnoitacinummoC)sdrow-K8+stib-k8,n:n(r

3-14smetI snoitacificepSstniopO/IforembuNdeepsnoitacinummoCnoitacinummoC)mumixam(ecnatsiddeepsnoitacinummoCkbps521 kbps052kbps005kcihtagnisuhtgnelknur

3-15metI snoitacificepSfoemanledoMnoitatsevals)tuptuo(S28-WZ,)tupni(N28-WZ:eludomtniop-8,)tuptuo(S461/S261/S161-WZ,)tupni(N261/N161-WZ:eludomtniop-61)

3-16[9] Communication system using a JW10 link module (JW-25CM)The JW-25CM can communicate with the JW10, by selecting data link master station functi

3-17(2) Remote I/O master stationThe system can communicate between a JW-25CM as a remote I/O master station and a JW10basic module as a remote I/O sl

3-183-3 System design proceduresThe following is an example of the system design procedure of the JW300.StartSystem designPreparation of operationAddr

Safety precautionsRead this manual and attached documents carefully before installation, operation, maintenance andchecking in order to use the machin

3-193-4 Precautions for system designIf an error occurs in the PLC, the whole system will report a fault.In order to create a fail-safe system, we rec

3-20• Connecting an input module and outputmodule for lighting lamps in front ofemergency stop circuit makes it possible tograsp the stop condition of

4-14-1 Control module (JW-3**CU)Chapter 4. Name and function of each partSoftwareversionlabelModel name labelModule retention screwRating plate(1pc.)(

4-2Name Function(10)(11)(12)(13)(14)(15)(16)(17)RESET switchSoftware reset- If the calculation time for one scan is abnormally long, the JW300 may rep

4-34-2 Power supply moduleThe power supply modules that can be used with the JW300 are as follows:*1: The JW-33PU power supply module for theJW20H/30H

4-4[Power supply terminal block]This is a terminal block for connecting extended line of power supply, GND, halt output and the like.*1 Connect the po

4-5*1: Connect the power supply input while paying attention to the terminal (LIVE: non-groundedside) and N terminal (NEUTRAL : grounded side).*2: To

4-64-3 Input/output moduleThe input/output module can be installed in any order in the I/O module slot of the basic/expansion rackpanel. Kinds of inp

4-7[1] 8/16 points moduleAB0123456701234567Module name labelInput/output signalindication lampLights when input/outputsignal "ON"Current con

4-14-1 Control module (JW-3**CU)Chapter 4. Name and function of each partSoftwareversionlabelModel name labelModule retention screwRating plate(1pc.)(

3) Use Danger• Don’t touch the terminal while the power is being supplied or you may have on electric shock.• Assemble the emergency stop circuit and

4-2Name Function(10)(11)(12)(13)(14)(15)(16)(17)RESET switchSoftware reset- If the calculation time for one scan is abnormally long, the JW300 may rep

4-34-2 Power supply moduleThe power supply modules that can be used with the JW300 are as follows:*1: The JW-33PU power supply module for theJW20H/30H

4-4[Power supply terminal block]This is a terminal block for connecting extended line of power supply, GND, halt output and the like.*1 Connect the po

4-5*1: Connect the power supply input while paying attention to the terminal (LIVE: non-groundedside) and N terminal (NEUTRAL : grounded side).*2: To

4-64-3 Input/output moduleThe input/output module can be installed in any order in the I/O module slot of the basic/expansion rackpanel. Kinds of inp

4-7[1] 8/16 points moduleAB0123456701234567Module name labelInput/output signalindication lampLights when input/outputsignal "ON"Current con

4-8[2] 32 points module[Pin No. of I/O connector and signal name]Ａ−０ Ａ−２ Ａ−４ Ａ−６ Ｂ−０ Ｂ−２ Ｂ−４ Ｂ−６ Ｃ−０ Ｃ−２ Ｃ−４ Ｃ−６ Ｄ−０ Ｄ−２ Ｄ−４ Ｄ−６ １Ａ ２Ａ ３Ａ ４Ａ ５Ａ ６Ａ ７Ａ

4-9[3] 64 points module*1 The fuse LED (JW-262S only) lights up (red) when the blown fuse or when the load power supply isturned OFF. When the connect

4-104-4 Basic/expansion rack panel[1] Basic rack panelThree types of basic rack panels are provided, with variations in the number of slots available

4-11[2] Expansion rack panelThree types of expansion rack panels are provided, with variations in the number of slots availablefor connecting I/O modu

Chapter 1 OutlineChapter 2 Precautions for useChapter 3 System configurationChapter 4 Name and function of each partChapter 5 InstallationChapter 6 W

4-12[3] Rack No. (expansion rack panel)(1) In case of not using I/O bus expansion adapterSystem can be configured with up to 4 racks, and each rack ID

4-13(2) In case of using I/O bus expansion adapterSystem can be configured with max. 8 racks when an expansion rack panel, JW-34ZB/36ZB/38ZB, is conne

4-14(3) Setting example for rack No.Note: Rack numbers are not necessarily set in order of added timings. For example, they can be set asshown below.１

4-15[4] Important points when using basic /expansion rack panelsSystem specifications can be defined by the combination of basic rack panel and expans

4-164-5 I/O bus expansion adapterI/O bus expansion adapter for the JW30H has two available models, the JW-31EA and the JW-32EA,that are used to link s

4-17[1] JW-31EA(1) I/O expansion connectorConnect between the I/O expansion connectors (IN) of JW-32EA using I/O expansion cables.[2] JW-32EA(1) Conne

4-18NotesSupport toolSupport toolSupport toolSupport toolJW-32EAJW-32EAControl moduleJW-31EAControl moduleJW-31EAJW-32EAJW-32EA - Only one support too

4-9[3] 64 points module*1 The fuse LED (JW-262S only) lights up (red) when the blown fuse or when the load power supply isturned OFF. When the connect

4-104-4 Basic/expansion rack panel[1] Basic rack panelThree types of basic rack panels are provided, with variations in the number of slots available

4-11[2] Expansion rack panelThree types of expansion rack panels are provided, with variations in the number of slots availablefor connecting I/O modu

Table of contentsChapter 1: Outline · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · 1-1Cha

4-12[3] Rack No. (expansion rack panel)(1) In case of not using I/O bus expansion adapterSystem can be configured with up to 4 racks, and each rack ID

4-13(2) In case of using I/O bus expansion adapterSystem can be configured with max. 8 racks when an expansion rack panel, JW-34ZB/36ZB/38ZB, is conne

4-14(3) Setting example for rack No.Note: Rack numbers are not necessarily set in order of added timings. For example, they can be set asshown below.１

4-15[4] Important points when using basic /expansion rack panelsSystem specifications can be defined by the combination of basic rack panel and expans

4-164-5 I/O bus expansion adapterI/O bus expansion adapter for the JW30H has two available models, the JW-31EA and the JW-32EA,that are used to link s

4-17[1] JW-31EA(1) I/O expansion connectorConnect between the I/O expansion connectors (IN) of JW-32EA using I/O expansion cables.[2] JW-32EA(1) Conne

4-18NotesSupport toolSupport toolSupport toolSupport toolJW-32EAJW-32EAControl moduleJW-31EAControl moduleJW-31EAJW-32EAJW-32EA - Only one support too

5-1Chapter 5. Installation5-1 Precautions for installationThe JW300 is not designed for dust and waterproof construction. Therefore, install JW300 in

5-25-2 Installation of basic/expansion rack panelThis section explains the installation method of the basic/expansion rack panel in a control panel.Fi

5-3To the next page[2] Installation of basic/expansion rack panel in control panel1) Drill fitting holes of basic/expansion rack panel and wiring duct

Chapter 6 Wiring · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · 6-1 to 216-1 Precaution for wiring

5-4From the previous page3) Fit wiring duct- Prepare the retention screws locally.- Use a wiring duct to enable easy external wiring for the I/O / spe

5-55-3 Installation of power supply modulePower supply module JW-303PU/301PU/31PU/33PU are installed by basic/expansion rack panel.Be sure to install

5-65-4 Installation of control moduleInstall the control module (JW-3**CU) at the basic rack panel (the power supply module on the right.)[Installatio

5-75-5 Installation of I/O / / / / / special I/O / / / / / option moduleI/O modules and special I/O modules can be installed in a basic rack p

5-8[2] Installation of module coverModule cover JW-20CV is a cover fitted on a terminal block of the I/O / special I/O / option / I/O linkmodule to wh

5-95-6 Installation of I/O bus expansion adapter (JW-31EA/32EA)Install JW-31EA on an I/O expansion connector on the right edge of the basic rack panel

6-1Chapter 6. Wiring6-1 Precaution for wiringFollow the below instructions for wiring:1. Separate power line and I/O lines of the JW300 from high volt

6-2 Wiring with noise countermeasuresFor your safe usage of the JW300, observe the "Precaution for Wiring" of the previous page carefull

6-3Note: Observe the following points for direct grounding of the GND cable of the JW300 to the chassis:- Connect the grounding cable from the GND ter

6-4(2) Countermeasure of noise from power supply lineThe AC power supply input noise resistance capacity of the JW300 is 1000 Vp-p. When any noiseover

Chapter 9 Specifications · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · 9-1 to 249-1 JW300 general specificatio

6-5(3) Safeguard from lightningBelow are countermeasures in case when the factory facilities are located far from residentialareas and that effects fr

6-6Countermeasure 2: Underground wiring as a countermeasure of lightning.When communication cables and input cables of the JW300 go out of a building,

6-7(5) Note for external wiring to I/O module1. Relay output module: JW-204SA, JW-214SASince the relay output module does not have a built-in surge ab

6-84. Wiring with power lineDo not run the input signal, output signal and communication cables of the JW300 near and inparallel with the power line.-

6-96-2 Wiring communication portsThe relationship between the control module, communication ports, and communication standard areas follows:*1: The EA

6-10JW-32EA191011121314152345678(15 pin D-subfemale connector)- EA-PG portniP.oNlangiSemanstnetnoC langiS1GFgnidnuorgydobedistuO23)+(DS)retupmoclanosr

6-11[2] Wiring figure(1)When using RS-232C for communication method of host computer sideBe within 15m for the total length of a communication cable.U

6-12(2) When using RS-422A for communication methodBe within 1km for the total length of a communication cable.Signal nameRXDRXDTXDTXDFGSignal nameSD

6-136-3 Wiring for power supply moduleIn order to prevent wire wastes from dropping into the module through a ventilation hole of the powersupply modu

6-14(2) JW-22PU (DC power supply module)- Ensure correct connection for polarity of the input power supply. Mis-connection of the polarity willdestroy

1-1Chapter 1. OutlineThe New Satellite JW300 series are high-speed, high-performance programmable controllers for mediumand large-scale control system

6-156-4 Wiring to I/O moduleBefore wiring to the I/O module confirm the specifications of the module. If the module is used beyond itsrated specificat

6-16[2] Connector type of 32/64 points(1) Assembly of the connectorAssemble the connector following the procedures below.Note that the terminal number

6-17*1 Hand press: FCN-707T-T101/H, cable cutter: FCN-707T-T001/H and locator plate: FCN-367T-T012/H are needed.*2 Manual crimp tool: FCN-363T-T005/Hg

6-186-5 Wiring to basic/expansion rack panel[1] Installation of I/O expansion cable(1) Install basic/expansion rack panel in directConnects between th

6-19I/O expansion cable insertion directionShield lead wireShield lead wire(2) When installing in an I/O bus expansion adapterConnect an I/O bus expan

6-20[2] Wiring for 5 VDC cable, process of panel wiringBe sure to supply 5 VDC to the expansion rack panel without power supply module, through the 5

6-21Wiring ductWiring ductWiring ductWiring ductHalt outputAC/DCpower supplyClass-D grounding5 VDC cableTerminationconnector▲ (2) Wiring processing ex

7-17-1 Current consumption of moduleEach module in the JW300 operates by 5 VDC output current supplied by the power supply module: JW-301PU, etc. The

7-24) Input/output / special I/O / option / device net / I/O link moduleModel nameCurrentconsumption : mA(when all points ON)No. of currentconsumption

7-3(2) Calculation of current consumption (by current consumption mark)Add up the total numbers of the current consumption mark on stickers next to th