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Chino LE5000 Series Instructions Manual

Hybrid recorder communication interface
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INST.No.INE-367B
Please make sure that this manual is handed to the final user of the instrument.
LE5000 SERIES
HYBRID RECORDER
COMMUNICATION
INTERFACE
Retain this manual apart from the
instrument and in an easily accessible.

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Summary of Contents for Chino LE5000 Series

  • Page 1 INST.No.INE-367B LE5000 SERIES HYBRID RECORDER COMMUNICATION INTERFACE Retain this manual apart from the instrument and in an easily accessible. Please make sure that this manual is handed to the final user of the instrument.

  • Page 2: Table Of Contents

    Contents Introduction ......................1 1 Overview ......................2 1.1 RS-422A/485 communication interface ..................2 1.2 Communication protocol ......................... 2 2 Communication specifications ..............2 3 Confirmation of communication specifications, and setting method ..3 4 Connection ....................... 4 4.1 Precautions while doing the connections ................... 4 4.2 Cable for communication ........................

  • Page 3: Introduction

    This instruction manual explains the handling and specifications about 4 communication interfaces (RS-422A, RS-485, USB, Ethernet) in the common communication interface edition of Hybrid recorder LE5000 series. Each individual part is divided into “ RS-422A/485”, “USB”, “Ethernet” and common part is collectively explained. Hence read the part that is required.

  • Page 4: Overview

    2 signal lines only. 1.2 Communication protocol LE5000 series uses MODBUS protocol (MODBUS is a registered trademark of SCHNEIDER Company) as communication protocol MODBUS protocol has 2 modes viz. RTU mode and ASCII mode and they can be toggled using key settings.

  • Page 5: Confirmation Of Communication Specifications, And Setting Method

    3 Confirmation of communication specifications, and setting method Go to the settings display mode by clicking the Menu key. A window opens and a list of setting items is displayed, select COM. and click the Enter key. The following settings screen is displayed. Confirm the specifications and do the settings as per the requirement.

  • Page 6: Connection

    4 Connection 4.1 Precautions while doing the connections 4.1.1 Communication terminal Terminal layout differs depending on the communication interface that is specified.  RS-422 communication terminal  RS-485 communication terminal Short circuit SDA and RDA ＲＳ－４２２Ａ Short circuit SDA and RDB ＲＳ－４８５...

  • Page 7: Cable For Communication

    4.2 Cable for communication Before connecting be prepared with cable exclusively for communication. It is available in our company also; hence you may place an order with us. 4.2.1 Communication cable for RS-422A ① Connection between line converter and LE5000 Ｏ...
  • Page 8 4.2.2 Communication cable for RS-485 ① Connection between line converter and LE5000 Ｏ type crimp style terminal Ｏ type crimp style terminalRS-485 cable Cable (For line converter) Line converter side LE5000 side Form It is a CVVS wire that is twisted to 2 core cable and SG (Signal Grand) wire is available in both the terminals.

  • Page 9: Rs-422A/485 Connection

    4.3 RS-422A/485 connection Connect RS-422A/485 communication interface to PC using line converter (Our company’s model: SC8-10). As the line converter and PC use only 3 signals viz. send, receive and signal grand and no other control signal is used, wiring process in the connector needs to be similar to that of RS-232C connection.

  • Page 10: Modbus Protocol

    5 MODBUS protocol Precautions and basic procedure of communication  Caution 1. Error occurs if data is requested immediately after starting the power supply. LE5000 can be communicated with, any time. Response is output anytime for the data request from PC. However at the time of starting the power supply, response is not output normally, until the data of the channel is gathered.

  • Page 11: Message Transmission Mode

    5.1 Message transmission mode There are 2 types of modes viz. RTU (Remote Terminal Unit) mode and ASCII mode and they can be selected by key settings. (Table 1. Comparison of RTU mode and ASCII mode) Items RTU mode ASCII mode Interface RS-422A, RS-485 Communication method...

  • Page 12: Data Time Interval

    5.2 Data time interval RTU mode time: Less than 28 bit hours (9600bps time: 2.8msec, 19200nps time: 1.4msec) ASCII mode time: Less than 1 second At the time of sending the message, see to it that the time interval of the data that consists of one message does not exceed the time interval mentioned above.
  • Page 13 (Table 2. Function code table) MODBUS original function Code Function Unit (Reference) Reading digital (ON/OFF) settings 1 bit Reading the status of coil value Reading the input relay status Reading the digital input data 1 bit Reading the contents of Reading the analog setting value 16 bits maintenance register...
  • Page 14 (Table 4. Reference number) Reference Corresponding Reference Data type Parameter number function code table Key lock Recording ON/OFF Feed 01 (READ) Digital setting value 1 to 50 5.8.1 Clause Print list 05 (WRITE) Print message Data print External drive status (Contact point input) Digital input data 10001 to 11500...
  • Page 15 (Table 4. Reference number for LE5200/LE5300) Reference Corresponding Reference Data type Parameter number function code table Calculation character string 62 (READ) (LE5200 only) 23720 to 27250 Analog input setting 63 (WRITE) LE5300 responds with option value Channel parameter of CH101 60 (READ) 5.8.5 Clause 40101 to 47300...
  • Page 16 5.3.5 Error check Error check of transmission frame differs depending on the mode. RTU mode: CRC-16 ASCII mode: LRC 5.3.5.1 Calculation of CRC-16 CRC method divides using generating polynomials, the information to be sent and sends the rest of the information by attaching it.
  • Page 17 5.3.5.2 LRC calculation method Calculate to the target from slave data up to the end of the data by the following procedure. 1) Create message in RTU mode. 2) Add from the beginning (slave address) of the data to the end. →X 3) Get the complement (Bit inversion) of X.

  • Page 18: Method Of Creating A Message

    5.4 Method of creating a message Message consists of ①Step address, ②Function code, ③Data part, and ④Error check code. (Refer to 5.3) Message that can be read or write once is within the following range. Data count RTU mode 120 units ASCII mode 60 unit Method of creating a message is explained in the following example.

  • Page 19: Function Code

    5.4.2 ASCII mode message Error check LRC is calculated from basic part of the message. LRC is 94H. (Refer to 5.3.5.2). Convert every data of basic part to ASCII code, also convert LRC to ASCII code and attach it to the basic part. Add the starting character "...
  • Page 20 5.5.2 Reading the digital input data (Reading the status of input relay) [Function code: 02(02H)] Only the specified count reads “digital (ON/OFF) input data of series of numbers”, from specified number. ON/OFF data consists of reply message data where in 8 units are arranged in numerical order in 1 data (1 byte).
  • Page 21 5.5.5 Writing digital settings value (Changing the status of single coil) [Function code: 05 (05H)] Consider digital settings value of specified number as specified status (ON/OFF). Example) Executing ‘Print message’ of slave 2. (Switch ON the digital settings value reference number 20 of slave 2.
  • Page 22 5.5.7 Loop back test [Function code: 08 (08H)] Transmission check is performed between master slaves. Responding is done depending on the specified diagnosis code. In this instrument “return check to send the received data as it is” is performed and diagnosis code “0000H” is fixed. Example) Execute "loop back test"...

  • Page 23: Process During Abnormality

    5.6 Process during abnormality Response is as follows when there is an error in the contents of the message from master. 5.6.1 For no response In the following cases the message is ignored and there is no response. ① When transmission error (over run, framing, parity, CRC or LRC) is detected in the message. ②...
  • Page 24 Error codes are as follows Error code Contents Function code defect When function code that is not specified is received Relative number (Reference number) defect When received starting number or settings value number are other than specified Data count defect In case of any of the following ①...

  • Page 25: Print Message Function

    5.7 Print message function It is possible to print on the chart of this instrument the optional characters by communication. (Printing specifications) Channel specifications exist No channel specifications Count of characters Maximum 75 characters Maximum 80 characters to be printed English alphanumeric characters (upper case/lower case), symbols, Katakana Type of characters (At the time of using Katakana, communication is always done by 8 bit data...

  • Page 26: Reference Table

    5.8 Reference table 5.8.1 Digital settings value R/W……R: READ，W: WRITE Reference Application Contents Details Number Function code 0 (000h) = Key lock disabled 1 (FF00h) = Key lock enabled Key lock Contents in the ( ) are the contents at the time of function code 05 Error code: 01H, 02H, 03H, 11H, 12H 0 (000h) = Recording OFF...
  • Page 27 5.8.2 Digital input data R/W……R: READ，W: WRITE Reference Application Contents Details Number Function code 10009 Status of external drive 1 Status of external drive contact point input 10010 Status of external drive 2 0: OFF 10011 Status of external drive 3 1: ON 10012 Status of external drive 4...
  • Page 28 R/W……R: READ，W: WRITE Reference Application Contents Details number Function code 10133 to 10134 CH3 status 1 Similar to CH1 10137 to 10140 CH3 status 2 Similar to CH1 Activation status of CH3 alarm level 1 to CH3 10141 to 10144 Similar to CH1 alarm level 4 10149 to 10150...
  • Page 29 R/W……R: READ，W: WRITE Reference Application Contents Details number Function code 10357 to 10358 CH17 status 1 Similar to CH1 10361 to 10364 CH17 status 2 Similar to CH1 Activation status of CH17 alarm level 1 to CH17 10365 to 10368 Similar to CH1 alarm level 4 10373 to 10374...
  • Page 30 R/W……R: READ，W: WRITE Reference Application Contents Details number Function code 10565 to 10566 CH30 status 1 Similar to CH1 10569 to 10572 CH30 status 2 Similar to CH1 Activation status of CH30 alarm level 1 to CH30 10573 to 10576 Similar to CH1 alarm level 4 10581 to 10582...
  • Page 31 R/W……R: READ，W: WRITE Reference Application Contents Details number Function code 10773 to 10774 CH44 status 1 Similar to CH1 10777 to 10780 CH44 status 2 Similar to CH1 Activation status of CH44 alarm level 1 to CH44 10781 to 10784 Similar to CH1 alarm level 4 10789 to 10790...
  • Page 32 R/W……R: READ，W: WRITE Reference Application Contents Details number Function code 10982 to 10983 CH57 status 1 Similar to CH1 10986 to 10989 CH57 status 2 Similar to CH1 Activation status of CH57 alarm level 1 to CH57 10990 to 10993 Similar to CH1 alarm level 4 10998 to 10999...
  • Page 33 R/W……R: READ，W: WRITE Reference Application Contents Details number Function code 11190 to 11191 CH68 status 1 Similar to CH1 11194 to 11197 CH68 status 2 Similar to CH1 Activation status of CH68 Alarm level 1 to CH68 11198 to 11201 Similar to CH1 Alarm level 4 11206 to 11207...
  • Page 34 5.8.3 Analog input data 1) Reading instrument specification R/W……R: READ，W: WRITE Reference Application Contents Details number Function code Instrument name ASCII“LE”（Fixed） 30001 character 1,2 Error code: 01H, 02H, 03H, 12H Instrument name ASCII“51”or“52” 30002 character 3,4 Error code: 01H, 02H, 03H, 12H ASCII…1st digit: input, 2nd digit: output 1st digit…0:None, 1: 12 points, Instrument name...
  • Page 35 R/W……R: READ，W: WRITE Reference Application Contents Details Number function code CH2 decimal point Similar to CH1 30104 status Error code: 01H, 02H, 03H, 12H Similar to CH1 30105 CH3 data Error code: 01H, 02H, 03H, 12H CH3 decimal point Similar to CH1 30106 status Error code: 01H, 02H, 03H, 12H...
  • Page 36 R/W……R: READ，W: WRITE Reference Application Contents Details Number function code CH14 decimal point Similar to CH1 30128 status Error code: 01H, 02H, 03H, 12H Similar to CH1 30129 CH15 data Error code: 01H, 02H, 03H, 12H CH15 decimal point Similar to CH1 30130 status Error code: 01H, 02H, 03H, 12H...
  • Page 37 R/W……R: READ，W: WRITE Reference Application Contents Details Number function code CH26 decimal point Similar to CH1 30152 status Error code: 01H, 02H, 03H, 12H Similar to CH1 30153 CH27 data Error code: 01H, 02H, 03H, 12H CH27 decimal point Similar to CH1 30154 status Error code: 01H, 02H, 03H, 12H...
  • Page 38 R/W……R: READ，W: WRITE Reference Application Contents Details Number function code CH38 decimal point Similar to CH1 30176 status Error code: 01H, 02H, 03H, 12H Similar to CH1 30177 CH39 data Error code: 01H, 02H, 03H, 12H CH39 decimal point Similar to CH1 30178 status Error code: 01H, 02H, 03H, 12H...
  • Page 39 R/W……R: READ，W: WRITE Reference Application Contents Details Number function code CH50 decimal point Similar to CH1 30200 status Error code: 01H, 02H, 03H, 12H Similar to CH1 30201 CH51 data Error code: 01H, 02H, 03H, 12H CH51 decimal point Similar to CH1 30202 status Error code: 01H, 02H, 03H, 12H...
  • Page 40 R/W……R: READ，W: WRITE Reference Application Contents Details Number function code CH62 decimal point Similar to CH1 30224 status Error code: 01H, 02H, 03H, 12H Similar to CH1 30225 CH63 data Error code: 01H, 02H, 03H, 12H CH63 decimal point Similar to CH1 30226 status Error code: 01H, 02H, 03H, 12H...
  • Page 41 Decimal point status information MSB(15) (11) (3) LSB(0) BURN OF A/D:Input category 0 (Analog)/1 (Digital) I/O: Input output 0 (Output)/1 (Input) U/F: Expression of data part 0 (Bipolar)/1 (Unipolar) EV1-4: Each event status 0 (Not activated)/1 (Activated) ERR: Input output stick status 0 (Normal)/1 (Abnormal) BURN: Sensor disconnected...
  • Page 42 5.8.4 Analog setting value 1) Common parameters R/WR/W……R:READ，W: WRITE Reference Application Contents Details Number function code ASCII 2 digits (First digit can also be a space code) 40001 Clock settings (Year) 00 to 97: Year 2000 to Year 2097 98 to 99: Year 1998 to Year 1999 Error code: 01H, 02H, 03H, 11H ASCII 2 digits (First digit can also be a space code)
  • Page 43 R/W……R: READ，W: WRITE Reference Application Contents Details Number function code Optional intermittent 3 to 60: 3 to 60 seconds 1 second step 40018 period Error code: 01H, 02H, 03H, 11H, 12H 1 to 1500:1 to 1500 mm/h 1mm step 40019 Chart speed 1 settings Error code: 01H, 02H, 03H, 11H 0: Chart speed 1 synchronous,...
  • Page 44 R/W……R: READ，W: WRITE Reference Application Contents Details Number function code ASCII 2 digits (First digit can also be a Key lock settings space code) 40040 Interval (Minutes) 00 to 59 Error code: 01H, 02H, 03H, 11H ASCII 2 digits (First digit can also be a Key lock settings space code) 40041...
  • Page 45 R/W……R: READ，W: WRITE Reference Application Contents Details Number function code 0: No settings, 1:/ ,2: - Parallel recording 40059 Second area delimiter 2 Error code: 01H, 02H, 03H, 11H, 12H ASCII 2 digits (First digit can also be a space code) Parallel recording 40060 01 to Intermittent number count,...
  • Page 46 R/W……R: READ，W: WRITE Reference Application Contents Details Number function code ASCII 2 digits (First digit can also be a space code) Parallel recording 40073 01 to Intermittent number count, Fifth area settings 2 00H: No settings Error code: 01H, 02H, 03H, 11H, 12H 0: No settings, 1:/ ,2: - Parallel recording 40074...
  • Page 47 2) Setting parameter for each channel (Note) Write error of multiple settings value where channel is mounted, occurs. (Error code 12H) R/W……R: READ，W: WRITE Application Reference function Contents Details Number code ASCII code 2 digits (First digit can also be a space CH1 range code) 40102...
  • Page 48 R/W……R: READ，W: WRITE Application Reference function Contents Details Number code ASCII code 2 digits (No settings is 00H) CH1 unit 40122 character 7,8 Error code: 01H, 02H, 03H, 11H, 12H ASCII code 2 digits (No settings is 00H) CH1 tag character 40125 Error code: 01H, 02H, 03H, 11H, 12H ASCII code 2 digits (No settings is 00H)
  • Page 49 R/W……R: READ，W: WRITE Application Reference function Contents Details Number code 0: OR, 1: AND CH1 level 2 alarm 40144 AND/OR Error code: 01H, 02H, 03H, 11H, 12H BINARY 2 digits CH1 level 2 alarm 01 to 72, 0000H:No settings *Valid in case of differential 40145 Reference CH alarm...
  • Page 50 R/W……R: READ，W: WRITE Application Reference function Contents Details Number code BINARY 2 digits CH1 level 4 alarm 01 to 72, 0000H: No settings *Valid in case of differential 40161 Reference CH alarm Error code: 01H, 02H, 03H, 11H, 12H ASCII code 2 digits (First digit can also be a space code) CH1 level 4 alarm 01 to 20, 00H:No settings *Valid in case of change rate 40162...
  • Page 51 R/W……R: READ，W: WRITE Reference Application Contents Details Number function code CH1 calculation In case of arithmetic operation 1, 2: 0 to 3 40174 constant C 00H in case of others Decimal point Error code: 01H, 02H, 03H, 11H, 12H In case of arithmetic operation 1, 2: -30000 to 30000 In case of addition, maximum, minimum, average calculation: Interval (Minutes) CH1 calculation...
  • Page 52 R/W……R: READ，W: WRITE Reference Application Contents Details Number function code CH1 parallel 1 to 5 40188 pointer scale Assigned area Error code: 01H, 02H, 03H, 11H, 12H CH1 auto range -30000 to 30000 (Scale decimal point is used as setting decimal point position) 40189 First range lower...
  • Page 53 3) -1 range number table Range Decimal point Input category ASCII code Measurement range number position 3031 -10.000 10.000 3032 -20.000 20.000 3033 -40.00 40.00 3034 -80.00 80.00 Direct current voltage 3035 -1.250 1.250 3036 -2.500 2.500 3037 -5.000 5.000 3038 -10.000 10.000...
  • Page 54 R/W……R: READ，W: WRITE Application Reference function Contents Details Number code 40202 CH 2 settings Same as CH1 parameter (40102 to 40194) parameter Reference number: Reference number of CH1 + 100 40294 40302 CH 3 settings Same as CH1 parameter (40102 to 40194) parameter Reference number: Reference number of CH1 + 200 40394...
  • Page 55 R/W……R: READ，W: WRITE Application Reference function Contents Details Number code 41702 CH17 settings Same as CH1 parameter (40102 to 40194) parameter Reference number: Reference number of CH1 + 1600 41794 41802 CH18 settings Same as CH1 parameter (40102 to 40194) parameter Reference number: Reference number of CH1 + 1700 41894...
  • Page 56 R/W……R: READ，W: WRITE Application Reference function Contents Details Number code 43202 CH32 settings Same as CH1 parameter (40102 to 40194) parameter Reference number: Reference number of CH1 + 3100 43294 43302 CH33 settings Same as CH1 parameter (40102 to 40194) parameter Reference number: Reference number of CH1 + 3200 43394...
  • Page 57 R/W……R: READ，W: WRITE Application Reference function Contents Details Number code 44702 CH47 settings Same as CH1 parameter (40102 to 40194) parameter Reference number: Reference number of CH1 + 4600 44794 44802 CH48 settings Same as CH1 parameter (40102 to 40194) parameter Reference number: Reference number of CH1 + 4700 44894...
  • Page 58 R/W……R: READ，W: WRITE Application Reference function Contents Details Number code 46302 CH63 settings Same as CH1 parameter (40102 to 40194) parameter Reference number: Reference number of CH1 + 6200 46394 46402 CH64 settings Same as CH1 parameter (40102 to 40194) parameter Reference number: Reference number of CH1 + 6300 46494...
  • Page 59 4) Memory card settings R/W……R: READ，W: WRITE Application Reference function Contents Details Number code Memory card 0: Binary, 1: Text, 2: Binary (Floating decimal recording point) 47906 Recording 3: Text (Extension) format Error code: 01H, 02H, 03H, 11H, 12H 0: 0.1 seconds, 1: 0.2 seconds, 3: 1 second, 4: 2 seconds, 5: 3 seconds, 6: 5 seconds Memory card 7: 10 seconds, 8: 15 seconds, 9: 20 seconds,...
  • Page 60 5) Printing communication When channel is specified message of maximum 75 characters and when channel is not specified message of maximum 80 characters can be printed. Here the printing characters are set. The print color is black only. It is executed by executing message printing of reference number 20. R/W……R: READ，W: WRITE Application Reference...
  • Page 61 R/W……R: READ，W: WRITE Application Reference function Contents Details Number code Message printing ASCII code 2 characters 48023 Printing characters 41,42 Error code: 01H, 02H, 03H, 11H, 12H Message printing ASCII code 2 characters 48024 Printing characters 43,44 Error code: 01H, 02H, 03H, 11H, 12H Message printing ASCII code 2 characters 48025...
  • Page 62 6) Settings parameter for every dotting number (Note) Write error of multiple settings value where channel is mounted, occurs. (Error code 12H) R/W……R: READ，W: WRITE Application Reference function Contents Details Number code BINARY 2 digits Intermittent number 1 48101 001 to Channel count, 0000H:No settings Input channel Error code: 01H, 02H, 03H, 11H, 12H 1: Green, 2: Yellowish green, 3: Orange, 4: Red,...
  • Page 63 R/W……R: READ，W: WRITE Application Reference function Contents Details Number code 48111 Similar to intermittent number 1 (48101 to 48104) Intermittent number 2 Reference Number: Reference number of Settings parameter 48114 intermittent number 1 + 10 48121 Similar to intermittent number 1 (48101 to 48104) Intermittent number 3 Reference Number: Reference number of Settings parameter...
  • Page 64 R/W……R: READ，W: WRITE Application Reference function Contents Details Number code 48221 Similar to intermittent number 1 (48101 to 48103) Intermittent number 13 Reference Number: Reference number of Settings parameter 48224 intermittent number 1 + 120 48231 Similar to intermittent number 1 (48101 to 48103) Intermittent number 14 Reference Number: Reference number of Settings parameter...
  • Page 65 R/W……R: READ，W: WRITE Application Reference function Contents Details Number code 48371 Similar to intermittent number 1 (48101 to 48103) Intermittent number 28 Reference Number: Reference number of Settings parameter 48374 intermittent number 1 + 270 48381 Similar to intermittent number 1 (48101 to 48103) Intermittent number 29 Reference Number: Reference number of Settings parameter...
  • Page 66 R/W……R: READ，W: WRITE Application Reference function Contents Details Number code 48521 Similar to intermittent number 1 (48101 to 48103) Intermittent number 43 Reference Number: Reference number of Settings parameter 48524 intermittent number 1 + 420 48531 Similar to intermittent number 1 (48101 to 48103) Intermittent number 44 Reference Number: Reference number of Settings parameter...
  • Page 67 R/W……R: READ，W: WRITE Application Reference function Contents Details Number code 48671 Similar to intermittent number 1 (48101 to 48103) Intermittent number 58 Reference Number: Reference number of Settings parameter 48674 intermittent number 1 + 570 48681 Similar to intermittent number 1 (48101 to 48103) Intermittent number 59 Reference Number: Reference number of Settings parameter...
  • Page 68 7) Data communications input R/W……R: READ，W: WRITE Application Reference function Contents Details Number code -30000 to 30000 49001 Data communications input Data Error code: 01H, 02H, 03H, 11H, 12H 0 to 3 49002 Data communications input Decimal point position Error code: 01H, 02H, 03H, 11H, 12H 49003 Similar to CH1 (49001 to 49002) Reference number: Reference number of CH1...
  • Page 69 R/W……R: READ，W: WRITE Application Reference function Contents Details Number code 49029 Similar to CH1 (49001 to 49002) CH15 Reference number: Reference number of CH1 Data communications input 49030 49031 Similar to CH1 (49001 to 49002) CH16 Reference number: Reference number of CH1 Data communications input 49032 49033...
  • Page 70 R/W……R: READ，W: WRITE Application Reference function Contents Details Number code 49059 Similar to CH1 (49001 to 49002) CH30 Reference number: Reference number of CH1 Data communications input 49060 49061 Similar to CH1 (49001 to 49002) CH31 Reference number: Reference number of CH1 Data communications input 49062 49063...
  • Page 71 8) Parameters common to the channels R/W……R: READ，W: WRITE Application Reference function Contents Details Number code 0: English, 1: Japanese Settings guide 49101 language Error code: 01H, 02H, 03H, 11H, 12H 0: Year month date, 1:Month date year, 2: Date month year 49103 Time display type...
  • Page 72 5.8.5 Function for LE5200 (LE5300 responds with option) 1) Character string of calculation R/W……R: READ，W: WRITE Application Reference function Contents Details Number code CH37 character of calculation ASCII code 2 digits (No setting is 00H) 23720 Error code: 01H, 02H, 03H, 11H, 12H CH37 character of calculation ASCII code 2 digits (No setting is 00H) 23721...
  • Page 73 R/W……R: READ，W: WRITE Application Reference function Contents Details Number code CH37 character of calculation ASCII code 2 digits (No setting is 00H) 23738 37,38 Error code: 01H, 02H, 03H, 11H, 12H CH37 character of calculation ASCII code 2 digits (No setting is 00H) 23739 39,40 Error code: 01H, 02H, 03H, 11H, 12H...
  • Page 74 R/W……R: READ，W: WRITE Application Reference function Contents Details Number code 24820 Similar to CH37 (23720 to 23744) CH48 character of calculation Reference number: Reference number of CH37 1 to 50 24844 +1100 24920 Similar to CH37 (23720 to 23744) CH49 character of calculation Reference number: Reference number of CH37 1 to 50 24944...
  • Page 75 R/W……R: READ，W: WRITE Application Reference function Contents Details Number code 26420 Similar to CH37 (23720 to 23744) CH64 character of calculation Reference number: Reference number of CH37 1 to 50 26444 +2700 26520 Similar to CH37 (23720 to 23744) CH65 character of calculation Reference number: Reference number of CH37 1 to 50 26544...
  • Page 76 5.8.6 Function for LE5300 1) Parameter settings of channel 101 to 599 R/W……R: READ，W: WRITE Application Reference Number Contents Details function code 40101 Channel select Off set (0 to 500) of designated CH Channel X+1 40102 to 40194 Similar to CH1 parameter ※) X is designated Except 40195 and Refer to 5.8.4...
  • Page 77 R/W……R: READ，W: WRITE Application Reference function Contents Details Number code Similar to CH1 parameter 41201 to 41294 Channel X+12 Refer to 5.8.4 Except 41295 and ※ ) X is designated 41269 to 41280 by 40101 ※) 41201 is common with 40101 Similar to CH1 parameter 41301 to 41394 Channel X+13...
  • Page 78 R/W……R: READ，W: WRITE Application Reference function Contents Details Number code Channel X+24 Similar to CH1 parameter 42401 to 42494 Refer to 5.8.4 Except 42495 and ※) X is designated 42469 to 42480 ※) 42401 is common with 40101 by 40101 Channel X+25 Similar to CH1 parameter 42501 to 42594...
  • Page 79 R/W……R: READ，W: WRITE Application Reference function Contents Details Number code Channel X+35 Similar to CH1 parameter 43501 to 43594 Refer to 5.8.4 Except 43595 and ※) X is designated 43569 to 43580 ※) 43501 is common with 40101 by 40101 Channel X+36 Similar to CH1 parameter 43601 to 43694...
  • Page 80 R/W……R: READ，W: WRITE Application Reference function Contents Details Number code Channel X+47 Similar to CH1 parameter 44701 to 44794 Refer to 5.8.4 Except 44795 and ※) * is designated 44769 to 44780 ※) 44701 is common with 40101 by 40101 Channel X+48 Similar to CH1 parameter 44801 to 44894...
  • Page 81 R/W……R: READ，W: WRITE Application Reference function Contents Details Number code Channel X+59 Similar to CH1 parameter 45901 to 45994 Refer to 5.8.4 Except 45995 and ※) X is designated 45969 to 45980 ※) 45901 is common with 40101 by 40101 Channel X+60 Similar to CH1 parameter 46001 to 46094...
  • Page 82 R/W……R: READ，W: WRITE Application Reference function Contents Details Number code Similar to CH1 parameter 47101 to 47194 Channel X+71 Refer to 5.8.4 Except 47195 and ※ ) X is designated 47169 to 47180 by 40101 ※) 47101 is common with 40101 Similar to CH1 parameter 47201 to 47294 Channel X+72...

  • Page 83: Before Connecting To The Network

    6 Before connecting to the network In order to communicate the PC and this instrument with Ethernet, it is necessary to set the IP address to recognize this instrument. IP address is set in the sequence given below. 1. Default values settings of the Ethernet for this instrument are as follows. Settings Default value IP address...

  • Page 84: Allocation Of Ip Address

    6.1 Allocation of IP address ■ IP address allocation IP address is allocated to LE5100 when it is installed in the network. Allocation of IP address includes the following 3 types and it depends on the setting contents of [LE5100 Basic Parameter] page →...

  • Page 85: Communication Error Of Ethernet

    6.2 Communication error of Ethernet Operate LE5100 as follows, when communication error occurs. ● When there is no response from Host (PC etc.) on Ethernet When data is transmitted from LE5100 to the Host on Ethernet, and there is no response (ACK) from the Host, LE5100 repeats the retry (about 3 minutes).
  • Page 86 32-8, KUMANO-CHO, ITABASHI-KU, TOKYO 173-8632 Telephone : 81-3-3956-2171 Facsimile : 81-3-3956-0915 Printed in Japan (...

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