Samwontech TEMP2000 Series Communications Manual Download

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SAMWONTECH

1th Edition of TEMP2000_Series IM : Dec. 15. 2008 Page 4 / 63

3. Communication setting

TEMP2500 provides flexible communication interface RS232C or RS485 from Control Unit directly.

▶

After detaching BACK COVER from Control Unit shown as [Figure-1], communication interface between RS232C
and RS485 can be selected with socket and pin-header on power board of Control Board.

▶

It is recommended to use tool like tweezers for setting socket to pin-header correctly.

☞

Make sure setup completed correctly.

[Figure-1] Control Unit

Control Unit
BACK COVER

ⓑ Pull down

ⓐ Push

▶

Do not disassemble Power board from Control Unit case during setting comm. interface.

▶

It is recommended to use tool like tweezers for setting comm. interface.

▶

Make sure setup completed correctly.

[Figure-2] Communication Interface setting

Power board

RS232C

RS485

Socket

Pin-Header

Summary of Contents for TEMP2000 Series

Page 1: ...COMMUNICATION MANUAL Programmable Controller TEMP2000 SERIES TEMP2300 TEMP2500 TEMP2700 ...

Page 2: ...EMP2300 TEMP2500 and TEMP2700 The model stated the manual content is TEMP2500 Contents 1 Safety Precautions 1 2 Communication Specifications 3 3 Communication Setting 4 4 Wiring for Communication 5 5 Communication Command 7 6 MODBUS Protocol 18 7 D REGISTER Description 24 D REGISTER table 50 ...

Page 3: ...ng C Symbolizes Supplementary Explanation The information with this symbol describes additional explanation for features D Symbolizes Reference This symbol indicates further information and page to refer 음Precautionary Remarks on this Communication Manual음 A This manual should be passed on the End User and kept at a suitable place for easy review in time B Read and understand this Communication Ma...

Page 4: ...malfunction 음 Limitation of Liability음 A SAMWONTECH does not guarantee or accept responsibility for this product other than the clauses stated in our warranty policy B SAMWONTECH assumes no liability to any party for any loss or damage direct or indirect caused by the use or any unpredictable defect of the product 음 Warranty Policy음 A Warranty term of this TEMP2500 is one year after delivery to th...

Page 5: ...ng Parameter Range Description PCLINK Default protocol PCLINK SUM Default protocol CheckSum MODBUS ASC MODBUS ASCII PROTOCOL MODBUS RTU MODBUS RTU 9600 9600 bps 19200 19200 bps 38400 38400 bps 57600 57600 bps SPEED BPS 115200 115200 bps NONE None Parity EVEN Even Parity PARITY ODD Odd Parity 1 1 bit STOP BIT 2 2 bits 7 7 bits DATA LENGTH 8 8 bits ADDRESS 1 99 Address RESPONSE TIME 0 10 RESPONSE TI...

Page 6: ...h socket and pin header on power board of Control Board It is recommended to use tool like tweezers for setting socket to pin header correctly Make sure setup completed correctly Figure 1 Control Unit Control Unit BACK COVER ⓑ Pull down ⓐ Push Do not disassemble Power board from Control Unit case during setting comm interface It is recommended to use tool like tweezers for setting comm interface M...

Page 7: ...interface setting RS232C RS485 Modular Connector Pin Mapping for COM2 port Description of Modular Connector Pin Mapping for COM2 port RS232C RS485 PIN no Signal Symbol Signal Symbol 1 Transmit Data TxD Receive Transmit Data RTX 2 Receive Data RxD Receive Transmit Data RTX 3 Signal Ground SG Signal Ground SG 4 5 6 6 5 4 3 2 1 SG RxD TxD 6 5 4 3 2 1 SG RTX RTX RS485 RS232C ...

Page 8: ... 31 slave TEMP2500 controllers can be connected to a master device by multi drop networking Make sure to install 200Ω 1 4W resistor on Last Leg at both end of terminal Slave and Master PC PLC TEMP2500 COM2 Master Station Shielded Cable TxD RxD SG SHIELD RD TD RTS CTS SG RTX RTX SG Master Station Shielded Cable TEMP2500 COM2 TEMP2500 COM2 RTX RTX SG RTX RTX SG ...

Page 9: ...EMP2500 Command Function Command for communication Refer to 5 2 5 10 Delimiter Symbolize to separate Command and Data by Comma Data Formal text strings regulated by communication command rule Check Sum SUM protocol is a more sophisticated one which includes Check Sum as an error check Check Sum is calculated as following 1 Add the ASCII code of characters from the character next to STX one by one ...

Page 10: ...01RSD 05 0001 by ASCII code is 2C8 and lower digit 2 characters C8 will be used for CheckSum Text 0 1 R S D 0 5 0 0 0 1 Ascii value 30 31 52 53 44 2C 30 35 2C 30 30 30 31 ASCII Table High Low 0 1 2 3 4 5 6 7 0 NUL DLE SPACE 0 P p 1 SOH DC1 1 A Q a q 2 STX DC2 2 B R b r 3 ETX DC3 3 C S c s 4 EOT DC4 4 D T d t 5 ENQ NAK 5 E U e u 6 ACK SYN 6 F V f v 7 BEL ETB 7 G W g w 8 BS CAN 8 H X h x 9 HT EM 9 I...

Page 11: ...evision of TEMP2500 Read Write Command Command Description RSD Read data in consecutive D Register in sequence Read RRD Read data in arbitrary single D Register Read WSD Write data in consecutive D Register in sequence Write WRD Write data in arbitrary single D Register Write STD Register arbitrary single address to monitor D Register Monitoring Set CLD Read data in address registered by STD comma...

Page 12: ...or Code SUM CR LF Description of Error Code Error Code Description Remarks 01 Invalid Command setting 02 Invalid D Register setting 04 Data Setting Error Invalid text data input Available 0 9 A F hexadecimals 08 Invalid Format configuration Different command format with designated Differnet number of setting with designated 11 CheckSum Error 12 Monitoring Command Error No setup Monitoring Command ...

Page 13: ...mber 1 64 Data Hexa decimal 16bit string 4 character with no decimal point Example To read the D Register FROM D0001 NPV TO D0003 NSP Request stx 01RSD 03 0001 cr lf Request with CheckSum stx 01RSD 03 0001C6 cr lf stx 0x02 cr 0x0d lf 0x0a Response data will be same as below when 50 0 of D0001 NPV and 30 0 of D0003 NSP Response stx 01RSD OK 01F4 0000 012C cr lf Response with CheckSum stx 01RSD OK 0...

Page 14: ...me bytes 1 2 3 1 2 1 4 1 Frame STX Address RRD OK Data 1 1 4 2 1 1 Data n SUM CR LF Count Number 1 64 Data Hexa decimal 16bit string 4 character with no decimal point Example To read the D Register D0001 NPV and D0003 NSP Request stx 01RRD 02 0001 0003 cr lf Request with CheckSum stx 01RRD 02 0001 0003B3 cr lf Response data will be same as below when 50 0 of D0001 NPV and 30 0 of D0003 NSP Respons...

Page 15: ... 1 1 Data n SUM CR LF Response Message Frame bytes 1 2 3 1 2 2 1 1 Frame STX Address WSD OK SUM CR LF Count Number 1 64 Data Hexa decimal 16bit string 4 character with no decimal point Example To write data to the D Register FROM D0115 TEMI OP_H TO D0116 TEMI OP_M on FIX mode operation Setting TIME OP_H 99Hour Hexadecimalize 0x0063 Setting TIME OP_M 50Min Hexadecimalize 0x0032 Request stx 01WSD 02...

Page 16: ...sponse Message Frame bytes 1 2 3 1 2 2 1 1 Frame STX Address WRD OK SUM CR LF Count Number 1 64 Data Hexa decimal 16bit string 4 character with no decimal point Examlpe To write 50 0 into the D0104 TSP and 0 5 into the D0110 SLOPE on FIX mode operation Setting TSP 50 0 Remove decimal point 500 Hexadecimalize 0x01F4 Setting SLOPE 0 5 Remove decimal point 5 Hexadecimalize 0x0005 Request stx 01WRD 02...

Page 17: ...age Frame bytes 1 2 3 1 2 1 4 1 4 Frame STX Address STD Count Number D Reg 1 D Reg 2 1 1 4 1 4 2 1 1 D Reg n 1 D Reg n SUM CR LF Response Message Frame bytes 1 2 3 1 2 2 1 1 Frame STX Address STD OK SUM CR LF Count Number 1 64 Example To register D0001 NPV D0003 NSP and D0005 MVOUT Request stx 01STD 03 0001 0003 0005 cr lf Request with CheckSum stx 01STD 03 0001 0003 0005A8 cr lf ...

Page 18: ... which had been registered by STD command Request Message Frame bytes 1 2 3 2 1 1 Frame STX Address CLD SUM CR LF Response Message Frame byte 수 1 2 3 1 2 1 4 1 4 Frame STX Address CLD OK Data 1 Data 2 1 1 4 1 4 2 1 1 Data n 1 Data n SUM CR LF Count Number 1 64 Example Request stx 01CLD cr lf Request with CheckSum stx 01CLD34 cr lf ...

Page 19: ... Frame STX Address AMI SUM CR LF Response Message Frame bytes 1 2 3 1 2 1 Frame STX Address AMI OK 9 2 7 2 1 1 Model Name SPACE Version Revision SUM CR LF Example To confirm controller own information Request STX 01AMI CR LF Request with CheckSum STX 01AMI38 CR LF Response STX 01AMI OK TEMP 2000 sp sp V00 R00 CR LF Response with CheckSum stx 01AMI OK TEMP 2000 sp sp V00 R0024 cr lf ...

Page 20: ...Error detecting LRC Longitudinal Redundancy Check CRC 16 Cyclic Redundancy Check Data time interval Under 1sec Under 24 bit time The Frame Structure of MODBUS protocol Modbus ASCII Protocol Header Address Function Code Data LRC Check Protocol Tail 1 character 2 character 2 character N character 2 character 2 character CR LF Modbus RTU Protocol Header Address Function Code Data LRC Check Protocol T...

Page 21: ...op Back detecting test Function Code Description 03 Read data in consecutive D Register in sequence 06 Write data to arbitrary single D Register 08 Diagnostics Loop Back Test 16 Write data to consecutive D Register in sequence When using MODBUS D Register has to be subtracted 1 from the D Register table we offer this manual because it starts 0 D Register address on MODBUS protocol ...

Page 22: ...message to read the D Register FROM D0001 NPV TO D0003 NSP should be MODBUS ASCII 010300000003F9 cr lf MODBUS RTU 01030000000305CB D Register has to be subtracted 1 from the designated address number on D Register table in this manual Response Message Frame Factor ASCII RTU Protocol Header Colon Slave Address 2 characters 8 Bit Function code 03 2 characters 8 Bit Data byte count 2 characters 8 Bit...

Page 23: ...R LF Exmaple Request message to write 2 to D0100 pattern number should be MODBUS ASCII 01060063000294 cr lf MODBUS RTU 010600630002F815 D Register has to be subtracted 1 from the designated address number on D Register table in this manual Response Message Frame Factor ASCII RTU Protocol Header Colon Slave Address 2 characters 8 Bit Function code 06 2 characters 8 Bit D Register Hi 2 characters 8 ...

Page 24: ... characters 16 Bit Protocol Tail 2 characters CR LF Exmaple Request message to test loopback for self diagnosis should be MODBUS ASCII 010800000002F5 cr lf MODBUS RTU 01080000000261CA Response Message Frame Factor ASCII RTU Protocol Header Colon Slave Address 2 characters 8 Bit Function code 08 2 characters 8 Bit Diagnosis code Hi 2 characters 8 Bit Diagnosis code Lo 2 characters 8 Bit Data Hi 2 c...

Page 25: ... characters 8 Bit Data n Lo 2 characters 8 Bit Error detecting 2 characters Protocol Tail 2 characters CR LF 16 Bit Example Request message to write 99 to the D0115 TEMI OP_H and 50 to the D0116 TEMI OP_M on FIX mode operation should be MODBUS ASCII 0110007200020400630032E2 cr lf MODBUS RTU 01100072000204006300320499 Response Message Frame Factor ASCII RTU Protocol Header Colon Slave address 2 cha...

Page 26: ...ommunication concerned information D0900 D0999 PICTURE USER SCREEN setting D1000 D1099 PID1 P I D setting 1 D1100 D1199 PID2 P I D setting 2 D1200 D1299 INPUT Sensor Input setting D1300 D1399 OUTPUT Control retransmission Output setting D1400 D1499 DO CONFIG1 DO Digital Output Relay setting 1 D1500 D1599 DO CONFIG2 DO Digital Output Relay setting 2 D1600 D1699 DI CONFIG1 DI Digital Input setting D...

Page 27: ...T1 OVER 1 FIX IS2 TS2 ALM2 SEGALM2 T2 OVER 2 PROG IS3 TS3 ALM3 SEGALM3 T3 S OPN 3 HOLD IS4 TS4 ALM4 SEGALM4 T4 4 WAIT IS5 TS5 T5 5 AT IS6 TS6 T6 6 IS7 TS7 T7 7 IS8 TS8 8 9 10 11 12 13 14 15 DOCTR STS CTR STS DO STS1 DO STS2 DI DATA SYS STS BIT D0024 D0026 D0028 D0029 D0030 D0031 0 RUN RUN DO1 DO17 DI1 DISP COMERR 1 WAIT WAIT DO2 DO18 DI2 IO COMERR 2 UP UP DO3 DO19 DI3 SD INSERT 3 DOWN DOWN DO4 DO2...

Page 28: ...FIX D Reg 기 호 내 용 D0001 NPV Current PV D0003 NSP Current SP D0005 MVOUT Current control output D0007 CPIDNO Currently running PID number D0034 RUN TIME_H Process time Hour D0035 RUN TIME_M Process time Minute D0036 RUN TIME_S Process time Second PROGRAM operation process information D Register D Reg 기 호 내 용 D0040 RUN PTNO Currently running program pattern number D0041 RUN SEGNO Currently running p...

Page 29: ...IR BACKUP DIRECTION setting D0136 AT Carrying out Auto Tuning 0 0FF 1 ON D0150 PV FONT PV FONT select 0 HEAD 1 NORM 2 ART D0151 BUZ ONOFF Buzzer sound 0 UNUSE 1 USE D0152 LIGHT OFFTM Backlight ON time D0160 UTAG_USING Tags enable 0 OFF 1 ON D0161 D0163 UTAG NAME1 UTAG NAME3 Tag name is set up to 6 digits PROGRAM Operation Function setting D Register D Reg Symbol Descriptions D0100 SET PTNO Pattern...

Page 30: ...eration PROG 0 Set PROG Operation MODE D0106 OP MODE FIX 1 Set FIX Operation MODE STOP 0 Not using Power Mode COLD 1 COLD MODE D0108 PWR MODE HOT 2 HOT MODE To activate PROG operation RUN or FIX operation RUN TEMP2500 should be in individual corresponding STOP PROG STOP FIX STOP state For example to activate PROG operation RUN from currently operating FIX RUN state convert the operation state to P...

Page 31: ...HOUR setting in TEMP2500 D0213 C MIN Current MN setting in TEMP2500 D0214 R YEAR YEAR setting for RESERVE Operation D0215 R MONTH MONTH setting for RESERVE Operation D0216 R DAY DAY setting for RESERVE Operation D0217 R AMPM TIME AM PM setting for RESERVE Operation D0218 R HOUR HOUR setting for RESERVE Operation D0219 R MIN MIN setting for RESERVE Operation RESERVE Operation D Reg Symbol Operation...

Page 32: ...1 MSP Middle SP for ON OFF SIGNAL T1 D0303 T1 HSP High SP for ON OFF SIGNAL T1 D0304 T1 HDV High zone Deviation for operating Point at High Zone T1 D0305 T1 LDV Low zone Deviation for operating Point at Low Zone T1 D0336 T6 LSP Low SP for ON OFF SIGNAL T6 D0337 T6 MSP Middle SP for ON OFF SIGNAL T6 D0338 T6 HSP High SP for ON OFF SIGNAL T6 D0339 T6 HDV High zone Deviation for operating Point at Hi...

Page 33: ...t of INNER SIGNAL1 0 SP 1 PV 2 MV D0402 IS1 BAND Direction Band of INNER SIGNAL1 0 IN B 1 OUT B D0403 IS1 RH Range High of INNER SIGNAL1 D0404 IS1 RL Range Low of INNER SIGNAL1 D0405 IS1 DYT DELAY TIME of INNER SIGNAL1 D0443 IS8 TYPE Object Type of Target of INNER SIGNAL8 SP PV MV D0444 IS8 BAND Direction Band of INNER SIGNAL8 IN B OUT B D0445 IS8 RH Range High of INNER SIGNAL8 D0446 IS8 RL Range ...

Page 34: ...D0506 ALM1 POINT Target Point of ALARM signal 1 D0507 ALM1 H_POINT Limit High point of ALARM signal 1 D0508 ALM1 L_POINT Limit Low point of ALARM signal 1 D0509 ALM1 HYS Hysteresis of ALARM signal 1 D0510 ALM1 DYT DELAY TIME of ALARM signal 1 D0526 ALM4 TYPE Type of ALARM signal 4 D0527 ALM4 POINT Target Point of ALARM signal 4 D0528 ALM4 H_POINT Limit High point of ALARM signal 4 D0529 ALM4 L_POI...

Page 35: ... 1 D0603 SA1 H_POINT Limit High point of SEGMENT ALARM signal 1 D0604 SA1 L_POINT Limit Low point of SEGMENT ALARM signal 1 D0605 SA1 HYS Hysteresis of SEGMENT ALARM signal 1 D0606 SA1 DYT DELAY TIME of SEGMENT ALARM signal 1 D0643 SA8 TYPE Type of SEGMENT ALARM signal 8 D0644 SA8 POINT Target Point of SEGMENT ALARM signal 8 D0645 SA8 H_POINT Limit High point of SEGMENT ALARM signal 8 D0646 SA8 L_...

Page 36: ... TIME SIGNAL 2 D0702 TS2DYTM_L DELAY TIME MIN SEC of generating TIME SIGNAL 2 D0703 TS2KPTM_H OPER TIME HOUR to keep generating TIME SIGNAL 2 D0704 TS2KPTM_L OPER TIME MIN SEC to keep generating TIME SIGNAL 2 D0773 TS20DYTM_H DELAY TIME HOUR of generating TIME SIGNAL 20 D0774 TS20DYTM_L DELAY TIME MIN SEC of generating TIME SIGNAL 20 D0775 TS20KPTM_H OPER TIME HOUR to keep generating TIME SIGNAL 2...

Page 37: ...COM2 PROTOCOL COM2 Communication Protocol information D0802 COM2 BPS COM2 Communication speed Baud Rate information D0803 COM2 PARITY COM2 Parity information D0804 COM2 STOP BIT COM2 Stop Bit information D0805 COM2 DATA LENGTH COM2 Data Length information D0806 COM2 ADDRESS COM2 Slave Address information D0807 COM2 RESPONSE COM2 Response Time information D0808 COM4 BPS COM4 Communication speed Bau...

Page 38: ...p consists of setting parameter D Register for User Screen viewer PICTURE setting D Register D Reg Symbol Descriptions D0901 VIEW ROTATE Setting for using User Screen viewer D0902 R ST_TIME START TIME by no key input to activate User Screen Viewer D0903 R INT_TIME INTERVAL TIME to display next image ...

Page 39: ... PID APP ZONE PID sets of selection criteria 0 PV 1 SP D1101 1_P Proportional band of PID1 D1102 1_I Integral time of PID1 D1103 1_D Differential time of PID1 D1104 1_OH Control Output High limit of PID1 D1105 1_OL Control Output Low limit of PID1 D1106 1_MR Integral time of PID1 is set manually D1107 1_HHYS PID1 the ON OFF control hysteresis High limit is set at D1108 1_LHYS PID1 the ON OFF contr...

Page 40: ...position D1205 TCSL T C select show 0 T C 1 T C RJC 2 RJC D1206 SOPN SEL Sensors open pv select the direction 0 UNSET 1 UP 2 DOWN D1207 INRH Sets the High limit range of use D1208 INRL Sets the Low limit range of use D1209 BIAS Sets the previous range revision value D1210 INFL Removes noise when measuring input includes noise of high frequency D1212 INSH Scale sets the High limit D1213 INSL Scale ...

Page 41: ...OUT SCR1 Control OUTPUT type D1304 SCR2 OUT SCR2 Control OUTPUT type D1309 DIR Select the direction of behavior 0 REV 1 FWD D1311 ARW ARW Anti Reset Wind up sets the value of prevention D1313 UPOPR Change the setting up of the control output D1314 DNOPR Change the setting of control output is falling D1317 CT Sets the output cycle D1319 PO Output is in an emergency setting D1321 ATG Auto Tuning GA...

Page 42: ...T RELAY No on I O and DELAY TIME for RUN SIGNAL D1505 D1506 SOPN RLY SOPN KPT RLY No on I O and KEEP TIME for SENSOR OPEN SIGNAL D1509 D1510 WAIT RLY WAIT KPT REALY No on I O and KEEP TIME for WAIT SIGNAL D1513 D1514 UP RLY UP DEV RELAY No on I O and DEVIATION for UP SIGNAL D1517 D1518 SOAK RLY SOAK KPT REALY No on I O and KEEP TIME for SOAK SIGNAL D1521 D1522 DOWN RLY DOWN DEV RELAY No on I O and...

Page 43: ...IME to recognize DI ERROR from actual occurrence D1606 DI1 OP_MODE OPERATION MODE when DI 1 ON 0 ERROR 1 RUN STOP D1607 DI2 OP_MODE OPERATION MODE when DI 2 ON 0 ERROR 1 HOLD D1608 DI3 OP_MODE OPERATION MODE when DI 3 ON 0 EERROR 1 STEP D1609 DI4 OP_MODE OPERATION MODE when DI 4 16 ON 0 ERROR 1 PATTERN SELECTION D1618 D1619 DI1 OP DI1 DYT DI 1 OPERATION after detecting and DELAY TIME D1648 D1649 D...

Page 44: ... Language for using TEMP2500 0 ENG 1 KOR 2 CHN D1902 DISP MODE DISPLAY MODE for Initial Logo screen when PWR ON 0 TEXT 1 PICTURE D1903 UKEY USE Setting for using USER KEY 0 UNUSE 1 USE D1906 D1918 INFORM1 NAME1 INFORM1 NAME13 Name of INIT INFORMATION 1 when setting TEXT on DISPLAY MODE D1932 D1944 INFORM3 NAME1 INFORM3 NAME13 Name of INIT INFORMATION 3 when setting TEXT on DISPLAY MODE D2001 D2051...

Page 45: ...D Read PTN NAME in D2101 7 PT NAME WRITE Write PTN NAME in D2101 D2107 TRIGGER 8 ALL PT Write pattern profile at D2101 into D2300 0 FULL Excessive number of pattern or segment setting 1 DONE Normally accessed of D2107 TRIGGER command 2 PT EMPTY No profile in designated pattern 3 SEG EMPTY No profile in designated segment 4 PT RUN Program RUN state of designated PTN D2108 ANSWER 5 PARA ERROR Progra...

Page 46: ...ESET 1 SEG HOLD 2 LINK RUN D2152 LINK PT LINK PATTERN 1 80 D2156 SEG_RPT S1 SEGMENT REPEAT START 1 D2157 SEG_RPT E1 SEGMENT REPEAT END 1 D2158 SEG_RPT C1 SEGMENT REPEAT COUNT 1 D2159 SEG_RPT S2 SEGMENT REPEAT START 2 D2160 SEG_RPT E2 SEGMENT REPEAT END 2 D2161 SEG_RPT C2 SEGMENT REPEAT COUNT 2 D2162 SEG_RPT S3 SEGMENT REPEAT START 3 D2163 SEG_RPT E3 SEGMENT REPEAT END 3 D2164 SEG_RPT C3 SEGMENT RE...

Page 47: ... in D2101 Write SEGMENT number to read profile in D2102 Write READ TRIGGER 2 in D2107 Stay until reading D2108 response DONE 1 Reads profile TSP of temp humi process time etc in D2126 D2141 Above process step is used to read ONE SEGMENT profile among all in programmed pattern To read many segments reiterate process step by changing segment number Setting 0 in D2102 at process step will read profil...

Page 48: ...EMP2500 Write PATTERN number to program in D2101 Write SEGMENT number to program in D2102 Write profile TSP of process time etc in D2126 D2141 Write WRITE TRIGGER 3 in D2107 Stay until reading D2108 response DONE 1 Above process step is used to write ONE SEGMENT profile among all in programmed pattern Reiterate process step by changing segment number to write many segments ...

Page 49: ... 63 Below describes process step to write program in D2145 D2167 Write PATTERN number to program in D2101 Write 0 of SEGMENT number to D2102 Write profile TSP of process time etc in D2145 D2467 Write WRITE TRIGGER 3 in D2107 Stay until reading D2108 response DONE 1 ...

Page 50: ...pattern Below describes step to delete pattern Write SOURCE PATTERN number to copy in D2101 Write TARGET PATTERN number to paste in D2103 D2104 Write PT COPY TRIGGER 4 in D2107 Stay until reading D2108 response DONE 1 Write PATTERN number to delete in D2105 D2106 Write PT DEL TRIGGER 5 in D2107 Stay until reading D2108 response DONE 1 ...

Page 51: ...ttern D2601 D2699 C SRTIME_L1 C SRTIME_L99 Total operation time Minute Second in reading pattern D2701 D2799 C TS1_1 C TS1_99 TS1 in reading pattern D2801 D2899 C TS2_1 C TS2_99 TS2 in reading pattern D2901 D2999 C TS3_1 C TS3_99 TS3 in reading pattern D3001 D3099 C TS4_1 C TS4_99 TS4 in reading pattern D3101 D3199 C TS5_1 C TS5_99 TS5 in reading pattern D3201 D3299 C TS6_1 C TS6_99 TS6 in reading...

Page 52: ... RH ALM2 L_POINT 16 ALM STS TIME OP_M R DAY T3 MSP IS3 RL ALM2 HYS 17 R AMPM T3 HSP IS3 DYT ALM2 DYT 18 SEGALM STS R HOUR T3 HDV 19 R MIN T3 LDV IS4 TYPE ALM3 TYPE 20 ONOFF STS IS4 BAND ALM3 POINT 21 KEYLOCK IS4 RH ALM3 H_POINT 22 ADERR STS T4 LSP IS4 RL ALM3 L_POINT 23 T4 MSP IS4 DYT ALM3 HYS 24 DOCTR STS T4 HSP ALM3 DYT 25 T4 HDV IS5 TYPE 26 CTR STS DRAW CYCLE T4 LDV IS5 BAND ALM4 TYPE 27 PV GRP...

Page 53: ...OW SEGTM_H LIGHT OFFTM 53 NOW SEGTM_L 54 TOTAL SEGTM_H 55 TOTAL SEGTM_L 56 57 58 59 60 PREV TSP UTAG_USING TIME_VALID 61 NOW TSP UTAG NAME1 START_YEAR 62 UTAG NAME2 START_MON 63 UTAG NAME3 START_DAY 64 START_HOUR 65 USED PATTERN START_MIN 66 USED SEGMENT END_YEAR 67 END_MON 68 END_DAY 69 END_HOUR 70 END_MIN 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 ...

Page 54: ...6 SA3 L_POINT TS5KPTM_L 2_LHYS 17 SA3 HYS TS6DYTM_H AT DISPLAY 3_P 18 SA3 DYT TS6DYTM_L 3_I 19 SA4 TYPE TS6KPTM_H PID OPMODE 3_D 20 SA4 POINT TS6KPTM_L 3_OH 21 SA4 H_POINT TS7DYTM_H PID APP 3_OL 22 SA4 L_POINT TS7DYTM_L 3_MR 23 SA4 HYS TS7KPTM_H 3_HHYS 24 SA4 DYT TS7KPTM_L 3_LHYS 25 SA5 TYPE TS8DYTM_H 4_P 26 SA5 POINT TS8DYTM_L 4_I 27 SA5 H_POINT TS8KPTM_H 4_D 28 SA5 L_POINT TS8KPTM_L 4_OH 29 SA5 ...

Page 55: ...53 TS15DYTM_H 54 TS15DYTM_L 55 TS15KPTM_H 56 TS15KPTM_L 57 TS16DYTM_H 58 TS16DYTM_L 59 TS16KPTM_H 60 TS16KPTM_L 61 TS17DYTM_H 62 TS17DYTM_L 63 TS17KPTM_H 64 TS17KPTM_L 65 TS18DYTM_H 66 TS18DYTM_L 67 TS18KPTM_H 68 TS18KPTM_L 69 TS19DYTM_H 70 TS19DYTM_L 71 TS19KPTM_H 72 TS19KPTM_L 73 TS20DYTM_H 74 TS20DYTM_L 75 TS20KPTM_H 76 TS20KPTM_L 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 9...

Page 56: ...20 TS4 RLY DI2 OP DI2 NAME8 21 ATG TS5 RLY DOWN RLY DI2 DVT DI2 NAME9 22 TS6 RLY DOWN DEV DI3 OP DI2 NAME10 23 TS7 RLY DI3 DVT DI2 NAME11 24 TS8 RLY DI4 OP DI2 NAME12 25 RETT FEND RLY DI4 DVT DI3 NAME1 26 FEND KPT DI5 OP DI3 NAME2 27 RETH DI5 DVT DI3 NAME3 28 RETL DI6 OP DI3 NAME4 29 PTEND RLY DI6 DVT DI3 NAME5 30 PTEND KPT DI7 OP DI3 NAME6 31 BP1 DDV DI7 DVT DI3 NAME7 32 BP2 DDV DI8 OP DI3 NAME8 ...

Page 57: ... 59 T6 RLY DI5 NAME11 60 T6 DYT DI5 NAME12 61 T7 RLY DI6 NAME1 62 T7 DYT DI6 NAME2 63 DI6 NAME3 64 DI6 NAME4 65 DI6 NAME5 66 DI6 NAME6 67 DI6 NAME7 68 DI6 NAME8 69 DI6 NAME9 70 DI6 NAME10 71 DI6 NAME11 72 DI6 NAME12 73 DI7 NAME1 74 DI7 NAME2 75 DI7 NAME3 76 DI7 NAME4 77 DI7 NAME5 78 DI7 NAME6 79 DI7 NAME7 80 DI7 NAME8 81 DI7 NAME9 82 DI7 NAME10 83 DI7 NAME11 84 DI7 NAME12 85 DI8 NAME1 86 DI8 NAME2...

Page 58: ...ORM2 NAME3 LAMP_SAL1 PATTERN_NAME11 NPT21 C TSP21 22 DI10 NAME10 INFORM2 NAME4 LAMP_SAL2 PATTERN_NAME12 NPT22 C TSP22 23 DI10 NAME11 INFORM2 NAME5 LAMP_SAL3 NPT23 C TSP23 24 DI10 NAME12 INFORM2 NAME6 LAMP_SAL4 NPT24 C TSP24 25 DI11 NAME1 INFORM2 NAME7 LAMP_T1 NPT25 C TSP25 26 DI11 NAME2 INFORM2 NAME8 LAMP_T2 TSP NPT26 C TSP26 27 DI11 NAME3 INFORM2 NAME9 LAMP_T3 SEG TIME_H NPT27 C TSP27 28 DI11 NAM...

Page 59: ...4 SEG_RPT C3 NPT64 C TSP64 65 DI14 NAME5 SEG_RPT S4 NPT65 C TSP65 66 DI14 NAME6 SEG_RPT E4 NPT66 C TSP66 67 DI14 NAME7 SEG_RPT C4 NPT67 C TSP67 68 DI14 NAME8 NPT68 C TSP68 69 DI14 NAME9 NPT69 C TSP69 70 DI14 NAME10 NPT70 C TSP70 71 DI14 NAME11 NPT71 C TSP71 72 DI14 NAME12 NPT72 C TSP72 73 DI15 NAME1 NPT73 C TSP73 74 DI15 NAME2 NPT74 C TSP74 75 DI15 NAME3 NPT75 C TSP75 76 DI15 NAME4 NPT76 C TSP76 7...

Page 60: ...TS2_22 C TS3_22 23 C SRTIME_H23 C SRTIME_L23 C TS1_23 C TS2_23 C TS3_23 24 C SRTIME_H24 C SRTIME_L24 C TS1_24 C TS2_24 C TS3_24 25 C SRTIME_H25 C SRTIME_L25 C TS1_25 C TS2_25 C TS3_25 26 C SRTIME_H26 C SRTIME_L26 C TS1_26 C TS2_26 C TS3_26 27 C SRTIME_H27 C SRTIME_L27 C TS1_27 C TS2_27 C TS3_27 28 C SRTIME_H28 C SRTIME_L28 C TS1_28 C TS2_28 C TS3_28 29 C SRTIME_H29 C SRTIME_L29 C TS1_29 C TS2_29 C...

Page 61: ...71 72 C SRTIME_H72 C SRTIME_L72 C TS1_72 C TS2_72 C TS3_72 73 C SRTIME_H73 C SRTIME_L73 C TS1_73 C TS2_73 C TS3_73 74 C SRTIME_H74 C SRTIME_L74 C TS1_74 C TS2_74 C TS3_74 75 C SRTIME_H75 C SRTIME_L75 C TS1_75 C TS2_75 C TS3_75 76 C SRTIME_H76 C SRTIME_L76 C TS1_76 C TS2_76 C TS3_76 77 C SRTIME_H77 C SRTIME_L77 C TS1_77 C TS2_77 C TS3_77 78 C SRTIME_H78 C SRTIME_L78 C TS1_78 C TS2_78 C TS3_78 79 C ...

Page 62: ...22 23 C TS4_23 C TS5_23 C TS6_23 C TS7_23 C TS8_23 C SEGAL1_23 24 C TS4_24 C TS5_24 C TS6_24 C TS7_24 C TS8_24 C SEGAL1_24 25 C TS4_25 C TS5_25 C TS6_25 C TS7_25 C TS8_25 C SEGAL1_25 26 C TS4_26 C TS5_26 C TS6_26 C TS7_26 C TS8_26 C SEGAL1_26 27 C TS4_27 C TS5_27 C TS6_27 C TS7_27 C TS8_27 C SEGAL1_27 28 C TS4_28 C TS5_28 C TS6_28 C TS7_28 C TS8_28 C SEGAL1_28 29 C TS4_29 C TS5_29 C TS6_29 C TS7_2...

Page 63: ...4_72 C TS5_72 C TS6_72 C TS7_72 C TS8_72 C SEGAL1_72 73 C TS4_73 C TS5_73 C TS6_73 C TS7_73 C TS8_73 C SEGAL1_73 74 C TS4_74 C TS5_74 C TS6_74 C TS7_74 C TS8_74 C SEGAL1_74 75 C TS4_75 C TS5_75 C TS6_75 C TS7_75 C TS8_75 C SEGAL1_75 76 C TS4_76 C TS5_76 C TS6_76 C TS7_76 C TS8_76 C SEGAL1_76 77 C TS4_77 C TS5_77 C TS6_77 C TS7_77 C TS8_77 C SEGAL1_77 78 C TS4_78 C TS5_78 C TS6_78 C TS7_78 C TS8_78...

Page 64: ...2 C SEGAL3_22 C SEGAL4_22 C SEGPID_22 23 C SEGAL2_23 C SEGAL3_23 C SEGAL4_23 C SEGPID_23 24 C SEGAL2_24 C SEGAL3_24 C SEGAL4_24 C SEGPID_24 25 C SEGAL2_25 C SEGAL3_25 C SEGAL4_25 C SEGPID_25 26 C SEGAL2_26 C SEGAL3_26 C SEGAL4_26 C SEGPID_26 27 C SEGAL2_27 C SEGAL3_27 C SEGAL4_27 C SEGPID_27 28 C SEGAL2_28 C SEGAL3_28 C SEGAL4_28 C SEGPID_28 29 C SEGAL2_29 C SEGAL3_29 C SEGAL4_29 C SEGPID_29 30 C ...

Page 65: ... SEGAL4_71 C SEGPID_71 72 C SEGAL2_72 C SEGAL3_72 C SEGAL4_72 C SEGPID_72 73 C SEGAL2_73 C SEGAL3_73 C SEGAL4_73 C SEGPID_73 74 C SEGAL2_74 C SEGAL3_74 C SEGAL4_74 C SEGPID_74 75 C SEGAL2_75 C SEGAL3_75 C SEGAL4_75 C SEGPID_75 76 C SEGAL2_76 C SEGAL3_76 C SEGAL4_76 C SEGPID_76 77 C SEGAL2_77 C SEGAL3_77 C SEGAL4_77 C SEGPID_77 78 C SEGAL2_78 C SEGAL3_78 C SEGAL4_78 C SEGPID_78 79 C SEGAL2_79 C SEG...

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