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Samwontech TEMP1000 Series Communications Manual
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Samwontech TEMP1000 Series Communications Manual

Programmable controller
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TEMP1000
SERIES
COMMUNICATION MANUAL
Programmable Controller

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Summary of Contents for Samwontech TEMP1000 Series

  • Page 1 TEMP1000 SERIES COMMUNICATION MANUAL Programmable Controller...

  • Page 2: Table Of Contents

    SAMWONTECH ※ This manual applies to TEMP1300, TEMP1500 and TEMP1900 ※ The model stated the manual content is TEMP1500. Contents 1. Safety Precautions ………………………………………………………………………………… ………… 1 2. Communication Specifications ………………………………………………………………………………………… 3 3. Communication Setting ………………………………………………………………………………………………… 4 4. Wiring for Communication ……………………………………………………………………………………………… 5 5.

  • Page 3: Safety Precautions

    (B) Read and understand this Communication Manual carefully before using the product. (C) This Communication Manual describes functions and features of the product in detail, and SAMWONTECH can not guarantee against over applications would suit a customer’s particular purpose which is not described in this manual.
  • Page 4 (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.

  • Page 5: Communication Specifications

    SAMWONTECH 2. Communication Specification The TEMP1500 controller provides Half-Duplex method support on RS232C and RS485 communication interface. - RS232C interface supports 1:1 direct communication between host computer on network system and TEMP1500. - RS485 interface supports to connect upper level network system with up to 31 slave TEMP1500 controller.

  • Page 6: Communication Setting

    SAMWONTECH 3. Communication setting TEMP1500 provides flexible communication interface RS232C or RS485 from Control Unit directly. ▶ In [Figure 1], Using a flat-blade screwdriver to remove the cover. ▶ In [Figure 2], Communication settings by moving the socket ▶ It is recommended to use tool like tweezers for setting socket to pin-header correctly.

  • Page 7: Wiring For Communication

    SAMWONTECH 4. Wiring for Communication Connector wiring between TEMP1500 and network system depends on communication interface setting (RS232C/RS485) █ Modular Connector Pin-Mapping for COM2 port RS232C RS485 RTX+ RTX- █ Description of Modular Connector Pin-Mapping for COM2 port RS232C RS485 PIN no.
  • Page 8 SAMWONTECH █ 6 Pin connector wiring for RS232C interface TEMP1500(COM2) Master Station ① ② ② ③ ⑦ ⑧ ③ ⑤ ○ SHIELD Shielded Cable █ 6 Pin connector wiring for RS485 interface TEMP1500(COM2) TEMP1500(COM2) Master Station ① ① RTX- RTX- RTX- ②...

  • Page 9: Communication Command

    SAMWONTECH 5. Communication Command 5.1 The Frame Structure of standard protocol The frame structure of protocol transmitting upper-level network system to TEMP1500 ① ② ③ ④ ⑤ ⑥ ⑦ ⑧ Address Command Data ① Protocol Header The beginning of communication command with STX (Start of Text), ASCII string with 0x02.
  • Page 10 SAMWONTECH █ Example for Example ◈ To read the consecutively D-Register from D0001 (NPV) to D0005 (MVOUT) - Rrquest : [stx]01RSD,05,0001[cr][lf] - Rrquest (with CheckSum) : [stx]01RSD,05,0001C8[cr][lf] ☞ As shown below, hexa decimal value adding each text at 01RSD,05,0001 by ASCII code is 2C8, and lower digit 2 characters C8 will be used for CheckSum.
  • Page 11 SAMWONTECH 5.2 Type of Communication Command Two types of commands are provided on TEMP1500. One is general READ/WRITE command to read and write information on D-Register, and the other is Reference command to read self-information of TEMP1500. ▣ Reference Command...
  • Page 12 SAMWONTECH 5.3 ERROR Response When an Error occurs during communication, TEMP1500 transmits a frame as following. bytes Frame Address Error Code ▣ Description of Error Code Error Code Description Remarks Invalid Command setting Invalid D-Register setting Invalid text data input...
  • Page 13 SAMWONTECH 5.4 RSD Command RSD Command is used to read data in a part of D-Register by consecutive address in sequence. ▣ Request Message Frame bytes Count Frame Address D-Reg. Number ▣ Response Message Frame bytes … Frame Address Data - 1 …...
  • Page 14 SAMWONTECH 5.5 RRD Command RRD Command is used to read data in arbitrary single D-Register. ▣ Request Message Frame bytes … Count Frame Address D-Reg.- 1 … Number D-Reg.- n ▣ Response Message Frame bytes … Frame Address Data - 1 …...
  • Page 15 SAMWONTECH 5.6 WSD Command WSD command is used to write data to a part of D-Register by consecutive address in sequence. ▣ Request Message Frame bytes Count Frame Address D-Reg. Data - 1 Number … … Data - n ▣ Response Message Frame...
  • Page 16 SAMWONTECH 5.7 WRD Command WRD Command is used to write data in arbitrary single D-Register. ▣ Request Message Frame bytes Count Frame Address D-Reg.- 1 Data - 1 Number … … D-Reg. - n Data - n ▣ Response Message Frame...
  • Page 17 SAMWONTECH 5.8 STD Command STD Command is used to list the D-Registers that is necessary to monitor frequently. ▣ Request Message Frame bytes Count Frame Address D-Reg. - 1 D-Reg. - 2 Number … … D-Reg. - (n-1) D-Reg. - n ▣...
  • Page 18 SAMWONTECH 5.9 CLD Command CLD Command is used to read data in the address which had been registered by STD command. ▣ Request Message Frame bytes Frame Address ▣ Response Message Frame byte 수 Frame Address Data - 1 Data - 2 …...
  • Page 19 SAMWONTECH 5.10 AMI Command AMI Command is used to get the controller own-information. ▣ Request Message Frame bytes Frame Address ▣ Response Message Frame bytes Frame Address Model Name SPACE Version-Revision ◈ Example To confirm controller own information - Request...

  • Page 20: Modbus Protocol

    SAMWONTECH 6. MODBUS Protocol 6.1 The Frame Structure of MODBUS protocol ▣ Data Format Item ASCII Protocol Header :(Colon) Protocol Tail [CR][LF] Data length 7-bit(Fixed) 8-bit(Fixed) Data type ASCII Binary CRC-16 Error detecting (Longitudinal Redundancy Check) (Cyclic Redundancy Check) Data time interval Under 1sec.
  • Page 21 SAMWONTECH 6.2 Function Code TEMP1500 MODBUS protocol provides two function code subsets for READ/WRITE of D-Register and Loop-Back detecting test. Function Code Description Read data in consecutive D-Register in sequence Write data to arbitrary single D-Register Diagnostics(Loop-Back Test) Write data to consecutive D-Register in sequence When using MODBUS, D-Register has to be subtracted ‘1’...
  • Page 22 SAMWONTECH 6.3 Function code - 03 Function code-03 is used to read the data of consecutive D-Register block in sequence up to 64 registers. ▣ Request Message Frame Factor ASCII Protocol Header :(Colon) Slave Address 2 characters 8-Bit Function code-03...
  • Page 23 SAMWONTECH 6.4 Function code - 06 Function code-06 is used to write data in arbitrary single D-Register. ▣ Request Message Frame Factor ASCII Protocol Header :(Colon) Slave Address 2 characters 8-Bit Function code-06 2 characters 8-Bit 2 characters D-Register Hi...
  • Page 24 SAMWONTECH 6.5 Function code - 08 Function code-08 is used to test loopback for self-diagnosis. ▣ Request Message Frame Factor ASCII Protocol Header :(Colon) Slave Address 2 characters 8-Bit Function code-08 2 characters 8-Bit 2 characters Diagnosis code Hi 8-Bit...
  • Page 25 SAMWONTECH 6.6 Function code - 16 Function code-16 is used to write the data into consecutive D-Register block in sequence up to 64 registers. ▣ Request Message Frame Factor ASCII Protocol Header :(Colon) Slave address 2 characters 8-Bit Function code-16...

  • Page 26: D-Register Description

    SAMWONTECH 7. D-REGISTER Description D-Register is group of communication data to monitor and control all status of TEMP1500. D-Register is grouped by consecutive 100 addresses based on its concerned function as shown below. D-Register address Group Name Description Read Write...
  • Page 27 SAMWONTECH 7.1 PROCESS PROCESS group consists of fundamental parameter information concerned with operation process and status. Below table describes the detail Bit Map information of some parameter that indicates its status by Bit. █ Bit Map information of TEMP1500 NOW.STS IS.STS...
  • Page 28 SAMWONTECH █ Bit Map status information D-Register D-Reg. Symbol Descriptions D0010 NOW.STS Current operation status information. D0011 IS.STS INNER signal generating status information. D0012 TS.STS TIME signal generating status information. D0013 ALM.STS ALARM signal generating status information. D0014 ONOFF.STS ON/OFF signal generating status information.
  • Page 29 SAMWONTECH 7.2 FUNCTION Group FUNCTION group consists of setting parameter D-register related with operational function and process. █ Common Operational Function setting D-Register for both PROG / FIX D-Reg. Symbol Descriptions D0108 FUZZY FUZZY Function (0:0FF, 1:ON) D0112 KEYLOCK KEYLOCK Function (0:0FF, 1:ON) D0114 LIGHT.OFFTM...
  • Page 30 SAMWONTECH █ OPERATION mode & performance setting D-Register D-Reg. Symbol Process method Setting Description Start running PROG/FIX Oper. HOLD HOLD ON/OFF D0101 COM.OPMODE STEP Segment STEP STOP Stop PROG/FIX Operation PROG Set PROG Operation MODE D0104 OP.MODE Set FIX Operation MODE...
  • Page 31 SAMWONTECH 7.3 RESERVATION Group RESERVATION TEMP1500 hours of group identification, and book set, PROGRAM driver's start time and end time of operation consists of related D-Register. TIME setting and information █ D-Register D-Reg. Symbol Description Read Write D0201 NOW.YEAR Current YEAR installed in TEMP1500 ○...
  • Page 32 SAMWONTECH 7.4 ON/OFF SIGNAL Group This setting parameter D-register group is used to establish 6 ON/OFF SIGNALs. █ ON/OFF SIGNAL setting D-Register D-Reg. Symbol Description D0301 T1.LSP Low SP for ON/OFF SIGNAL T1 D0302 T1.MSP Middle SP for ON/OFF SIGNAL T1 D0303 T1.HSP...
  • Page 33 SAMWONTECH 7.5 INNER SIGNAL Group This setting parameter D-register group is used to establish 8 INNER SIGNALs. █ INNER SIGNAL setting D-Register D-Reg. Symbol Descriptions D0401 IS1.TYPE Object Type of Target 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...
  • Page 34 SAMWONTECH 7.6 ALARM SIGNAL Group This setting parameter D-register group is used to establish 4 ALARM signals and 8 SEGMENT ALARM. █ ALARM signal setting D-Register D-Reg. Symbol Descriptions D0501 ALM.OP Condition of ALARM Operation (0:RUN, 1:ALWAYS) D0505 ALM1.TYPE Type of ALARM signal 1 D0506 ALM1.POINT...
  • Page 35 SAMWONTECH 7.7 TIME SIGNAL Group This setting parameter D-register group is used to establish 19 TIME SIGNALs. █ TIME SIGNAL setting D-Register D-Reg. Symbol Descriptions D0601 TS2DYTM_H DELAY TIME (HOUR) of generating TIME SIGNAL 2. D0602 TS2DYTM_L DELAY TIME (MIN. & SEC.) of generating TIME SIGNAL 2.
  • Page 36 SAMWONTECH 7.8 PID Group This setting parameter D-register group is used to establish 6 PID GROUP █ PID Application range setting D-Register D-Reg. Symbol Descriptions D0701 D0702 Reference Point 1 (T1) to define PID ZONE. D0703 D0704 D0706 RHYS Selects hysteresis when ZONE PID.
  • Page 37 SAMWONTECH █ Cooling PID setting D-Register D-Reg. Symbol Descriptions D0766 1._CP Proportional band of Cooling PID1 D0767 1._CI Integral time of Cooling PID1 D0768 1._CD Differential time of Cooling PID1 D0781 6._CP Proportional band of Cooling PID6 D0782 6._CI Integral time of Cooling PID6 D0783 6._CD...
  • Page 38 SAMWONTECH 7.9 COMMUNICATION Group This group is consists of information parameter D-Register concerned communication. █ COMMUNICATION concerned information D-Register D-Reg. Symbol Descriptions D0801 COM2.PROTOCOL [COM2] Communication Protocol information D0802 COM2.BPS [COM2] Communication speed (Baud Rate) information. D0803 COM2.PARITY [COM2] Parity information.
  • Page 39 SAMWONTECH 7.10 INPUT Group This INPUT group is used for setting parameter D-Register for sensor and its bias. █ INPUT setting D-Register D-Reg. Symbol Descriptions D0901 SENGP Select the sensor group. (0:T/C, 1:RTD, 2:DCV) D0902 SENTP Setting the type of sensor.
  • Page 40 SAMWONTECH 7.11 OUTPUT Group This INPUT group is used for setting parameter D-Register for control output and retransmission. █ Control output and retransmission setting D-Register D-Reg. Symbol Descriptions D1002 Select the direction of behavior.(0:REV, 1:FWD) D1003 [HEAT]Sets the output cycle.
  • Page 41 SAMWONTECH 7.12 DO CONFIG Group DO CONFIG group consists of setting and information parameter D-Register related to establish RELAY number on I/O board to generate signal and its sub setting for auxiliary Digital Output. █ DO CONFIG setting and information D-Register D-Reg.
  • Page 42 SAMWONTECH 7.13 DI CONFIG Group DI CONFIG group consists of setting parameter D-Register for DI ERROR and its name. █ DI CONFIG setting D-Register D-Reg. Symbol Descriptions OPERATION MODE when DI 1 ON. D1301 DI1.OP_MODE (0:ERROR, 1:RUN/STOP) OPERATION MODE when DI 2 ON.
  • Page 43 SAMWONTECH 7.14 INITIAL Group INITIAL group consists of setting parameter D-Register for system initial configuration. █ INITIAL setting D-Register D-Reg. Symbol Descriptions D1601 LANGUAGE Setting the language (0:ENG, 1:KOR, 2:CHN) D1603 UKEY.USE Setting the USER KEY(0:UNUSED, 1:USE) Setting the USER KEY type.
  • Page 44 SAMWONTECH 7.15 PROGRAM PATTERN Group and Setting 7.15.1 PROGRAM PROGRAM group consists of parameter D-Register to arrange program PATTERN organized by each segment profile. Each segment should be established step by step. █ Program PATTERN setting D-Register D-Reg. Symbol Range...
  • Page 45 SAMWONTECH PROGRAM and its REPEAT operation setting █ D-Register D-Reg. Symbol Descriptions D2045 START.CODE START CODE for operation (0:TPV, 1:SPV, 2:SSP) D2046 START.SP START SSP D2050 PT.RPT Count number for PATTERN REPEAT (0:Infinitely, 1 ~ 999) D2051 PT.EMOD PATTERN END MODE (0:RESET, 1:SEG HOLD, 2:LINK RUN ) D2052 LINK.PT...
  • Page 46 SAMWONTECH 7.15.2 How to READ program PATTERN ▶ Below describes process step to read programmed PATTERN profile in TEMP1500. ① Write PATTERN number to read profile in D2001 ② Write SEGMENT number to read profile in D2002 ③ Write READ TRIGGER('2') in D2007 ④...
  • Page 47 SAMWONTECH 7.15.3 How to WRITE program PATTERN ▶ Below describes process step to write programming PATTERN profile in TEMP1500. ① Write PATTERN number to program in D2001 ② Write SEGMENT number to program in D2002 ③ Write profile(TSP of process time etc.)in D2026~D2041 ④...
  • Page 48 SAMWONTECH ▶ Below describes process step to write program in D2145~D2167. ① Write PATTERN number to program in D2001 ② Write '0' of SEGMENT number to D2002 ③ Write profile(TSP of process time etc.)in D2045~D2067 ④ Write WRITE TRIGGER('3') in D2007 ⑤...
  • Page 49 SAMWONTECH 7.15.4 FILE EDIT (PATTERN COPY / DELETE) ▶ Below describes step to copy pattern. ① Write SOURCE PATTERN number to copy in D2001 ② Write TARGET PATTERN number to paste in D2003~D2004 ③ Write PT COPY TRIGGER('4') in D2007 ④...
  • Page 50 SAMWONTECH 7.16 PATTERN INFO PATTERN INFO group consists of programmed pattern and segment information parameter D-Register. Programmed pattern and segment information █ D-Register D-Reg. Symbol Descriptions D2101 NPT1 The number of programmed SEGMENT in PATTERN no.1 D2180 NPT80 The number of programmed SEGMENT in PATTERN no.80 7.17 FILE...
  • Page 51 SAMWONTECH 7.18 LOGIC SIG Group LOGIC SIG group consists of setting parameter D-Register for logical signal configuration. LOGICAL SIGNAL setting █ D-Register D-Reg. Symbol Descriptions D3801 LOG1_SIGNAL1 Set the application object 1 of the LOGIC SIG 1. D3802 LOG1_ACT1 Set the output method 1 of the LOGIC SIG 1.

  • Page 52: D-Register Table

    SAMWONTECH D-Register 0000 ~ 0599 : Read Only PROCESS FUNCTION RESERVATION ON/OFF SIGNAL INNER SIGNAL ALARM SIGNAL D-Reg. SET.PTNO RESERVE COM.OPMODE NOW.YEAR T1.LSP IS1.TYPE AL1.OPMODE FIX.TSP NOW.MONTH T1.MSP IS1.BAND AL2.OPMODE NOW.DAY T1.HSP IS1.RH AL3.OPMODE OP.MODE NOW.AMPM T1.HDV IS1.RL AL4.OPMODE HMVOUT PWR.MODE...
  • Page 53 SAMWONTECH PROCESS FUNCTION RESERVATION ON/OFF SIGNAL INNER SIGNAL ALARM SIGNAL D-Reg. USED PATTERN SA2.HYS USED SEGMENT SA2.DYT UTAG_USING SA3.TYPE UTAG.NAME1 SA3.POINT UTAG.NAME2 SA3.H_POINT UTAG.NAME3 SA3.L_POINT SA3.HYS SA3.DYT SA4.TYPE SA4.POINT USER KEY TIME_VALID SA4.H_POINT START_YEAR SA4.L_POINT START_MON SA4.HYS UTAG_USING START_DAY SA4.DYT UTAG.NAME1...
  • Page 54 SAMWONTECH D-Register 0600 ~ 1199 TIME SIGNAL COMMUNICATION INPUT OUTPUT DO CONFIG1 D-Reg. 1000 1100 TS2DYTM_H COM2.PROTOCOL SENGP IS1.RLY TS2DYTM_L COM2.BPS SENTP IS2.RLY TS2KPTM_H COM2.PARITY UNIT IS3.RLY TS2KPTM_L COM2.STOP.BIT HATG IS4.RLY TS3DYTM_H COM2.DATA.LENG TCSL IS5.RLY TS3DYTM_L RHYS COM2.ADDRESS SOPN_SEL IS6.RLY...
  • Page 55 SAMWONTECH TIME SIGNAL COMMUNICATION INPUT OUTPUT DO CONFIG1 D-Reg. 1000 1100 TS14DYTM_L 5.HI DI12.RLY TS14KPTM_H 5.HD DI13.RLY TS14KPTM_L 5.HOH DI14.RLY TS15DYTM_H 5.OL DI15.RLY TS15DYTM_L 5.MR DI16.RLY TS15KPTM_H 5.HHYS USER.RLY1 TS15KPTM_L 5.LHYS USER.RLY2 TS16DYTM_H 6.HP USER.RLY3 TS16DYTM_L 6.HI USER.RLY4 TS16KPTM_H 6.HD USER.RLY5...
  • Page 56 SAMWONTECH D-Register 1200 ~ 1799 DO CONFIG2 DI CONFIG1 DI CONFIG2 DI CONFIG3 INITIAL1 INITIAL2 D-Reg. 1200 1300 1400 1500 1600 1700 RUN.RLY DI1.OP_MODE DI1.NAME1 DI9.NAME1 LANGUAGE LAMP_IS1 RUN.DYT DI2.OP_MODE DI1.NAME2 DI9.NAME2 LAMP_IS2 SOPN.RLY DI3.OP_MODE DI1.NAME3 DI9.NAME3 UKEY.USE LAMP_IS3 SOPN.KPT DI4.OP_MODE...
  • Page 57 SAMWONTECH DO CONFIG2 DI CONFIG1 DI CONFIG2 DI CONFIG3 INITIAL1 INITIAL2 D-Reg. 1200 1300 1400 1500 1600 1700 DI9.DETECT DI5.NAME2 DI13.NAME2 LAMP_DI8 DI10.DETECT DI5.NAME3 DI13.NAME3 LAMP_DI9 DI11.DETECT DI5.NAME4 DI13.NAME4 LAMP_DI10 DI12.DETECT DI5.NAME5 DI13.NAME5 LAMP_DI11 DI13.DETECT DI5.NAME6 DI13.NAME6 LAMP_DI12 DI14.DETECT DI5.NAME7 DI13.NAME7...
  • Page 58 SAMWONTECH D-Register 1800 ~ 2399 INITIAL3 INITIAL4 PROGRAM PATTERN INFO FILE1 FILE2 D-Reg. 1800 1900 2000 2100 2200 2300 LED1.NAME1 LED34.NAME1 COM_PTNO NPT1 C.TSP1 C.SRTIME_H1 LED1.NAME2 LED34.NAME2 COM_SEGNO NPT2 C.TSP2 C.SRTIME_H2 LED1.NAME3 LED34.NAME3 PTCOPY_START NPT3 C.TSP3 C.SRTIME_H3 LED2.NAME1 LED35.NAME1 PTCOPY_END NPT4 C.TSP4...
  • Page 59 SAMWONTECH INITIAL3 INITIAL4 PROGRAM PATTERN INFO FILE1 FILE2 D-Reg. 1800 1900 2000 2100 2200 2300 LED17.NAME2 LED50.NAME2 PT.RPT NPT50 C.TSP50 C.SRTIME_H50 LED17.NAME3 LED50.NAME3 PT.EMOD NPT51 C.TSP51 C.SRTIME_H51 LED18.NAME1 LED51.NAME1 LINK.PT NPT52 C.TSP52 C.SRTIME_H52 LED18.NAME2 LED51.NAME2 NPT53 C.TSP53 C.SRTIME_H53 LED18.NAME3 LED51.NAME3 NPT54 C.TSP54...
  • Page 60 SAMWONTECH D-Register 2400 ~ 2999 FILE3 FILE4 FILE5 FILE6 FILE7 FILE8 D-Reg. 2400 2500 2600 2700 2800 2900 C.SRTIME_L1 C.TS1_1 C.TS2_1 C.TS3_1 C.TS4_1 C.TS5_1 C.SRTIME_L2 C.TS1_2 C.TS2_2 C.TS3_2 C.TS4_2 C.TS5_2 C.SRTIME_L3 C.TS1_3 C.TS2_3 C.TS3_3 C.TS4_3 C.TS5_3 C.SRTIME_L4 C.TS1_4 C.TS2_4 C.TS3_4 C.TS4_4...
  • Page 61 SAMWONTECH FILE3 FILE4 FILE5 FILE6 FILE7 FILE8 D-Reg. 2400 2500 2600 2700 2800 2900 C.SRTIME_L50 C.TS1_50 C.TS2_50 C.TS3_50 C.TS4_50 C.TS5_50 C.SRTIME_L51 C.TS1_51 C.TS2_51 C.TS3_51 C.TS4_51 C.TS5_51 C.SRTIME_L52 C.TS1_52 C.TS2_52 C.TS3_52 C.TS4_52 C.TS5_52 C.SRTIME_L53 C.TS1_53 C.TS2_53 C.TS3_53 C.TS4_53 C.TS5_53 C.SRTIME_L54 C.TS1_54 C.TS2_54...
  • Page 62 SAMWONTECH D-Register 3000 ~ 3599 FILE8 FILE9 FILE10 FILE11 FILE12 FILE13 D-Reg. 3000 3100 3200 3300 3400 3500 C.TS6_1 C.TS7_1 C.TS8_1 C.SEGAL1_1 C.SEGAL2_1 C.SEGAL3_1 C.TS6_2 C.TS7_2 C.TS8_2 C.SEGAL1_2 C.SEGAL2_2 C.SEGAL3_2 C.TS6_3 C.TS7_3 C.TS8_3 C.SEGAL1_3 C.SEGAL2_3 C.SEGAL3_3 C.TS6_4 C.TS7_4 C.TS8_4 C.SEGAL1_4 C.SEGAL2_4...
  • Page 63 SAMWONTECH FILE8 FILE9 FILE10 FILE11 FILE12 FILE13 D-Reg. 3000 3100 3200 3300 3400 3500 C.TS6_50 C.TS7_50 C.TS8_50 C.SEGAL1_50 C.SEGAL2_50 C.SEGAL3_50 C.TS6_51 C.TS7_51 C.TS8_51 C.SEGAL1_51 C.SEGAL2_51 C.SEGAL3_51 C.TS6_52 C.TS7_52 C.TS8_52 C.SEGAL1_52 C.SEGAL2_52 C.SEGAL3_52 C.TS6_53 C.TS7_53 C.TS8_53 C.SEGAL1_53 C.SEGAL2_53 C.SEGAL3_53 C.TS6_54 C.TS7_54 C.TS8_54...
  • Page 64 SAMWONTECH D-Register 3600 ~ 4199 FILE14 FILE15 LOGIC SIG1 LOGIC SIG2 RESERVED RESERVED D-Reg. 3600 3700 3800 3900 4000 4100 C.SEGAL4_1 C.SEGPID_1 LOG1_SIGNAL1 LOG7_SIGNAL1 C.SEGAL4_2 C.SEGPID_2 LOG1_ACT1 LOG7_ACT1 C.SEGAL4_3 C.SEGPID_3 LOG1_DYT1 LOG7_DYT1 C.SEGAL4_4 C.SEGPID_4 LOG1_SIGNAL2 LOG7_SIGNAL2 C.SEGAL4_5 C.SEGPID_5 LOG1_ACT2 LOG7_ACT2 C.SEGAL4_6...
  • Page 65 SAMWONTECH FILE14 FILE15 LOGIC SIG1 LOGIC SIG2 RESERVED RESERVED D-Reg. 3600 3700 3800 3900 4000 4100 C.SEGAL4_50 C.SEGPID_50 LOG4_ACT2 C.SEGAL4_51 C.SEGPID_51 LOG4_DYT2 C.SEGAL4_52 C.SEGPID_52 LOG4_SIGNAL3 C.SEGAL4_53 C.SEGPID_53 LOG4_ACT3 C.SEGAL4_54 C.SEGPID_54 LOG4_DYT3 C.SEGAL4_55 C.SEGPID_55 LOG4_SIGNAL4 C.SEGAL4_56 C.SEGPID_56 LOG4_ACT4 C.SEGAL4_57 C.SEGPID_57 LOG4_DYT4 C.SEGAL4_58...
  • Page 66 Yakdae-dong, Wonmi-gu, Buchon-si Gyeonggi-do, Korea 420-773 TEL : +82-32-326-9120 FAX : +82-32-326-9119 Website:http://www.samwontech.com e-mail : webmater@samwontech.com The contents of this document are subject to change without prior notice. Printed in Korea : 2014(A) All Rights Reserved. Copyright ⓒ 2014 SAMWONTECH CO.,LTD.

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