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■ Setting PID D-Register

D-Register

Symbol

PID GROUP is consisted D-Register for setting PID

4.5 PID

D0500

TEMP_PB1

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D0501

TEMP_TI1

D0502

TEMP_TD1

D0503

TEMP_OH1

D0504

TEMP_OL1

D0505

TEMP_MR1

D0530

TEMP_PB6

D0531

TEMP_TI6

D0532

TEMP_TD6

D0533

TEMP_OH6

D0534

TEMP_OL6

D0535

TEMP_MR6

D0500

HUMI_PB1

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.

D0601

HUMI_TI1

D0602

HUMI_TD1

D0603

HUMI_OH1

D0604

HUMI_OL1

D0605

HUMI_MR1

D0630

HUMI_PB6

D0631

HUMI_TI6

D0632

HUMI_TD6

D0633

HUMI_OH6

D0634

HUMI_OL6

D0635

HUMI_MR6

Description

PROPORTIONAL OPERATION TIME FOR TEMP PID1 CONTROL

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INTEGRATION TIME FOR TEMP PID1 CONTROL

DERIVATION TIME FOR TEMP PID1 CONTROL

THE HIGH RANGE OF TEMP PID 1

THE LOW RANGE OF TEMP PID 1

MANUAL SET VALUE APPLY TO TEMP PID1

PROPORTIONAL OPERATION TIME FOR TEMP PID6 CONTROL

INTEGRATION TIME FOR TEMP PID 6 CONTROL

DERIVATION TIME FOR TEMP PID 6 CONTROL

THE HIGH RANGE OF TEMP PID 6

THE LOW RANGE OF TEMP PID 6

MANUAL SET VALUE APPLY TO TEMP PID 6

PROPORTIONAL OPERATION TIME FOR TEMP PID 1 CONTROL

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.
.

INTEGRATION TIME FOR TEMP PID 1 CONTROL

DERIVATION TIME FOR TEMP PID 1 CONTROL

THE HIGH RANGE OF TEMP PID 1

THE LOW RANGE OF TEMP PID 1

MANUAL SET VALUE APPLY TO TEMP PID 1

PROPORTIONAL OPERATION TIME FOR TEMP PID 6 CONTROL

INTEGRATION TIME FOR TEMP PID 6 CONTROL

DERIVATION TIME FOR TEMP PID 6 CONTROL

THE HIGH RANGE OF TEMP PID 6

THE LOW RANGE OF TEMP PID 6

MANUAL SET VALUE APPLY TO TEMP PID 6

Summary of Contents for TEMI 300

Page 1: ...TEMI 300 INSTRUCTION MANUAL TEMPERATURE HUMIDITY PROGRAMMABLE CONTROLLER...

Page 2: ...12 4 3 1 Function 12 4 3 2 PROGRAM 15 3 Basic Flow Map 4 Setting Up Parameter in Each Group 9 4 3 3 RESERVE 18 4 3 4 GRAPH 19 4 4 SETUP Screen 20 4 4 1 INPUT 20 4 4 2 OUTPUT 22 4 4 3 ON OFF 24 4 4 4 I...

Page 3: ...ation 28 Figure 1 Overshoot Suppressing by Fuzzy Function 12 Figure 5 AT GAIN 22 Figure 6 Ex ON OFF MODE 25 5 Installation 39 5 1 Dimension Panel Cutting Size 5 2 How to Install Mount 41 5 3 Power Cab...

Page 4: ...mand 50 3 3 Error Response 50 3 4 RSD Command 51 2 1 RS485 Interface Connection with TEMI 300 48 3 5 RRD Command 52 3 6 WSD Command 53 3 7 WRD Command 54 3 8 STD Command 55 3 9 CLD Command 56 4 D REGI...

Page 5: ...hout permission 5 All contents of this manual has been made to ensure accuracy in the preparation However should any errors or omissions come to the attention of the user feel free to contact our sale...

Page 6: ...urn off and the source circuit breaker before wiring The power consumptions are 100 240VAC 50 60Hz 15VAmax and operate without power switching in advance No work in wet hands it caused electric shock...

Page 7: ...to next page on the same level Switches to previous page on the same level Change to page on the menu Switching between parameters or registering parameter settings Move left right on the parameter s...

Page 8: ...3 Basic Flow Map FIX MODE TEMP HUMI TEMP Only MAIN MENU PROG MODE TEMP HUMI TEMP Only POWER ON...

Page 9: ...SETUP MENU...

Page 10: ...of Inner Signal FIX running 2nd screen PV Process value of temperature humidity MV Manipulate value RUN PID NUMBER Running PID Number Display TEMP HUMI AUTO TUNING when the auto tuning Symbol Paramete...

Page 11: ...g state PROCESS TIME Running time RPT Repeat pattern No PROG running 2nd screen R PID Running PID No Figure3 RM TM Remaind running time PROG running 3rd screen When HOLD ON display held PT and SEG Whe...

Page 12: ...REMAIN TIME HOLD T EU 0 0 100 0 T EU T EU 0 0 X Always H EU 0 0 100 0 H EU H EU 0 0 X When HUMI OPER ON 0 10 ABS 0 O note Always 0 100 00 ABS 0 X Always 00H00M 99H59M TIME 00H00M X Always 0 999 ABS 0...

Page 13: ...ilure running by previous data before power failure KEY LOCK Set key in possible impossible ON Lock Key in impossible OFF Unlock Key in possible BUZZER Set buzzer sound ON OFF FUZZY Set FUZZY ON Off F...

Page 14: ...se time Communication set MAIN MENU FUNCTION COMM SET SET KEY AT TUNING set MAIN MENU FUNCTION AT TUNING SET KEY AT TUNING is available on FIX RUN state only Available on FIX RUN MODE only AUTO TUNING...

Page 15: ...FF ON ABS OFF O Always T EUS 0 0 100 0 MIN T EUS MIN T EUS 0 0 MINUTE O Always H EUS 0 0 100 0 MIN H EUS MIN H EUS 0 0 MINUTE O Always PCL0 PC LINK PCL1 PC with SUM ABS PCL0 O Always BPS PRTY S BIT D...

Page 16: ...ENU PROGRAM EDIT PTN SET KEY Set the segment of the top end repeat number of time and jump pattern number wished link pattern number 4 3 2 PROGRAM EDIT TIME SG set MAIN MENU PROGRAM TIME SG SET KEY NO...

Page 17: ...OP END ABS 0 Always ABS 0 Always 0 0 999 ABS 1 Always JP TEMP ZONE HUMI ZONE JUMP PATTERN TEMP WAIT ZONE HUMI WAIT ZONE 0 10 ABS 0 Always T EUS 0 0 100 0 T EUS T EUS 0 0 Always H EUS 0 0 100 0 H EUS H...

Page 18: ...ld be set for prevent to infinite waiting Running Wait Time stop WZ WZ WTM Segment_n Segment_ n 1 Segment_ n 2 The time on release waiting Running with next segment n 1 SP PV Figure 3 WAIT Ex Wait Fun...

Page 19: ...ng year month date and time SET DATE Set present year month date and time RESERVE Use not use 4 3 3 RESERVE Y M D H M RESERVE YEAR MONTH DAY HOUR MINUTE RESERVE SET ABS 1 O Except Now date Always ABS...

Page 20: ...No for wished see SEG Set the segment No for display starting 4 3 4 GRAPH PTN SEG T SP H SP PATTERN NUMBER SEGMENT NUMBER TEMP SP HUMI SP 1 10 ABS Set PT on MAIN O Always 1 99 ABS Set SEG on PT X Alwa...

Page 21: ...ing temperature PT 1 50 00 150 00 PT 2 100 0 200 DCV 1 5V It is shown sensor type is DCV for temperature SCL HIGH LOW Set the input range scale when input type is DCV SCALE 100 0 200 0 TYPE Set sensor...

Page 22: ...NG LOW RNG HIGH H EU 0 0 100 0 RNG LOW RNG HIGH 100 0 200 0 SCL LOW SCL HIGH 0 0 100 0 SCL LOW SCL HIGH T EUS 100 100 0 120s H EUS 20 20 0 120s Range PT_1 PT T EU 100 0 H EU 100 0 T EU 0 0 H EU 0 0 20...

Page 23: ...will become more hunting TYPE Output type for control temperature SSR DIRECT Set reverse forward for PID control CYCLE Set output cycle ARW The parameter to set deviation width to prevent overshoot Wh...

Page 24: ...BS REVERSE O Always 1 300 ABS 1 O Always 0 0 200 0 ABS 100 0 O Always 0 1 10 0 ABS 1 0 O Always PV SP MV ABS PV O Always T EU 0 0 100 0 RNG LOW RNG HIGH H EU 0 0 100 0 RNG LOW RNG HIGH T EU H EU T EU...

Page 25: ...ow zone ON OFF mode for humidity HIGH SP Set high SP on ON OFF LOW DIFF Deviation value for high zone LOW SP MIDDLE SP HIGH SP HIGH DIFF LOW DIFF LOW SP MIDDLE SP HIGH SP HIGH DIFFERENCE LOW DIFFERENC...

Page 26: ...NPV NSP LD Output OFF MSP NPV HSP NPV NSP HD HIGH DIFF Output OFF NPV NSP HD Output ON 2 T6 output T6 is turning on after set delay time after T5 turned on T6 is turning off together when T5 turn off...

Page 27: ...SIGNAL KIND IS RANGE HIGH ABS T SP O Always T EU 0 0 100 0 H EU 0 0 100 0 RNG LOW RNG HIGH T EU H EU EU 0 0 O Always T TSP T PV T SP H TSP H PV H SP RNG LOW IS RANGE LOW T EU H EU EU 0 0 O Always BAND...

Page 28: ...DL RS DO FS DI FS AH RS AL RS ABS ALARM 1 3 AH F ALARM 2 4 AL F Display T EU H EU EU 100 0 Display T EUS 0 0 100 0 H EUS 0 0 100 0 T EUS H EUS EUS 0 5 Display T EU 100 0 100 0 H EU 100 0 100 0 DELAY...

Page 29: ...mit Deviation Upper Limit Deviation Lower Limit Deviation Upper Limit Deviation Lower Limit PV Upper Limit PV Lower Limit PV Upper Limit PV Lower Limit Deviation Upper Limit Deviation Lower Limit Devi...

Page 30: ...ng after delay time DO CONFIG set 4th page Set the relay number 1 12 for T6 H1 RUN also set the delay time for each items In case that time set Delay time applied at every ON case H1 Working after del...

Page 31: ...0 120 0 OUTPUT OFF ABS 0 Always 0 120 0 OUTPUT OFF ABS 0 Always 0 00 99 59 MM SS ABS 00 00 Always 0 120 0 OUTPUT OFF ABS 0 Always 0 00 99 59 MM SS ABS 00 00 Always 0 120 0 OUTPUT OFF ABS 0 Always 0 0...

Page 32: ...FF ABS 0 Always H DN PARA HUMI DOWN PARA H EUS 0 0 100 0 H EUS H EUS 0 0 Always 1_REF FIRST REFERENCE SIGNAL 0 120 0 OUTPUT OFF ABS 0 Always 2_REF SECOND REFERENCE SIGNAL 0 120 0 OUTPUT OFF ABS 0 Alwa...

Page 33: ...lue Set bias for wet humidity P Point Boundary point D Bias value Set bias for relative humidity P Point Boundary point D Bias value 4 4 7 BIAS SET Figure 10 Ex Piece Bias Formula P2 RH RL P1 Actual T...

Page 34: ...WET TEMP BIAS VALUE OF RL W EUS 10 0 10 0 W EUS W EUS 0 0 O Always WD RH WET TEMP BIAS VALUE OF RH W EUS W EUS 0 0 O Always W WET TEMP W EU 0 0 100 0 W EU X X Always RP RL HUMIDITY REF BIAS RL H EU 0...

Page 35: ...is illuminate DI1 NAME DI2 NAME DI3 NAME DI4 NAME DI1 NAME DI2 NAME DI3 NAME DI4 NAME RUN STOP ABS RUN STOP X Always 0 9 A Z Symbols ABS ERROR 02 O Always 0 9 A Z Symbols ABS ERROR 03 O Always 0 9 A Z...

Page 36: ...PASSWORD SETTING 0 9999 ABS 0 O Always Default password is 0 ZERO After changing password please confirm your new password If you forget the password connect Samwontech or our agency for reset servic...

Page 37: ...on humidity span for PID zone T P T I T D H P H I H D Temperature Humidity P I D value for PID 1 T H OH T H OL High low value for temperature humidity for MV T P T I T D Temperature P I D value for PI...

Page 38: ...UTPUT LIMIT LOW 0 6000 ABS 30 O Display 0 0 100 0 ABS 100 0 O Display 0 0 100 0 ABS 0 0 O Display TEMP RP1 TEMP RP2 TEMP REFERENCE1 TEMP REFERENCE2 0 1 99 9 ABS 50 0 O Always T EU 0 0 1digt 100 0 1dig...

Page 39: ...age appear also display WARN at the item state as picture You must solve the error before reusing the controller otherwise you are reach error again The controller is being the STOP mode automatically...

Page 40: ...5 1 Dimension Panel Cutting Size 5 Installation 11 4 96 96 99 6 107 5 91 6 1mm 10mm PANEL Thickness 91 6 N Total unit Unit mm...

Page 41: ...PANEL CUTTING 2 Insert the unit from its back terminal board side 3 Attach the left and right brackets to the unit to fix the unit to the mounting panel Use screwdriver Do not tighten the mounting scr...

Page 42: ...perature humidity Chamber for avoid damage of controller or chamber Avoid unused terminal for install it might make damage to system or out of order 5 3 Power Cable Specification CAUTION Applicable po...

Page 43: ...10 10 8 9 7 A 8 b 9 DI4 OUT2 12 13 COM 11 OUT1 41 31 16 11 13 12 14 15 46 45 44 35 36 34 43 42 32 33 COM DI3 DI2 DI DI1 34 RLY4 RTX 2 1 5 6 4 2 3 MAX 9600bps SG 3 35 COM RS485 RTX 1 33 RLY3 32 RLY2 RE...

Page 44: ...re starting analog input wiring be sure to turn off the system otherwise you might get an electrical shock 5 6 Grounding and Power Cable Connection Use a cable 2 or more thick for grounding with class...

Page 45: ...Connecting with the wrong polarity can cause the unit to malfunction For input wiring use a shielded cable Ground the shield at one point and grounding circuits as possible Before starting analog outp...

Page 46: ...te appropriately under the terminal voltage for a close contact approximate 5V and the current for a opened contact approximate 1mA When using an open collector select one with the 2V or less voltage...

Page 47: ...act capacity is over owns specification use auxiliary relay for ON OFF load 5 12 Use an Auxiliary Relay CAUTION If you INDUCTANCE L load like as AUXILIARY RELAY or SOLENOIDE VALVE it might make go to...

Page 48: ...L 0 Basic Protocol 1 Basic Protocol Check Sum TRANSMISSION RATE BPS 4 9600 bps 3 4800 bps 2 2400 bps 1 1200 bps PARITY 0 None Parity 1 Even Parity 2 Odd Parity DATA LENGTH 8 8 bits 7 7 bits ADDRESS 1...

Page 49: ...turn off the system otherwise you might get an electrical shock CAUTION The slave TEMI 300 could be connected up to 31set MULTIDROP Termination 200 1 4W resistance must be connected on the both part o...

Page 50: ...n address to identify the instruments COMMAND Specify the command from an upper device See 3 2 3 9 Separation character Character for separating command and data by Data Data by Command rule Check Sum...

Page 51: ...rly WRD Writing D Register Random STD Registration Random data of D Register CLD Call D Register of STD Reading D Register orderly Each command can read write up to 32 D Register and the all of the ST...

Page 52: ...in hexadecimal format Ex When reading the D Register from Temp PV D0001 to Temp SP D0002 Transmission stx 01RSD 02 0001 cr lf Transmission Include Check Sum stx 01RSD 02 0001C5 cr lf stx 0x02 cr 0x0d...

Page 53: ...ing in hexadecimal format Ex When reading the D Register from PV D0001 SP D0002 Transmission stx 01RRD 02 0001 0002 cr lf Transmission Include Check Sum stx 01RRD 02 0001 0002B2 cr lf D0001 50 0 D0002...

Page 54: ...ing the D Register from Temp SP D0102 Humi SP D0103 Temp SP set 50 0 Delete decimal point 500 hexadecimal format 0x01F4 Humi SP set 80 0 Delete decimal point 800 hexadecimal format 0x0320 Transmission...

Page 55: ...ng writing on Temp SP D0102 Temp slope D0106 Temp SP set 50 0 Delete decimal point 500 hexadecimal format 0x01F4 Temp slope set 0 5 Delete decimal point 5 hexadecimal format 0x0005 Transmission stx 01...

Page 56: ...3 1 2 S T X Addr STD OK 2 1 SUM C R 1 L F Parameter number 1 32 Ex For Regist PV D0001 SP D0002 Transmission stx 01STD 02 0001 0002 cr lf Transmission Include Check Sum stx 01STD 02 0001 0002B5 cr lf...

Page 57: ...cates a character string in hexadecimal format Ex When the reading the D Register that regist on STD Command Transmission stx 01CLD cr lf Transmission Include Check Sum stx 01CLD34 cr lf Byte Command...

Page 58: ...RM ALARM O O D0500 D0599 TEMP_PID TEMP P I D O O D0600 D0699 HUMI_PID HUMI P I D O O D0700 D0799 COMM COMMUNICATION O D0800 D0899 OUTPUT CONTROL OUTPUT O O D0900 D0999 IINPUT INPUT O O D1000 D1099 PRO...

Page 59: ...TS D0013 AL_STS D0014 UO_STS D0016 0 RESET INNER SIGNAL 1 TIME SIGNAL 1 ALARM 1 RELAY 1 1 FIX_RUN INNER SIGNAL 2 TIME SIGNAL 2 ALARM 2 RELAY 2 2 PROG_RUN INNER SIGNAL 3 TIME SIGNAL 3 ALARM 3 RELAY 3 3...

Page 60: ...g D Register D Register Symbol Description D0025 RUN_PTNO PRESENT RUNNING PROGRAM PATTERN NO D0026 RUN_SEGNO PRESENT RUNNING SEGMENT NO D0027 REMAIN_TIME_H PRESENT RUNNING SEGMENT REMAIN TIME HOUR D00...

Page 61: ...n 4 2 FUNCTION D0106 TEMP_SLOPE SET TEMP SLOPE SP ON FIX RUNNING D0107 HUMI_SLOPE SET HUMI SLOPE SP ON FIX RUNNING D0110 FIX_OPTM_SELL ON OFF FOR FIX OP TIME 0 OFF 1 ON D0111 FIX_OPTM_H FIX OP TIME HO...

Page 62: ...communication TEMI 300 must be STOP PROG STOP FIX STOP Ex TEMI 300 should be PROG STOP D0104 0001 D0101 0004 for switching FIX RUN TO PROG RUN State Value PROG FIX RUN RUN 1 HOLD ON OFF HOLD 2 SEGMENT...

Page 63: ...202 NOW_MONTH PRESENT TIME MONTH O x D0203 NOW_DAY PRESENT TIME DAY O x D0204 NOW_HOUR PRESENT TIME HOUR O x D0205 NOW_MIN PRESENT TIME MIN O x D0206 RUN_YEAR RESERVE TIME YEAR O O D0207 RUN_MONTH RES...

Page 64: ...E D0330 IS6_BAND IS6 RANGE DIRECTION D0331 IS6_KIND IS6 RUNNING ITEM D0332 IS6_HIGH IS6 RANGE HIGH D0333 IS6_LOW IS6 RANGE LOW D0334 IS6_DELAY_TM IS6 DELAY TIME D Register Symbol Description D0400 AL1...

Page 65: ...TEMP PID1 CONTROL THE HIGH RANGE OF TEMP PID 1 THE LOW RANGE OF TEMP PID 1 MANUAL SET VALUE APPLY TO TEMP PID1 PROPORTIONAL OPERATION TIME FOR TEMP PID6 CONTROL INTEGRATION TIME FOR TEMP PID 6 CONTROL...

Page 66: ...17 TEMP_RET_RL TEMP RETRANSMISSION LOW RANGE D0818 TEMP_RET_RH TEMP RETRANSMISSION HIGH RANGE D0821 HUMI_RET_KIND HUMI OUTPUT TYPE D0822 HUMI_RET_RL HUMI RETRANSMISSION LOW RANGE D0823 HUMI_RET_RH HUM...

Page 67: ...IGNAL CONTACT OUTPUT D0879 DOCON_1REF SECOND REFERENCE SIGNAL CONTACT OUTPUT D0880 DOCON_2REF D0881 DOCON_DRAIN_P D0882 DOCON_ERR_P D0883 DOCON_PTEND_P D0884 DOCON_1REF_P D0885 DOCON_2REF_P TEMP UP SI...

Page 68: ...W RANGE D0914 HUMI_FILTER HUMI FILTER D0940 DP_RL TEMP REFERENCE BIAS RL D0941 DP_P1 TEMP REFERENCE BIAS POINT1 D0942 DP_P2 TEMP REFERENCE BIAS POINT2 D0943 DP_RH TEMP REFERENCE BIAS RH D0944 DD_RL TE...

Page 69: ...S10 PATTERN 10 END SEGMENT NO D1092 PT_RPT10 PATTERN 10 REPEAT NO OF TIME D1093 PT_JP10 PATTERN NO AFTER RUNNING PATTERN 10 D1100 SEG_TSP1 PATTERN 1 TEMP SP D1199 SEG_TSP100 PATTERN 100 TEMP SP D1200...

Page 70: ...T1 HIGH SP_T1 D1703 ONF_DIFH_T1 HIGH DIFFERENCE_T1 D1704 ONF_DIFL_T1 LOW DIFFERENCE_T1 D1720 ONF_LOWSP_T3 LOW SP_T5 D1721 ONF_MIDSP_T3 MIDDLE SP_T5 D1722 ONF_HIGHSP_T3 HIGH SP_T5 D1723 ONF_DIFH_T3 HIG...

Page 71: ...T_TIME_M 31 NOW_PT_RPT 32 TOTAL_PT_RPT 33 FUNCTION 100 SET_PTNO STATUS_MODE FIX_TEMP_SP FIX_HUMI_SP OP_MODE PWR_MODE TEMP_SLOPE HUMI_SLOPE FUZZY FIX_OPTM_SELL FIX_OPTM_H FIX_OPTM_M TEMP_TUNE HUMI_TUNE...

Page 72: ...ARM TEMP_PID 0 100 200 300 400 500 34 IS6_DELAY_TM TEMP_OL6 35 PREV_TEMP_TSP TEMP_MR6 36 NOW_TEMP_TSP 37 PREV_HUMI_TSP 38 NOW_HUMI_TSP 39 NOW_SEG_TIME 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 5...

Page 73: ...NO PROCESS FUNCTION RESERVATION IS ALARM TEMP_PID 0 100 200 300 400 500 69 70 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 74: ...G_TSP14 14 HUMI_TD3 HUMI_FILTER SEG_TSP15 15 HUMI_OH3 TEMP_LIMIT_H SEG_TSP16 16 HUMI_OL3 TEMP_RET_KIND TEMP_LIMIT_L SEG_TSP17 17 HUMI_MR3 TEMP_RET_RL SEG_TSP18 18 HUMI_PB4 TEMP_RET_RH SEG_TSP19 19 HUM...

Page 75: ...G_TSP52 52 WP_P2 PT_RPT6 SEG_TSP53 53 WP_RH PT_JP6 SEG_TSP54 54 WD_RL SEG_TSP55 55 WD_P1 SEG_TSP56 56 WD_P2 SEG_TSP57 57 WD_RH SEG_TSP58 58 SEG_TSP59 59 SEG_TSP60 60 RP_RL PT_SS7 SEG_TSP61 61 RP_P1 PT...

Page 76: ...IN SEG_TSP77 77 DOCON_ERR SEG_TSP78 78 DOCON_PTEND SEG_TSP79 79 DOCON_1REF SEG_TSP80 80 DOCON_2REF PT_SS9 SEG_TSP81 81 DOCON_DRAIN_P PT_ES9 SEG_TSP82 82 DOCON__ERR_P PT_RPT9 SEG_TSP83 83 DOCON_PTEND_P...

Page 77: ...SEG_TM23 SEG_TS123 SEG_TS223 23 SEG_HSP24 SEG_TM24 SEG_TS124 SEG_TS224 24 SEG_HSP25 SEG_TM25 SEG_TS125 SEG_TS225 25 SEG_HSP26 SEG_TM26 SEG_TS126 SEG_TS226 26 SEG_HSP27 SEG_TM27 SEG_TS127 SEG_TS227 27...

Page 78: ...EG_HSP53 SEG_TM53 SEG_TS153 SEG_TS253 53 SEG_HSP54 SEG_TM54 SEG_TS154 SEG_TS254 54 SEG_HSP55 SEG_TM55 SEG_TS155 SEG_TS255 55 SEG_HSP56 SEG_TM56 SEG_TS156 SEG_TS256 56 SEG_HSP57 SEG_TM57 SEG_TS157 SEG_...

Page 79: ...G_TS285 85 SEG_HSP86 SEG_TM86 SEG_TS186 SEG_TS286 86 SEG_HSP87 SEG_TM87 SEG_TS187 SEG_TS287 87 SEG_HSP88 SEG_TM88 SEG_TS188 SEG_TS288 88 SEG_HSP89 SEG_TM89 SEG_TS189 SEG_TS289 89 SEG_HSP90 SEG_TM90 SE...

Page 80: ...733 TEL 82 32 326 9120 9121 FAX 82 32 326 9119 http www samwontech com E mail webmaster samwontech com The contents of this document are subject to change without prior notice Printed in Korea Nov 200...

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