temi 300 instruction manual
Contents
1. 00 RELAY 001 5 31 RLY1 mw 5 92 RLY2 ms 2 33 RLY3 ni 5 34 RLY4 4 35 COM 24VDC 50mA Capacity 50 RS485 0071 SSR RIX LI TA 0072 SSR T GI 121 Tal COM 1 58 LL 4 amp WAX 9600bps TAUTI G Qiii NPUT 2 18 0 1 7 2 S z 5 n T AQUT2 6 6 of AQUT2 lt 4 D RET 4 20mA DC G L J m n x 2 E 1 10 B guo DI RELAY 100 240V AC 50 60Hz 5 06 D11 5 28 RLYS 5 07 012 5 27 RLY6 5 08 013 5 98 RLY7 5 09 014 5 89 RLY8 50 COM 40 COM Capacity 250V AC 1A 30V DC 1A 2nd Edition of 300 IM Eng Apr 14 2004 Page 42 78 SAMWONTECH 5 6 Grounding and Power Cable Connection Wi Use a cable 2 or more thick for grounding with class 3 grounding grounding resistance a 1000 or less or higher Do not extend the grounding cable over 20m Ground from the ground terminal with a one point contact Do not wire between ground terminals Use appropriate cables equivalent to vinyl insulation cable KSC 3304 or more L gt Ground FRAME GROUND FG exactly FG gt power source wiring keep L N c2. Byte 1 2 3 1 2 1 4 1 4 1 5 meter element T WSD humb D Reg No1 10 2 x er 1 4 1 4 2 1 1 L 5 D Reg No n 1 D Reg No n 50 R F Response Byte 1 2 3 1 2 2 1 1 S c L Command element T Addr WSD SUM R F Parameter number 1 32 dddd Indicates a character string in hexadecimal format Ex When reading the D Register from Temp SP D0102 Humi SP D0103 Temp SP set 50 0 gt Delete decimal point 500 gt hexadecimal format 0x01F4 Humi SP set 80 0 Delete decimal point 800 gt hexadecimal format 0x0320 Transmission stx 01WSD 02 0102 01F4 0320 cr If Transmission Include Check Sum stx O1WSD 02 0102 01F 4 0320C4 cr If 2nd Edition of 300 IM Eng Apr 14 2004 Page 53 78 SAMWONTECH 3 7 WRD Command This command for writing D Register random Transmission Format Byte 1 2 3 3 2 1 4 1 4 1 5 meter element T Addr WRD humb D Reg No1 10 2 x er 1 4 1 4 2 1 1 L 5 D Reg No n 1 D Reg No n 50 R F Response Byte 1 2 3 1 2 2 1 1 s c L Command element T Addr WRD OK SUM R F Parameter number 1 32 dddd Indicates character string in hexadecimal format Ex Whe
3. 1 54 254 5B FIX Mode is controlling Temperature amp Humidity with fixed SP FIX STOP Stop state SP Set point Setting by SET key READY Ready to running Start running by RUN STOP key FIX running 1st screen FIX RUNNING Fix running state PROCESS TIME Running time T State of ON OFF IS State of Inner Signal FIX running 2nd screen PV Process value of temperature amp humidity MV Manipulate value RUN PID NUMBER Running PID Number Display TEMP HUMI AUTO TUNING when the auto tuning Symbol Parameter Range Display Unit Default Edit T SP TEMP SP T EU 0 0 100 0 Always 0 0 5 When H EU H SP HUMI SP H EU 0 0 100 0 OPER ON H EU 0 0 PROCESS TIME 00H00M 99H59M Always TIME x T MV TEMP MV 0 0 100 0 Always 0 0 x When HUMI H MV HUMI MV 0 0 100 0 OPER ON 90 0 0 x R PID RUN PID NUMBER 1 6 Always ABS x x 2nd Edition of TEMI 300 IM Eng Apr 14 2004 Page 9 78 SAMWONTECH 4 2 PROG Mode PROG STOP 12 54P HUMI 25 83 924 z SEBH 3 READY PROG RUNNING 12 54P 25 89 924 58 88 x PROCESS TIME 36H13M 2 SEG 5 RPT PROG RUNNING 12 54P PU 48 86 28 8 SP 50 00 28 8 5 Mu 50 00 42 7 X R PID 5 13 15 025458 PROG RUNNING 12 54P PU
4. 4 TIME SIGNAL1 O 01500 01599 PROG INFO5 SEGMENT TIME SIGNAL2 O 01600 01699 PROG_INFO6 SEGMENT WAIT O 01700 01799 ON OFF ON OFF SIGNAL O Each D Registers are consisted hexadecimal 4charater 2 Byte 2nd Edition of 300 IM Eng Apr 14 2004 Page 57 78 SAMWONTECH 4 1 PROCESS Process group has basic data It has Bit Map Display data by Bit as follow NOW_STS IS 515 5 515 AL_STS UO_STS Bi D0010 D0012 D0013 D0014 D0016 0 RESET INNER SIGNAL 1 TIME SIGNAL 1 ALARM1 RELAY 1 1 RUN __ INNER SIGNAL 2 TIME SIGNAL 2 ALARM 2 RELAY 2 2 PROG RUN INNER SIGNAL 3 ALARM 3 RELAY 3 3 PROG HOLD INNER SIGNAL 4 ALARM 4 RELAY 4 4 PROG WAIT INNER SIGNAL 5 RELAY 5 5 TEMP AT INNER SIGNAL 6 RELAY 6 6 HUMI AT RELAY 7 7 RELAY 8 8 RELAY 9 9 RELAY 10 10 RELAY 11 11 RELAY 12 12 13 14 15 It is consist D Register which has usable data except above Bit Map INFO 2nd Edition of 300 IM Eng Apr 14 2004 Page 58 78 SAMWONTECH Share running D Register D Register Symbol Description D0001 TEMP_NPV PRESENT TEMP PV D0002 TEMP_NSP PRESENT TEMP SP D0003 WET_NPV PRESENT WEB VERB TEMP PV D0004 WET_NSP PRESENT WEB VERB SP D0005 HUMI_NPV PRESENT HUMI PV D0006 HUMI_NSP PRESENT HUMI SP D0007 TEMP_MVOUT TEMP MV OUTPUT D
5. 2nd Edition of TEMI 300 IM Eng Apr 14 2004 Page 18 78 SAMWONTECH 4 3 4 GRAPH MATH 12 54 FUNCTION PROGRAM RESERWE GRAPH SETUP GRAPH 12 54 GRAPH set MENU KEY gt MAIN gt GRAPH gt SET KEY Display segment on pattern by graph for temperature amp humidity PTH PTN Set the pattern No for wished see m SEG Set the segment No for display starting SEG 5 Symbol Parameter Range Display Unit Default Edit PTN PATTERN NUMBER 1 10 Always ABS SEGMENT Set SEG on SEG NUMBER 1 99 Always ABS PT x T SP TEMP SP T EU 0 0 100 0 Always T EU x H SP HUMI SP H EU 0 0 100 0 UM OR HEU x x 2nd Edition of TEMI 300 IM Eng Apr 14 2004 Page 19 78 SAMWONTECH 4 4 SETUP 4 4 1 INPUT MAIN MENU 12 54 FUNCTION PROGRAM RESERVE GRAPH SETUP SETUP PASS 12 54 PASS Ts SETUP MENU 12 54 DO CONFIG OUTPUT BIAS SET ON OFF DI NAME INNER PASSWORD ALARM PID SET TEMP INPUT 12 54 RNG HIGH 150 0 RHG LOW 50 6 TEMP 12 54P pru RHG HIGH 5 998 Y RNG LOW 1 006 U SCL HIGH 206 8 t SCL LOW 100 6 HUMI 12 54F RHG HIGH 118 8 RNG LOW 10 0 HUMI INPUT 12 54 RHG HIGH 5 998 Uu RNG LOW U
6. 5 20 PV Lower Limit AL RS PV Upper ET ERR Deviation l Limit PV Upper Limit DIESEL OFF ALM gp ALM ON ON PV lower Deviation pepe Limit PV x4 Lower Limit DEV EI Deviation Upper and Lower Limit Within Deviation Upper and Lower Limit Fig 8 Alarm Operation 2nd Edition of 300 IM Eng Apr 14 2004 Page 28 78 SAMWONTECH 4 4 6 DO CONFIG SETUP MENU 12 54P DO CONFIG gt SET KEY INPUT DO CONFIG OUTPUT BIAS SET ON OFF DI NAME INNER PASSWORD ALARM PID SET DO CONFIGI 12 54P DO CONFIG set 1st page 151 156 Set the relay number 1 12 for 51 6 and TS1 3 IS2 TS1 155 TS2 IS4 TS 155 DO 162 12 34F DO CONFIG set 2nd page BL1 T RUM a Set the relay number 1 12 for ALARM1 4 T RUN and H RUN AL H RUH ALS 4 DO 163 12 54 DO CONFIG set 3rd page 7 Set the relay number 1 12 for T1 T4 and H1 RUN also set the Ti i delay time for each items 08 88 M S The delay time effect only first time and next is not effect T B M S from delay time 4 H S T1 T2 T3 H1 Working after delay time Hi B M S 4 Working after delay time after T3 DO 164 12154 DO CONFIG set 3rd page T UP B B t Set the relay number 1 12 for T UP T SOK and T DN T B
7. FIX running D Register D Register Symbol Description D0102 FIX_TEMP_SP SET TEMP SP ON FIX RUNNING D0103 FIX_HUMI_SP SET HUMI SP ON FIX RUNNING D0106 TEMP_SLOPE SET TEMP SLOPE SP ON FIX RUNNING D0107 HUMI_SLOPE SET HUMI SLOPE SP ON FIX RUNNING D0110 FIX_OPTM_SELL FOR FIX OP TIME 0 OFF 1 ON D0111 FIX_OPTM_H FIX OP TIME HOUR D0112 FIX_OPTM_M FIX OP TIME MIN AT AUTO TUNING D Register D Register Symbol Description D0113 TEMP_TUNE TEMP AT D0114 HUMI_TUNE HUMIAT Setting D Register D Register Symbol Description D0108 FUZZY FUZZY FUNCTION D0115 TEMP_RHY TEMP REFERENCE HYSTERESIS D0116 TEMP_RP1 TEMP REFERENCE 1 D0117 TEMP_RP2 TEMP REFERENCE 2 D0118 HUMI_RP HUMI REFERENCE D0120 HUMI_RHY HUMI REFERENCE HYSTERESIS 2nd Edition of TEMI 300 IM Eng Apr 14 2004 Page 60 78 SAMWONTECH Operation D Register D Register Symbol State Value Description RUN 1 PROGIFIX RUN HOLD 2 HOLD ON OFF D0101 STATUS_MODE STEP 3 SEGMENT STEP STOP 4 PROGIFIX STOP PROG 0 PROG MODE D0104 OPMODE FIX 1 FIX MODE COLD 0 COLD MODE D0105 PWRMODE HOT 1 HOT MODE For PROG RUN s or FIX RUN through communication 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 2nd Edition
8. T UP Output until X C X TSP set temperture S T SOK Output until X X SOAK zone time set time T DH B B B c T DN Output until X C X T SP set temperature SOAK gt T UP T DN set time ON Figure 9 Ex UP SOAK DOWN 2nd Edition of TEMI 300 IM Eng Apr 14 2004 Page 29 78 SAMWONTECH CONFIGS 12 54 H UP EE B MIH H DH DO 12 54 DO CONFIG set 5th page Set the relay number 1 12 for 5 and H DN H UP Output until X X TSP set humidity H SOK Output until X min X SOAK zone time set time H DN Output until X X T SP set humidity DO CONFIG set 6th page DRAIN Output on the zone that humidity is not used DPRIH AMIH ERROR Output in set time when DI2 01415 occur ERROR B MIM PTEND Output in set time when program finish PTEHD 1 2 is useful Tor Refrigerator 19 1_FEF BSEC 2 BHIH Symbol Parameter Range Display Unit Default Edit IS1 INNER SIGNAL1 0 120 0 OUTPUT OFF Always ABS 0 152 INNER SIGNAL2 0 120 0 OUTPUT OFF Always 5 0 153 INNER SIGNAL3 0 120 0 OUTPUT OFF Always ABS 0 154 INNER SIGNAL4 0 120 0 OUTPUT OFF
9. SEG TS210 SEG WT10 10 SEG HSP11 SEG TM11 SEG TS111 SEG TS211 SEG WT11 ONF LOWSP T2 11 SEG HSP12 SEG TM12 SEG TS112 SEG TS212 SEG WT12 MIDSP T2 12 SEG HSP13 SEG TM13 SEG TS113 SEG TS213 SEG WT13 ONF HIGHSP T2 13 SEG HSP14 SEG 14 SEG 15114 SEG TS214 SEG 14 DIFH T2 14 SEG HSP15 SEG TM15 SEG TS115 SEG 15215 SEG WT15 ONF DIFL T2 15 SEG HSP16 SEG TM16 SEG TS116 SEG TS216 SEG WT16 16 SEG HSP17 SEG TM17 SEG TS117 SEG TS217 SEG WT17 17 SEG HSP18 SEG TM18 SEG TS118 SEG TS218 SEG WT18 18 SEG HSP19 SEG TM19 SEG TS119 SEG TS219 SEG WT19 19 SEG HSP20 SEG TM20 SEG TS120 SEG TS220 SEG WT20 20 SEG HSP21 SEG TM21 SEG TS121 SEG TS221 SEG WT21 ONF LOWSP T3 21 SEG HSP22 SEG TM22 SEG TS122 SEG TS222 SEG WT22 ONF MIDSP T3 22 SEG HSP23 SEG TM23 SEG 15123 SEG TS223 SEG WT23 HIGHSP 23 SEG HSP24 SEG TM24 SEG TS124 SEG TS224 SEG WT24 ONF DIFH T3 24 SEG HSP25 SEG TM25 SEG TS125 SEG TS225 SEG WT25 ONF DIFL T3 25 SEG HSP26 SEG TM26 SEG TS126 SEG TS226 SEG WT26 26 SEG HSP27 SEG TM27 SEG TS127 SEG TS227 SEG WT27 27 SEG HSP28 SEG TM28 SEG TS128 SEG TS228 SEG WT28 28 SEG HSP29 SEG TM29 SEG TS129 SEG TS229 SEG WT29 29 SEG HSP30 SEG TM30 SEG TS130 SEG TS230 SEG WT30 30 SEG HSP31 SEG TM31 SEG TS131 SEG TS231 SEG WT31 ONF LOWSP H1 3
10. SETUP MENU 12 54 INPUT DO CONFIG OUTPUT BIAS SET ON OFF DI NAME INNER PASSWORD ALARM PID SET SETUP 12 54 IHPUT 00 CONFIG BIRS SET DI PASSWORD ALARM PID SET SETUP MENU 12 54 INPUT DO CONFIG OUTPUT DI ON OFF PASSWORD INNER ALARM PID SET SETUP 12 54 IHPUT 00 COMFIG OUTPUT BIAS SET DI NAME IMMER PHESWORD ALARM PID SET SETUP MENU 12 54 INPUT DQ CONFIG OUTPUT BIRS SET ON OFF DI NAME INNER PASSWORD ALARM PID SET SETUP 12 54P IHPUT 18 OUTPUT BIAS SET DI PASSWORD PID SET ALARM SETUP MENU 12 54 INPUT DQ COHFIG OUTPUT BIAS SET ON OFF DI NAME INNER PASSWORD ALARM PID 5 SETUP 12 54P IHPUT OUTPUT 16 5 SET DI PASSWORD ALARM PID SET SETUP MENU 12 54 INPUT DQ COHFIG OUTPUT BIAS SET ON OFF DI NAME INNER PASSWORD ALARM PID SET 2nd Edition of 300 IM Eng Apr 14 2004 Page 8 78 SAMWONTECH 4 Setting Up Parameter in Each Group 4 1 FIX Mode STOP 12 54 TEHP HUMI 25 83 924 58 88 38 8 READY FIM RUNNING 12 54P 25 59 924 SP 50 08 0 3g 8 X PROCESS TIME 36H13M 15 025458 FIM RUMHIHG 12 54P PU 48 86 28 8 SP 50 00 28 8 5 Mu 58 88 x 42 7 A FID HUMBER
11. Unlock Key in possible BUZZER Set buzzer sound ON OFF FUZZY Set FUZZY ON Off Fuzzy Overshoot suppressing function SUB SETZ 12 54P op set FIX Operation time ON OFF FIX TH BE It is reserving function within 9999 hours and fix running is finishing after set the time FIs OFF TEMP HUMI SLOP Set the slop for TSP it is increase decrease SLOP Bugs to the target temp humi gradually HUMI SLOP Ba 5 A 9 SP 100 C pep Temp gap 60 C FUZZY OFF SP 60 C 1min Rate up 60 1 60 FUZZY ON 5 40 lt gt Upping time 1min gt Figure 1 Overshoot suppressing function by FUZZY Figure 2 Ex SLOPE setting 2nd Edition of 300 IM Eng Apr 14 2004 Page 12 78 SAMWONTECH FUNCTION 12 54P SUB SET COMM SET Communication set MAIN MENU gt FUNCTION gt COMM SET SET KEY HUMI OPER TUMIMG PROT Protocol BPS Speed Bit per sec PRTY Parity S BIT Stop bit D LEN Data length ADDR Address COMM SET 2 54 PERTY 5 1 D LEH 8 ADDR 1 8 RP TM Response time 12 54F_ Humi Oper SUB SET MAIN MENU gt FUNCTION gt HUMI OPER SET KEY COMM SET HT TUHIHG HUMI OPER 12 54 HUMI
12. 100 SEG TM100 SEG 751100 SEG TS2100 SEG WT100 2nd Edition of TEMI 300 IM Eng Apr 14 2004 Page 78 78 SA WON TECH SNAMWON TECH Further information contact Samwontech SAMWONTECH CO LTD 202 703 Buchon Techno park Yakdae dong Wonmi gu Buchon Gyeonggi do Korea 420 773 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 2003 A All Rights Reserved Copyright 2003 Samwontech Co Ltd cis
13. 7 7 7 7 7 41 5 4 Terminal Specification 41 5 5 Terminal Arrangement and External Wiring s 42 5 6 Grounding and Power Cable Connection 43 5 7 Analog Input Connection sm 5 8 Analog Output Connection 5 9 External Contact Output Connection RELAY 5 10 External Contact Input Connection DI 5 11 Use an Auxiliary Relay qqTqT 45 Table 1 Alarm eene 28 Figure 1 Overshoot Suppressing by Fuzzy Function 12 Figure 2 Ex SLOPE Setting 2 12 Figure 3 WAIT Ex Wait Function Release Within V 17 Figure 4 WAIT Ex PV can t enter the wait zone within WTM 17 Figure 5 AT GAIN WWY 22 Figure 6 Ex ON OFF MODE 25 Figure 7 Ex Inner Signal Zone mmmsss 26 Figure 8 Alarm Operation TT 28 Figure 9 UP SOAK DOWN tns 29 Figure 10 Ex Piece Bias Formula m 32 Figure 11 PID Group mmt ettet 36 2nd Edition of 300 IM Eng Apr 14 2004 Page 2 78 SAMWONTECH Contents Communication User s Guide 1 Communication Overview 7 7 7 7 7 7 7 47 2 Wiring for Communication m 48 2 1 RS485 Interface Connection with 300 48
14. IS6 DELAY TM TEMP OL6 35 TEMP 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 4 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 2nd Edition of TEMI 300 IM Eng Apr 14 2004 Page 71 78 SAMWONTECH NO PROCESS FUNCTION RESERVATION ALARM TEMP_PID 0 100 200 300 400 500 69 70 71 72 73 74 75 76 7 78 79 80 81 82 83 85 86 87 88 89 90 91 92 93 95 96 97 98 99 2nd Edition of 300 IM Eng Apr 14 2004 Page 72 78 SAMWONTECH D Register 0600 1199 HUMI_PID COMM OUTPUT INPUT PROGRAM PROG INFO1 600 700 800 900 1000 1100 0 HUMI_PB1 PROTOCOL 551 SEG TSP1 1 HUMI TH BAUD RATE TEMP DR TEMP RH PT ES1 SEG TSP2 2 PARITY TEMP CT TEMP RL RPT1 SEG TSP3 3 HUMI OH1 STOP BIT TEMP
15. OUT1 2 a TEMI300 Class 3 Ground gt Before starting ACTUATOR install uninstall wiring be sure to turn off the TEMI 300 or else you will get an electrical shock CAUTION B RETRANSMISSION 4 20mA DC 600 Q max Control Valve lt TEMI300 Class 3 Ground W Before starting receiver or recorder etc install uninstall wiring be sure to turn off the TEMI 300 or else you will get an electrical shock CAUTION 2nd Edition of 300 IM Eng Apr 14 2004 Page 44 78 SAMWONTECH 5 9 External Contact Output Connection RELAY RLY_NO COM 00 Before starting analog input wiring sure to turn off the system otherwise might get an electrical shock CAUTION 5 10 External Contact Input Connection DI For the external contact use a no voltage contact including relay contact that operate appropriately under the terminal voltage for a close contact approximate 5V and the current for a opened contact approximate 1mA gt When using an open collector select one with the 2V or less voltage for the closed contact and 100 or less leakage current for the open contact 5V DL1 0 DI 2 DI 2 I 5 5 DI DI COM 00 00 RELAY contact input TRANSISTOR contact input Before starting analog input wiring be sure to turn off the system otherwise you might get an electrical shock CAUTION 5 11 Use an Auxiliary Relay
16. SAWON TECH TEMI 300 INSTRUCTION MANUAL TEMPERATURE HUMIDITY PROGRAMMABLE CONTROLLER SAMWONTECH Contents User s Guide 1 Safety Guide 4 2 Control Keys and Display 6 3 Basic Flow 7 L 7 4 Setting Up Parameter in Each Group m 9 4 1 FIX Mode 4 2 PROG Run Screen 4 3 MAIN Screen Operation Setting 12 4 3 1 Function iss 12 4 3 2 PROGRAM aT 15 4 3 8 RESERVE sm 18 434 GRAPH nE A E 19 4 4 SETUP Screen 20 4 4 4 INPUT TW 20 AAD OUTPUT er 22 AAS ONOFF ee ree 24 4 4 4 Inner Signal IS 7 7 7 7 7 7 7 7 7 7 7 7 7 7 26 4 4 5 ALARM eee Aa 27 ete Dott iot 29 4 4 7 32 4 4 8 DI NAME 1 34 4 4 9 PASSWORD M M 35 AAO PIE SET 36 4 5 TROUBLE SHOOTING r 38 2nd Edition of 300 IM Eng Apr 14 2004 Page 1 78 SAMWONTECH 5 Installation s 39 5 1 Dimension amp Panel Cutting Size YY 39 5 2 How to Install Mount m 40 5 3 Power Cable Specification 7 7 7 7
17. Use screwdriver Do not tighten the mounting screw excessively or the unit case or bracket may be damage CAUTION 2nd Edition of TEMI 300 IM Eng Apr 14 2004 Page 40 78 SAMWONTECH 5 3 Power Cable Specification Applicable power source cable Vinyl insulation cable KSC 3304 0 9 2 0 5 4 Terminal Specification Please use tightening torque with insulating sleeve for M3 5 screws as shown in the following Figure 3 0 Note When the screw is connected its torque does not exceed 0 8 m 5 8 less CAUTION gt Before carrying out wiring turn off the power to the controller and check that the CAUTION cables to be connected are not alive with a tester or the like because there is a possibility of electric shock gt The controller must be wired directly from circuit breaker output on inside of temperature amp humidity Chamber for avoid damage of controller or chamber Avoid unused terminal for install it might make damage to system or out of order CAUTION 2nd Edition of TEMI 300 IM Eng Apr 14 2004 Page 41 78 SAMWONTECH 5 5 Terminal Arrangement and External Wiring
18. Using when the temp of dry wet part are RTD WET ADJUST Temp of dry part and wet part are being same temp as ADJUST select this button Symbol Parameter Range Display Unit Default Edit PT_1 50 00 150 00 TEMP SENSOR PT_2 100 0 200 0 _1 DCV 1 000 5 000 Always ABS PT 10 0 110 0 PT HUMISENSOR DCV 1 000 5 000 TEMP RANGE HIGH 0 0 100 09 T EU T EU 100 0 RNGHIGH HUMIRANGEHIGH RNG LOWCRNGHIGH 77 HEU HEU 100 0 TEMP RANGE LOW H EU 0 0 100 0 T EU 0 0 RNGLOW RANGELOW RNG LOW lt RNG HIGH Always HEU H EU 0 0 9 TEMP SCALE HIGH 400 0 200 0 C 200 0 SCEHIGH HUMI SCALE HIGH SCL LOW SCL HIGH DCV ABS 100 0 9 TEMP SCALE LOW 0 0 100 0 TYPE 100 0 C HUMISCALELOW SCL LOW lt SCL HIGH DCV ABS 0 0 T BIAS TEMP BIAS T EUS 100 100 Always T EUS T EUS 0 0 T FL TEMP FILTER 0 1205 Always ABS 0 SEC 5 HUMI 5 5 20 20 Always H EUS H EUS 0 0 H FL HUMI FILTER 0 1205 Always ABS 0 5 DRY DRY 5 0 105 0 Always T EU x x WET TEMP WET TEMP W EU 0 0 100 0 Always W EU x x HUMIDITY HUMIDITY H EU 0 0 100 0 Always H EU x x WET ADJUST WET ADJUST H EUS 100 0 100 090 Always H EUS H EUS 0 0 ADJUST ADJUST NONE EXE CLR Always ABS NONE 2nd Edition of 300 IM Eng Apr 14 2004 Page 21 78 SA
19. element T Addr CLD SUM X R F Response Byte 1 2 3 1 2 1 4 1 4 1 S Command element T Addr CLD dddd 1 dddd 2 x 1 4 1 4 2 1 1 L dddd n 1 SUM R F Parameter number 1 32 dddd Indicates a character string in hexadecimal format Ex When the reading the D Register that regist on STD Command Transmission stx 0 1 CL D cr If Transmission Include Check Sum stx 01 CL D34 cr If 2nd Edition of 300 IM Eng Apr 14 2004 Page 56 78 SAMWONTECH 4 D REGISTER D Register is group of data which can using with communication all of TEMI 300s condition Each group has 100 registers and these are classified as follows D Register Range Group Description Read Write D0001 00099 PROCESS BASIC PROCESS DISPLAY O x D0100 00199 FUNCTION OPERATION INFO DISPLAY O 00200 00299 TIME amp RESERVATION 00300 00399 IS INNER SIGNAL 00400 00499 ALARM ALARM 00500 00599 TEMP P I D 00600 00699 HUMI_PID HUMI P I D 00700 00799 COMM COMMUNICATION O x D0800 00899 CONTROL OUTPUT O 00900 00999 IINPUT INPUT 01000 01099 PROGRAM PROGRAM PATTERN O 01100 01199 PROG_INFO1 SEGMENT TEMP SP O 01200 01299 PROG_INFO2 SEGMENT HUMI SP O 01300 01399 PROG_INFO3 SEGMENT TIME SET O 01400 01499
20. 0 HH MM HOUR MINUTE 00 01 OFF 99 59 Always ABS 00 01 OFF 1 TIME SIGNAL1 O OFF 9 Always ABS O OFF 2 TIME SIGNAL2 O OFF 9 Always ABS O OFF 3 TIME SIGNAL3 O OFF 9 Always ABS O OFF PATTERN NUMBER 01 10 Always ABS 01 x TOP START SEGMENT 1 100 Always ABS 0 END END SEGMENT TOP lt END Always ABS 0 0 0 lt 999 Always ABS 1 JP PATTERN 0 10 Always ABS 0 TEMP ZONE TEMP ZONE T EUS 0 0 100 0 Always T EUS 6 094 5 H EUS HUMI ZONE HUMI WAIT ZONE H EUS 0 0 100 0 Always H EUS 0 0 2nd Edition 300 IM Eng Apr 14 2004 Page 16 78 SAMWONTECH Symbol Parameter Range Display Unit Default Edit WAIT TIME WAIT TIME HH MM 0 00 99 59 Always ABS 0 00 WAIT USE WAIT USE ON OFF Always ABS OFF ALL 5 DELETE OFF ON Always ABS OFF SEG A CLR ALL 5 5 DELETE OFF ON Always ABS OFF Wait wait function holds off the transition of segment until deviation is cleared use of this function is enabled by defining a wait zone that is a deviation range to determine the follow up of PV data input and a wait time which is a period of waiting time until PV data enters the wait zone When PV input enters the wait zone within the wait time the operation shifts to the next If not the s
21. 3 Configuration of Command mY 49 3 1 Consist of Command _ s 49 3 2 Type of Command 50 3 3 Error Response T tennene anat 50 3 4 RSD Command EJ 51 3 5 RRD Command s mene 52 3 6 WSD Command s MM MM 53 3 7 Command MM 54 3 8 STD Command 3 9 CLD Command 4 D REGISTER 57 4 1 PROCESS 58 4 2 FUNCTION TT 60 4 3 RESERVATION 62 44ISIALARM TY 63 4 5 PID HMM MH M MM M M 9 64 4 6 OUTPUT M M M t 65 4 7 INPUT MM MM m MM M M MM M9 f M 67 4 8 PROGRAM 68 4 9 69 Enclosure D Register T 70 2nd Edition of TEMI 300 IM Eng Apr 14 2004 Page 3 78 SAMWONTECH 1 Safety Guide The following safety symbols are used in this manual A If this symbol is marked on the product the operator must investigate the explanation given in this manual to protect injury or death to personnel or damage to instrument 1 For Production it should be marked when operator must refer the explanation in the manual to avoid loss of life or damage to instrument CAUTION 2 For Instruction Manual it marks to avoid operator s loss of life and injury that may result comes from Electric Shock B Protective Ground Terminal 1 marks terminal must connected to Ground prior to operating the equipment marks additional Information on the operation and features of the product NOTE D It marks for further informa
22. 48 86 28 8 SP 50 00 28 8 5 188 88 5 42 7 X HOLDING 2 15 025458 PROG RUNNING 12 54P HOLD OFF STEP OFF 2 SEMI PROG STOP 12 54P HUMI 25 83 924 z SEBH 3 PRTTERH EHD 2nd Edition of 300 IM Eng Apr 14 2004 PROG Mode is controlling Temperature amp Humidity with programmed data PTNO Set pattern No Set with SET key Start segment No READY Ready to running Start running by RUN STOP key PROG running 1st screen PROG RUNNING Prog running 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 When HOLD OFF display running state EBEN PROG running 4th screen HOLD HOLD ON or HOLD OFF with presents SP STEP Stop to present segment then step to next segment DOWN Going down zone SOAK Gong stable zone UP Going up zone PATTERN END Finished running Page 10 78 SAMWONTECH Symbol Parameter Range Display Unit Default Edit T SP TEMP SP T EU 0 0 100 0 Always 5 H SP HUMI SP H EU When H EU EU 0 0 100 0 OPER ON H EU 0 0 x PTNO PATTERN NUMBER 0 10 Always ABS 0 O note SEGNO SEGMENT NUMBER 0 100 00 Always ABS 0 x P T
23. ARW TEMP BIAS PT JP1 SEG TSP4 4 OL1 DATA LENGTH TEMP SH SEG TSP5 5 HUMI MR1 ADDRESS TEMP SL SEG TSP6 6 HUMI PB2 RESPONSE ATGAIN TEMP FILTER SEG TSP7 7 HUMI TI2 ATGAIN SEG TSP8 8 HUMI TD2 HUMI IN SEG TSP9 9 HUMI OH2 RH SEG TSP10 10 HUMI OL2 OT 552 SEG_TSP11 11 HUMI_MR2 HUMI DR HUMI BIAS PT ES2 SEG TSP12 12 HUMI PB3 HUMI CT SH PT RPT2 SEG TSP13 13 HUMI TI3 ARW HUMI SL PT JP2 SEG TSP14 14 HUMI_TD3 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 SEG TSP18 18 HUMI 4 TEMP RET RH SEG TSP19 19 HUMI TM SEG TSP20 20 HUMI TD4 PT 553 SEG TSP21 21 HUMI OH4 RET KIND PT ES3 SEG TSP22 22 HUMI OL4 RH PT RPT3 SEG TSP23 23 MR4 SEG_TSP24 24 HUMI PB5 SEG TSP25 25 HUMI TI5 SEG TSP26 26 HUMI TD5 SEG TSP27 27 HUMI OH5 SEG TSP28 28 HUMI OL5 SEG TSP29 29 HUMI MR5 SEG TSP30 30 HUMI PB6 PT SS4 SEG TSP31 31 HUMI TI6 PT ES4 SEG TSP32 32 HUMI TD6 PT RPT4 SEG TSP33 33 HUMI OH6 PT JP4 SEG TSP34 nd Edition of TEMI 300 IM Eng Apr 14 2004 Page 73 78 SAMWONTECH HUMI_PID COMM OUTPUT INPUT PROGRAM PROG_INFO1 600 70
24. Always ABS 0 155 INNER SIGNAL5 0 120 0 OUTPUT OFF Always 5 0 156 INNER SIGNAL6 0 120 0 OUTPUT OFF Always 5 0 TS1 TIME SIGNAL1 0 120 0 OUTPUT OFF Always 5 0 152 TIME SIGNAL2 0 120 0 OUTPUT OFF Always ABS 0 TS3 TIME SIGNAL3 0 120 0 OUTPUT Always ABS 0 AL1 ALARM SIGNAL1 0 120 0 OUTPUT OFF Always ABS 0 AL2 ALARM SIGNAL2 0 120 0 OUTPUT OFF Always ABS 0 AL3 ALARM SIGNAL3 0 120 0 OUTPUT OFF Always ABS 0 AL4 ALARM SIGNAL4 0 120 0 OUTPUT OFF Always ABS 0 RUN 0 120 0 OUTPUT OFF Always 5 0 H RUN HUMI RUN 0 120 0 OUTPUT OFF Always 5 0 T1 T1 SIGNAL 0 120 0 OUTPUT OFF Always ABS 0 1 PARA 1 SIGNAL PARA 0 00 99 59 55 Always ABS 00 00 T2 T2 SIGNAL 0 120 0 OUTPUT OFF Always ABS 0 2 2 SIGNAL PARA 0 00 99 59 55 Always ABS 00 00 T3 T3 SIGNAL 0 120 0 OUTPUT OFF Always ABS 0 T3 PARA T3 SIGNAL PARA 0 00 99 59 55 Always ABS 00 00 T4 T4 SIGNAL 0 120 0 OUTPUT Always ABS 0 4 PARA 4 SIGNAL PARA 0 00 99 59 55 Always ABS 00 00 H1 H1 SIGNAL 0 120 0 OUTPUT OFF Always ABS 0 H1 PARA H1 SIGNAL PARA 0 00 99 59 55 Always ABS 00 00 2nd Edition of 300 IM Eng Apr 14 2004 30 78 SAMWONTECH Symbol Parameter Range Di
25. D value for 5 02 PID6 T I 1285 H I 1289 T H OH T H OL High low value for temperature humidity for T D 5 H D 385 186 6 1868 85 TOL az 2nd Edition of 300 IM Eng Apr 14 2004 Page 36 78 SAMWONTECH Symbol Parameter Range Display Unit Default Edit TEMP RP1 TEMP REFERENCE1 0 1 RP2 1digit Display ABS 33 3 C 2 REFERENCE2 RP1 1digit 99 9 Display ABS 66 7 C HUMI RP HUMI REFERENCE RL 1digit RH 1digit Display H EU 50 0 TEMP HYS T REFHYSTERESIS T EUS 0 0 10 0 Display T EUS 63 A H EUS HUMI HYS HYSTERESIS H EUS 0 0 10 0 Display H EUS 0 3 PROPORTIONAL 0 1 999 9 ABS 5 0 T I TEMP INTEGRAL 0 6000 Display ABS 120 DERIVATIVE TIME 0 6000 Display ABS 30 OUTPUT T TOH LIMIT HIGH T OL 1digit 100 0 Display ABS 100 0 OUTPUT E T OL LIMIT LOW 0 0 T OH 1digit Display ABS 0 0 PROPORTIONAL H P BAND 0 1 999 9 Display ABS 5 0 H I HUMI INTEGRAL 0 6000 Display ABS 120 H D DERIVATIVE TIME 0 6000 Display ABS 30 HUMI OUTPUT HOH LIMIT HIGH 0 0 100 0 Display ABS 100 0 HUMI OUTPUT HOL LIMIT LOW 0 0 100 0 Display ABS 0 0 2nd Edition 300 IM Eng Apr 14 2004 P
26. EDIT PT set MAIN MENU PROGRAM gt EDIT PTN gt SET KEY Set the segment of the top end repeat number of time and jump pattern number wished link pattern number EDIT TIME SG set MAIN MENU PROGRAM TIME SG gt SET KEY NO 0 1 These are only for ON or OFF function NO 2 9 These are only for time for ON OFF In the view ON OFF is selected for Time Signal For define output by these setting go and setting on MAIN MENU PROGRAM EDIT SEG SET KEY Apr 14 2004 Page 15 78 SAMWONTECH PROGRAM 2 54 EDIT SEG EDIT PT WATT SET ALL DEL WAIT SET 2 54 TEMP 2 HUMI ZDHE WAIT TIME 6 80 H H WAIT USE OFF PROGRAM 12 54 WAIT SET set MAIN MENU gt PROGRAM gt WAIT SET gt SET KEY TEMP ZONE The range of temperature for waiting zone HUMI ZONE The range of humidity for waiting zone WAIT TIME Time for wait WAIT USE Use Not use BN Clear all of the patterns amp segments EDIT 5EG MAIN MENU gt PROGRAM gt ALL DEL gt SET KEY EDIT PT WAIT SET ALL BEL ALL DELETE 12 54P PT A CLR Clear all of the patterns PT R CLR SEG A CLR Clear all of the segments SEG R CLF OFF Symbol Parameter Range Display Unit Default Edit SG SEGMENT NUMBER 01 100 01 02 99 00 Always ABS 01 x TEMP TEMP SP T EU 0 0 100 0 Always T EU 00 5 H EU HUMI HUMI SP H EU 0 0 100 0 Always H EU 0
27. HIEU 0 0 T EUS 0 0 10 0 T EUS T EUS 0 0 HIGH DIFF HIGH DIFFERENCE 00 10 0 Always weus H EUS 00 T EUS 0 0 10 0 T EUS T EUS 0 0 LOW DIFF LOWDIFFERENCE 5 00 10 0 Always 5 H EUS 0 0 2nd Edition 300 IM Eng Apr 14 2004 Page 24 78 SAMWONTECH 1 T1 T3 H1 ON after set time the set time adapted on first ON state at running D NPV lt LSP LOW SP gt Output OFF NPV gt HSP HIGH SP gt Output OFF LSP lt NPV lt MSP MIDDLE SP NPV gt NSP LD LOW DIFF gt Output ON NPV lt NSP LD gt Output OFF MSP lt NPV lt NPV lt NSP HD HIGH DIFF gt Output OFF NPV gt NSP HD gt Output ON MSP HSP Set time Figure 6 MODE 2 T4 output 4 15 turning on after set delay time after T3 turned on 4 15 turning off together when T3 turn off 2nd Edition of TEMI 300 IM Eng Apr 14 2004 Page 25 78 SAMWONTECH 4 4 4 Inner Signal IS SETUP MEHU 2 54 INNER gt SET KEY INPUT OUTPUT BIAS SET DI HURTS PASSWORD ALARM PIG SET IHMER SIGHRL1 125 KIND Set type of humidity retransmission PV SP MV RNG HIGH LOW Range for IS RHG HIGH 56 0 BAND Direct of IS band IN B OUT B LOW 50 0 DELAY TM IS delay time ERHD 151 con
28. It is basic communication command structure between upper level computer and TEMI 300 s L ADDRESS COMMAND DATA by COMMAND SUM x R F Command start of text This code indicates the start of a command string with 0x02 ADDRESS TEMI 300 communication 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 Data Data by Command rule 8 Check Sum Display bottom 2 byte by Hexadecimal what the Sum with Ascii code from the next character of STX to the before character of SUM and only used when the PROTOCOL is type 1 Check Sum on the TEMI 300 CR LF This control code indicates the end of a command 2nd Edition of TEMI 300 IM Eng Apr 14 2004 Page 49 78 SAMWONTECH 3 2 Communication Commands There are two kinds of commands Self information and Read Write commands in the TEMI 300 Self information command Command Process AMI Model name amp Version Read Write Command Command Process RSD Reading D Register orderly RRD Reading D Register Random WSD Writing D Register orderly WRD Writing D Register Random STD Registration Random data of D Register CLD Call D Register of STD Each command can read write up to 32 D Register and the all of
29. OPER ON gt 2 LOOP Temperature Humidity OFF gt 1 LOOP Temperature HUMI OFER 12 54 set SUB SET MAIN MENU gt FUNCTION gt AT TUNING gt SET KEY COMM SET AT TUNING is available on FIX RUN state only HUHI OPER TUHING AUTO TUHHIHG 12 54 Available on FIX RUN MODE only AUTO TUNING with SP on FIX MODE only then after auto tuning the HUMI AT OFF value of tuning is saved on the correspond PID number 2nd Edition of TEMI 300 IM Eng Apr 14 2004 Page 13 78 SAMWONTECH Symbol Parameter Range Display Unit Default Edit OPER MODE OPERATION MODE PROG FIX Always ABS PROG PWR MODE POWER MODE STOP COLD HOT Always ABS STOP KEY LOCK KEY LOCK OFF ON Always ABS OFF BUZZER BUZZER OFF ON Always ABS ON FUZZY FUZZY OFF ON Always ABS OFF FIX OP TM HR FIX OP TIME HOUR 0 9999 Always ABS 0 FIX FIX TIME MIN 0 59 Always ABS 0 FIX TIME OFF ON Always ABS OFF T EUS 0 0 100 0 T EUS T EUS 0 0 TEMP SLOP TEMP SLOPE Always H EUS 0 0 100 0 H EUS H EUS 0 0 HUMI SLOP HUMI SLOPE Always PCLO PC LINK PROT PROTOCOL PCL1 PC with SUM Always ABS PCLO 600 1200 2400 5 BAUD
30. RATE 4800 9600 Always ABS 9600 PRTY PARITY NONE EVEN ODD Always ABS NONE S BIT STOP BIT 1 2 Always ABS 1 D LEN DATA LENGTH 7 8 Always ABS 8 ADDR ADDRESS 1 99 Max 31unit Always ABS 1 RESPONSE TIME 0 10 Always ABS 0 HUMI HUMI OFF Always ABS ON AUTO TUNING OFF ON MODE ABS OFF HUMI AT HUMI AUTO TUNING OFF ON MODE ABS OFF 2nd Edition of 300 IM Eng Apr 14 2004 Page 14 78 SAMWONTECH 4 3 2 PROGRAM MATH 12 54 FUHCTIOH RESERVE GRAPH SETUP PROGRAM 12 54 EDIT SEG EDIT PT TIME SG WAIT SET ALL DEL SG TEMP HUMI 123 EH 5se 08 8 8 8 01 000 02 50 00 80 0 6 01 666 85 50 00 80 0 6 01 666 04 50 00 6 6 6 01 000 85 5 0 00 6 6 06 01 PROGRAM 12 54P EDIT SEG EDIT PT TIME SG WAIT SET ALL DEL PT JF BB a2 8 1 B a 1 B 1 B a 8 1 B PROGRAM 12 54P EDIT SEG EDIT PT TIME SG _ WAIT SET ALL DEL TS TS OH 48 68 6 88 86 08 2nd Edition of TEMI 300 IM Eng MENU KEY gt MAIN gt PROGRAM gt SET KEY EDIT SEG set MAIN MENU gt PROGRAM gt EDIT SEG gt SET KEY Set the temperature humidity time TS1 TS2 53 for each segment 1 TS1 Time Signal1 2 TS2 Time Signal2 3 TS3 Time Signal3
31. SCL HIGH 100 6 X SCL LOW Aa x 2nd Edition 300 IM Eng Apr 14 2004 SETUP set MENU KEY gt MAIN gt SETUP gt SET KEY SET KEY gt Illuminate No gt Password with UP DOWN SHIFT KEY gt SET KEY TYPE Set sensor type for temperature PT 1 PT 2 or DCV Resolution of PT 1 is higher than PT 2 s RNG HIGH LOW Rang of using temperature gt PT 1 50 00 150 00 C gt 2 100 0 200 gt DCV 1 5V INPUT SET KEY 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 type for humidity PT or DCV RNG HIGH LOW Rang of using Humidity 10 0 110 075 gt DCV 1 5V It is shown sensor type is DCV for humidity SCL HIGH LOW Set the input range scale when input type is DCV SCALE 0 0 100 0 Page 20 78 SAMWONTECH INPUT ADJUST 12 54P T BIAS Set bias for temperature H BIAS Set bias for humidity high frequency T FL Set for protect any effect from high frequency to temperature input H FL Set for protect any effect from high frequency to humidity input DRY TEMP Temp of dry probe P WET TEMP Temp of wet probe DRY TENE HUMIDITY Relative humidity C ADJUST Adjust temp of wet part HUMIDITY 8 8 ADJUST
32. Set the new password SET KEY gt UP DOWN SHIFT key gt SET KEY Default password is 0 ZERO After changing password please confirm your new password CAUTION P If you forget the password connect Samwontech or our agency for reset service All of the data that you set before will be changed to default after reset Symbol Parameter Range Display Unit Default Edit PASSWORD PASSWORD SETTING 0 9999 Always ABS 0 2nd Edition of 300 IM Eng Apr 14 2004 Page 35 78 SAMWONTECH 4 4 10 PID SET SETUP MENU 12 54 pip SET gt SET KEY INPUT 00 CONFIG OUTPUT BIAS SET ON OFF DI NAME INNER PASSWORD ALARM PID SET FID 20 12 54 1 RP2 Boundary value temperature span for PID L zone FF2 HUMI RP Boundary value humidity span for PID zone HUHI FF TEMP HUMI HYS Hysteresis for temperature humidity PID ZONE HYS HUHTI HYS HUMI 2 4 6 H RP H HYS 2 1 3 5 RL RH T RP1 T RP2 TEMP Figure 11 PID Group FID 1 12154 T P TJ T D H P H I H D Temperature Humidity D value for 5 82 T I 1285 H I 1265 T H OL High low value for temperature humidity for MV T D 5 H D 385 186 6 185 582 TOL PID 6 12 54 T PIT IIT DIH PIH IIH D Temperature Humidity P 1
33. W If you INDUCTANCE L load like as AUXILIARY RELAY SOLENOIDE VALVE it might make go to wrong or out of order relay please make sure insert to parallel circuit with CR FILTER AC or DIODE DC by SURGE SUPPRESSOR of avoiding sparks Recommend CR FILTER gt Sung Ho Electronics BSE104R120 25V 0 111209 gt Hana Parts Co HN2EAC gt Songmi Electric Co Ltd CR UNIT 953 955 etc gt Jiwol Electric Co Ltd SKV SKVB etc gt Shinyoung Communication Co Ltd CR CFS CR U etc If contact capacity is over owns specification use auxiliary relay for ON OFF load CAUTION 2nd Edition 300 IM Eng Apr 14 2004 Page 45 78 SAMWONTECH A DC RELAY Machine Out DC power A CAUTION lt DIODE CAUTION RELAY Connect Relay Coil socket directly Use what a rated Relay Coil is must be less than contact point capacity B AC RELAY Machine Out DC power rn 1 CAUTION H CR FILTER 22 CAUTION RELAY ul Connect Relay Coil socket directly Use what a rated Relay Coil is must be less than contact point capacity 2nd Edition of 300 IM Eng Apr 14 2004 Page 46 78 SAMWONTECH 1 Communication Overview TEMI550 is designed to establish a communication between upper level computer and display via RS485 communication interface up to 31set As below there are some parameters when the TEMI 300 commu
34. of TEMI 300 IM Eng Apr 14 2004 Page 61 78 SAMWONTECH 4 3 RESERVATION RESERVATION group is consisted confirm time setting amp reservation time D Register Setting Time D Register D Register Symbol Description Read Write D0201 NOW_YEAR PRESENT TIME YEAR x D0202 NOW_MONTH PRESENT TIME MONTH x D0203 NOW_DAY PRESENT TIME DAY x D0204 NOW_HOUR PRESENT TIME HOUR x D0205 NOW_MIN PRESENT TIME MIN x D0206 RUN_YEAR RESERVE TIME YEAR 00207 RUN_MONTH RESERVE TIME MONTH 00208 RUN_DAY RESERVE TIME DAY 0209 RUN_HOUR RESERVE TIME HOUR 00210 RUN_MIN RESERVE TIME MIN 00211 SET_YEAR PRESENT TIME YEAR x 00212 _ PRESENT TIME x 00213 SET_DAY PRESENT TIME DAY x 00214 SET_HOUR PRESENT TIME HOUR x 00215 SET_MIN PRESENT TIME MIN x Reservation ON OFF D Register Symbol State Value Description OFF 0 Reserve Off D0200 RESERVE ON 1 Reserve On 2nd Edition of 300 IM Eng Apr 14 2004 62 78 SAMWONTECH 4 4 IS ALARM IS amp ALARM group is consisted Inner D Register for Signal amp Alarm setting Setting IS D Register D Register Symbol Description D0305 151 BAND 151 RANGE DIRECTION D0306 IS1_KIND IS1 RUNNING ITEM D0307 IS1_HIGH IS1 RANGE HIGH D0308 IS1_LOW 15
35. the STD CLD data will be reset when the power off so the data should be resisted again 3 3 Error Response The message when the communication error with TEMI 300 Byte 1 2 2 2 2 1 2 L Command Number of element T Address NG word 2 SUM X F SUM is only using when the PROTOCOL is 1 2nd Edition of 300 IM Eng Apr 14 2004 Page 50 78 SAMWONTECH 3 4 RSD Command This command for reading D Register orderly Transmission format Byte 1 2 3 1 2 1 4 2 1 1 s L Command addr ter D Reg NO SUM element number x R F Response Byte 1 2 3 1 2 1 4 1 4 1 s Command element T Addr RSD OK dddd 1 dddd 2 x 1 4 1 4 2 1 1 L dddd n 1 dddd n 50 R F Parameter number 1 32 dddd Indicates a character string in hexadecimal format Ex When reading the D Register from Temp PV D0001 to Temp SP D0002 Transmission stx 01RSD 02 0001 cr If Transmission Include Check Sum stx 01RSD 02 0001C5 cr If stx 0x02 cr 0x0d If 0x0a Ex The receiving data value are PV 50 0 SP 30 0 these data is receiving as blows Transmission stx 01RSD OK 01F4 012C cr If Transmission Include Check Sum stx 01RSD OK 01F4 012C19 cr If XHow to display and convert for receiving hexadec
36. value of parameters Change to other available items Move between GROUP Increase the value of parameters Change to other available items Move between GROUP 2nd Edition of TEMI 300 IM Eng Apr 14 2004 Page 6 78 SAMWONTECH POWER ON FIX MODE TEMP amp HUMI Only FIX STOP TEMP HIMI x 245 09 924 SP 50 06 38 8 FIX STOP PROG MODE TEMP amp HUMI TEMP Only PROG STOP 12 54P HUMI 25 89 32 4 z SEBH 3 READY PROG STOP 12 54P TEMP b 2 5 89 2 SEBH 3 READY MAIN MENU TROUBLE 12 54 ERROR B2 ERROR H3 ERR R B4 OCCUR TIME 12 54P TROUBLE 2 54 ERROR B2 ERROR H3 ERROR B4 W k OCCUR TIME 12 54P MATH 12 54 FUNCT IO PROGRAM RESERVE GRAPH SETUP MATH 54P MATH 12 54 PROGRAM MAIN MENU 12 54P FUNCTION PROGRAM RESERWE GRAPH SETUP MAIN MENU 12 54 FUNCTION PROGRAM RESERVE GRAPH SETUP 2nd Edition of 300 IM Eng Apr 14 2004 Page 7 78 SAMWONTECH SETUP MENU SETUP PASS 12 54 PASS MENU I SETUP MENU 12 54 DO CONFIG OUTPUT BIAS SET ON OFF DI NAME INNER PASSWORD ALARM PID SET
37. 0 800 900 1000 1100 34 HUMI_OL6 SEG_TSP35 35 HUMI_MR6 SEG_TSP36 36 SEG_TSP37 37 SEG TSP38 38 SEG TSP39 39 SEG TSP40 40 COCON IS1 DP RL PT SS5 SEG TSP41 41 COCON 152 DP P1 PT 55 SEGT TSP42 42 COCON 153 DP P2 PT 5 SEG TSP43 43 COCON 154 DP RH PT JP5 SEG TSP44 44 COCON 155 DD RL SEG TSP45 45 156 DD P1 SEG TSP46 46 COCON TS1 DD P2 SEG TSP47 47 COCON TS2 DD RH SEG TSP48 48 COCON AL1 SEG TSP49 49 COCON AL2 SEG TSP50 50 COCON AL3 WP RL PT SS6 SEG TSP51 51 COCON AL4 WP RH PT ES6 SEG TSP52 52 COCON TRUN WD RL PT RPT6 SEG TSP53 53 COCON HRUN WD RH PT JP6 SEG TSP54 54 COCON T1 SEG TSP55 55 COCON T2 SEG TSP56 56 COCON T3 SEG TSP57 57 COCON T4 SEG TSP58 58 COCON H1 SEG TSP59 59 COCON T1TM SEG TSP60 60 COCON T2TM RP RL PT SS7 SEG TSP61 61 COCON T3TM RH PT ES7 SEG TSP62 62 COCON_T4TM RD_RL PT_RPT7 SEG_TSP63 63 COCON_H1TM RD_RH PT_JP7 SEG_TSP64 64 COCON_TUP SEG_TSP65 65 COCON_TSK SEG_TSP66 66 COCON_TDN SEG_TSP67 67 SEG_TSP68 68 COCON_TSK_P SEG_TSP69 2nd Edition of TEMI 300 IM Eng Apr 14 2004 Page 74 78 SAMWONTECH HUMI_PID COMM OUTPUT INPUT PROGRAM PROG_INFO1 600 700 800 900 1000 1100 69 DOCON_TDN_P SEG_TSP70 70 DOCON_HUP PT_SS8 SEG_TSP71 71 DOCON_HSK PT_ES8 SEG_TSP72 72 DOCON_HDN PT_RPT8 SEG_TSP73 73 DOCON_HUP_P PT_JP8 SEG_TSP74 74 DOCON_HSK_P SEG_TSP75 75 D
38. 0008 HUMI_MVOUT HUMI MV OUTPUT D0009 C_PIDNO PRESENT RUNNING 1 0 NO E FIX running D Register D Register Symbol Description D0020 PROC_TIME_H FIX RUNNING PROCESS_TIME HOUR D0021 FIX RUNNING PROCESS TIME MIN W Share running 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 D0028 REMAIN TIME M PRESENT RUNNING SEGMENT REMAIN TIME MIN D0029 TIME WAIT TIME HOUR D0030 WAIT TIME M WAIT TIME MIN D0031 NOW PT RPT PRESENT RUNNING PATTERN REPEAT NO OF TIME D0032 TOTAL PT RPT SET PATTERN REPEAT NO OF TIME D0035 PREV TEMP TSP PREVIOUS SEGMENT TEMP TSP TARGET SET POINT D0036 NOW TEMP TSP PRESENT SEGMENT TEMP TSP TARGET SET POINT D0037 PREV HUMI TSP PREVIOUS SEGMENT HUMI TSP TARGET SET POINT D0038 NOW HUMI TSP PRESENT SEGMENT HUMI TSP TARGET SET POINT D0039 NOW SEG TIME PRESENT SEGMENT SET TIME 2nd Edition of 300 IM Eng Apr 14 2004 Page 59 78 SAMWONTECH 4 2 FUNCTION FUNCTION is consisted D Register for operation PROGRAM Running D Register D Register Symbol Description D0100 SET_PTNO Program pattern number for running D0122 TEMP_WAIT_ZONE Temp wait zone D0123 HUMI_WAIT_ZONE Humi wait zone D0124 WAIT_TIME Wait time
39. 1 SEG HSP32 SEG TM32 SEG TS132 SEG TS232 SEG WT32 ONF MIDSP H1 32 SEG HSP33 SEG TM33 SEG TS133 SEG TS233 SEG WT33 HIGHSP 33 SEG HSP34 SEG TM34 SEG TS134 SEG TS234 SEG WT34 ONF DIFH H1 2nd Edition 300 IM Eng Apr 14 2004 Page 76 78 SAMWONTECH PROG INFO2 PROG_INFO3 PROG_INFO4 PROG INFOS PROG_INFO6 ibi 1200 1300 1400 1500 1600 1700 34 SEG HSP35 SEG TM35 SEG TS135 SEG TS235 SEG WT35 DIFL H1 35 SEG HSP36 SEG TM36 SEG TS136 SEG TS236 SEG WT36 36 SEG HSP37 SEG TM37 SEG TS137 SEG TS237 SEG WT37 37 SEG HSP38 SEG TM38 SEG TS138 SEG TS238 SEG WT38 38 SEG HSP39 SEG TM39 SEG TS139 SEG TS239 SEG WT39 39 SEG HSP40 SEG 40 SEG TS140 SEG TS240 SEG WT40 40 SEG HSP41 SEG TM41 SEG TS141 SEG TS241 SEG WT41 41 SEG 5 42 SEG TM42 SEG TS142 SEG TS242 SEG WT42 42 SEG HSP43 SEG TM43 SEG TS143 SEG TS243 SEG WT43 43 SEG HSP44 SEG 44 SEG TS144 SEG TS244 SEG WT44 44 SEG HSP45 SEG 45 SEG TS145 SEG TS245 SEG WT45 45 SEG HSP46 SEG 46 SEG TS146 SEG TS246 SEG WT46 46 SEG HSP47 SEG 47 SEG TS147 SEG TS247 SEG WT47 47 SEG HSP48 SEG 48 SEG TS148 SEG TS248 SEG WT48 48 SEG HSP49 SEG 49 SEG TS149 SEG TS249 SEG WT49 49 SEG HSP50 SEG 50 SEG TS150 SEG TS250 SEG WT50 50 SEG 5 51 SEG 51 SEG TS151
40. 1 RANGE LOW D0309 IS1_DELAY_TM IS1 DELAY TIME D0330 156 156 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 Setting ALARM D Register D Register Symbol Description D0400 AL1 ITEM ALARM 1 ADAPT POINT D0403 AL4 ITEM ALARM 4 ADAPT POINT D0405 AL1 KIND ALARM 1 ITEM D0408 AL4 KIND ALARM 4 ITEM D0410 AL1 POINT ALARM 1 POINT D0413 AL4 POINT ALARM 4 POINT D0415 AL1 HYS ALARM 1 HYSTERESIS D0418 AL4 HYS ALARM 4 HYSTERESIS D0420 AL1 DELAY TM ALARM 1 DELAY TIME D0423 AL4 DELAY TM ALARM 4 DELAY TIME 2nd Edition of 300 IM Eng Apr 14 2004 Page 63 78 SAMWONTECH 4 5 PID PID GROUP is consisted D Register for setting PID Setting PID D Register D Register Symbol Description D0500 TEMP_PB1 PROPORTIONAL OPERATION TIME FOR TEMP PID1 CONTROL D0501 TEMP_TI1 INTEGRATION TIME FOR TEMP PID1 CONTROL D0502 TEMP_TD1 DERIVATION TIME FOR TEMP PID1 CONTROL D0503 TEMP_OH1 THE HIGH RANGE TEMP PID 1 00504 TEMP_OL1 THE LOW RANGE TEMP PID 1 D0505 TEMP_MR1 MANUAL SET VALUE APPLY TO PID1 D0530 TEMP_PB6 PROPORTIONAL OPERATION TIME FOR TEMP PID6 CONTROL D0531 TEMP_TI6 INTEGRATION TIME FOR TEMP PID 6 CONTROL D0532 TEMP_TD6 DERIVATION TIME FOR PID 6 CONTROL D0533 TEM
41. 68 78 SAMWONTECH 4 9 ON OFF GROUP is consisted D Register for setting SIGNAL Setting ON OFF SIGNAL D Register D Register Symbol Description D1700 ONF_LOWSP_T1 LOW SP_T1 D1701 ONF_MIDSP_T1 MIDDLE SP_T1 D1702 ONF_HIGHSP_T1 HIGH SP_T1 D1703 ONF_DIFH_T1 HIGH DIFFERENCE_T1 D1704 ONF_DIFL_T1 LOW DIFFERENCE_T1 D1720 ONF_LOWSP_T3 LOW SP_T3 D1721 ONF_MIDSP_T3 MIDDLE SP_T3 D1722 ONF_HIGHSP_T3 HIGH SP_T3 D1723 ONF_DIFH_T3 HIGH DIFFERENCE_T3 D1724 ONF_DIFL_T3 LOW DIFFERENCE_T3 D1730 ONF_LOWSP_H1 LOW SP_H1 D1731 ONF_MIDSP_H1 MIDDLE SP_H1 D1732 ONF_HIGHSP_H1 HIGH SP_H1 D1733 ONF_DIFH_H1 HIGH DIFFERENCE_H1 D1734 ONF_DIFL_H1 LOW DIFFERENCE_H1 2nd Edition of TEMI 300 IM Eng Apr 14 2004 Page 69 78 SAMWONTECH D Register 0000 0599 PROCESS FUNCTION RESERVATION IS ALARM TEMP_PID 0 100 200 300 400 500 0 SET_PTNO RESERVE ITEM TEMP_PB1 1 TEMP NPV STATUS MODE NOW YEAR AL2 ITEM TEMP TM 2 TEMP NSP FIX TEMP SP NOW MONTH AL3 ITEM TEMP TD1 3 WET NPV FIX HUMI SP NOW DAY AL4 ITEM TEMP OH1 4 WET NSP MODE NOW HOUR TEMP OL1 5 HUMLNPV PWR MODE NOW MIN IS1 BAND KIND TEMP 1 6 HUMLNSP TEMP SLOPE RUN YEAR IS1 KIND AL2 KIND TEMP PB2 MVOU
42. EG WT72 72 SEG HSP73 SEG 73 SEG TS173 SEG TS273 SEG WT73 73 SEG HSP74 SEG TM74 SEG TS174 SEG TS274 SEG WT74 74 SEG HSP75 SEG 75 SEG TS175 SEG TS275 SEG WT75 75 SEG HSP76 SEG TM76 SEG TS176 SEG TS276 SEG WT76 76 SEG 5 77 SEG 77 SEG TS177 SEG TS277 SEG 77 77 SEG HSP78 SEG 78 SEG TS178 SEG TS278 SEG WT78 78 SEG HSP79 SEG 79 SEG TS179 SEG TS279 SEG WT79 79 SEG HSP80 SEG TM80 SEG TS180 SEG TS280 SEG WT80 80 SEG HSP81 SEG 81 SEG TS181 SEG TS281 SEG 81 81 SEG HSP82 SEG TM82 SEG TS182 SEG TS282 SEG WT82 82 SEG HSP83 SEG TM83 SEG TS183 SEG TS283 SEG WT83 83 SEG HSP84 SEG TM84 SEG TS184 SEG TS284 SEG WT84 84 SEG HSP85 SEG TM85 SEG TS185 SEG TS285 SEG WT85 85 SEG HSP86 SEG TM86 SEG TS186 SEG TS286 SEG WT86 86 SEG HSP87 SEG TM87 SEG TS187 SEG TS287 SEG WT87 87 SEG HSP88 SEG TM88 SEG TS188 SEG TS288 SEG WT88 88 SEG HSP89 SEG TM89 SEG TS189 SEG TS289 SEG WT89 89 SEG HSP90 SEG TM90 SEG TS190 SEG TS290 SEG WT90 90 SEG 5 91 SEG TM91 SEG TS191 SEG TS291 SEG WT91 91 SEG HSP92 SEG TM92 SEG TS192 SEG TS292 SEG WT92 92 SEG HSP93 SEG TM93 SEG TS193 SEG TS293 SEG WT93 93 SEG HSP94 SEG TM94 SEG TS194 SEG TS294 SEG WT94 94 SEG HSP95 SEG TM95 SEG TS195 SEG TS295 SEG WT95 95 SEG HSP96 SEG TM96 SEG TS196 SEG TS296 SEG WT96 96 SEG HSP97 SEG TM97 SEG TS197 SEG TS297 SEG WT97 97 SEG HSP98 SEG TM98 SEG TS198 SEG TS298 SEG WT98 98 SEG HSP99 SEG TM99 SEG TS199 SEG TS299 SEG WT99 99 SEG 5
43. EM TEMP HUMI Display ABS TEMP AH F AL F DH F DL F DH R DL R DO F DI F ALARM 1 3 AH R AL R AH FS gt AH F KIND ALARM KIND Display ABS AL FS DH FS DL FS ALARM 2 4 gt AL F DH RS DL RS DO FS DI FS AH RS AL RS T EU 100 0 100 0 T EU POINT ALARM POINT Display EU 100 0 H EU 100 0 100 0 H EU T EUS 0 0 100 0 T EUS HYS BVETERESIS Display EUS 0 5 H EUS 0 0 100 0 H EUS DELAY TM DELAY TIME 00 00 99 59 M S Display ABS 00 00 2nd Edition of 300 IM Eng Apr 14 2004 Page 27 78 SAMWONTECH Table 1 Alarm Type Output Direct Standby No Alarm Type For Rev On Off Display Data 1 PV Upper Limit 2 PV Lower Limit AL F 3 Deviation Upper Limit DH F 4 Deviation Lower Limit DL F 5 Deviation Upper Limit DH R 6 Deviation Lower Limit DL R 7 Deviation Upper amp Lower Limit DO F 8 Deviation Upper amp Lower Limit Range DI F 9 PV Upper Limit 10 PV Lower Limit AL R 11 PV Upper Limit 5 12 PV Lower Limit AL FS 13 Deviation Upper Limit DH FS 14 Deviation Lower Limit DL FS 15 Deviation Upper Limit DH RS 16 Deviation Lower Limit DL RS 17 Deviation Upper amp Lower Limit DO FS 18 Deviation Upper amp Lower Limit Range DI FS 19 PV Upper Limit
44. M PROCESS TIME 00H00M 99H59M Always TIME 00H00M x RPT PATTERN REPEAT 0 999 Always ABS 0 x T MV TEMP MV 0 0 100 0 Always 0 0 x When HUMI H MV HUMI MV 0 0 100 0 OPER ON 0 0 x R PID RUN PID NUMBER 1 6 Always ABS x x RM TM REMAIN TIME 00 99 Always TIME x x HOLD HOLD OFF ON Always ABS OFF STEP STEP OFF ON Always ABS OFF note Edit is impossible while PROG operating 2nd Edition of TEMI 300 IM Eng Apr 14 2004 Page 11 78 SAMWONTECH 4 3 MAIN Screen Operation amp Setting 4 3 4 FUNCTION MATH _ 12 54P MENU KEY gt FUNCTION gt SET KEY FLIHCT ILIH PROGRAM RESERVE GRAFH SETUP S4F SUB SET setting SUB SET MAIN FUNCTION SUB SET SET KEY SET SUB SET1 SUB SET2 PAGE UP DOWN KEY OPER AT OPER FIX PROG PWR MODE State mode after power failure Can be recognized over 3 sec power failure If power on within 3 sec It is automatically running 54P with HOT mode gt STOP After power failure to STOP state SUB SETI 1 OPER MODE PWR MODE COLD After power failure go to RUN on fix running KEY LOCK go to SEG1 on program running gt HOT After power failure running by previous data before FUZZY OFF power failure KEY LOCK Set key in possible impossible gt Lock Key in impossible gt
45. MWONTECH 4 4 2 OUTPUT SETUP 12 54 IHPLT CONFIG BIAS SET DI INHER PASSWORD ALARM PID SET TEMP OUTPUT i2 54P SSR TYPE DIRECT CYCLE OUTPUT gt SET KEY 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 When the control output reaches High Limited value for preventing Overshoot by integral action It is stoping ordinary action for integrals and shift for ARW Anti Reset Wind Up AT GAIN The parameter to set proportional PID control by obtaining AUTO TUNING Reduce AT G Cycle time became rapid Increase AT G control status became more stable Smaller value will become more hunting HOMI OUTPUT i2 54P TYPE SSR DIRECT CYCLE i 15 ARI x 1 8 x TEMP RET 2 54 HIGH 1 58 8 LOW 56 0 2nd Edition of 300 IM Eng Apr 14 2004 Gain gt 1 Figure 5 AT GAIN TYPE Output type for control temperature SSR DIRECT Set reverselforward for PID control CYCLE Set output cycle ARW The parameter to set deviation width to prevent overshoot When the control output reaches High Limited value for preventing Overshoot by integral action It is stoping ordin
46. N_P HUMI DOWN SIGNAL D0876 DOCON_DRAIN DRAIIN SIGNAL CONTACT OUTPUT D0877 DOCON_ERR ERROR SIGNAL CONTACT OUTPUT D0878 DOCON_PTEND PTEND SIGNAL CONTACT OUTPUT D0879 DOCON_1REF FIRST REFERENCE SIGNAL CONTACT OUTPUT 00880 DOCON_2REF SECOND REFERENCE SIGNAL CONTACT OUTPUT D0881 DOCON_DRAIN_P DRAIIN SIGNAL TIME D0882 DOCON_ERR_P ERROR SIGNAL TIME D0883 DOCON_PTEND_P PTEND SIGNAL TIME D0884 DOCON_1REF_P FIRST REFERENCE SIGNAL TIME 00885 DOCON_2REF_P SECOND REFERENCE SIGNAL TIME 2nd Edition of TEMI 300 IM Eng Apr 14 2004 Page 66 78 SAMWONTECH 4 7 INPUT INPUT GROUP is consisted D Register for setting Input Setting INPUT D Register D Register Symbol Description D0900 TEMP_IN TEMP INPUT TYPE D0901 TEMP_RH TEMP HIGH RANGE D0902 TEMP_RL TEMP LOW RANGE D0904 TEMP_FILTER TEMP FILTER D0905 TEMP_SH TEMP HIGH SCALE D0906 TEMP_SL TEMP LOW SCALE D0908 HUMI_SH HUMI HIGH SCALE D0909 HUMI_SL HUMI LOW SCALE D0910 HUMI_IN HUMI INPUT TYPE D0911 HUMI_RH HUMI HIGH RANGE D0912 HUMI_RL HUMI LOW 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 TEMP BIAS VALUE OF RL D0945 DD_P1 TEMP BIAS VALUE OF POINT1 00946 DD_P2 TEMP BIAS VALUE OF POINT2 D0947 DD_RH TEMP BIAS VALUE OF RH D0950 WP_RL WET TEMP REFE
47. OCON P SEG TSP76 76 DOCON DRAIN SEG 5 77 7 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 59 5 82 82 DOCON ERRP PT RPT9 SEG TSP83 83 PTEND 9 SEG_TSP84 84 DOCON 1REF P SEG TSP85 85 DOCON 2REF P SEG TSP86 86 SEG TSP87 87 SEG TSP88 88 SEG TSP89 89 SEG TSP90 90 PT SS10 SEG TSP91 91 PT ES10 SEG TSP92 92 PT RPT10 SEG TSP93 93 PT JP10 SEG TSP94 94 SEG TSP95 95 SEG TSP96 96 SEG TSP97 97 SEG TSP98 98 SEG TSP99 99 SEG TSP100 2nd Edition of 300 IM Eng Apr 14 2004 Page 75 78 SAMWONTECH D Register 1200 1799 PROG_INFO2 PROG_INFO3 PROG_INFO4 PROG_INFO5 PROG_INFO6 ON OFF 1200 1300 1400 1500 1600 1700 0 SEG_HSP1 SEG_TM1 SEG_TS11 SEG_TS21 SEG_WT1 ONF_LOWSP_T1 1 SEG_HSP2 SEG_TM2 SEG 1612 SEG TS22 SEG WT2 MIDSP T1 2 SEG HSP3 SEG TM3 SEG TS13 SEG TS23 SEG WT3 T1 3 SEG HSP4 SEG TM4 SEG TS14 SEG TS24 SEG WT4 DIFH T1 4 SEG HSP5 SEG TM5 SEG TS15 SEG TS25 SEG WT5 ONF DIFL T1 5 SEG HSP6 SEG TM6 SEG TS16 SEG TS26 SEG WT6 6 SEG HSP7 SEG TM7 SEG TS17 SEG TS27 SEG WT7 7 SEG HSP8 SEG TM8 SEG TS18 SEG TS28 SEG 8 SEG HSP9 SEG TM9 SEG TS19 SEG TS29 SEG WT9 9 SEG HSP10 SEG TM10 SEG TS110
48. P_OH6 THE HIGH RANGE OF TEMP PID 6 D0534 TEMP_OL6 THE LOW PID 6 D0535 TEMP_MR6 MANUAL SET VALUE APPLY TO TEMP PID 6 D0500 HUMI_PB1 PROPORTIONAL OPERATION TIME FOR TEMP PID 1 CONTROL 0601 HUMI_TI1 INTEGRATION TIME FOR TEMP PID 1 CONTROL 00602 HUMI_TD1 DERIVATION TIME FOR PID 1 CONTROL D0603 HUMI_OH1 THE HIGH RANGE OF TEMP PID 1 00604 HUMI_OL1 THE LOW RANGE OF TEMP PID 1 00605 HUMI_MR1 MANUAL SET VALUE APPLY TO 1 D0630 HUMI_PB6 PROPORTIONAL OPERATION TIME FOR TEMP PID 6 CONTROL D0631 HUMI_TI6 INTEGRATION TIME FOR TEMP PID 6 CONTROL D0632 HUMI_TD6 DERIVATION TIME FOR TEMP PID 6 CONTROL D0633 HUMI_OH6 THE HIGH OF PID 6 D0634 HUMI_OL6 THE LOW RANGE TEMP PID 6 00635 HUMI_MR6 MANUAL SET VALUE APPLY TO TEMP PID 6 2nd Edition of TEMI 300 IM Eng Apr 14 2004 Page 64 78 SAMWONTECH 4 6 OUTPUT OUTPUT GROUP is consisted D Register for setting Control Output Setting OUTPUT D Register D Register Symbol Description D0800 TEMP_OT TEMP OUTPUT TYPE D0801 TEMP_DR TEMP DIRECTION D0802 TEMP_CT TEMP CYCLE D0803 TEMP_ARW TEMP ARW D0806 TEMP_ATGAIN TEMP AT GAIN D0807 TEMP_ATGAIN HUMI AT GAIN D0810 HUMI_OT HUMI OUTPUT TYPE D0811 HUMI_DR HUMI DIRECTION D0812 HUMI_CT HUMI CYCLE D0813 HUMI_ARW HUMI ARW D0816 TEMP_RET_KIND TEMP RETRANSMISSION TYPE D0817 TEMP_RET_RL TEMP
49. RENCE BIAS RL D0951 WP_RH WET TEMP REFERENCE BIAS RH D0952 WD_RL WET TEMP BIAS VALUE OF RL D0953 WD_RH WET TEMP BIAS VALUE OF RH D0960 RP_RL HUMIDITY REFERENCE BIAS RL D0961 RP_RH HUMIDITY REFERENCE BIAS RH D0962 RD_RL HUMIDITY BIAS VALUE OF RL D0963 RD_RH HUMIDITY BIAS VALUE OF RH 2nd Edition of TEMI 300 IM Eng Apr 14 2004 Page 67 78 SAMWONTECH 4 8 PROGRAM PROGRAM GROUP is consisted D Register for setting Program Pattern Setting PROGRAM PATTERN setting D Register D Register Symbol Description D1000 PT_SS1 PATTERN 1 START SEGMENT NO D1001 PT_ES1 PATTERN 1 END SEGMENT NO D1002 PT_RPT1 PATTERN 1 REPEAT NO OF TIME D1003 PT_JP1 PATTERN NO AFTER RUNNING PATTERN 1 D1090 PT_SS10 PATTERN 10 START SEGMENT NO D1091 PT_ES10 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 SEG_HSP1 PATTERN 1 HUMI SP D1299 SEG_HSP100 PATTERN 100 HUMI SP D1300 SEG_TM1 SEGMENT 1 TIME D1399 SEG_TM100 SEGMENT 100 TIME D1400 SEG_TS11 SEGMENT 1 TIME SIGNAL 1 D1499 SEG_TS1100 SEGMENT 100 TIME SIGNAL 1 D1500 SEG_TS21 SEGMENT 1 TIME SIGNAL 2 D1599 SEG_TS2100 SEGMENT 100 TIME SIGNAL 2 D1600 SEG_WT1 SEGMENT 1 WAIT D1699 SEG_WT100 SEGMENT 100 WAIT 2nd Edition of TEMI 300 IM Eng Apr 14 2004 Page
50. 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 HUMI RETRANSMISSION HIGH RANGE D0840 DOCON_IS1 INNER SIGNAL1 CONTACT OUTPUT D0845 DOCON_IS6 INNER SIGNAL6 CONTACT OUTPUT D0846 DOCON_TS1 TIME SIGNAL1 CONTACT OUTPUT D0847 DOCON_TS2 TIME SIGNAL2 CONTACT OUTPUT D0848 DOCON_AL1 ALARM SIGNAL1 CONTACT OUTPUT D0851 DOCON_AL4 ALARM SIGNAL4 CONTACT OUTPUT D0852 DOCON_TRUN TEMP RUN CONTACT OUTPUT D0853 DOCON_HRUN HUMI RUN CONTACT OUTPUT D0854 DOCON_T1 T1 SIGNAL1 CONTACT OUTPUT D0857 DOCON_T4 T4 SIGNAL4 CONTACT OUTPUT 2nd Edition of TEMI 300 IM Eng Apr 14 2004 Page 65 78 SAMWONTECH D Register Symbol Description D0858 DOCON_H1 H1 SIGNAL CONTACT OUTPUT D0859 DOCON_T1TM T1 SIGNAL TIME D0862 DOCON_T4TM T4 SIGNAL TIME D0863 DOCON_H1TM H1 SIGNAL TIME D0864 DOCON_TUP TEMP UP SIGNAL CONTACT OUTPUT D0865 DOCON_TSK TEMP SOAK SIGNAL CONTACT OUTPUT D0866 DOCON_TDN TEMP DOWN SIGNAL CONTACT OUTPUT D0867 DOCON_TUP_P TEMP UP SIGNAL D0868 DOCON_TSK_P TEMP SOAK SIGNAL TIME D0869 DOCON_TDN_P TEMP DOWN SIGNAL D0870 DOCON_HUP HUMI UP SIGNAL CONTACT OUTPUT D0871 DOCON_HSK HUMI SOAK SIGNAL CONTACT OUTPUT D0872 DOCON_HDN HUMI DOWN SIGNAL CONTACT OUTPUT D0873 DOCON_HUP_P HUMI UP SIGNAL D0874 DOCON_HSK_P HUMI SOAK SIGNAL TIME D0875 DOCON_HD
51. SEG TS251 SEG WT51 51 SEG HSP52 SEG 52 SEG TS152 SEG TS252 SEG WT52 52 SEG HSP53 SEG 53 SEG TS153 SEG TS253 SEG WT53 53 SEG HSP54 SEG 54 SEG 5154 SEG TS254 SEG WT54 54 SEG HSP55 SEG 55 SEG TS155 SEG TS255 SEG WTS55 55 SEG HSP56 SEG TM56 SEG 5156 SEG TS256 SEG WT56 56 SEG HSP57 SEG 57 SEG TS157 SEG TS257 SEG WT57 57 SEG HSP58 SEG 58 SEG TS158 SEG TS258 SEG 58 58 SEG HSP59 SEG 59 SEG TS159 SEG TS259 SEG 59 59 SEG HSP60 SEG TM60 SEG TS160 SEG TS260 SEG WT60 60 SEG HSP61 SEG TM61 SEG TS161 SEG TS261 SEG WTe61 61 SEG HSP62 SEG TM62 SEG TS162 SEG TS262 SEG WT62 62 SEG HSP63 SEG TM63 SEG TS163 SEG TS263 SEG WT63 63 SEG HSP64 SEG TM64 SEG TS164 SEG TS264 SEG WT64 64 SEG HSP65 SEG TM65 SEG TS165 SEG TS265 SEG WT65 65 SEG HSP66 SEG TM66 SEG TS166 SEG TS266 SEG WT66 66 SEG HSP67 SEG TM67 SEG TS167 SEG TS267 SEG WT67 67 SEG HSP68 SEG TM68 SEG TS168 SEG TS268 SEG WT68 68 SEG HSP69 SEG TM69 SEG TS169 SEG TS269 SEG WT69 2nd Edition of 300 IM Eng Apr 14 2004 Page 77 78 SAMWONTECH 2 PROG_INFO3 PROG_INFO4 PROG_INFO5 PROG_INFO6 1200 1300 1400 1500 1600 1700 69 SEG_HSP70 70 SEG 75170 SEG 75270 SEG_WT70 70 SEG_HSP71 SEG 71 SEG 75171 SEG 75271 SEG 71 71 SEG 5 72 SEG 72 SEG 75172 SEG 75272 S
52. SETUP 12 54 IHPLIT QUTPUT BIAS SET DI INHER PHSSHORD ALARM SET OM OFF 2 54 HIGH SP MIDDLE SP 50 0 LO M SP 50 0 HIGH DIFF B n LOM DIFF ON OFF TZ 12 54P HIGH SP BENS MIDDLE SP 50 0 LO M SP 50 0 t HIGH DIFF B n LOM DIFF B n _ 12 54 HIBH SP MIDDLE SP 50 0 LO M SP 50 0 HIGH DIFF B n LOM DIFF AG _ 1 12 54 HIGH SP MIDDLE x LOM SP aa x HIGH DIFF aa x LOM DIFF x A ON OFF gt SET KEY ON OFF mode for temperature HIGH SP Set low SP on ON OFF HIGH DIFF Deviation value for high zone mode for temperature MIDDLE SP Set middle SP on ON OFF mode for temperature LOW SP Set low SP on ON OFF LOW DIFF Deviation value for low zone ON OFF mode for humidity HIGH SP Set high SP on ON OFF LOW DIFF Deviation value for high zone HIGH SP must be set before MIDDLE SP or LOW SP Symbol Parameter Range Display Unit Default Edit T EU 0 0 100 0 T EU T EU 0 0 LOW SP LOW SP H EU 0 0 100 0 Always HEU 9 MIDDLE SP MIDDLE SP RL lt LOW SP Always lt MIDDLE SP EU 0 0 HIGH SP HIGH SP lt HIGH SP lt RH Always WEU
53. T HUMI SLOPE RUN MONTH IS1 HIGH AL3 KIND TEMP 8 HUMI MVOUT FUZZY RUN DAY IS1 LOW AL4 KIND TEMP TD2 9 PIDNO RUN HOUR 151 DELAY TM TEMP OH2 876 FX OPTM SELL MIN IS2 BAND AL1 POINT TEMP 012 11 FIX OPTM H SET YEAR 152 KIND AL2 POINT TEMP MR2 12 IS STS FIX OPTM M SET MONTH IS2 HIGH AL3 POINT TEMP PB3 13 TS STS TEMP TUNE SET DAY IS2 LOW AL4 POINT TEMP 14 AL STS TUNE SET HOUR 152 DELAY TM TEMP TD3 15 SYS ERR STS TEMP RHY MIN IS3 BAND AL1 HYS TEMP OH3 16 UO STS TEMP RP1 IS3 KIND AL2 HYS TEMP OL3 17 TEMP 2 IS3 HIGH AL3 HYS TEMP MR3 18 DI DATA RP IS3 LOW 14 HYS TEMP PB4 19 ADERR 515 IS3 DELAY TM TEMP 14 20 PROC TIME H HUMI_RHY IS4 BAND 11 DELAY TM TEMP 4 21 PROC TIME M 14 KIND AL2 DELAY TM TEMP 4 22 TEMP WAIT ZONE 154 HIGH AL3 DELAY TM TEMP OL4 23 HUMI WAIT ZONE 154 LOW AL4 DELAY TM TEMP 24 WAIT TIME IS4 DELAY TM TEMP 5 25 RUN PTNO IS5 BAND TEMP 155 26 RUN SEGNO IS5 KIND TEMP TD5 27 REMAIN TIME H IS5 HIGH TEMP OH5 28 REMAIN TIME M IS5 LOW TEMP OL5 29 WAIT TIME H IS5 DELAY TM TEMP MR5 30 WAIT TIME M IS6 BAND TEMP PB6 31 NOW PT RPT IS6 KIND TEMP 6 32 TOTAL PT RPT IS6 HIGH TEMP TD6 33 IS6 LOW TEMP OH6 nd Edition of 300 IM Eng Apr 14 2004 Page 70 78 SAMWONTECH NO PROCESS FUNCTION RESERVATION 15 ALARM TEMP_PID 0 100 200 300 400 500 34
54. T EU DP PH BAS RH Always TEU 4000 DD RL TEMP DERIT HE Always T EUS T EUS 0 0 DD P1 TENERA RITE Always T EUS 5 0 0 TEMP BIAS VALUE 95 0 0 10 09 DD P2 Always T EUS T EUS 0 0 DD RH TEMP BIAS VALUE Always T EUS T EUS 0 0 O OF RH DRY TEMP DRY TEMP T EU 0 0 100 0 Always T EU x x WET REF 2 WP RL IAS RL Always W EU W EU 0 0 O W EU 0 0 100 09 WP P1 RNC POINT 7 Always W EU 100 0 WET TEMP REF RL lt WP RL lt WP P1 W EU WP P2 BIAS POINT2 wP P2 WP RH RH Aways WEU 100 0 9 WET TEMP REF W EU WP RH BIAS RH Always W EU 100 WET BIAS 5 WD RL VALUE OE RL Always W EUS W EUS 0 0 0 WD P1 WET TEMP BIAS Always W EUS W EUS 0 0 O VAUE OF POINTI W EUS 40 0 40 0 U o WET TEMP BIAS 5 WD P2 VAUEOF POINT Always W EUS W EUS 0 0 O WET TEMP BIAS WD RH VALUE OE Always W EUS W EUS 0 0 O w WET TEMP W EU 0 0 100 0 Always W EU x x HUMIDITY REF RP RL BIAS RL Always H EU H EU 0 0 H EU 0 0 100 09 RP P1 ES DUI 7 Aways 000 HUMIDITEREF RL lt RP RL lt RP P1 EU BIAS POINT2 RP P2 RP RH RH Always HEU q00 0 9 HUMIDITY REF H EU RP RH Always 400 HUMIDITY BIAS RD RL VALUE OE RI Always H EUS H EUS 0 0 RD P1 HUMIDITY BIAS Always H EUS H EUS 0 0 VAUE OF POINTI j 10 0 10 0
55. age 37 78 SAMWONTECH 4 5 TROUBLE SHOOTING TROUBLE 121 34F If the system which this controller NOVA series adapted has ERR R B2 DE troubles if you used 012 014 the page appear also display WARN 2 at the state as picture ERROR 94 You must solve the error before reusing the controller otherwise ERROR 4 WARH you are reach error again The controller is being the STOP mode automatically when error occur OCCUR TIME 12 54 NOTE Ref 4 4 8 DI NAME for change TROUBLE DI ERROR 2nd Edition of 300 IM Eng Apr 14 2004 Page 38 78 SAMWONTECH 5 Installation 5 1 Dimension amp Panel Cutting Size Unit mm ha a Bo SSS gt a 96 E 11 4 _ 99 6 N c qno 8 5 5 1mm 10mm PANEL Thickness 120 2 96XN 41 o Total unit ge 1 2nd Edition of 300 IM Eng Apr 14 2004 Page 39 78 SAMWONTECH 5 2 How to install Mount MOUNT BLOCK 1 Cut the mounting panel as Section 5 1 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
56. ary action for integrals and shift for ARW Anti Reset Wind Up AT GAIN The parameter to set proportional PID control by obtaining AUTO TUNING Reduce AT G Cycle time became rapid Increase AT G control status became more stable Smaller value will become more hunting KIND Set type of temperature retransmission PV SP MV RNG HIGH Range of high RNG LOW Range of low Page 22 78 PV SP SP MV SAMWONTECH HUMI FET 12 54 KIND Set of humidity retransmission PV SP MV RNG HIGH Range HIGH RNG LOW Range low PV PV SP SP MV MV RHG LOW Symbol Parameter Range Display Unit Default Edit TEMP DIRECT DIRECT REVERSE FORWARD Always ABS REVERSE O TEMP CYCLE CYCLE HUMI CYCLE 1 300 Always ABS 1 ANTI ARW Wins Selaci 0 0 50 0 200 0 Always ABS 0 0 o AT GAIN AT GAIN 0 1 10 0 Always ABS 1 0 KIND RETRANSMISSION PV SP MV Always ABS PV TEMP RANGE HIGH T EU 0 0 100 0 T EU T EU 100 0 RNG HIGH RANGE HIGH RNG LOW lt RNG HIGH HEU HEU 100 0 TEMP RANGE LOW H EU 0 0 100 0 T EU T EU 0 0 RNG LOW HUMIRANGE LOW RNG LOW lt RNGHIGH SP 9 2nd Edition of 300 IM Eng Apr 14 2004 Page 23 78 SAMWONTECH 4 4 3 ONIOFF
57. e 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 W Follow operation by precaution in the manual to avoid fire electric shock loss of life etc E Requested to follow mounting and operation methods just indicated this manual Refer the way of grounding connection however keep away for grounding to Gas pipe water pipe lightening rod etc Be sure not to power connection before finishing of wiring between each contact point Wi Not close and wrapping the heat hole in back case of controller 2nd Edition of 300 IM Eng Apr 14 2004 Page 5 78 SAMWONTECH 2 Control Keys and Display Control Keys PROGRAMMABLE CONTROLLER FIX RUNNING 12 54 53 89 924 SP 50 00 98 8 PROCESS TIME 36H13M 111834 15 25458 OMA Key Contents Stop controller Pressing the key at least 3 sec Switching between running and main menu page Change the up level page on the parameter setting page Switches 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 setting page Shifting position to modify value Decrease the
58. er failure in unstable power condition 4 Feel free to contact our sales office whenever it need to make A S Environmental precautions for installation 1 Be sure to operate the controller installed on a panel to prevent electric shock CAUTION 2 To install the controller do select a location where No one may accidentally touch terminal Mechanical vibrations are minimal No corrosive gas is prevent Temperature fluctuation is minimal Temperature be maintained 50 below 10 over No direct heat radiation is present No magnetic disturbances are caused No water is splashed E No flammable materials are around W No wind blows prevent Dust with salt No ultraviolet rays are present E Pollution Degree 2 Wi Installation Category II E Do not block openings W If the equipment is used in a manner not specified by the manufacturer the protection provided by the equipment may be impaired CAUTION W A switch or circuit breaker acting as the disconnect device shall be included in the application or the building installation Precautions of Controller Mounting W Keep the input circuit wiring as far as possible away from power and ground circuit W Keep the controllers in 10 C 50 C 20 90 95 RH Warming up needed to use controller when temperature is below 10 C in advance E Do not mount front panel facing downward To prevent electric shock be sure to turn off and the sourc
59. g Apr 14 2004 Page 31 78 SAMWONTECH 4 4 7 BIAS SET SETLIP 12 54 Blas SET gt SET KEY INPUT 60 CONFIG OUTPUT ON OFF DI NAME INNER PASSWORD ALARM PID SET TEMP BIAS 12 54 Set bias for dry temperature FL F2D5 ENS P Point point PicPeD gt 156 8 B B P2cPeD gt 156 6 B B EHCP D 156 6 B B D Bias value Actual Temperature Temperature D b after Bias 7 P1 P2 RH RL Figure 10 Ex Piece Bias Formula W HUMI 5 12 54P Set bias for wet humidity RL P D gt P Point Boundary point 118 8 D Bias value P2 P D 116 6 0 116 6 R HUMI BIAS 12 54P set bias for relative humidity RL P D gt a P Point Boundary point 0 100 0 D Bias value P2XP D 100 0 RHCP D5 198 8 27 2 2nd Edition of 300 IM Eng Apr 14 2004 Page 32 78 SAMWONTECH Symbol Parameter Range Display Unit Default Edit TEMP REFERENCE T EU DP RL BIAS RL Always T EU 0 0 T EU 0 0 100 09 DP P1 TEMP RE ERENCE Always T EU 100 09 TEMP REFERENCE RLSDP RL lt DP P1 T EU BIAS POINT2 DP P2 DP RH RH TEU 100 0 9 REFERENCE
60. hift takes place as soon as the wait time is over The WTM should be set for prevent to infinite waiting sP lt PV gt The time release waiting Running Running with next Wait segment n 1 Time stop Segment_n Segment_ n 1 Segment_ n 2 Figure 3 WAIT Ex Wait Function Release Within WTM WTM EL SP lt PV lt ___ Running The time on release waiting Wait Running with next Time stop segment n 1 Segment_n Segment_ n 1 Segment_ n 2 Figure 4 WAIT Ex PV can tenter the wait zone within WTM 2nd Edition 300 IM Eng Apr 14 2004 Page 17 78 SAMWONTECH 4 3 3 RESERVE MATH 12154 RESERVE set MENU KEY gt MAIN gt RESERVE gt SET KEY PROGRAM RESERVE GRAPH SETUP HOW BH 11 2H4BH NOW Display present year month date and time which is set on RUH DATE SET DATE area i 10 BH RUN DATE Set reserved starting year month date and time SET DATE SET DATE Set present year month date and time 220 12H RESERVE Use not use RESERWE OFF Symbol Parameter Range Display Unit Default Edit Y YEAR 0 99 Always ABS 1 M MONTH 1 12 Always ABS 1 D DAY 1 31 Always ABS 1 Except Now H HOUR 0 23 Always ABS 1 date M MINUTE 0 59 Always ABS 1 RESERVE RESERVE SET OFF ON Always ABS OFF x
61. ics U 0 HUMIDITY BIAS RD P2 VAEUEOEPONTS Always H EUS H EUS 0 0 HUMIDITY BIAS RD RH VALUE OF FH Always H EUS H EUS 0 0 RH HUMIDITY H EU 0 0 100 0 Always H EU x x 2nd Edition of TEMI 300 IM Eng Apr 14 2004 Page 33 78 SAMWONTECH 4 4 8 DI NAME SETUP MENU 12 54 INPUT DQ CONFIG OUTPUT BIAS SET ON OFF DI NAME INNER PASSWORD ALARM PID SET DI 12 54P _ DZ 05 HAME ERRDR B3 24 MAME ERROR B4 TOG GROUP EINE DI NAME gt SET KEY DI1 RUN STOP gt Not changeable DI2 3 4 NAME SET KEY UP DOWN key TOG GROUP PAGE UP PAGE DOWN key when name is illuminate Symbol Parameter Range Display Unit Default Edit RUN STOP Always ABS RUN STOP x 012 DI2 NAME 0 9 Z Symbols Always ABS ERROR 02 DI3 013 0 9 Z Symbols Always ABS ERROR 03 014 NAME 014 NAME 0 9 A Z Symbols Always ABS ERROR 04 GROUP GROUP 0 9 Z Symbols Always ABS ABCD x 2nd Edition of TEMI 300 IM Eng Apr 14 2004 Page 34 78 SAMWONTECH 4 4 9 PASSWORD SETUP MENU 12 54 INPUT 00 CONFIG OUTPUT BIAS SET ON OFF DI INNER PASSWORD ALARM PID SET PASSWORD gt SET KEY PASSWORD 2 54 PASS
62. imal format PV data D Convert decimal format 01F4 hexadecimal format 500 decimal format Result X 0 1 500 0 1 3 50 0 2nd Edition of 300 IM Eng Apr 14 2004 Page 51 78 SAMWONTECH 3 5 RRD Command This command for reading D Register random Transmission Format Byte 1 2 3 1 2 1 4 1 4 1 5 meter element T RRD D Reg No1 10 2 X er 1 4 1 4 2 1 1 L 5 D Reg No n 1 D Reg No n 5 R F Response Byte 1 2 3 1 2 1 4 1 4 1 5 element T Addr RRD dddd 1 s dddd 2 x 4 4 1 4 2 1 1 L dddd n 1 dddd n 50 R F Parameter number 1 32 dddd Indicates a character string in hexadecimal format Ex When reading the D Register from PV D0001 SP D0002 Transmission stx 01 RRD 02 0001 0002 cr If Transmission Include Check Sum stx O1RRD 02 0001 0002B2 cr If D0001 50 0 D0002 30 0 Transmission stx 01RRD OK 01F4 012C cr If Transmission Include Check Sum stx O TRRD OK 01F4 012C18 cr If 2nd Edition of 300 IM Eng Apr 14 2004 Page 52 78 SAMWONTECH 3 6 WSD Command This command for writing D Register orderly Transmission Format
63. n fix running writing on Temp SP D0102 Temp slope D0106 Temp SP set 50 0 C gt Delete decimal point 500 gt hexadecimal format 0x01F4 Temp slope set 0 5 C gt Delete decimal point 5 gt hexadecimal format 0x0005 Transmission stx 01WRD 02 0102 01F4 0106 0005 cr If Transmission Include Check Sum stx O1WRD 02 0102 01F4 0106 0005B5 cr If 2nd Edition of TEMI 300 IM Eng Apr 14 2004 Page 54 78 SAMWONTECH 3 8 STD Command This command is register D register which you want to using at the TEMI 300 Transmission Format Byte 1 2 3 2 1 4 4 5 meter element T Addr STD D Reg No1 D Reg No2 X er 1 4 1 4 2 1 L 5 D Reg No n 1 D Reg No n 5 Response Byte 1 2 3 1 2 2 1 S L Command element T Addr STD SUM Parameter number 1 32 Ex For Regist PV D0001 SP D0002 Transmission stx 01STD 02 0001 0002 cr If Transmission Include Check Sum stx 01STD 02 0001 0002B5 cr If 2nd Edition of 300 IM Eng Apr 14 2004 Page 55 78 SAMWONTECH 3 9 CLD Command This command is reading D register which was resisted by STD Command at the TEMI 300 Transmission Format Byte 1 2 3 2 1 1 s c L Command
64. nected with 15 REF 2ND REF output DELAY H S INNER SIGNAL There 1 6 pages of IS Symbol Parameter Range Display Unit Default Edit T TSP T PV T SP KIND INNER SIGNAL Always ABS T SP KIND H TSP H PV H SP T EU RNG HIGH IS RANGE HIGH T EU 0 0 100 0 Always EU 0 0 H EU 0 0 100 0 5 RNG LOW IS RANGE LOW RNG LOW lt RNG HIGH Always EU 0 0 BAND BAND DIRECT IN B OUT B Always ABS IN B DELAY TM DELAY TIME 00 00 99 59 MM SS Always ABS 00 00 SN 7 ss RL C RNG LOW RNG HIGH RH C RL C 4 RNG LOW RNG HIGH RH gt gt 15 ISrun ISrun A BAND IN B B BAND OUT B Figure 7 Ex Inner Signal Zone 2nd Edition of TEMI 300 IM Eng Apr 14 2004 Page 26 78 SAMWONTECH 4 4 5 ALARM SETUP 12 54P IHPUT OUTPUT BIAS SET DI 55 ALARM PID SET ITEM HYS DELAY TH ALARM gt SET KEY ITEM Set item of alarm KIND Set type of alarm POINT Set alarm point HYS Set hysteresis for alarm DELAY TM Set the delay time for alarm output ALARM SIGNAL There are 1 4 pages of alarm Alarm is working on even STOP state NOTE Symbol Parameter Range Display Unit Default Edit ITEM ALARM IT
65. nicates Parameter Value Description 0 Basic Protocol PROTOCOL 1 Basic Protocol Check Sum 4 9600 bps 3 4800 bps TRANSMISSION RATE BPS 2 2400 bps 1 1200 bps 0 None Parity PARITY 1 Even Parity 2 Odd Parity 8 8 bits DATA LENGTH 7 7 bits ADDRESS 1 99 Address RESPONSE TIME 0 10 Processing time Response 10msec Default parameter of communication PROTOCOL 1 Basic Protocol Check Sum BPS 4 9600 bps PARITY 0 None Parity DATALENGTH 88 bits ADDRESS 11 5 5 0 Processing time 10 msec 2nd Edition of 300 IM Eng Apr 14 2004 Page 47 78 SAMWONTECH 2 wiring for Communication TEMI 300 communication terminal arrangement is as below 2 1 RS485 Interface Connection with TEMI 300 Samwontech Samwontech Master Station product product RTX Termination Resistance RTX D Termination Resistance SG Class 3 Class 3 Ground Ground slave 300 could be connected up to 31set MULTIDROP W Termination 2009 1 4W resistance must be connected on the both part of edge Before starting analog input wiring be sure to turn off the system otherwise you might get an electrical shock CAUTION 2nd Edition of TEMI 300 IM Eng Apr 14 2004 Page 48 78 SAMWONTECH 3 Configuration of Command 3 1 Consist of Command
66. orrectly otherwise it Clas 3 CAUTION might make damage to system or broken the controller ass Ground Before starting analog input wiring be sure to turn off the system otherwise you might get an electrical shock CAUTION gt When connection do not mix up the input polarity gt Connecting with the wrong polarity can cause the unit to malfunction gt For input wiring use a shielded cable CAUTION gt Ground the shield at one point and grounding circuits as possible gt Sensor input line must have avoid power source cable for protect noise gt Use the cable that does not have any resistance difference and cable resistance 5 7 Analog Input Connection A RTD INPUT SHIELD TEMI300 DC CURRENT INPUT SHIELD DCmA INPUT at TEMI300 Class 3 Ground 2nd Edition of 300 IM Eng Apr 14 2004 B DC VOLTAGE INPUT SHIELD INPUT 00 55 3 Ground Page 43 78 SAMWONTECH 5 8 Analog Output Connection Before starting analog output wiring be sure to turn off the system or else you will get an electrical shock CAUTION gt When connection not mix up the input polarity gt Connecting with the wrong polarity can cause the unit to malfunction CAUTION gt For input wiring use a shielded cable gt Ground the shield at one point and grounding circuits as possible A SSR SHIELD lt OUT1 SSR 12V DC min 600 Q min ACTUATOR OUT2
67. roduct It may becomes electric shock burn or out of order 5 In case of replacement parts or consumables of the product must call to our sales office 6 Protect this product from moisture It may becomes out of order 7 Protect any kind of shock and vibration to the product It may becomes product defects and out of order Regarding an exemption from responsibility CAUTION 1 Samwontech co Ltd does not make any warranties regarding the product except Warranty conditions those mentioned in this manual 2 We 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 2nd Edition of 300 IM Eng Apr 14 2004 Page 4 78 SAMWONTECH Regarding the production Quality Assurance 1 The guaranteed period of the production quality assurance is 1 one year after end user CAUTION buy it and it will be free to fix defected product under regular usage described by this manual 2 will be charged to fix defected product after warranty period This charge will announced by our actual cost to be calculated during the fixing time 3 will be charging even if within warranty period as following events 3 1 Defect by operator and user s default forget password production initialize 3 2 Natural disaster fire water flow etc 3 3 Additional shift after 1st installed 3 4 Improperly repaired or altered modified in anyway 3 5 Pow
68. splay Unit Default Edit T UP TEMP UP SIGNAL 0 120 0 OUTPUT OFF Always ABS 0 T UP PARA TEMP UP PARA T EUS 0 0 100 0 Always T EUS 6 094 T SOK TEMP SOAK SIGNAL 0 120 0 OUTPUT OFF Always ABS 0 T SOK PARA 5 PARA 0 999 MIN Always ABS 0 T DN TEMP DOWN SIGNAL 0 120 0 OUTPUT OFF Always ABS 0 T DNPARA TEMP DOWN PARA T EUS 0 0 100 0 Always T EUS 60 HUMI UP SIGNAL 0 120 0 OUTPUT OFF Always ABS 0 PARA HUMI UP PARA H EUS 0 0 100 0 Always H EUS 0 094 H SOK HUMI SOAK SIGNAL 0 120 0 OUTPUT OFF Always ABS 0 H SOK PARA HUMISOAK 0 999 MIN Always ABS 0 H DN HUMI DOWN SIGNAL 0 120 0 OUTPUT OFF Always ABS 0 HUMIDOWN PARA H EUS 0 0 100 0 Always H EUS 0 094 DRAIN DRAIN SIGNAL 0 120 0 OUTPUT OFF Always ABS 0 DRAIN PARA DRAIN PARA 0 999 MIN Always ABS 0 ERROR ERRORSIGNAL 0 120 0 OUTPUT OFF Always ABS 0 ERROR PARA ERROR PARA 0 999 MIN Always ABS 0 PTEND PTEND SIGNAL 0 120 0 OUTPUT OFF Always ABS 0 PARA PARA 0 999 MIN Always ABS 0 FIRST REFERENCE 1 REF SONA 0 120 0 OUTPUT OFF Always ABS 0 1 FIRST REF PARA 0 999 SEC Always ABS 0 2 REF SECOND REFERENCE 0 120 0 OUTPUT OFF Always ABS 0 2 REFPARA SECOND REF PARA 0 999 MIN Always ABS 0 2nd Edition of 300 IM En
69. tion on the current topic and pages Precautions on this instruction Manual CAUTION 1 This Manual should be passed on the end User and keep a suitable place for operator to study and check the function of the product 2 Operator should carefully study understand how to operate this product before 3 This manual is describing the functions of the product We Samwontech does not warrant that the functions will suit a particular purpose 4 Under absolutely no circumstance may the contents of this manual in part or in whole be transcribed or copied without 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 sales representatives or our sales office Regarding Safety and Unauthorized Modification CAUTION 1 In order to protect this product and the system controlled by it against damage and ensure its safe use make certain that all of the safety instructions and precautions in this manual are strictly adhered to 2 We Samwontech are not guarantee safety if the products are not handled according to this instruction manuals 3 If separate protection or safety circuits are to be installed for this product or the system which is controlled by this product ensure that such circuits are installed external to the product 4 Don t try to make modifications or additions internal to the p
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