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User Manual - SAMWONTECH

1. 84 123 Ist Edition of TEMP amp 80 Eng IM May 12 2005 SAMWONTECH 1 Sets pattern Lee PATTERN SET PATTERN SET ine PTNNO 25 00 001 25 00 Ev _ I ross je peo Pour Poor HSERT DELETE 2 Sets Inner Signal STUF INNER SIGNAL SET NEXT Lisl PROG TIME SIGNAL TS ON OFF TIME PATTERN SET PATTERN SET PrN No 72 50 7555 e o eee REGI or E 3 ron e 151 Edition of TEMP880 Eng May 12 2005 Page 85 123 SAMWONTECH 3 PARAMETER SETTING gt Table that organizes setting range and sec standard of inner parameters for each screen 2 Operation Setting oymbol Parameter Unit Default OPER MODE OPERATION MODE ABS PROG POWER MODE POWER MODE ABS STOP FUZZY SELECT FUZZY SELECT ABS OFF KEY LOCK KEY LOCK ABS OFF TIME UNIT TIME UNIT ABS HH MM OPER HOUR OPERATION HOUR ABS 0 OPERATION OPER MIN 0 59 ABS 0 TIME MODE TIME MODE ABS OFF TEMP SLOPE TEMP SLOPE EUS MIN EUS 0 MIN DAMP SLOPE DAMP SLOPE 0 0 100 0 AB
2. 07 29100 CO 2 3 4 o 2 3 4 9 2 3 4 9 2 3 4 Ist Edition of TEMP amp 80 Eng IM May 12 2005 46 123 SAMWONTECH 01 gt 02 gt 03 04 gt 05 gt 06 gt 02 gt 03 gt 04 gt 05 06 03 04 COUNT 08 gt 04 gt 05 gt 06 gt 07 gt 08 gt 02 03 04 gt Ue 9 904 05 OO COUNT gt 080 07 09 Ist Edition of TEMP amp 80 Eng May 12 2005 47 123 SAMWONTECH 2 10 3 EDIT FILE SCREEN Figure 2 42 Edit File Screen Instruction Additional Explanation you wish to copy 5 Tamer alen sets original pattern number that you target to copy 8 NIS oets original pattern number that you wish to delete 2 Copy pattern set 1 to pattern gt Cannot copy without setting point of Button set 2 the original pattern Pattern Delete Initialize setting point of pattern 9 Button which is set in 3 Cannot restore deleted pattern 6 Total Delete Initialize setting point of Button all patterns gt Kind of message Di message Action Copy and Delete Complete Complete 7 Results Displays copy and delete info No Pattern Info ne Incorrect Pattern No Inout Error Picola Pattern Operation Operation Pattern Use Copy Pattern Use Info Button shifts to File Info Screen
3. RANGE LOW 30 0 RANGE HIGH 50 0 DIRECT IN BAND DELAY TIME 00 10 INPUT 0 0 100 0 OPER MODE PROG ISP RANGE LOW 30 0 RANGE HIGH 50 0 DIRECT OUT BAND DELAY TIME 00 00 Ist Edition of TEMP amp 80 Eng May 12 2005 SEG2 SEG3 SEG2 SEG3 PV SEG2 SEG2 SEG3 SEG4 SEG4 SEG4 SEG5 SEG5 SEG5 SEGS 67 123 SAMWONTECH 2 12 4 PID SET SCREEN 2 12 4 1 PID RANGE SET gt Consists of 3 Temperature PID and 1 deviation PID Figure 2 59 PID Range Set Screen STUP PID RANGE SET NEXT RANGET 1575 9 APS AP 4 1575 9 D REFERENCE sets deviation for selecting DEVIATION deviation PID 5 REFERENCE selects hysteresis width when HYSTERESIS selecting PID group at Zone PID RUNNING PID CONTROL sets D DV or D PV as operation MODE mode when controls PID W TEMP RANGE HIGH setting point of 2 12 1 1 gt It changes as TEMP RH TEMP RANGE High limit of temperature HIGH Temperature Inout Setting changes gt Cannot amend REFERENCE POINT2 sets limit value which selects lt lt lt ZONE for temperature SHPTSRPeSRH gt changes as TEMP RL TEMP TEMP RANGE 222727 RANGE LOW setting point of 2 12 1 1 LOW Temperature Input Setting changes Cannot amend
4. Ru 00 ee Lue tts Tokya gt 02 tu i ag he AOUT1 AOUT1 Temperature heatin g control output AOUT2 AOUT2 Freezing control output RET1 RET1 Petes Transmission output RET2 RET2 Auxiliary output iN L N FG Ez E ESI ERN 24V GND DI 08 06 0 DI 05 1 4 2 3 1 02 RELAY BOARD TERMINAL GND 24V 2 BOARD ee qe 2 gee caet t 3 gt green eS RLY20 RLY19 COM3 RLY18 RLY17 COM2 RLY16 RLY15 RLY14 1 RLY13 RLY12 RLY11 757 Edition of TEMP amp 80 Eng IM May 12 2005 Page 11 123 SAMWONTECH 1 4 2 4 Wiring Ground Connection and Power Source gt Wire ground connection with cable thicker than 2 and ground connection resistance below 1009 Also ground connection cable should be wired within 20m gt Earth 1 point from ground connection terminal and do not wire passing ground connection terminal gt Use vinyl insulation wire KSC 3304 or cable that has similar capacity for the power source wiring 100 240V AC L 50 60Hz N FG Class 3 Ground You must earth FRAME GROUND FG CAUTION 1 4 2 5 Wiring Analog Input Caution CAUTION Pb Turn off the mainframe TEMP880
5. gt Controls senstively if output cycle is CYCLE Output is SSR Solid State y Short Relay Cuts PID output from STOP gt General Control H PRESET OUT PRESET OUT S OPN ERROR occurring and gt heat cool OUT displays PRESET OUT C PRESET OUT DIRECTION Sets right and reverse motion of PID control ANTI RESET Prevents excessive integral at WIND UP setting point Adjusts PID manually according to 3 AT GAIN the characteristic of system after gt Control Output PID X GAIN auto tuning Ist Edition of TEMP amp 80 Eng IM May 12 2005 Page 61 123 SAMWONTECH AN Right And Reverse Motion NOTE Control Output MV Control output increase when PV gt SP Control output increase when PV lt SP Deviation PV SP CYCLE TIME gt Applies only when a kind of control output is SSR Solid State Relay gt Indicates on off time of one cycle gt where output cycle is 10 sec Control Output 3096 Control Output 5096 Control Output 096 sec 5sec Ist Edition of TEMP amp 80 Eng May 12 2005 62 123 SAMWONTECH AT GAIN AUTO TUNING GAIN gt GAIN is used to change the control characteristics based on PID value after auto tuning Use calculated setting point after auto tuning gt You can adjust AT GAIN based on targets and characterists 1 AT GAIN lt 1 0 Response time is fast but h
6. O Contents Additional Explanation UDC Button Shifts to UDC set screen gt UDC Option use Pattern Number Sets pattern number to graph selects temperature and Damp gt Red line is temperature Blue line is 3 Graph Indicator Then displays them Damp gt Time scale changes as you oress the button 9 Time Button Changes X axis time scale of 3H 6H 9H 12 graph OH 3H 6H 9H 12H OH 6H 12H 18H 24H OH 12H 24H 48H 72H OH 24H 48H 72H 96H 6 Back Next Shifts to back next stage of X axis Button time scale gt Displays red as time progresses orogram operation Ist Edition of TEMP amp 80 Eng IM May 12 2005 37 123 SAMWONTECH Figure 2 30 Graph Record Setting Screen MAIN UEC SET NEXT RECORD MODE sus de 1 xren lt 6 STATUS gt RUN only during program operation and fix operation 1 Motion Mode Activate or stop the graph record operation and fix operation stops gt Upload Transmits selected object Transmission from UDC100 to TEMP880 gt Download Transmits selected object from TEMP880 to UDC100 2 gt It impossible to switch screen 6 Transmission Transmits data a during transmission To use UDC100 format the memory stick to FAT16 Direction gt PIN Selects parameter for pattern set
7. Present time of min 00006 Reservation time of 880 yea O 60207 RUN MONTH Reservation time of month 0 D0208 RUN DAY Reservation time of 880 O 00209 RUN HOUR Reservation time of 880 O Reservation time of TEMP880 min oc gt 0004 SET_YEAR Setupthetime yea 9 0042 SELMONTH Setup the time month fJ 9 0043 8 Set up the time da 0 0004 SELHOUR Set up the time nou fJ 9 Set up the time min gt Reservation work ON OFF OF 0 Cancellation of reservation D200 RESERVE st Edition of TEMP880 Eng IM May 2005 Page 108 123 SAMWONTECH 4 4 4 Set up the Pattern of Program 4 4 4 1 PROGRAM gt PROGRAM group is consist of D Register for making Program Pattern with Communication gt PROGRAM pattern should be set up at TEMP880 by changing the segment number one by one gt D HRegister related to PROGRAM Pattern Setting D1000 P_PTNO 1 120 Set up the No of Program Pattern when reading or writing 5 up the No of Program Pattern when Set up the No of Program Pattern when reading or writing 5 or writing D1001 DEST PTNO oet up the No of Program Pattern which will be copied when copying the Pattern 0 Set up at the position of D1603 D1618 when reading or writ
8. foe m p ees Ist Edition of TEMP amp 80 Eng May 72 2005 78 123 SAMWONTECH 2 12 6 2 DI ERROR NAME SET Figure 2 67 DI Error Name Setting Screen PROG DI NAME SET NEXT DI 1 BUZZER TIME sets time for DI Error buzzer Auc off for at least one minute Using you can select DI2 DI8 You can set DI error name up to gt Refer to 2 10 6 1 How To Set Pattern _ NAME SET nine letters English or number Name for 01 name setting E NEXT BUTTON Moves to Alarm Setting Screen gt Refer to 2 12 6 1 Alarm Setting 2 12 6 3 SCREEN DURING DI ERROR OCCURRENCE Figure 2 68 Screen During DI Error Occurrence EXIT TROUBLE SCREEN lt Ee p 04 jf BELLE p 56 p 06 T ERROR 07 gt Returns to Operation Screen 1 EXIT BUTTON Exits error screen Displays error screen again if error is not resolved Reverses lamp and name of DI dic 1G 3 DI ERROR ON P t becomes green after error is which has error removed gt Operation stops if 012 018 error occurs 151 Edition of TEMPS880 Eng IM May 72 2005 Page 79 123 SAMWONTECH 2 12 COMMUNICATION SET gt Screen for communication setting Figure 2 69 Communication Setting Screen _stue COMMUNICATION SET 6 7 gt Operating
9. Qi C ot E aa E be Rn De E ee 4 EE 71 2 le Wii aa Le ee gs le etia m 21 4 coe p cS no COM on E UM Me O O O c c c c c c c c c c c st NI EA TA N O O lt Jg ee 02 a 92 OE ua
10. 2 gt 7 2 2 s 7 3 751 Edition of TEMP880 Eng IM May 2005 RESERVED 2200 RESERVED 2300 LET Eg SAMWONTECH FILE5 FILED FILE RESERVED NO E 85258 C T9339 T9439 T9240 C T9340 C T9440 eme De eme _ eme eme Dp eme emm De eme eme eme eme emm 1 eme De eme emm e emm emm emm Emp emm emm 1 ef emm emm emm De emm emm emm emm emm eme ee st Edition of TEMP880 Eng IM May 2005 RESERVED 2200 RESERVED 2300 122 123 SAMWONTECH FILES FILED FILE RESERVED NO E CASTS T9475 T9276 52415 2742 15476 mom oem ef arse emm emm emm e emm emm emm _ emm emm emm eme eme eme emm emm _ emm emm Emp emm emm emm emm emm 1 Pe emm Em emm 0 emm eme eme eme st Edition of TEMP880 Eng IM May 2005 RESERVED 2200 RESERVED 2300
11. 723 123 SAMWON TECH SAWON SAMWONTECH CO LTD Further information contact Samwontech 202 703 Buchon Techno park Yakdae dong Wonmi gu Gyeonggi do Korea 420 773 TEL 82 82 326 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 May 2005 A All Rights Reserved Copyright 2005 Samwontech Co Ltd
12. ZONE PID Temperature PID group gt Shifts to the setting screen of target RDV PID Deviation PID PID group if you press number Ist Edition of TEMP amp 80 Eng IM May 12 2005 68 123 SAMWONTECH PID Group And Control Mode NOTE ZONE 01 3 gt PID group is set by pointing value PV Therefore PID group may change continuously if pointing value shakes near RP1 or RP2 prevent the frequent shake or PID group set hysteresis RHY Deviation PID PID4 gt Deviation PID can be used when setting RDV deviation setting point Controls deviation PID when pointing value minus setting point is bigger deviation setting point RDV gt During D DV control since changing rate of output MV is small overshoot is little and time to target setting point TSP is delayed a little bit gt Suitable for a device which responses sensitively upon output MV changing rate gt During D DV control since changing rate of output MV is large overshoot happens and time to target setting point TSP is faster than D DV control time Suitable for a device which responses slowly upon output MV changing rate 151 Edition of TEMPS880 Eng IM May 72 2005 Page 69 123 SAMWONTECH Auto Tuning and Tuning Point NOTE Auto Tuning is a function which controller automatically measures and calculates its characteristics and sets an optimal PID number automatically gt
13. at 2 12 21 CONTROL OUTPUT Displays control output point of the ro SETTING CMV oresent cooling heating cooling control 151 Edition of TEMP amp 80 Eng IM May 12 2005 Page 27 128 SAMWONTECH Figure 2 11 Program Operation 2nd Screen Figure 2 12 Program Operation 8rd Screen PROG PROG c4 20 00 511 20 00 SPTNO SGNO 003 10 J E P TNOZSGNO 001 0 APTN RPT 000001 o BEGI PIN RPT 000 001 00700 Ges SEG 00 00 TIME O3HSTM mmm ER RMN TIME 9 51 04 08 17 04 08 17 15 18 PM Figure 2 13 Program Operation 4th ocreen TEMP 160 oc PV GRAPH GRAPH DAMP 190 0 MAINI NEST Figure 2 13 is only used for 880 D Operation Displays the present pattern and Pattern segment number Displays pattern repetition Pattern condition Repetition 003 number of repetitions 010 total repetitions gt Refer to 2 10 2 REPEAT SETTING Displays segmentation part segment repetition condition Repetition 03 number of repetitions 10 total repetitions Remaining Time Displays remaining time of the oresent segment gt Refer to 2 12 8 INITIAL DISPLAY AND Condition Sign ON Showing red light STATUS DISPLAY LAMP SETTING Lamp OFF Showing dark grey light i Able to display total 16 l
14. safety Symbol Mark CAUTION A Represents Handle with care or Caution It may cause death serious injuries or damages on the machine if it is violated 1 Product It represents the matters for the protection of the user and product 2 User s manual In order to prevent the user from receiving electric shocks it CAUTION describes the matters that demand special attention B Represents Terminal L Please make sure the product is earthed when installing and using C Represents Additional explanation Describes supplementary explanation NOTE D Represents Reference 257 Describes referential explanation and reference Caution for the manual CAUTION A Make sure the final users keep this manual and place it at which it can be easily found B Use the product after having through full knowledge of the manual C This manual describes function of the product specifically and does not warrant matters that are not included in the manual D The user should not edit or photo copy any part of the manual without notice E Some matters on the manual may be changed without notice If any errors are found on the manual please contact where it was purchased or the business department Ist Edition of TEMP880 Eng May 12 2005 Page 1 123 SAMWONTECH Caution for product safety and remodeling CAUTION A For the protection and safety of the product and syste
15. en TEMP880 Color type TEMP850 Mono type y EXE Ev ESI CO 82 32 326 9120 WM COM INSTRUCTION MANUAL EMPERAT URE PROGRAMMERE CONTROLLER SAMWONTECH 1 Installation Manual 1 1 Introductions Input Setting Value emm cae aes Block diagram of the basic processing mM 2 6 1 Program Stop Screen eH 2 6 2 Program Run Screen eem Operation Setting Screen mmm HH Reserve Setting Screen emm 2 9 Graph Setting Screen Alarm and DI Error Name oetting Screen Communication Terminal Arrangement Se ee Te CTR eee Te rrr 757 Edition of TEMP880 Eng IM May 12 2005 SAMWONTECH This is a manual TEMP880 and TEMP850 transcribed as TEMP880 1 Installation Manual 1 1 Instructions Thank you for purchasing Program Indicating Controller TEMP880 This instruction manual explains how to install and use the product
16. operation whose starting condition 15 SSP 43 Information shifts to the file information gt Refer to 2 10 1 5 FILE INFORMATION Button screen SCREEN 757 Edition of TEMP amp 80 Eng May 12 2005 40 123 SAMWONTECH 2 10 1 1 HOW TO INSERT SEGMENT gt Inserting a segment between Segment 02 and Segment 03 Diagram 2 34 Before Inserting Segment Diagram 2 35 After Inserting Segment Erw 1 If you press dotted box above Diagram2 34 the letter 702 becomes red 2 If you press Insert 9 Button in Diagram 2 32 Pattern Edit Screen segment with a same setting point of Segment 02 will be added 2 10 1 2 HOW TO DELETE SEGMENT gt Deleting Segment 027 Figure 2 36 Before Deleting Segment Figure 2 37 After Deleting Segment Lor 8 09 sor fec 1 If you press dotted box above Figure2 36 the letter 02 becomes red 2 If you press Delete 0 Button in Figure 2 32 Pattern Edit Screen Segment 02 will be deleted and the next segment of deleted segment will move to the spot Sl sled 2 L c a r 3 Case where segment cannot be inserted or deleted NOTE When setting point of segment that you wish to insert or deleted is an initial value segment cannot be inserted or deleted gt Segment cannot be inserted or deleted during program operation 2 10 1 3 SCREEN SH
17. 1 Set up the No of program pattern at D1000 2 Set up the No of segment which will be deleted at D1002 3 Set up the SEG DEL TRIGGER 7 at 01003 4 Wait until it s DONE 1 after reading the data of D1004 st Edition of TEMP880 Eng IM May 2005 Page 111 123 SAMWONTECH D Register 0000 0599 FUNCTION RESERVATION ow m E poem Cr ome sas nec woes SP NOW_DAY IS1_HIGH 4 OP_MODE NOW_HOUR IS1_LOW Fe wen meme _ orem mew _ Dom poseen ssess sum wem De wm mwewwzoe s meme mms wmm 1775378 omero NENNEN EM PROCESS IS4_DELAY_TM IS4_BAND 58 QYPE 55 HIGH 155 LOW 2 155 DELAY 30 WAIT_TIME_M 155 BAND 156 33 NOW_SEG_RPT 34 35 TRIES ES 156 HIGH 156 LOW 156 DELAY TM Ist Edition of TEMP880 EngJ IM 12 2005 ALARM TS 400 AL1 MODE AL2 MODE 3 MODE MODE A1 POINT A2 POINT POINT POIN
18. DL FS Lower limit of deviation DH FS Upper limit of deviation DL RS Lower limit of deviation Out of the range of DO FS upper and lower limit of Right Existent deviation Right Existent and lower limit deviation O AH RS High Limit Pointing Value ALARM TYPE SELECT AL RS Low Limit Pointing Value 757 Edition of TEMP amp 80 Eng May 12 2005 6 123 SAMWONTECH sets hysteresis for alarm operation setting Screen Alarm Operation also runs during operation stop status Alarm Operation PV Upper limit PV AEN of deviation PV Lower limit Lower limit of deviation Out of the upper and lower limit of deviation Within the upper and lower limit of deviation 151 Edition of TEMPS880 Eng May 12 2005 Page 77 123 SAMWONTECH AN Error Operation NOTE ees ies AE RUN STOP ow mens om mun _ lw wwe e ec wie ww s wen or mun 36 ww eee ee oom fo e omm ee Yo ee ec Lp e e ewe e we P oe ems Po
19. PARITY HEAT_ATGAIN SENSOR_UNIT eoe soar COOL OLI DATA_LENGTH TEMP_RL f _ wem S ww eme oo MD LL Dp p emm T 1 Dr wem pom T 1 emos MD LL 1 LL wm LL emm LL s wea af wo LL emn LL 1 LL mL LL M ML L TEMP RH Ist Edition of TEMP880 EngJ IM 12 2005 PROGRAM 1000 P_PTNO DEST_PTNO P_SEGNO TRIGGER ANSWER PTN_NAME1 PTN NAME2 NAMES PTN NAMEA TEMP TSP SEG TIME 151 152 154 START_CODE SSP_VALUE RESERVED Page 1100 157 126 SAMWONTECH COOL _PID COMM OUTPUT om Ist Edition of TEMP880 EngJ May 12 2005 PROGRAM 1000 RESERVED 1100 Page 116 123 SAMWONTECH COOL _PID COMM OUTPUT INPUT NO m ww mI Lem 76 mmm T eee mI I p p pee gt T Ist Edition of TEMP880 EngJ IM 12 2005 PROGRAM 1000 RESERVED Page 1100 1177 128 SAMWONTECH D Register 1200 1799 RESERVED FILE FILES PROG_INFO
20. gt Refer to 2 10 1 5 FILE INFO Screen 151 Edition of TEMP amp 80 Eng May 12 2005 48 123 SAMWONTECH 2 10 4 TIME SIGNAL SETTING SCREEN Figure 2 43 Time Signal Setting 15 TS ON TIME OFF TIME 0 Figure 2 44 Time Signal Setting 2 Screen TS ON TIME OFF TIME Sets time from segment start point 1 to the point signal output on off oets output stop time after time signal is off 2 OFF Time If segment time is still remained after stop time time signal outputs again st Edition of TEMPS880 Eng IM May 72 2005 gt Refer to Figure2 34 Time Signal oetting Input Key gt Setting NO 00 No Time Signal gt Setting NO 01 Always output at set segment gt Setting NO 02 07 Stops output as much of on time at set segment and off time after output occurs Page 49 123 SAMWONTECH AN EXAMPLE OF TIME SIGNAL INPUT USE NOTE gt Program Pattern Setting Point gt Time Signal Setting Point o An m gt Time Signal Motion in Segment Setting Time Signal Use ON 1 mM SIGNAL 1 Time Signal NO 01 Setting Point OFF SEGMENT 1 SEG 8HOUR 2 SEG 8HOUR SEG 8HOUR 2 Segment Time 152 ON Time ON TIME Time Signal NO SIGNAL 04 Setting Point OFF gt ON Time doesn t affect the next segment S
21. repetition set test name Input i gt PARA Selects all parameters except Transmission 2 4 Selects transmission object the ones selected at and Object Communication related parameters gt ALL Selects all parameters except communication related ones st Edition of TEMPS880 Eng IM May 72 2005 Page 38 123 SAMWONTECH 2 10 PATTERN SETTING SCREEN gt This is a center of the screen which sets parameter related to program operation Figure 2 31 Pattern Setting Screen MAIN PROGRAM SET 1 gt PATTERN SET TIME SIGNAL k NE REN 4 2 s gt REPEAT SET WAIT SET k NT 5 3 ERU FILE EDIT PATTERN NAME k 6 Pattern Set shifts to pattern edit screen gt Refer to 2 10 1 EDIT PATTERN 2 Repetition Set gt Refer to 2 10 2 REPEAT repetition set edit screen 8 File Edit PRESTO Wie dass gt Refer to 2 10 3 EDIT FILE copy and delete of pattern screen UU ohifts to time signal set screen gt Refer to 2 10 4 TIME SIGNAL SET Stand By Set 2 a gt Refer to 2 10 5 WAIT OPERATION SET Test Order Inout Shifts to test name set screen gt Refer to 2 10 6 PATTERN NAME SET Ist Edition of TEMP amp 80 Eng IM May 12 2005 Page 39 128 SAMWONTECH 2 10 1 EDIT PATTERN SCREEN Figure 2 32 Pattern Edit Screbn E Figure 2 33 Pattern Edit Screen PATTERN SET INFO PROG PATT
22. 4 INITIAL SCREEN gt Screen that displays when initially input power gt moves to 2 6 OPERATION SCREEN after three seconds automatically Figure 2 1 Initial Screen CD LTE 2 82 32 325 9120 a 3 SAMWONTECH 4 Version Indicates version info of the product gt VIRO VERSION 1 REVISION 0 eet Indicates name of the company Name gt it may be edited at 2 12 8 INITIAL DISPLAY AND STATUS DISPLAY LAMP SETTING Webpage Indicates webpage address 757 Edition of TEMP amp 80 Eng May 2005 22 123 SAMWONTECH 2 5 MAIN SCREEN gt It is a center of screen movement 1 OPER SCREEN gt GRAPH amp UDG k 4 2 1 gt gt FUNC amp FIX gt PROGRAM SET k 5 3 AE RESERVE SET gt DISPLAY SET k 6 shifts to operation screen gt Refer to 2 6 OPERATION SCREEN Motion Setting Rater ie 2 OPERATION SETTING Reserved shifts to present time and reserved gt Refer to 2 8 RESERVE SETTING setting setting screen shifts to grapn display and graph gt Refer 2 9 GRAPH AND GRAPH _ gt Pattern Setting 2 ment gt Refer to 2 10 PATTERN SETTING shifts to tuning key display setting and screen light control screen gt After pressing A press to D
23. FILE4 NO 1200 1600 1700 IS EIS PT REPEAT C 1513 C 5 DSP4 C_TM4 RPT SEG 21 C_TS14 4 E poems memor f os f os memes 3 751 Edition of IM May 12 2005 Page 118 123 SAMWONTECH m HESERVED FIEE2 FILES PROG INFO FILE4 40 Coys C_TM40 Cao NEN CA _ 71 751 Edition of IM May 12 2005 119 123 SAMWONTECH m RESERVED PILE 2 FILES PROG_INFO FILE4 76 Case C DSP76 TM 6 SESTO p emm _ XT p emm _ XI poem sem X poem eem X reff eme X SD C TM97 oO CI EJS C_TM98 CAS se OO Ca BS eek C_TM99 5599 751 Edition of TEMP880 Eng IM May 12 2005 Page 120 123 SAMWONTECH D Register 1800 2399 FILES FILES FILE RESERVED NO 1624 1634 1644 4 Ep oem em ems um eme oem um ems ore ore _ Esp oem ore ore emm eme ero Dep emm em eme eme emm eme 1 Dp eme emm emm eme emm fof emm eme emm emm emm
24. H Parameter Unit Default INNER SIGNAL RANGE LOW 20 0 100 EU EU 0 INNER SIGNAL lt EU EU 0 ABS INNER SIGNAL 00 00 99 59 DELAY TIME HOUR MIN 2 INNER SIGNAL SF tvs ABS SP INNER SIGNAL BAND BAND DIRECT INB OUTB ABS INB 2 12 4 1 PID Range Setting symbol Parameter Unit Default REFERENCE POINT 1 RL lt RP1 lt RP2 lt RH EU EU 100 REFERENCE POINT2 REFERENCE RDV DEVIATION EUS 0 0 100 0 EUS EUS 0 0 REFERENCE 5 HYSTERESIS EUS 0 0 100 0 EUS EUS 0 3 RUNNING PID RUNNING PID NO NUMBER 1 2 34 5 CONTROL CONTROL D DV D PV ABS 2 12 4 2 PID Group PID1 PID4 Setting Symbol Parameter Range Unit Default 0 1 999 9 ABS 5 0 INTEGRAL TIME 0 60005 ABS 1205 D DERIVATIVE TIME 0 60005 ABS 305 DB DEAD BAND 100 0 15 0 3 0 MR MANUAL RESET 1057076 50 0 5 100 0 OL lt OL 1 5 0 0 st Edition of TEMP amp 80 Eng May 2005 90 123 SAMWONTECH 2 12 5 DO CONFIG Setting Symbol Parameter Unit Default INNER SIGNAL1 8 51 158 RELAY RELAY ABS 0 TIME SIGNAL1 4 TS1 TS4 RELAY RELAY ABS 0 ALARM SIGNAL1 4 AL1 AL4 RELAY RELAY O OFF 20 ABS 0 O OFF 20 ABS 0 RUN DELAY TIME 0 999 SEC ABS 0 UP RELAY UP RELAY O OFF 20 ABS 0 UP RANGE
25. Occurrence Displays error occurrence order fifth one is stored at the end and the Order first one is deleted Error Occurrence Displays error occurrence name Name Error Occurrence Displays error occurrence time Time ENOL HIStory Delete all error history Delete st Edition of TEMP amp 80 Eng IM May 72 2005 54 123 SAMWONTECH 2 12 SYSTEM SETUP gt Screen for initial setting for operation gt As possible to approach without a password in case of forwarding from factory make sure of setting a password at 2 12 3 initialization mark and condition mark lamp Setting when it s not necessary to block the general user zc When it s changed in a wrong way the Setting Points within the System Setting Screen can cause problem in operating an equipment Figure 2 51 System Setup Screen MAIN SYSTEM SETUP eR DO CONFIG 6 OUTPUT SET ALARM amp DI 6 One gt S INNER SIGNAL COMM SET 7 en PID GROUP INIT DISPLAY INPUT SET shifts to input and input gt Refer to 2 12 1 INPUT AND INPUT Compensation setting screen COMPENSATION SETTING OUTPUT SET Shifts to control output and gt Refer to 2 12 2 Control Output AND transmission setting screen TRANSMISSION SETTING INNER SIGNAL Shifts to inner signal setting gt Refer to 2 12 3 INNER SIGNAL screen SETTING PI
26. TIME HOUR MIN Dee 2 2 10 5 Wait Operation Setting Parameter Default WAIT MODE WAIT MODE OFF ON TEMP ZONE TEMP WAIT ZOME EUS 0 100 0 99 59 WAIT TIME WAIT TIME HOUR MIN 151 Edition of TEMP amp 80 Eng May 72 2005 87 123 SAMWONTECH 2 10 6 Pattern Name Setting Screen symbol Parameter Unit Default 0 9 A Z Special 1 120 Character ABS 10 2 11 Screen Choice Parameter Default TUNING KEY TUNING KEY DISPLAY BUTTON HIDE DISP OFF LIGHT OFF CONTRAST CONTRAST GROUP 4 Level 2 12 1 1 Temperature Input Setting symbol Parameter Unit Default SENSOR GROUP SENSOR GROUP TC RID DOV ABS TO SENSOR SET SENSOR SET E ABS TOK ABS SENSOR UNIT SENSOR UNIT SPACE 96 Rh OHM ABS C DCV RANGE HIGH 20 0 100 EU EU 100 RANGE SET RANGE LOW TEMP lt TEMP RH EU 0 DOT POSITION DOT POSITION ABS 1 ALL BIAS ALL BIAS EUS 105 105 EUS EUS 0 FILTER TIME FILTER TIME 0 120 SEC ABS 0 SCALE HIGH 199 9 3000 0 ABS 100 0 SCALE LOW SL lt SH ABS 0 0 Te SELECT IG SELECT IG THe Ric ABS T R 2 12 1 2 Section Input Revision Setting symbol Parameter Unit Default POINT1 0DV POINT2 DDV POINT3 DDV POINT4 DDV DIFFERENCE o POINT5 DDV VALUE1 8 EUS 10 10 EWS EUS 0 POINT6 0ODV POINT7 DDV POINT8 DDV REFERENCE 0 100 POINT1 DP
27. and external power source due to potential electric shocks gt Use input wire that is adhere to shield Also shield should be done as 1point ground connection gt Wire measuring input signal line leaving a space from the power circuit or ground connection circuit Use wire that has little conduct resistance and doesn t have resistance difference among three wires RTD INPUT SHIELD INPUT TEMP880 TEMP880 Class 3 Ground Ist Edition of TEMP amp 80 Eng May 12 2005 Page 12 123 SAMWONTECH 1 4 2 6 Control Output Voltage pulse Output Electric Present Output and Wiring Transmission Output Caution CAUTION Turn off TEMP880 mainframe power and external power supply when wiring the control output SSR SCR and transmission output due to danger of electric shocks gt Be careful with output polarity Incorrect connection causes damage to the mainframe gt Use output wire that has shield attached Shield should be done as 1point ground connection Temperature heating Control Output Wire SSR 4 20mA CONTROL VALVE oHIELD 1 AOUT1 BOARD ACTUATOR Class 3 Ground SSR 12V DC min 60022 min SCR 4 20mA DC min 6005 max Transmission Output Wire 4 20mA 4 20 mA DC 60082 max SHIELO O RECEIVER RETI RECORDER RETI BOARD Class 3 Ground 151 Edition of TEMP amp 80 Eng May 12 2005 Cooling Control Output Wire 55 4 20 CO
28. baden Key Shifts to system internal setting display for 2 13 PASSWORD INPUT Screen SCREEN gt Referto 2 12 SYSTEM SETTING Screen Setting gt Refer to 2 11 DISPLAY SENNTING st Edition of TEMP880 Eng May 72 2005 Page 23 123 SAMWONTECH 2 6 OPERATION SCREEN gt Displays condition for product operation and information 2 6 1 PROGRAM STOP SCREEN Figure 2 3 Program Stop 1st screen General Figure 2 4 Program Stop 1851 screen heating cooling PROG STOP win PROG STOP 4 08 17 12 18 150 00 PTNO SEGNO 4 08 17 12 12 PM o Next Button Shifts to 2 5 gt Used only forTEMP880 m Present Temp gt Proper sensor type should be set up Displays present temperature in 2 12 1 INPUT AND INPUT COMPENSATION SETTING Press button to set operation pattern ES Pattern No Displays present pattern numbers d Time Button Displays number of segments that are programmed in the present pattern gt Inout program in 2 10 1 EDIT PATTERN EDIT gt Set automatic turn off time in 2 7 OPERATION SETTING For long durability of the back light ten minutes are initially set up gt Set present time 2 8 RESERVE SETTING Displays present time and if you press button LCD screen turns off If you wish to turn on when nothing is displayed but operated normal press anywhere
29. delivered from a factory gt System inner setting screen displays English regardless of a kind of language gt Refer to 2 12 8 2 Status Display Lamp oetting Page 81 123 SAMWONTECH 2 12 8 2 STATUS DISPLAY LAMP SETTING Figure 2 71 Status Display Lamp Setting Screen STUP STATUS DISPLAY LAMP NEXT DAMP Auxiliary outout displaying lamp gt Up to 16 lamps can be selected gt Selected lamp becomes green UDC Operation signal lamp mE gt Selected lamp is displayed on fix ancl d oana ane ernest operation or the second screen of 1 taio operation 2 REF signal displaying lamp for the 2 cooler operation Operation signal displaying lamp WAIT Wait operation displaying lamp Ist Edition of TEMP amp 80 Eng IM May 12 2005 82 123 SAMWONTECH 2 13 SETUP PASSWORD gt inputs password for entering System Setting Screen or Section Input Revision Screen Figure 2 72 Setup Password Screen System Setting Figure 2 73 Password input Screen Section Input Revision MAIN SETUP PASSWORD MAIN BIAS PaSsWORD gt password for sec is 0 Switch password at 2 12 8 1 sec Display Setting INPUT Inputs password for entering input PASSWORD revision screen INPUT Inputs password for entering PASSWORD System Setting Screen st Edition of TEMP880 Eng May 72 2005 Page 83 123 gt How to set parameter of TEMP 880 when
30. setting button and setting value input key with sharp thing or nail Or the product can be damaged CAUTION st Edition of TEMPS880 Eng IM May 72 2005 Page 19 123 SAMWONTECH 2 2 INPUT SETTING VALUE gt All inout data for the product is set by key such as setting value key test name input key and time signal input key gt Setting value inout key Diagram 1 1 appears when you press input button and you can enter input value gt Refer to 2 10 4 TIME SIGNAL SETTING for time signal input key gt Refer to 2 10 6 PATTERN NAME SETTING for test name setting input key 2 2 1 FUNCTION OF SETTING VALUE INPUT KEY 9 o zm gt 81 SEG TEMP se x a MEME 3 0 00 150 200 d EEEPLBIS o 1 Shows parameter 2 Shows setting range 3 When exceeds setting range error message LIMIT ERR appears 4 Use this button to stop entering data and return to the original screen 5 When erase all input data 6 When enter decimal points 7 When save entered data and restore the original screen When edit entered data erase data one by one 9 When enter signs 2 2 2 HOW TO SET PARAMETER gt If you wish to setting value from 50 00 to 12 57 take the following steps Press setting value input button Press following numbers wit
31. 0015 00016 00017 00018 00019 75 121 TEMPsOVER 3 oe TEMP OVER 2 mus o J ms 4 mes 5 wes S 6 p ff wp Lu poma o SSS w wwe i w ms ts composed of D Register which has real data value except the Bit Map information Ist Edition of TEMP880 Eng IM 12 2005 105 123 SAMWONTECH gt Common Driving related D Register gt FIX Driving related D Register 00020 PROC TIME H PROCESS TIME hour when driving FIX 00021 PROG PROCESS TIME min when driving FIX gt PROGRAM Driving related D Register Remained time hour of Segment which is driving now Remained time min of Segment which is driving now WAIT TIME hour when the WAIT motion WAIT TIME min when the WAIT motion Temperature TSP Target Set Point of previous Segment Temperature TSP Target Set Point of present Segment DAMP TSP Target Set Point of previous Segment DAMP TSP Target Set Point of present Segment 751 Edition of TEMP880 Eng IM May 2005 Page 106 123 SAMWONTECH 4 4 2 FUNCTION gt FUNCTION Group is consist with a D Register which is related to the motions TEMP880 gt D Register related to
32. 5 0 10 205 EUS 0 SK RELAY SOAK RELAY O OFF 20 ABS 0 SK SOAK TIME 0 999 MIN ABS 0 DN RELAY DOWN RELAY O OFF 20 ABS 0 DOWN RANGE 5 0 10 EWS EUS 096 ERROR RELAY ERROR RELAY O OFF 20 ABS 0 ERROR TIME 0 999 MIN ABS 0 RELAY RELAY O OFF 20 ABS 0 0 999 MIN ABS 0 FIRST REF 1REF RELAY RELAY O OFF 20 ABS 0 ERE 0 999 SEC ABS 0 OREF RELAY RELAY O OFF 20 ABS 0 2REF CPARA 0 999 MIN ABS 0 151 Edition of TEMP amp 80 Eng May 12 2005 91 123 SAMWONTECH 2 12 6 1 Alarm Setting symbol Parameter Unit DI SELECT DI SELECT ERR PIN ABS AH F AL F DH F DET Dp DER DOE DI F AH R ALARM AL R 5 AL FS ABS DE Poy DUES DHFS DL RS DO FS DI FS AH RS AL RS POINT ALARM POINT EU 105 105 EU ALARM HYSTERESIS 5 0 100 EUS 2 212 62 DI Error Name Setting 6 2 DI Error Name 212 62 DI Error Name Setting Default ALARM 1 3 AH F ALARM2 4 gt AL F EU 100 EUS 0 5 Parameter Unit Default BUZZER TIME BUZZER TIME DI2 ERROR 02 03 0 9 A Z Special DI4 ERROR 04 DI2 DI8 DI2 DI8 NAME Character DI5 ERROR 05 Max of 9 letters 016 06 DI ERROR 07 DI8 ERROR 08 2 12 7 Communication Setting oymbol Parameter
33. 880 Eng May 12 2005 Page 3 123 SAMWONTECH 1 2 3 Processing of damaged product gt Contact where the products is purchased or the company s business department if you find any missing or damaged parts Lifetime of the parts in the controller CAUTION gt Check replacement period for the following non durable parts and replace them before the period exceeds B FUSE SR 5 630mA 250VAC equivalent product semi permanent BACKLIGHT 10 000 15 000 HOUR RELAY JQ1P DC24V equivalent product less than ON OFF 300 000 B BATTERY ER3VT 3 6V 1 2AA equivalent product less than 200 000 HOUR gt For batteries use the identical product or the ones with same capacity to prevent explosion Also separate used batteries from other garbage when you dispose them Ist Edition of TEMP880 Eng May 12 2005 4 123 SAMWONTECH 1 3 INSTALLATION 1 3 1 INSTALLATION PLACE AND ENVIRONMENT Caution for installation place and environment CAUTION A To prevent from getting electric shocks turn on the product after it is installed on the panel B Do not install the product under the following environment Place where people can touch the ground connection without noticing Place exposed directly to machinery vibration or shock Place exposed to corrosion or combustion gas Place where temperature fluctuates intensely Place where temperature is extremely high over 50 C or low
34. Auto Tuning makes ON OFF Control Output for 2 5 cycling time and calculate P I D by the cycle and amplitude by using Limit Cycle method to target subject to control gt AutoTuning only operates for fix operation It automatically sets calculated P D value at PID group where setting point is located gt Auto Tuning Operation According to Setting Point gt OPER MODE FIX RUN gt INPUT RTD PTC gt RANGE 50 00 150 00 gt AUTO TUING POINT 0 25 fixed EUS 0 25 0 5 gt SP 50 0C gt 0 0 gt 100 0 setting Auto Tuning AUTO TUNING POINT Auto Tuning Operation gt Caution for AutoTuning Even if setting point is changed during Auto Tuning Tuning Point does not change And it Starts controlling using new setting point after Auto Tuning Stop as target setting point Auto Tuning stops if input S OPN occurs during Auto Tuning D maintains the previous setting point D setting point may be changed during Auto Tuning but will be reset to calculated D at the time of Auto Tuning Stop f Auto Tuning is forced to stop D value maintains setting point before Auto Tuning Stop st Edition of TEMPS880 Eng May 72 2005 0 123 SAMWONTECH 2 12 4 2 PID GROUP PID1 PID4 SETTING gt Generally it uses value calculated by Auto Tuning but users can set manually as well Figure 2 60 PID Group general Figure 2 61 PID Group
35. Communication Command and a Read Write Command which reads all the information of TEMP880 1 Self Information Command Indicate the model name amp version of TEMP880 2 Read Write Command RRO wo Random Write of D Register Random Registration of D Reglister Call of D Register which is registered at STD c Each Command can read or write D Register up to the number of 32 And it should be re registered after the power is on in case of STD CLD when its power source s off because the registered contents are initialized 4 3 3 Error Response gt Iransmit a message as below in case of Error during a Communication The number of Byte Contents Address SUM is only used in case the PROTOCOL is PCL1 151 Edition of TEMPS880 Eng May 12 2005 Page 97 123 SAMWONTECH 4 3 4 RSD Command gt RSD Command is used for reading a series of Data on D Register gt Format of Transmission p number of p J dddd Data without a point of decimal number D The Number of 1 32 ex In case of reading a D Register from Temperature 00001 to SP D0002 Transmission stx 01RSD 02 0001 cr If Transmission including Check Sum stx 01RSD 02 0001C5 cr If stx 0x02 cr If In case the received value of each PV SP is 50 0 and 30 0 will be received as below Recept
36. D GROUP M Refer to 2 12 4 SETTING Refer Refer to 2 12 4 PID SETTING 2 12 4 PID SETTING 6 CONFIG Shifts to additional output setting gt Refer to 2 12 5 DO CONFIG screen SETTING gt Refer to 2 12 6 ALARM ALARM amp DI Shifts to alarm DI setting screen ERROR NAME SETTING 7 Shifts to communication related gt Refer to 2 12 7 COMMUNICATION setting screen SETTING Shifts to initial screen related and INIT DISPLAY condition display lamp setting gt Refer to 2 12 8 INITIAL DISPLAY AND screen CONDITION DISPLAY LAMP SETTING st Edition of TEMPS880 Eng IM May 72 2005 Page 55 123 SAMWONTECH 2 12 1 INPUT AND INPUT REVISION FOR SECTIONS 2 12 1 1 INPUT SENSOR SETTING Figure 2 52 Input Sensor Setting DOV Figure 2 53 Input Sensor Setting DCV STUF INPUT SET NEXT STUF INPUT SET NEXT Sensor lo SET 6 SENSOR SET E lt 5 DOT POSITION EE 6 SENSOR UNT lt u D TC SELECT 4 ALBUS FILTER TIME s604 9 SENSOR GROUP Chooses input sensor kind gt You can choose T RID DCV l gt C SENSOR UNIT Chooses display unit gt DCV F SPACE Pa mV V RH Q 4 TC SELECT oe gt You can choose C RJC input kind is TC Chooses below decimal point D
37. EGMENT 1 SEG 8HOUR 2 SEG 8HOUR SEG 8HOUR 3 Segment Time lt OFF Time ON TIME Time Signal NO 05 Setting SIGNAL3 Point OFF OFF Time doesn t affect the next segment SEGMENT 1 SEG 8HOUR 3 SEG 8HOUR 4 Segment Time gt 154 ON 154 OFF Time ON TIME Time Signal NO 06 Setting SIGNAL4 Point OFF Repeat ON and OFF in corresponding segment time SEGMENT 1 SEG 8HOUR 2 SEG BHOUR 3 SEG 8HOUR st Edition of TEMP amp 80 Eng May 12 2005 Page 50 128 SAMWONTECH 2 10 5 WAIT OPERATION SETTING SCREEN Figure 2 45 Wait Operation Setting Screen PAGG WAIT USE SET WAIT 1 TEMP ZONE WAIT TIME 20 00 When temperature cannot enter wait use set range within segment time gt Wait Use Cancel Condition When temperature enters wait use set range oets wait time when temperature M gt If wait time is not set 00 00 it has 3 Wait Time point value PV does not enter mE infinite value walt use range Temperature oets temperature range which Range use will be applied Ist Edition of TEMP amp 80 Eng IM May 12 2005 Page 51 123 SAMWONTECH Relationship Between Wait Use and Wait Time NOTE 1 When wait use is canceled within wait time WAIT TIME SP Pw H WAIT ZONE WAIT ZONE WAIT CANCEL WAIT USE POINT 7 mu E Wih
38. ERN SET inro Co PTNNO 0 ERU 8 e ases 3 This is a screen when the operation setup 7 6 6 screen P 33 Figure 2 27 is changed to hide Pattern Pattern Number oets pattern number to program 2 10 2 REPETITION SET SCREEN changes with pattern number LI oets segment temperature for Temperature repere eer How to enter time Segment Time Set segment time for operation OFF no use gt Selected segment becomes red when you press the button Then you may insert or delete the segment gt Refer to 2 10 1 4 HOW SET TIME SIGNAL segment To insert or delete segment press Number this button and select segment gt Refer to 2 10 4 HOW TO SET TIME 6 Trae canal sets segment time signal for operation SIGNAL ohifts the screen up by 4 segment Back Button gt Refer to 2 10 1 3 SCREEN SHIFTING EE Shifts the screen down by 4 BY NEXT amp BACK BUTTON Next Button E SS S P o LIO segment units segment Insert Copies segment and inserts gt Refer to 2 10 1 1 HOW INSERT SEGMENT Delete Deletes seament gt Refer to 2 10 1 2 HOW TO SEGMENT _ j DELETE Sets the start condition for the Start condition program operation Sets starting set point for the Start Set Point
39. IFTING ACCRORDING TO NEXT amp BACK BUTTON Figure2 32 Button of Pattern Edit Screen ccn cr x Figure2 32 7 Button of Pattern Edit Screen 151 Edition of TEMPS880 Eng May 12 2005 Page 41 123 SAMWONTECH 2 10 1 4 HOW TO SET TIME SIGNAL gt Setting up S Time Signal2 of Segment 01 as TYPE 717 Time Signal3 as TYPE 2 and Time Signal4 as TYPE 7 Figure 2 38 Before Time Signal Setting Figure 2 39 Time Signal Setting Inout Key PATTERN SET nr nos m Sem Tx TS JB vB 0 1 If you press anywhere of 1 on the previous screen of Figure 2 38 Time Signal Setting Figure2 39 Time Signal Setting Input Key will be displayed Press 2 gt 3 02 7 5 5 09 8 5 6 2 9 Button as Figure2 39 Time Signal Setting Input Key to set Time Signal 3 For kinds of entered Time Signal refer to 2 10 4 Time Signal Setting 2 10 1 5 FILE INFO SCREEN gt displays number of set Pattern and Segment Figure 2 40 File Information Screen EXIT FILE INFORMAT TON USED SEGMENT 1 1200 lt 1 USED PATTERN 1 120 2 gt number of segments currently set Displays number of segment 1 Segment Use max number of possible setting Currently set segment gt num
40. ILTER Use RELAY COIL that is below ground Connect to RELAY COIL CAUTION Connection capacity of controller directly 151 Edition of TEMPS880 Eng May 12 2005 Page 16 123 SAMWONTECH 1 4 2 10 Communication RS485 RS232C Wiring Caution CAUTION gt Turn off TEMP880 mainframe power and external power supply when wiring communication due to danger of electric shocks 1 4 2 10 1 Wiring RS485 gt It is possible for slave TEMP880 to connect multidrop maximum of 99 gt For TEMP880 or MASTER PC PLC connect division resistance 2009 1 4W on both sides of communication channel Master Station TEMP880 TEMP880 Termination Termination i Resistance Resistance SHIELD ik TERMINAL BOARD TERMINAL BOARD Class a IO Class 3 Ground 1 4 2 10 2 Wiring RS232C gt Connector Wiring with D Sub 9 PIN Master Station TEMP880 D Sub 9Pin Female 757 Edition of TEMP amp 80 Eng IM May 2005 Page 17 123 SAMWONTECH 2 USER MANUAL 2 1 SETUP BUTTON gt This product is a programmable controller that is set up as touch screen for a user to use easily 2 1 1 BASIC SETUP BUTTON gt Basic control cotton is as the following diagram 1 1 Diagram 1 1 BASIC SETUP BUTTON Button Type Button Explanation Upper Main Change screen according to left Bar and right touch General Active For general action or choice Button Page ae 3 Up Down
41. NTROL VALVE oHIELD AQUT2 AOUT2 1 01 BOARD ACTUATOR Class 3 Ground SSR 12V DC min 6009 min SCR 4 20mA DC min 6005 max Auxiliary Output Wire 4 20mA 4 20 mA DC 60082 max SHIELO O RECEIVER 2 RECORDER L 1 BOARD Class 3 Ground Page 13 123 SAMWONTECH 1 4 2 7 External Contact Point Output RELAY Wire Caution CAUTION gt Turn off TEMP880 mainframe power and external power supply when wiring the external contact point output due to danger of electric shocks Below 30V 5A below 250V 5A Below 30V below 250V 5A Below 30V 5A below250V AC RLY3 RLY2 RLY4 COMI COM2 COM3 1 01 BOARD BOARD 1 01 BOARD Below NO Normal Open 30V DC 5A below 250V AC 5A Below NO Normal Open 30V DC 5A below 250V AC 5A Below NC Normal Close 30V DC 1A below 250V AC 2A Below NC Normal Close 30V DC 1A below 250V AC 2A NC RLY9_NC RLY7_NO RLY9_NO COM4 5 RLY8_NC RLY10 NC RLY8 NO RLY10 NO 0 1 01 BOARD 1 01 BOARD Below DC below 250 Below 5A below 250 2 BOARD 2 BOARD Below 5A below 250 Below 5A below 250 2 BOARD 2 BOARD 757 Edition of TEMP amp 80 Eng IM May 12 2005 14 123 SAMWONTECH 1 4 2 8 External contract point DI wiring Caution CAUTION gt Tu
42. OT POSITION gt Displays SENSOR GROUP sets temperature usage range SCALE SET eu gt Displays SENSOR GROUP DCV sets the previous range revision gt Refer 10 2 12 1 2 SECTION INPUT value REVISION SETTING Removes noise when measuring 9 FILTER TIME input includes noise of high frequency gt Displays 2 13 PASSWORD INPUT D HIDDEN Shifts section input revision screen BUTTON setting gt Refer to 2 12 1 2 SECTION INPUT REVISION SETTING Cannot change sensor kind during operation gt Displays S OPN when sensor is disconnected Displays PRESET OUTPUT for Control Output MV 151 Edition of TEMP880 Eng May 12 2005 Page 56 123 SAMWONTECH PN Kinds of Sensor Input NOTE SENSOR SET SENSOR GROUP DISP Range Range 300 0 2500 0 0 0 2300 0 TC K2 9300 0 2900 0 300 0 1800 0 300 0 1600 0 300 0 2400 0 32242000 TC W Platinel 2 500 DO 13 300 0 1560 0 2090221 0000 148 0 300 0 JPTA 300 0 1000 0 TA6 0 500 0 c Display 5 105 of the above range OD NI JPTA 8 9 0 4 2 DO NO i Are 0 10V 22 DO 3 0 100 151 Edition of TEMP amp 80 Eng May 72 2005 57 123 SAMWONTECH AN Engineering Units EU EUS NOTE gt EU EUS are used to explain the interior parameter of controll
43. PROGRAM Driving DO100 SET_PTNO set up the No of a pattern which 15 for driving a Program 00120 WAITMD set up the whether or not to use the WAIT motion 0 OFF D0121 TEMP_WZ set up the WAIT E of Temperature 00122 set up the time of WAIT motion gt D Register related to FIX Driving 00102 FIX set up the Temperature SP when driving FIX 00103 FIX DOSP oet up the DAMP SP when driving FIX oet up the whether not to use FIX OP TIME 00110 OTMSL 0 OFF ON D0111 OTM_H Set up the of FIX OP TIME 00112 OTM_M Set up the time min of FIX OP TIME gt D Register related to Motions STOP PROG FIX STOP ooa o Set up the PROG MODE 00104 cop 0 Setup the COLD MODE 00105 PWRMODE 880 should be at the condition of STOP PROG STOP FIX STOP to execute the PROG RUN or FIX RUN as a Communication For example to change the FIX RUN present to PROG RUN it should be firstly done the change to PROG STOP D0104 0001 D0101 0004 and then to PROG RUN 751 Edition of TEMP880 Eng IM May 2005 Page 107 123 SAMWONTECH 4 4 3 RESERVATION gt RESERVATION group is consist of Time checking Setting and Reservation related D Register of TEMP880 gt D Register related to Time 00 02 N MONTH Present time month 00203 Present time of da Present time TEMP880 hour oe 00205
44. PV is 70 0 C Since PV SP P BAND 150 0 70 01 20 0 T 9 lt O C gt iE lt gt a 9 9 Q 2 gt 757 Edition of TEMP amp 80 Eng May 12 2005 Page 64 123 SAMWONTECH 2 12 2 2 TRANSMISSION OUPUT SET Figure 2 57 Transmission Output Setting STUP RETRANSM SS EON NEXT RET SELECT RET RANGE 2 RET RANGE sets the range of transmission 4 UAN MISION MV it s not displayed Transmission output is displayed as 4 20mA If you want to use transmission output as 1 5V Please use it after attaching 2509 RN TYPE resistance precision resistance at the Transmission output terminal AN Output Based On Transmission Output Kind NOTE 1 Case where transmission output is PV or SP 4 0mA 12 0mA EI RET RANGE LOW RL 2 RET RANGE HIGH 2 Case where transmission output is MV 4 0mA 12 0mA st Edition of TEMPS880 Eng IM May 72 2005 Page 65 123 SAMWONTECH 2 12 3 INNNER SIGNAL SETTING SCREEN Can set eight inner signals Figure 2 58 Inner Signal Setting Screen STUP INNER SIGNAL SET s NO RANGE L TIME RANGE LOW Sets minimum value of Inner Signal RANGE HIGH Sets maximum value of Inner Signa
45. Program the company is PROTOCOL sets communication protocol PC LINK1 SUM CHECK BIT PER SEC sets communication speed DATA LENGTH Sets data length gt can be used by connecting and ADDRESS oets address designating different addresses up to 99 when communicating via RS485 sets response time TIME wm st Edition of TEMPS880 Eng IM May 72 2005 Page 80 123 SAMWONTECH 2 12 8 INITIAL DISPLAY and STAUS DISPLAY LAMP SET 2 12 8 1 Initial Display Setting Figure 2 70 Initial Display Setting Screen STUP INIT DISPLAY NEXT 4 Contents RUN TIME Records total run operation time setup password when entering 2 12 System Setting LANGUAGE SET selects language English or Chinese You can enter company name up INFORMATION1 to 18 letters of number and English combined You can enter company phone INFORMATION2 number up to 18 letters of number and English combined You can enter company website INFORMATIONS address up to 18 letters of number and English combined NEXT BUTTON Moves to Status Display Lamp setting Screen CLEAR BUTTON 757 Edition of TEMP amp 80 Eng May 12 2005 Delete total Operation Time elelelelele e Additional Explanation gt The Setting value is 70 when sec is delivered from a factory gt Contact where you purchased the product or the company if you forgot password i data will be initialized to a state of being
46. RN MAME 5 MAME E 1 Figure2 48 Pattern Name Setting Input Key is displayed if you press anywhere of 1 on previous screen of Figure2 47 Pattern Name Setting will be displayed 2 Setting the name of pattern which is wanted by pressing Button in order as 225 8 5 8 5 5 3 0 0 0 0 0 0 9 0 9 9 9 0 90 0 0 0 0 0 of the Figure 2 48 Pattern Name Setting Input Key 757 Edition of TEMP880 Eng May 12 2005 583 123 SAMWONTECH 2 11 DISPLAY SETTING gt Screen that adjusts light and activation of auto tuning gt Screen that shows error history Figure 2 49 Display Setting Figure 2 50 Error History Screen MAIN DISPLAY i MAIN ERROR HISTORY NEXT TUNING KEY DI ERROR TIME ECE 2 ERROR 02 07 01 Tuning Activate tuning button of fix gt Displays or hides tuning button in Button operation screen or hide it Figure2 20 Figure2 21 Power Saving Sets time for back light automatic gt Initially set 10 minutes for longing the turn off back light life Increasing Lightens screen gt Screen light may change as a trait of Button STN LCD For example it looks darker in Light winter and lighter in summer Adjust light using this button Decreasing Darkens screen Button shifts to error history screen Button Error gt can display up to five Error after the
47. S 0 0 MIN DISP DISP ABS DISP 2 8 Reserve Setting Symbol Unit Default ABS o 1 ABS 0 1 ABS ABS 0 1 ABS 0 0 RESERVE MODE ABS OFF 2 9 Graph and Graph Record Setting Symbol unit Default PTNO ABS TEMP SP ABS ON DAMP SP ABS ON OPER MODE ABS STOP TIME UNIT ABS SEC SAMPLING TIME ABS BACK UP ABS PTN DIRECT ABS ONLOAD 151 Edition of TEMP amp 80 Eng May 12 2005 Page 86 123 SAMWONTECH 2 10 1 Pattern Edit symbol Parameter Unit Default PATTERN NO PATTERN NUMBER 1 TEMP SEGMENT TEMP SP 0 100 EU 0 sre EU 0 100 EU 0 SEGMENT DAMP SP 0 0 100 0 0 0 SEGMENT TIME 0 01 OFF 99 59 ABS 0 01 HOUR MIN TS1 TS4 TIME SIGNAL1 4 0 7 5 2 10 2 Repeat Setting Parameter Unit Default PATTERN NUMBER 1 120 ABS AE EERI O infinite 999 ABS 1 COUNT LINK PTN LINK PATTERN ABS 0 START SEGMENT ABS 0 SEGMENT 5 0 SEGMENT COUNT ABS 0 2 10 3 File Edit omit Default SOURCE PATTERN SRC PT NO NUMBER 1551220 5 0 DESTINATION DES PTNO PATTERN NUMBER 1 120 5 0 DELETE PATTERN DEL NUMBER 1 120 5 0 2 10 4 Time Signal Setting Symbol Unit Default TIME SIGNAL 00 00 99 59 ON TIME HOUR MIN mem 52 TIME SIGNAL 00 00 99 59 OFF
48. T A1 HYS 2 HYS HYS A4 HYS 1502 1502 OFFTM 1503 1503 1504 1504 1505 TSOS_OFFTM TSO6_ONTM TSO6_OFFTM TSO7_ONTM 50 OFFTM DIZSELECT Page HEAT_PID 500 HEAT 1 HEAT HEAT TD1 HEAT HEAT _OL1 HEAT HEAT HEAT PB2 HEAT 2 HEAT 102 HEAT 2 HEAT _OL2 HEAT _DB2 HEAT _MR2 _ HEAT HEAT HEAT HEAT OL3 HEAT _DB3 HEAT HEAT_PB4 _114 HEAT 104 HEAT HEAT _OL4 HEAT _DB4 HEAT _MR4 CONTROL_MODE 112 123 SAMWONTECH PROCESS FUNCTION RESERVATION O s 40 157 LOW MI seem id MD LL ML Lm LL I LL I Lese fe OD N co N N 757 Edition of TEMP880 Eng IM 12 2005 ALARM TS 400 HEAT _PID Page 500 113 723 SAMWONTECH PROCESS FUNCTION RESERVATION IS o Ist Edition of TEMP880 EngJ IM 12 2005 ALARM TS 400 HEAT _PID Page 500 114 123 SAMWONTECH D Register 0600 1199 COMM COOL_PID NO Pt COOL PB1 PROTOCOIE HEAT_OT IN GROUP COOL RATE HEAT SENSOR_TYPE OUTPUT INPUT COOL
49. Time signal DO500 D0599 HEAT PID set up the P I D at heater D0600 D0699 COOL PID Set up the P D at Freezer up at Freezer Setup the P Dat Freezer 0070000799 COMM Indication of communication related o information 00800 00899 OUTPUT set up the Control printing amp DO printing D0900 D0999 INPUT oet up of input D1000 D1099 PROGRAM set up the pattern of Program D1200 D1299 RESERVED Preparation C 01300 01399 FILE1 Indication the temperature TSP of E REN segment 01400 01499 EILE Indication of supplement TSP of segment 01500 01599 Indication of setting up time of segment 01600 01699 PROG INFO set up the repeating of Pattern amp o segment D1700 D1 799 FILE4 oet up the time signall of segment D1800 D1899 FILES oet up the time signal2 of segment 39 D1900 D1999 FILE6 oet up the time signal3 of segment D2000 D2099 FIEET oet up the time signal4 of segment X Each of D Register is composed of 4 places of D number 2 Byte st Edition of TEMP880 Eng IM May 2005 Page 104 123 SAMWONTECH 4 4 1 PROGESS gt PROCESS group has basic data from the operation TEMP880 Among this there s Bit Map Information which indicates all the conditions by the unit of Bit and the contents are as below NOWSTS OTHERSTS ISSTS TSSTS ALSTS D0010 00011 00012 00013 00014 bit 0
50. Unit Default PCLO PC LINK PCL1 PC LINK with SUM CHECK MODA MODBUS PROTOCOL PROTOCOL ABS 1 ASCII MODR MODBUS RTU SYNM SYNC MASTER 600 1200 2400 BPS BIT PER SEC 4800 9600 ABS 9600 STOP BIT STOP BIT mo j ABS PARITY PARITY ABS NONE D LENGTH DATA LENGTH D se ABS 8 ADDRESS ADDRESS GU ABS Maximum of 99 RESPONSE RESPONSE TIME ABS 0 Ist Edition of TEMP amp 80 Eng May 12 2005 92 123 SAMWONTECH 2 12 8 Initial Display Setting symbol Parameter Unit Default PASSWORD SET PASSWORD SET 0 9999 ABS LANGUAGE SET LANGUAGE SET ENG CHN ABS COMPANY 0 9 Special INFORMATION INFORMATION Character ABS Max of 9 letters 0 9 A Z Special TELEPHONE INFORMATION2 Character ABS SAMWONTECH CO LTD IEL O22 220 9420 of 9 letters 0 9 A Z Special INFORMATIONS Character ABS HOMEPAGE WWW SAMWON INFORMATION TECH COM Max of 9 letters 151 Edition of TEMP amp 80 Eng May 12 2005 93 123 SAMWONTECH 4 Communication Manual 4 1 Communication Specification gt 880 adopts the Half Duplex type of Communication Interface 5232 85485 In case the Communication Option is RS232C it is possible to communicate by one to one with superior rank of communication equipment such as PC Especially the model RS485 it can be used by connecting to a superior rank of communication equipment
51. Used for switching pages in the same screen Button setting 4 Value Choice Button Setting Value Switch to setting value input Input screen Button Setting Value Used for changing more than Change two setting values Button Used for choosing setting value 2 1 2 SETTING VALUE INPUT KEY gt If you press setting value input button on general setting button as above setting value input key appears and you can enter data gt If you enter data that exceeds input range error message appears LIMIT ERR with beeping sound 1 INPUT KEY ONLY FOR SETTING NUMBERS 2 INPUT KEY FOR SETTING DI ERROR NAMES a 60 00 150 00 E ALPHA 61 0 GHI 0 1 2 J 4 J i 151 Edition of TEMPS880 Eng May 12 2005 178 123 SAMWONTECH 3 INPUT KEY FOR TIME SIGNAL SETTING 01 SEG AN Touch Key Lock Removal NOTE gt Since setting value does not get entered when key lock is turned on enter after turn off key lock Refer to 2 7 OPERATION SETTING SCREEN for detail 2 1 3 VALIDITY FOR SETTING BUTTON AND SETTONG VALUE gt Ihe product is made to check validity of entered setting value by making beeping noise when press general setting button and setting value is entered correctly beep bleep Data entered by setting value input key exceeds the range Caution gt Do not press general
52. V POINT EU EU 096 st Edition of TEMPS880 Eng May 72 2005 Page 88 123 SAMWONTECH REFERENCE DRY RL POINT2 DPV POINT lt POINT1 DPV EU EU 100 lt POINT2 DPV POINT3 DPV lt POINT3 DPV EU EU 100 POINTS lt POINT4 DPV POINT4 DPV REFEREN lt POINT5 DPV POINT4 lt POINT6 DPV REFERENCE lt POINT7 DPV POINT5 DPV POINTS lt POINT8 DPV REFERENCE lt DRY RH POINT6 DPV POINTE EU EU 100 REFERENCE POINT 7 DPV POINT7 REFERENCE POINT8 DPV POINTS 2 12 2 1 Control Output Setting symbol Parameter Unit Default HEAT OUTPUT no SSH SCR ABS SSR HEAT CYCLE HEAT CYCLE TIME 1 300 SEC ABS HEAT AUTO HEAT AT GAIN TUNING GAIN 0 1 10 0 ABS 1 0 HEAT PRESET H PRESET OUT OUTPUT 5 0 105 0 0 0 OUTPUT DIRECTION DIRECTION REV FWD ABS REV COOL OUTPUT SSR SCR NONE ABS NONE COOL CYCLE COOL CYCLE TIME 1 300 SEC ABS COOL AUTO COOL AT GAIN TUNING GAIN 0 1 10 0 ABS 1 0 COOL PRESET 5 B C PRESET OUT OUTPUT 5 0 105 096 0 0 E LE 0 0 AUTO 200 0 100 0 2 12 2 2 Transmission Output Setting symbol Parameter Unit Default RETRANSMISSION RET SELECT SELECT PV SP MV HMV CMV ABS PV RETRANSMISSION HIGH 20 0 100 EU EU 100 RET RANGE ae Anion RET RL lt RH EU EU 0 RANGE LOW 757 Edition of TEMP amp 80 Eng IM May 12 2005 Page 89 123 SAMWONTECH 2 12 3 Inner Signal symbol RANGE L RANGE
53. amps But DAMP can display 10 lamps Next Button shifts to Figure 2 13 gt Used only for TEMP880 7 Supporting Displays supporting output when Refer to 2 7 OPERATION SETTING Output setting DISP 151 Edition of TEMP880 Eng May 72 2005 28 123 SAMWONTECH 2 6 3 FIX STOP SCREEN Figure 2 14 Fix Stop Standard MAIN STOP NEXT lt 1150 007 gt cu 130 00 4 0 8 17 Figure 2 16 Fix Stop Operation Motion IRM Temperature Set Displays and sets the set point of Point temperature Control Output Manual erated manually Operation operated y Enables the control output to be Figure 2 15 Fix Stop heating cooling own FIX STOP 150 00 EEE O4 O5 17 12 72 FM Figure 2 17 Fix Stop Output Manual Operation Additional Explanation gt Refer to 2 2 SET POINT INPUT METHOD and enter set point for Operation gt Converts to output manual operation as Figure 2 15 This is key is used to output when control output is operated manually This is key is used to output when 5 DOWN Key manually Control Output Automatic Output automatically 151 Edition of TEMP880 Eng May 12 2005 control output is operated Control the control output gt Converts to fixed stop screen Figure 2 12 Page 29 123 SAMWONTECH Figure 2 18 Fix Stop Fix operation at the end Figure 2 19 Fi
54. before the parts are connected to each other It causes damage and breakdown L Do not block the radiator of the product Blocking the radiator causes breakdown M Do not install I O Relay Board on a slant Install it inside of a thermo humidistat Use it by fixing after tightly cramping it with a bolt and nut on a hole for fixation that is open on the board N Over voltage protection is Category and environment for usage is Degree IL Ist Edition of TEMP880 Eng May 12 2005 Page 5 123 SAMWONTECH 1 3 3 EXTERIOR SIZE 183 9 7 24 5 0 2 107 7 4 24 133 9 5 27 1 3 4 PANEL CUTTING SIZE 1 General Adhesion 2 Close Adhesion 16 134 588 MIN 200 N 1 X14 4 54 134 5 UNIT MIN 250 Ist Edition of TEMP880 Eng May 12 2005 Page 123 SAMWONTECH 1 3 5 HOW TO ADHERE MOUNT PANEL FIXED MOUNT DRIVER INSERT DIRECTION Panel Thickness 1 0 04 10 0 39 mm 1 Cut panel that you wish to set up 1 3 4 Refer PANEL CUTTING SIZE 2 Insert the product from the back side into the installing hole as figure above 3 Fix the mainframe using fixed mount located on left and right side of the mainframe CAUTION Mount gt When you fix the fixed mount do not tighten it intensely Ist Edition of TEMP880 Eng May 12 2005 Page 7 123 SAMWONTECH 1 3 6 CUTOFF CIRCUIT INSTALLATION Chambe
55. below 1070 W Place exposed to the direct sun ray Place affected a lot by an electric wave Humid place humidity is over 85 Place where keeps inflammable things Place where contains lot of dust or salt Place affected a lot by an ultraviolet ray Even though the product case is SPCC SD and BEZEL is made of ABS PC noninflammable material do not install the product around inflammable things Especially do not place the product on an inflammable material 1 3 2 CAUTION FOR INSTALLATION Caution for installation CAUTION A Do not place machines or wires that cause noise B Keep the product within 10 50 C 20 90 RH dew free Especially keep it away from things that generate heat extremely C Do not install the product on a slant D Keep the product within 25 70 C 5 95 RH dew free When operating it below 10 C warm it up enough before use it E When wiring turn off all power source F This product operates at 100 240VAC 50 60Hz 15VAmax Using power out of this range may cause fire or electric shocks G Do not operate with wet hands There is danger of an electric shock H Follow instructions to prevent fire electric shocks and damage 1 Install and use the product as the manual instructs J For ground connection follow the manual However never earth on water pipe gas pipe phone cable or lightening rod There is danger of explosion and fire K Do not turn on the product
56. ber of patterns currently set Displays number of pattern 2 Pattern Use max number patterns of possible Currently set setting segment 757 Edition of TEMP880 Eng May 12 2005 42 123 SAMWONTECH Program Operation Start NOTE gt Program Operation Start is done according to the setting of STC Start Code 1 Setting Point Preferred Program Operation STC SSP When program operation starts SP starts from SSP and operates until SP1 under 1SEG for set time TM1 SSP TM2 2 Slope Preferred Program Operation STC S PV When program operation starts Setting Point SP starts from the present point value PV and operates until Setting Point1 SP1 under SEG1 Based on the contents of program pattern remaining time is calculated as time is passed till operation starting point When Segment 2 is the first maintaining section Present Program Pointing Value Operation Start 2 3 4 segment When Segment 3 is the first maintaining section 2 3 4 segment 3 When there is no maintaining section 2 3 4 segment 151 Edition of TEMP amp 80 Eng May 12 2005 Page 43 123 SAMWONTECH 4 When there is only rising section without maintaining section Program Present Start Pointing aal a operation Operation not started 5 E 2 5 When maintaining section starts from Segment 1 a P
57. e 1 MOTION CONFIRM WINDOW lt This window reconfirms the motion when you press a certain button Ex Program stop or stationing lt Program operation or stationing HOLD STEP TUNING OFF HOLD STEP TUNING ON PATTERN COPY PATTER DELETE AND ETC 151 Edition of TEMPS880 Eng May 72 2005 Page 25 123 SAMWONTECH Figure 2 6 Program Stop Figure 2 7 Program Stop Pattern end Operation performing confirm win PROG STOP win PROG STOP 71150 0077 0150 007 CONFIRM qg PTNO 001 SEGNO 16 co peu 4 0 8 17 1 12 Figure 2 8 Program Stop Reserved operation own PROG STOP 150 00 FINO 001 SEGNO 15 START TIME 4Y 3M 18D 12H lt oes 6 RESERVED Shifts to Figure2 5 gt Used only forTEMP880 Action Confirm Asks if you wish to perform die iis 2 Window OGNI OO UR you press NO it restores as Figure 2 3 gt Disappears if you press anywhere the screen Even though relay and time which 3 Pattern End Blinks when set program ends are PTEND parameter are set in 2 12 5 DO CONFIG SET relay is turned off when message disappears operation 5 Reservation Blinks if reserved operation is set Sel oressing the button gt If you press the button reserved 6 Cancel Button Cancels reserved operation state operation is cance
58. er c EU Engineering unit value according to instrument range i EUS Engineering range according to instrument span EU 100 100 0 100 J EUS 0 100 RH RL EUS 100 100 ME gt Range EU EUS 0 100 RH RL RH RL 2 EUS 100 100 RH RL RH AL gt INPUT T C TC K1 gt RANGE 200 0 C RL 1370 0 C RH EU 0 100 20020 505023 EU 9D 100 1770 0 1970 0 200 0 EUS O 100 0 1570 0 785 0 EUS 100 10076 SMILNO TIAE ABS doesn t change along input of absolute value Ist Edition of TEMP amp 80 Eng May 72 2005 Page 58 123 SAMWONTECH 2 12 1 2 SECTION INPUT REVISION SETTING gt Section revision is applied as a form of linear equation between each revision points Figure 2 54 Section Input Revision Setting STUP SENSOR PEACE BIAS POINT 1 POINT 2 POINT 4 NOW gt Instruction Contents Additional Explanation DRY TEMP DIFFERENCE VALUE DRY TEMP sets revision temperature at each Standard temperature REFERENCE sets each standard temperature POINT 8 BIASED DRY Display temperature input revision PV is applied st Edition of TEMPS880 Eng IM May 72 2005 Page 59 123 SAMWONTECH Section Input Revision Setting NOTE gt Indicates section input revision at
59. ey Setting lock are possible Time Mode im atk aoe oan operation of PROG sane 9 06 Hour H Hour M STOP button ON Operates only for set time Temperature Slope Set Temperature up down slope Increases or decreases set point with a consistent changing rate during fix Damp Slope Get Supporting output up down slope operation OFF Ends fix operation by pressing Turn on off time function of fix Reserve Set operation 6 7 and ends operation 151 Edition of TEMP880 Eng May 12 2005 Page 33 123 SAMWONTECH Establish whether supplementary output indication will come out on D 4 amp sign the operation screen and pattern setup screen FUZZY OPERATION gt If load changes intensely and set point frequently changes overshoot may occur Fuzzy can control overshoot effectively gt Internal motion of fuzzy function 1 When pointer value PV gets close to set point SP supporting set point SUPER SP Starts calculating 2 Treat this calculated value from the previous step as set point and calculate control output MV Overshoot is repressed gt Changes of pointer value PV according to the function of fuzzy FUZZY FUZZY ON SUPER SP FUZZY ON 151 Edition of TEMP amp 80 Eng May 12 2005 Page 34 123 SAMWONTECH SLOPE OPERATION gt When changin
60. g target set point TSP it changes from the present pointer value PV to TSP with consistent changing rate gt SLOPE OPERATION gt OPER MODE FIX RUN gt TEMP SLOPE 20 0 C MIN Change SP 2 Changed SP TSP PV at the point of of changing SP PV with a slope of 20 0 in every minute 70 0 30 0 40 0 Changes 40 degree with a slope of 20 0 C in every minute gt ncreases SP from 30 0 to 70 0 with a consistent changing rate for two minutes 151 Edition of TEMPS880 Eng May 12 2005 Page 35 123 SAMWONTECH 2 8 RESERVE SETTING SCREEN gt This is a screen which sets present time and reserve time and operation Figure 2 28 Reserve setting screen MAIN RESERVE SET sets and displays the present 1 Present Time time Year month day hour minute sets and displays reserve Reserve Time operation time Year month day hour minute DES Turns on off reservation gt Refer to Figure 2 8 Figure 2 19 st Edition of TEMPS880 Eng IM May 72 2005 Page 36 123 SAMWONTECH 2 9 GRAPH SETTING SCREEN gt This is a screen which displays graphs for the entered pattern at 2 10 1 PATTERN EDIT gt This screen sets graph record UDC100 USB saving device Graph record function works after UDC100 USB saving device is purchased Figure 2 29 Graph Display Screen TEMP sp 152 00 FT GRAPH DAMP SP 100 0
61. h such order 1 2 5 3 2 9 5 5 and finally ENT 7 9 1 01 TEMP SF 50 00 160 5 4 151 Edition of TEMP amp 80 Eng May 12 2005 Page 20 128 SAMWONTECH 2 38 BLOCK DIAGRAM OF THE BASIC PROCESSING gt The picture below roughly diagrammatize the flow Input Power Initial Screen Program Stop PROG STOP 7150 00 v 1RO SAMWONTECH CO LTD liz aem WII 001 SEGN 12 12 Fix Stop STOP Ej SP 150 00 FUNC amp FIX PROGRAM SET RESERVE SET DISPLAY SET BEBE 12 12 DI Error Occurred Program Set EXIT TROUBLE SCREEN STOF PRUGRAM 2 ERROR O2 n 02 lt TIME SIGNAL n 1 ERROR 04 p 06 Main Screen n 5 ERROR 05 REPEAT SET WAIT SET n 7 ERROR 07 FILE EDIT PATTERN NAME n 8 ERROR 08 System Setting Password Setting EN wain SETUP PASSWORD INPUT SET DOCOMFIG INPUT Pass OUTPUT SET ALARM amp DI ON OFF amp IS COMM SET PID GROUP INIT DISPLAY 151 Edition of TEMP880 Eng May 12 2005 Page 21 123 SAMWONTECH 2
62. he work of 1 5 gt Ihe following order should be performed to set up the contents of D1603 D1618 at program writing oet up the pattern No of program at D1000 oet up the No of segment at D1002 Set up the READ TRIGGER 2 at 01003 oet up the No of pattern at D1000 Set up the No of segment to 0 at D1002 oet up the pertinent data at D1603 D1618 Set up the WRITE TRIGGER 3 at 01003 Wait until its DONE 717 after reading the data of 01004 9 751 Edition of TEMP880 Eng IM May 2005 Page 110 128 SAMWONTECH 4 4 4 4 Copy Delete of Pattern amp Insert Delete of Segment gt Copy of Program Pattern 1 Set up the original pattern No to copy at 01000 2 Set up the No of pattern at D1001 to copy the original pattern 3 Set up 01003 PT COPY TRIGGER 4 at 01003 4 Wait until it s DONE 1 after reading the data of 01004 gt Delete of Program Pattern 1 Set up No of pattern which will be deleted atD1000 2 Set up PT DEL TRIGGER 5 at 01003 3 Wait until it s DONE 1 after reading the data of D1004 gt Insert of Segment 1 Set up the No of program pattern at 01000 2 Set up the No of segment which will be inserted at 01002 3 Set up the temperature DAMP TSP and segment time recorded at 01010 01012 4 Set up the SEG INSERT TRIGGER 6 at D1003 5 Wait until it s DONE 1 after reading the data of D1004 gt Delete of Segment
63. heat cool STUP PID GROUP 1 NEXT STUP PID GROUP 1 NEXT gt Lessens the different between setting point SP and the pointing value PV Large proportional band PV Sets proportional band approaches to SP quickly but vibration of MV will affect adversely upon safety of control Small proportional band PV approaches to SP slowly and remaining deviation may occur gt Expanding integral time Control Output MV is lessened Therefore approaching time to setting point SP is lengthened Shortening integral time Control Output MV is increased Therefore time to setting point is i ntergal operation can eliminate remaining derivitation at program operation i f integral time is too short controlling may become impossible gt restraints PV SP changing rate by caculating MV which rises along SP changing rate D PROPORTIONAL BAND DERIVATIVE TIME Sets derivative time t restraints a radical change of PV disturbance and accerates the approach to setting point SP 151 Edition of TEMP880 Eng May 12 2005 Page 71 128 SAMWONTECH 4 OUTPUT LIMIT Sets control output operation HIGH range limit high gt OL LIMIT Sets control output operation range limit low DEAD BAND Parameter to set Dead Band of heat cool run MANUAL Parameter to apply manually RESET integral time of PID if integral time l is 0 at PID c
64. ing D1002 P SEGNO EN up the Segment No when reading or Writing INIT Initializing the contents of D1000 D1004 to 0 READ Reading with the contents which is set up at D1000 amp 2 01002 WRITE Writing with the contents which is set up at 01000 4 3 D1002 EM PI COPY Copying the pattern set up at D1000 to the pattern of D1003 TRIGGER 01001 5 DEL Deleting the pattern which is set up at 01000 INSERT Inserting to the segment which is set up at D1000 amp D1002 SEG DEL Deleting the segment which is set up at 010008 01002 ALL PT Indicating the contents which is set up at D1000 to under the D1300 EN TEMP880 1 DONE Order of 01008 TRIGGER is managed normally 000 Order of D1003 TRIGGER is DONE Order of D1003 TRIGGER is managed normally normally Pi EMPTY EMPTY No contents setup at a pertinent pattern 00 contents set up at a EMPTY No contents setup at a pertinent pattern 00 pattern EE PI RUN TEMP880 PROG RUN condition um PARA ERROR Setting Error of 01000 01003 6 Jer USED a PT USED a pertinent pattern is the condition of PROG RUN pattern is PT USED a pertinent pattern is the condition of PROG RUN condition of PROG RUN D1010 TEMP TSP ES setting Value of Temperature TSP Time Set Point when reading or writing DAMP_TSP EM his Value of DAMP TSP Time Set Point when reading or oEG TIME oet up time of a segment which to Read or W
65. ion stx 01RSD OK 01F4 012C cr If Reception including Check Sum stx O1RSD OK 01F4 012C19 cr If The process of transforming the PV value of received D data to display on screen 1 Transformation to decimal number 01F4 16 number D 500 decimal number 2 Multiply 0 1 to the transformed value 500 0 1 50 0 st Edition of TEMPS880 Eng IM May 12 2005 Page 98 123 SAMWONTECH 4 3 5 RRD Command gt RRD Command is used in case of reading the Random Data D Register gt Format of Transmission The number of Byte gt Response The number of Byte The number of 1 32 dddd Data without a point of decimal number number 0 In case of reading the D Register of 00001 00002 Transmission stx 01RRD 02 0001 0002 cr If Transmission Including Check Sum stx 01RRD 02 0001 0002B2 cr If In case the value of 00001 is 50 0 and the value of 00002 15 30 0 Reception stx 01RRD OK 01F4 012CI If Reception including Check Sum stx 01RRD OK 01F4 012C18lI cr If 151 Edition of TEMP amp 80 Eng May 12 2005 99 123 SAMWONTECH 4 3 6 WSD Command gt WSD Command is used in case or using the series data of D Register gt Format of Reception he number of Byte gt Response he number of Byte The number of 1 32 dddd Data without a point of prime number number D ex In ca
66. l EN DELAY TIME oets delay time of Inner Signal gt SP Present Setting Point gt PV Present pointing value i t has hysteresis of EUS 0 5 TYPE BUTTON Selects Inner Signal kind to use impossible to change when selected to PV gt TSP Target setting point during program control o 2 3 4 5 BAND BUTTON Selects direction of Inner Signal 6 screen Move sets eight inner signals using UP gt Switches screen to two Inner Signal Button DOWN button Units f slope for fix operation is set TSP operates as TSP of program control But if slope is not set TSP operates as SP Operating Direction of Inner Signal 9 RNG LOW RNG HIGH RH C 96 C LOW RNG HIGH RH C 96 4 IS Operating 15 Operating BAND INB BAND OUTB 151 Edition of TEMP880 Eng May 12 2005 66 123 SAMWONTECH Example of Inner Signal Operation NOTE gt Inner Signal Operation According To Setting Point setting Inner Signal Move gt INPUT 0 0 100 0 gt EUS 0 5 0 9 gt OPER MODE PROG gt TYPE PV RANGE LOW 30 0 RANGE HIGH 50 0 DIRECT IN BAND gt DELAY TIME 00 00 INPUT 0 0 100 0 gt EUS 0 5 0 5 OPER MODE PROG PV RANGE LOW 30 0 RANGE HIGH 50 0 DIRECT OUT BAND DELAY TIME 00 00 INPUT 0 0 100 0 OPER MODE PROG
67. led and return as Figure 2 3 151 Edition of TEMPS880 Eng May 72 2005 26 123 SAMWONTECH 2 6 2 PROGRAM RUN SCREEN Figure 2 9 Program Operation Standard Figure 2 10 Program Operation 154 screen heating cooling 151 screen win PROG PROG PINO SGN 001 01 PROCESS 1M PTNO SGNO 001 01 PROCESS TIME 4 08 17 4 08 17 12 18 12 18 0 D Operation Test Displays name of pattern presently gt Refer to 2 10 6 PATTERN NAME Name operation SETTING Temperature gt Refer to 2 10 1 PATTERN EDIT Setting Value SCREEN and enter operation set point temperature Disolays number of pattern an Pattern Segment segment presently operation D 6 Oso ane isplays operation time current presently operation Hold on to the set point of the gt HOLD ON HOLD of the button present temperature or hold it off changes into red color End the present segment and End Button Displays a confirming box to end the program operation Temperature Condition Displays the direction of pattern gt Refer to 2 12 5 DO CONFIG Sign Lamp Hold Button Displays control output point of the present temperature general control Temperature Output Displays control output point of the d heating heating cooling gt Displays when setting cool output
68. m connected to it use the product after having through full knowledge of the manual B The company is not liable for any damages caused by actions that are inconsistent with the manual s instruction or carelessness C For the protection and safety of the product and system connected to it install additional orotection or safety circuit on the outside of the product Interior remodeling or any changes are forbidden D Do not disassemble or remodel It causes electric shocks fire or malfunctioning E When changing the product parts or supplies contact our company s business department F Inflow of moisture may cause malfunctioning G A deep impact on the product may cause damages and malfunctioning of the product Exemption from responsibility CAUTION A The company is not liable for any warranty or obligations that are not specified in quality guarantee qualification of the company 8 The company is not liable for any direct or indirect harm of the user or third person which are caused by unexpected defect or natural disaster Quality guarantee qualification CAUTION A The product is under warranty for one year from purchase For damages occurred under normal circumstances as stated in the manual the product will be repaired without cost B For damages occurred when the warranty is invalid it will be repaired under the company standard at cost C For the following circumstances repair is
69. offered at cost even if damages occurred during Warrant period 1 Breakdown from user s mistake or fault Ex Initialization due to loss of password 2 Breakdown from a natural disaster Ex fire flood and etc 3 Breakdown from moving after install 4 Breakdown from disassembling remodeling or damaging 5 Breakdown from power supply such as unstable electricity 6 And others F Contact the company s business department if any repair is needed Jst Edition of TEMP880 Eng May 12 2005 Page 2 123 SAMWONTECH 1 2 Package checklist gt Check the exterior of the product to make sure the product is not damaged when it is first purchased Also check the following matters 1 2 1 Features of ordered product confirmation gt Confirm the obtained product is identical with what you order How to confirm Confirm feature code of label on the right side of the box or left side of the product case Feature Appendix 1 BOARD 10 POINT basis gt 24 SMPS internally equipped 2 BOARD 10 POINT addition RS232C basis 85485 option TEMP880 gt n the case of generic model the code is TEMP880 10 I O 10POINT RS232C 1 2 2 Contents confirmation gt Confirm the following contents are included 1 01 BOARD 30 Pin Cable 2 BOARD 14 Pin Cable 24V SMPS included RELAY operation included only for 880 20 or 21 Jst Edition of TEMP
70. on Command 4 3 1 Composition of Communication Command gt The basic style of Communication Command which transmits a message to TEMP880 from a superior rank of Communication equipment H Date followed by the rule ADDRESS COMMAND of COMMAND SUM 1 Beginning letter of Communication Command gt lt Indicate the beginning of Communication Command having a code value 0x02 with STX Start of Text which is a letter of Ascii 2 ADDRESS Indicate the ADDRESS which is a number TEMP880 that you intend to communicate with 3 COMMAND COMMAND for Communication refer to 4 3 2 4 3 9 4 Divider Indicate the Divider which separates the Command and Data by comma 5 Data part Indicate the letter line which has a regular form of a letter line followed the Communication Command Rule 8 Check Sum Indicate the inferior rank of 2 byte to D by adding all letters from the letter of after ST X to the letter of before SUM using the Ascii code and Use only when the protocol of TEMP880 is the basic protocol of PCL Check Sum 7 Vertical Section letter Indicate the end of Communication Command LF OxOA by using the Ascii code 151 Edition of TEMP amp 80 Eng May 12 2005 Page 96 123 SAMWONTECH 4 3 2 The Kind of Communication Command Communication Command of TEMP880 has Self Information Command which reads the information of
71. on screen D Operation isplays a confirm box to start b Button operation Temp Output Displays temperature control output General Control gt During operation stop heating standard control is generated Displays heating control H PRESET OUTPUT output Heating Cooling Control gt During operation stop cooling standard control is generated C PRESET OUTPUT Displays cooling control output Heating Cooling Control 151 Edition of TEMPS880 Eng May 12 2005 Page 24 123 SAMWONTECH Figure 2 5 Program Stop 2nd Screen 55 180 00 GRAPH DAMP 100 0 Figure 2 5 is only used for TEMP880 Instruction Additional Explanation gt STP Stops after recording data for 8 days 1 saving period is 60 seconds and for 4days 1 saving period is 40 2 Select graph display state 2 1 Button RPT Continuously record Records recent data for 8 days if saving period is 60 seconds and 4 days if saving period is 30 seconds E gt Display temperature PV pink Graph Display Damp SP Temperature SP display red Damp SP display blue RON ROF 22 Save RON PV Graph Button dias PR Do not save ROF PV Graph save 305 30sec cycle 6 305 605 Button Select graph save cycle Gave GUS T 7 Shifts to back next stage of X Button axis time scal
72. ontrol 151 Edition of TEMP amp 80 Eng May 12 2005 72 1283 SAMWONTECH 2 12 5 DO CONFIG SETTING SCREEN gt Setting relay which displays operation signal through I O relay board Figure 2 62 DO CONFIG Setting 1 Screen Figure 2 63 DO CONFIG Setting 2Screen STUP CONF NEXT STUP CONF NEXT TER eed LIST Figure 2 64 DO CONFIG Setting 3Screen STUP CONF NEXT STUP CONF NEXT OTHER LIST OTHER LIST Instruction Additional Explanation INNER SIGNAL a inner TIME SIGNAL 3 ALARM SIGNAL Sets relay number to display Alarm gt Refer to 2 12 6 Alarm and DI ERROR_ Signal Name Setting seis relay number to denia gt Displays during fix operation run or 4 RUN SIGNAL persion an cane program operation gt Relay is turned on after time you set 151 Edition of TEMP amp 80 Eng May 12 2005 Page 73 123 SAMWONTECH gt FIX RUN can be established and operated up EUS 10 EUS 10 sets relay number to display Up 5 UP SIGNAL Saar gt PROG RUN Relay is turned on for Target Setting Point TSP Setting Temperature Although it can be established up to EUS 10 EUS 10 it can be sets relay number to display D
73. own operated within the sector of 0 Signal EUS 10 6 DOWN SIGNAL c Status lamp and relay of Operation Screen operate together gt During fix operation status lamp is displayed but no relay SOAK SIGNAL pels gt During Program Operation status Signal lamp and relay are turned on for SOAK TIME Setting Time ERROR SIGNAL sets relay number to display signal Relay is turned on for time you set when error 5 when error of 012 018 occurs 6 PATTERN END Sets relay number to output gt Relay is turned on as long as time is Program Operation End signal set when program operation ends SIGNAL 1st REF Sets relay number to output signal 4 M es 7 SIGNAL for the 1 cooler operation 9 displayed 2nd REF Sets relay number to output signal gt bb SIGNAL for the 2nd cooler operation yt 9 displayed Case where relay numbers are overlapped If any signal is displayed relay operates OR condition 151 Edition of TEMP amp 80 Eng May 12 2005 Page 74 123 SAMWONTECH UP SOAK DOWN SIGNAL NOTE gt INPUT 1 RANGE 50 00 150 00 gt UP DOWN SIGANL RANGE gt EUS 0 EUS 1096 0 00 20 00 UP SOAK DOWN RELAY MOTION According to Setting Point DOWN SOAK gt OPER MODE gt PROG RUN gt TEMP UP gt 2 gt TEMP DOWN g
74. r Case 9 M m On Ho HI E EE TL Contact Input DI CAUTION gt You must earth on the electric wiring of the power source part gt Power source should be supplied to the inner part of TEMP880 through the power cutoff gt Use the power cutoff after it is earthed evenly Ist Edition of TEMP880 Eng May 12 2005 Page 8 123 SAMWONTECH 1 4 WIRING Caution CAUTION gt Using a tester make sure all power sources are turned off and wiring cable is not active gt Do not touch the terminal when the wire is active due to potential electric shocks gt Wire after the main power source is turned off 1 4 1 HOW TO WIRE 1 4 1 1 Recommended Power Cable Feature gt Vinyl Insulated Wire KSC 3304 0 9 2 0 1 4 1 2 Recommended Terminal Feature gt Use compression terminal which is suitable for M3 5 SCREW and adhered to insulated sleeve as the figure below Above Above3 0mm Less than 5 8mm Lees than 5 8mm 1 4 1 3 Solution for Noise Cause of noise A Relay and contact B Solenoid Coil Solenoid Valve C Power source line D Induced load E Inverter F Commutator of motor G Phase angle control SCR H Wireless communicator 1 Welding machine J High voltage lighter Solution for noise Pay attention to the following matters to avoid the source of noise when you wire A Wire inp
75. r to 2 7 MOTION SETTING supplementary output established on patter Displays PID group number applied gt Refer to 2 12 4 PID SETTING for the present operation C 757 Edition of TEMP amp 80 Eng May 2005 32 123 SAMWONTECH 2 7 OPERATION SETTING SCREEN gt This is a screen for additional set for additional function or fix operation Figure 2 26 Operation Setting 1 Screen Figure 2 2 Operation Setting 2 Screen MAIN FUNCTION NEXT MAIN FIA OPERATION NEXT OPER MODE OPER HOUR POWER MODE OPER MIN FUZZY SELECT TIME MODE KEY sure E 251 gt PROG 2 6 1 PROGRAM STOP Motion Mode Selects operation mode gt FIX 2 6 3 FIX RUN STOP c Cannot switch during operation gt Recovering from outage aoe PROG FIX PROG FIX Po STOP RUN RUN failure Selects operation mode for recovering from outage PROG FIX PROG FIX gt Recognizes outage which lasts 2 longer than three seconds COLD PROG FIX FIX gt if recovers from outage within STOP RUN three seconds automatically Buin ton restored as HOT state STOP RUN before outage 8 FUzzv Settin oettles control during the y 9 occurrence of disturbance ocking ices Only moving screen and canceling k
76. rite CODE SP starting condition when beginning the Program oet up the START SP in case of STC SSP ooP VALUE st Edition of TEMP880 Eng May 2005 Page 109 123 SAMWONTECH 4 4 4 2 Reading a Program Pattern gt The following order should be performed to read the program pattern which is set up at TEMP880 1 Set up the Pattern No of Program at 01000 2 Set up the No of Segment at D1002 3 Set up the READ TRIGGER 2 at 01003 4 Wait until it s DONE 17 after reading the data of 01004 5 Read the Temperature DAMP TSP and segment time recorded at D1010 D1012 The above Work from 1 5 is reading a segment among those which are set up at Program Pattern Repeat the work from 1 5 by changing the No of segment to read and bring several segment If the 01002 2 is set up at 0 then the contents of D1603 01618 are brought up 4 4 4 3 Writing the Program Pattern gt Ihe following order should be done to write program pattern at TEMP880 1 Set up the program pattern at D1000 2 Set up the segment number at D1002 3 Set up the temperature DAMP TSP and segment time recorded at D1010 D1012 4 Set up the WRITE TRIGGER 3 at 01003 5 Wait until it s DONE 1 after reading the data of D1004 The above work from 1 5 is to use one segment at program pattern To use several segments at TEMP880 then change then No of segment and repeat t
77. rn off TEMP880 mainframe power and external power supply when wiring the external contact point input due to danger of electric shocks gt Use voltage free contact point relay contact point for external contact point gt For turned of terminal voltage about 5V and turned on present about 1mA use voltage free contact point that has enough switch ability gt Use open collector which has under 2V and 100UA present when turned on RELAY Contact Point Input TRANSISTOR Contact Point Input 1 01 BOARD 1 01 BOARD 757 Edition of TEMP amp 80 Eng IM May 12 2005 Page 15 123 SAMWONTECH 1 4 2 9 Use of Supporting Relay Caution CAUTION When resistance load exceeds relay feature of the product use supporting relay to turn on off load gt When using inductance load as supporting relay or solenoide valve use surge suppressor sparks removal as circuit and insert CR filter when using AC or diode when using DC parallel to prevent relay breakdown Recommended CR FILTER Sungho Electronics BSE104R120 25V 0 101209 PARTS CO HN2bEAC MEER CR UNIT 953 955 etc 5 SKV SKVB etc CR CFS CR U etc DC RELAY EXTERNAL DC POWER CAUTION ieee nini t to RELAY COIL Use RELAY COIL that is below ground CAUTION Connection capacity of controller AC RELAY EXTERNAL ALTERNATING POWER v CAUTION RELAY 4 CR F
78. rogram Starting point of 5 HUI operation m MM HEAD AE 1 0 A SSP 1 2 segment 3 Time Preferred Program Operation STC T PV gt When program operation starts Setting Point SP starts from the present pointing value regardless of slope or Starting Setting Point SSP and progresses till Setting Point 1 SP1 for set time Program Starting point of operation Present Pointing L uw A _ Log 2 9 4 segment 151 Edition of TEMPS880 Eng May 72 2005 Page 44 123 SAMWONTECH 2 10 2 REPEAT SETTING SCREEN Figure 2 41 Repeat Setting Screen mers Om PROG PTO 9 Lem eer unc em E934 RPT E MOD 5 2 x 0 0 Sets pattern number that you wish Changes as pattern number of P Numb Number of Inouts number of pattern repeatin B 9 Enter 0 for repeating infinitely Pattern Repeat operation time Pattern Name Displays set pattern name gt Refer to 2 10 6 Pattern Name Setting Connection sets the consecutive patterns Pattern when pattern operation gt End PT END gt Hold Hold at the last segment sp gt Fix Mode Runs as fix mode after pattern ends gt Connection Operates as it is set under link pattern after pattern ends sets PRIME which starts part PRIME Operation gt Start Segmen
79. se of using the data for the temperature amp supplementation 00103 when driving FIX Set up the Temperature SP 50 0 Removal the point of decimal number 500 D number 0 01 4 Set up the Supplementation 80 0 96 Removal the point of decimal number 800 move to D number 0x0320 Transmission stx 01WSD 02 0102 01F4 0320I cr If Transmission including Check Sum stx 01WS0D 02 0102 01F4 0320CA cr If 751 Edition of TEMP880 Eng IM May 2005 Page 100 123 SAMWONTECH 4 3 7 WRD Command gt WRD Command is used for using the Random data of D Register gt Format of Transmission he number of Byte gt Response The number of Byte The number 1 32 Data without a point of decimal number of D In case of using the temperature 00102 while driving the FIX and date at TEMP SLOPE DO106 Set up the temperature SP 50 0 Removal the point of decimal number 500 move to D number 0x01F4 Set up the TEMP SLOPE 0 5 Removal the point of decimal number 5 move to D number 0x0005 pedi stx 01 WRD 02 0102 01F4 0106 0005 cr If Transmission including Check Sum stx 01WRD 02 0102 01F4 0106 0005B6 cr If st Edition of TEMP880 Eng IM May 2005 Page 101 128 SAMWONTECH 4 3 8 STD Command gt STD Command is used for registering preferable D Register to TEMP880 in ad
80. segment ne Segment n Segment n 1 Segment n 2 2 When pointing value PV is not entered into wait use temperature range ARIT ZONE withing wait time WAIT TIME SP WAIT See eee eee eee eee eee eee eee eee eee eee eee eee ee eee eee eee eee dle eis o RES T QUIM Ri e VR NNUS Ce aT re PIT STEP PERITI ER SNE DE relate WAIT USE Time etannanal _ Proceed WAIT CANCEL with segment n 1 Segment n 1 Segment n 2 151 Edition of TEMP amp 80 Eng May 12 2005 52 123 SAMWONTECH 2 10 6 PATTERN NAME SETTING SCREEN Figure 2 46 Pattern Name Setting Screen PATTERN SET PATTERN MAME i dd oets name for pattern gt You can enter maximum of 10 letters ocreen Shifting Sets 120 pattern names using UP Button DOWN button gt Switch screens pattern unit of five 2 10 6 1 HOW TO SET PATTERN NAME gt Setting method to enter pattern name TEST 8593W in Pattern 3 Figure 2 47 Before Setting Pattern Name Figure 2 48 Pattern Name Setting Input Key PATTERN SET PATTERN MAME SET PATTERN MAME PATTE
81. t End Segment End Semet oets segment which ends part repeat operation Number of oets how many times to run part oegment Repeat repeat operation Decides operation mode when Pattern End st Edition of TEMP amp 80 Eng IM May 72 2005 Page 45 123 SAMWONTECH 2 10 2 1 PATTERN REPEAT SETTING Pattern Repeat Setting Point Pattern Processing Order 001 TITLE PROG gt Repeat Pattern twice as it is set Execute pattern 3 connecting pattern P LINK PTN Pattern 1 gt Repeat Patterns five times as is set Execute pattern 2 connecting pattern 2 3 Pattern3 Pattern3 Pattern Patterns gt Repeat Pattern2 once as it 15 set Pattern ends since there is no connecting pattern 3 Pattern 2 Pattern Ends 2 10 2 2 SEGMENT PROCESSING ORDER ACCORING TO PART REPEAT SEGMENT REPEAT SETTING gt Segment processing order is shown as below when 1Segment to 8Segment 01 gt 02 gt 03 gt 04 gt 05 06 07 gt 08 are set 01 gt 02 gt 03 gt 04 gt 02 gt 03 gt 04 gt 03 gt 04 gt 05 gt 03 gt 04 gt 05 gt 06 gt 07 7 gt 08 i m gt O39 gt 03 gt 04 gt 05 gt 02 gt 03 gt 04 ai Uae 00 9 7900 gt 525 Ub 08 109 06 007 05 gt gt
82. t 0 2 C gt OPER MODE FIX RUN gt TEMP UP gt 02 gt 2 MIN gt DOWN 02 For SOAK signal During fix operation only status lamp for operation screen is turned on during fix operation no relay is turned on 50 0 49 8 30 2 30 0 RELAY OUT TEMP DOWN RELAY OUT TEMP UP RELAY OUT TEMP SOAK LAMP OUT TEMP DOWN RELAY OUT UP Setting SOAK SettingAl 7 Nur setting DOWN Setting 1 M ON ON Ist Edition of TEMP amp 80 Eng IM May 12 2005 75 123 SAMWONTECH 2 12 6 ALARM AND DI ERROR NAME SETTING 2 12 6 1 ALARM SETTING Figure 2 66 Alarm Setting Screen STUP AL ARM SET NEXT 4 MN 5 POINT HYS SELECT Selects a kind Refer to PAGE7 Error Operation for error Wait Alarm Types Direction Operatio n Display AH F AL F DH F Lower limit of PV Upper limit of deviation DL F Lower limit of deviation DH R Upper limit of deviation Out of the range of DO F upper and lower limit of Reverse Nothing deviation DI F a SPPE Reverse Nothing and lower limit deviation Selects a kind Upper limit of PV AH FS Upper limit of PV AL FS Lower limit of PV DH FS Upper limit of deviation
83. the temperature gt S PV Actual SensorTemperature B PV Temperature after the revision RL Below inout RH Above input gt Pn P Standard Temperature Pn D Revision Temperature POINT n DPV P n P POINT n DDV Pn D n 1 2 3 4 5 6 7 8 P1 D 22 1 Pus sgi 7 wA P3 P 6 P8 P RH gt B PV at RL POINTI S PV P1 D gt B PV at POINTI POINT2 P2 D P1 D S PV S PV PI P P1 D Pie gt B PV at P8 D P7 D S PV S PV P7 P P7 D P8 P P7 P gt B PV at POINT8 RH S PV P8 D st Edition of TEMPS880 Eng May 12 2005 Page 60 128 SAMWONTECH 2 12 2 CONTROL OUTPUT AND TRANSMISSION SETTING SCREEN 2 12 2 1 CONTROL OUTPUT SETTING Figure 2 55 Temperature heat Control Output Setting STUP HEAT OUTPUT SET NEXT Figure 2 56 Cooling Control Output Setting STUP COOL OUTPUT SET NEXT HEAT OUTPUT 44 COOL OUTPUT COOL CYCLE HEAT AT GAIN es Pee 2 3 coo AT GAIN H PRESET OUT eo our DIRECTION ERRNO lt ams gt COOL OUTPUT heat cool control OUTPUT sets a kind of control output NONE general control display 0 0 for cool output
84. unting is severe 2 AT GAIN gt 1 0 Overshoot 15 lessened but response time 15 slow Gain lt 1 0 Gain 1 0 Gain gt 1 0 151 Edition of TEMP amp 80 Eng May 12 2005 638 123 SAMWONTECH AN Anti Reset Wind Up NOTE gt One of methods to control during disturbance gt Doesnt operate when PID Setting Point is gt Control at PID control P Proportional value I Integral value D Differential value Disturbance Occurrence Disturbance Cancellation When disturbance occurs Control Output MV rises to fit with setting point SP and pointing value PV drops If such disturbance sustains for a long time it takes long time for disturbance to be cancelled due to accumulation of intgral value Overshoot is large as Figure above and it takes time for pointing value PV to be stablized when there is no possibility of the prevention of Anti Reset Disturbance Occurrence Disturbance Cancellation From the point where pointing value PV enters into P BAND overshoot is small and PV is stablized fast because accumulation of the integral value is solved gt Example of how to set P BAND Sensor Input 0 0 100 0 C Current Operation PID No 1 P of group 10 0 ARW 20096 PBAND 20096 of P 20 096 P 2 20 0 C total input 0 2 MV starts changing from PV SP P BAND point Ex Setting Point SP Control Output MV starts changing from 50 0 if
85. up to the number of 99 gt TEMP880 uses the following parameter during the communication PCLO Basic Protocol PCL1 Basic Protocol Check Sum PROTOCOL MODA MODBUS ASCII Communication Speed BPS 2400 ee STOP BIT E bit DATA LENGTH Communication related parameter basic value when forwarding from factory e PROTOCOL PCL1 PC LINK Check Sum e BPS 9600 bps PARITY NONE STOP BIT DATA LENGTH 8 8 bits ADDRESS RESPONSE 0 dealing time 10 msec 757 Edition of TEMP amp 80 Eng IM May 12 2005 Page 94 123 SAMWONTECH 4 2 Communication Wiring Wiring between the 880 and superior rank of communication equipment is different by the option RS232C RS485 of TEMP880 and the contents are as below 4 2 1 Connecting the TEMP880 9 Pin connector of RS232C Communication Master Station TEMP880 D Sub 9Pin Female 4 2 2 Connecting the terminal plate of TEMP880 of RS485 Communication Master Station TEMP880 TEMP880 Bae Q RIX Vertical SHIELD Terminal Terminal Class 3 Ground Class 3 Ground MULTIDROP is possible to the number of 99 in case of SLAVE TEMP880 is Make sure to connect the vertical section resistance 2002 1 4W in case of the TEMP880 or MASTER PC PLC etc 757 Edition of TEMP amp 80 Eng IM May 12 2005 95 123 SAMWONTECH 4 3 Communicati
86. ut circuit with space from the power and ground connection circuit B Use shield wire for noise from power cut induction Please connect shield wire to a grounding connection terminal according to needs while avoiding 2 type grounding C Please lay wires after twisting the input wire with a narrow interval according to electronic inducement D Refer the use of 1 4 2 9 supplementary RELAY as you need Ist Edition of TEMP880 Eng May 12 2005 Page 9 123 SAMWONTECH 1 4 2 TERMINAL WIRING DIAGRAM 1 4 2 1 TEMP880 Mainframe Terminal 1 01 LINK Add UDC Option TEMP880 10 UDC Add UDC Option TEMP880 11 UDC OPTION2 TEMPS80 20 R92320 HI O2 TEMRSSO ANR Ol O2 2 LINK I 02 LINK Add UDC Option TEMP880 20 UDC Add UDC Option TEMP880 21 UDC st Edition of TEMP880 Eng May 12 2005 Page 10 123 SAMWONTECH 1 4 2 2 1 01 RELAY BOARD Terminal NC RLY7_NO COM4 RLY8 RLY8 NO RLY9 NC RLY9 5 RLY10 NC RLY10 NO 7 External EL c CM FIVE ar connecting switch m It operates by being connected to AND Wi 60 29 2 0 ug i ss o OMe 23252 s uo 0 fouet 27 trs 40 2664 7 eR QE NO t t 194
87. vance Format of Transmission gt Response The number of 1 32 ex In case of registering the Temperature of PV D0001 SP D0002 Supplementation SP D0003 Transmission stx 01STD 04 0001 0002 0003 cr If Transmission including Check Sum stx 018T0 04 0001 0002 0003A6 If st Edition of TEMP880 Eng IM May 2005 Page 102 123 SAMWONTECH 4 3 9 CLD Command gt CLD Command is used for reading bring D Register which is already registered at TEMP880 by STD Command gt Format of Transmission The number of Byte Contents gt Response The number of Byte 2 Contents Addr CLD 02 e Q Q c T Q Q Q Q The number 1 82 dddd Data without a point of decimal number D st Edition of TEMP880 Eng IM May 2005 Page 103 123 SAMWONTECH 4 4 Explanation of D REGISTER gt D Register is a group of gathering all the data which is provided to check all the condition of 88 D Register is grouped by each 100 unit basically depending on the contents and the contents are as below 00001 00099 PROCESS Indication of a basic driving related of information DO100 D0199 FUNCTION Set up the driving related Information up the Set up the driving related Information related information 00200 00299 RESERVATION set up the time and reservation 4 functions 00400 00499 ALARM TS set up the Alarming and
88. x Stop Reserved operation SP 150 00 START AY SM 18D 12H gt Refer to 2 MOTION SETTING gt Disappears if press anywhere on screen Blinks when operation is ended after set time 15 passed Figure 2 20 Fix Stop 2 screen TEMP 28 188 88 GRAPH DAMP 160 06 MAINI NEST x Figure 2 20 is used only for 880 st Edition of TEMPS880 Eng IM May 72 2005 Page 30 123 SAMWONTECH 2 6 4 FIX RUN SCREEN Figure 2 21 Fix 1screen general Figure2 22 Fix Run 15 heating cooling 12 4 03 17 12 12 12 18 Turn on the auto tuning or turn it gt TUNING of the button changes into 1 Tuning off at the present temperature set red color for auto tuning Ist Edition of TEMP amp 80 Eng IM May 12 2005 31 123 SAMWONTECH Figure 2 23 Fix 2 screen Figure 2 24 Fix Run 3 screen WAIN FIX MAIN Fix 150 00 E 190 00 RUNN 3 Si EE EZ RUNN PROCESS TIME ___ PROCESS 12 34 ETIET ES 12 H34 M 4 08 17 4 08 17 12 12 DN CN TUNING PID group number at operation Next Button shifts to Figure 2 25 gt Used only for TEMP880 When establishing Displays supplementary output to DISP Auxiliary Output establish and indicate gt Refe
89. you wish to occur different kinds of signal and patterns Simple Program EXAMPLE as below SAMWONTECH gt O OS o 92 o cC GOS cu meom le gt 2 OD ace os aL aL aL os os os aL os 52 a o o go o Oso gt e 09 pu Done 20 LO e TE uer 5 5 CO CO 11 1 7 02 E jo e mE pie wy e UM a A Zar nnm 2 3 wet 3 d 4 i eO e 6 EX ME MEE EP LEO ME NE Dez n by T Ci 1 posue ace

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