Samwon Tech TEMI850 Instruction Manual Download Page 57

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SAMWONTECH

4th Edition of TEMI880 IM : Jan. 29. 2007 Page 55 / 119

▶  This is a range input correction into dry temperature.
▶  Wet temperature and humidity have The same range input correction.
▶  S.PV = Sensor Temperature, B.PV = The temperature after correction,    RL = Range Low,

RH = Range High

▶ POINTn.DPV = Basic Temperature, POINTn.DDV = Correction Temperature
( n = 1, 2, 3, 4 )

▶ B.PV of the RL ~ POINT1 range.

= S.PV + POINT1.DDV

▶ B.PV of the POINT1 ~ POINT2 range.

= S.PV + ( S.PV – POINT1.DPV ) X + POINT1.DDV

▶ B.PV of the POINT2 ~ POINT3 range.

= S.PV + ( S.PV – POINT2.DPV ) X + POINT2.DDV

▶ B.PV of the POINT3 ~ POINT4 range.

= S.PV + ( S.PV – POINT3.DPV ) X + POINT3.DDV

▶ B.PV of the POINT4 ~ RH range.

= S.PV + POINT4.DDV

Sensor BIAS Setting

POINT1.DPV

POINT2.DPV

POINT3.DPV POINT4.DPV

POINT1.DDV

POINT2.DDV

POINT3.DDV

POINT4.DDV

S.PV

B.PV

( POINT2.DDV – POINT1.DDV )

( POINT2.DPV – POINT1.DPV )

( POINT3.DPV – POINT2.DPV )

( POINT4.DPV – POINT3.DPV )

( POINT3.DDV – POINT2.DDV )

( POINT4.DDV – POINT3.DDV )

Summary of Contents for TEMI850

Page 1: ...INSTRUCTION MANUAL TEMPERATURE HUMIDITY PROGRAMMABLE CONTROLLER TEMI880 Color type TEMI850 Mono type...

Page 2: ...t File Screen 42 2 10 4 Time Signal Setting Screen 43 2 10 5 Wait Operation Setting Screen 45 2 10 6 Pattern Name Setting Screen 47 2 11 Display Setting Screen 48 2 12 System Setting Screen 49 2 12 1...

Page 3: ...lemental explanation Draws attention to information essential for understanding the operations and features 4 See also Give the reference locations for further information on the topic Regarding This...

Page 4: ...t these mentioned in the Warranty 2 In cases where the use of this product results in damage or loss to the user or a third party we will not be responsible for any incidental or consequential damage...

Page 5: ...apparent physical damage Check point Model number which is located right side of controller and left side of box Model Option Code UDC Description 1 Standard I O BOARD 10 POINT Include 24V SMPS 2 Addi...

Page 6: ...s and we strongly recommend replace it if the lifetime is finished FUSE SR 5 630mA 250VAC Semi permanent BACKLIGHT 10 000 15 000 hours RELAY JQ1P DC24V Around ON OFF 300 000 times BATTERY ER3VT 3 6V 1...

Page 7: ...mable materials directly Caution 1 There is little influence for electromagnetic fields and noise 2 No moisture can get into the system 3 Ambient temperature and humidity 10 50 20 90 RH At non freezin...

Page 8: ...SAMWONTECH 4th Edition of TEMI880 IM Jan 29 2007 Page 6 119 1 3 3 External and Panel Cutout Dimensions 1 3 4 PANEL CUTTING 1 Normal Adhesion 2 Close Adhesion...

Page 9: ...L CUTTING 2 Insert the unit from its back terminal board side 3 Attach the left and right brackets to the unit to fix the unit to the mounting panel use screwdriver Do not tighten the mounting screw e...

Page 10: ...e when install power injection Make sure wiring of ground power source with circuit breaker in the Temp Humi chamber Make sure wiring of ground with controller circuit breaker in Temp Humi chamber N2...

Page 11: ...ing sleeve for M3 5 screws as shown in the following Figure 1 4 1 3 Noise rejections Reason making noise 1 Relay and relay contact point 2 Solenoid coil solenoid valve 3 Power source line 4 Inductive...

Page 12: ...C I O1 OPTION1 TEMI880 11 RS485 I O1 Additional UDC Option TEMI880 10 UDC Additional UDC Option TEMI880 11 UDC OPTION2 TEMI880 20 RS232C I O1 I O2 OPTION3 TEMI880 21 RS485 I O1 1 O2 Additional UDC Opt...

Page 13: ...ated with RLY 10 on the AND condition P10 AOUT1 AOUT1 Temp control output AOUT2 AOUT2 Humi control output RET1 RET1 Temp transmission output RET2 RET2 Humi transmission output RLY6 COM3 RLY5 RLY4 COM2...

Page 14: ...4 2 5 Analog Input Before starting analog input wiring be sure to turn off the system or else you will get an electrical shock When connection do not mix up the input polarity Connecting with the wron...

Page 15: ...e Ground the shield at one point Temp Control Output Wiring SSR 4 20mA Humi Control Output Wiring SSR 4 20mA SSR 12V DC min 600 min SCR 4 20mA DC min 600 max SSR 12V DC min 600 min SCR 4 20mA DC min 6...

Page 16: ...C 5A Less 250V AC 5A Less NC Normal Close 30V DC 1A Less 250V AC 2A Less NO Normal Open 30V DC 5A Less 250V AC 5A Less NC Normal Close 30V DC 1A Less 250V AC 2A Less 30V DC 5A Less 250V AC 5A Less 30V...

Page 17: ...no voltage contact including relay contact that can operate appropriately under the terminal voltage for a close contact approximate 5V and the current for a opened contact approximate 1mA When using...

Page 18: ...AC or DIODE DC by SURGE SUPPRESSOR of avoiding sparks Recommend CR FILTER Sung Ho Electronics BSE104R120 25V 0 1 120 HANA PARTS CO HN2EAC Songmi Electric Co Ltd CR UNIT 953 955 etc Jiwol Electric Co L...

Page 19: ...0 can accommodate up to 99 units in a MULTIDROP connection Be sure to connect a terminating resistance 220 1 4W to the units at the both 1 4 2 10 2 RS232C Wiring Connector Wiring with 9 Pin CAUTION Ma...

Page 20: ...sed general execution or selection 3 Page Up Down button It is used page conversion on the same screen 4 Setting value select button It is used setting value selection 5 Setting value input button Con...

Page 21: ...value after KEY LOCK convert OFF For more information See 2 7 Operation Setting Screen 2 1 3 Input error User can check a number of buzzer times 1 time Succeed set the data 3 times Failed set the dat...

Page 22: ...r the Pattern Name input key See 2 10 6 Pattern Name Setting Screen 2 2 1 Function of setting value input key 1 Parameter 2 Valid data range 3 LIMIT ERR display when user input invalid setting value 4...

Page 23: ...CH 4th Edition of TEMI880 IM Jan 29 2007 Page 21 119 2 3 Block diagram of the basic processing FIX STOP PROG STOP SETUP PASSWORD SYSTEM SETUP DI TROUBLE SCREEN PROGRAM SET Main Screen Initial Screen P...

Page 24: ...6 1 Program Stop Screen automatically Figure 2 1 Initial Screen No Contents Description Additional Description 1 Version Display present version information V1R0 VERSION 1 REVISION 0 2 Company Displa...

Page 25: ...IX setting screen See 2 7 Operation Setting Screen 3 Set Reserve Transfer reserve setting screen See 2 8 Reserve Setting Screen 4 Display Graph Transfer graph setting screen See 2 9 Graph Setting Scre...

Page 26: ...programmed segment count of the present pattern Program pattern input at 2 10 1 Edit Pattern Screen 6 Time Button Display present time Time button is pushed turn off LCD screen Even if turn off the l...

Page 27: ...n Program Start Clicked NO button Transfer at Figure 2 3 2 Pattern End Blinking at the end of setting program if user touch any point PT END disappear If Pattern End message is disappeared Relay statu...

Page 28: ...lay present Temp SP Set Point 4 Humi SP Value Display present Humi SP Set Point 5 Pattern Segment Display pattern and segment number 6 Running Time Display total running time 7 Hold Button Hold on or...

Page 29: ...rn Repeat Display pattern repeat status repeated count total repeat count 4 Segment Repeat Display segment repeat status repeated count total repeat count See 2 10 2 Repeat Setting Screen 5 Remain Tim...

Page 30: ...data storage is stopped RPT In case sampling time is 60 seconds data display 8 days recently and data storage is repeatedly 3 MCLR Button Delete graph display data 4 Select Graph Select Temp SP PV or...

Page 31: ...Stop Time End Figure 2 13 Fix Stop Reserved No Contents Description Additional Description 1 Temp SP Value Display present Temp SP Set Point 2 Humi SP Value Display present Humi SP Set Point See 2 2...

Page 32: ...ption Additional Description 1 Temp Tuning Temp side Auto Tuning On Off T AT button s color transferred to red at Auto Tuning of the Temp side 2 Humi Tuning Humi side Auto Tuning On Off H AT button s...

Page 33: ...STOP Run from first segment FIX RUN 2 Power Mode Setup when re start after power off Recognize to power off if it is more than 3 seconds If re start before 3 seconds It will run to Hot mode Automatica...

Page 34: ...2 MV is calculated the value SP of calculation suppressing overshoot PV change depends on Fuzzy Operation Fuzzy Off Fuzzy On A case where TSP is changed SP value is changed gradually from present PV t...

Page 35: ...n about time and reserved operation setting Figure 2 18 Reserve Setting Screen No Contents Description Additional Description 1 Current Time Set and display present date time 2 Reserve Time Set and di...

Page 36: ...ton Move UDC Setting page At a using UDC option 2 Pattern No Set pattern number 3 Select Graph Select Temp SP or Humi SP graph Temp SP Display red Humi SP Display black Push time button change time sc...

Page 37: ...file PTN Select parameter about the pattern setting repeat setting and pattern name setting PARA Select all parameter except the selected parameter in the PTN and communication setting parameter ALL S...

Page 38: ...screen See 2 10 1 Edit Pattern Screen 2 Set Repeat Move repeat setting screen See 2 10 2 Repeat Setting Screen 3 Edit File Move edit file screen See 2 10 3 Edit File Screen 4 Time Signal Move time si...

Page 39: ...e 1 hour 1 00 5 Segment No A case where insert or delete segment Clicked this button Segment color is displayed red at the button clicked In this case you can segment insert or delete 6 Time Signal Se...

Page 40: ...Delete Method of the Segment Example Delete segment Figure 2 25 Before Delete Segment Figure 2 26 After Delete Segment 1 Clicked dot rectangle areas of Figure 2 25 02 character color is changed red 2...

Page 41: ...Display Figure 2 28 Time Signal Setting Key 2 The order of the time signal setting 2 3 4 7 5 4 8 6 4 9 A kind of the input time signal See 2 10 4 Time Signal Setting Screen 2 10 1 5 File Information...

Page 42: ...nk Pattern When the finish the running pattern set the next pattern number continually 4 Pattern Name Display pattern name See 2 10 6 Pattern Name Setting Screen 5 Start Segment Set the start segment...

Page 43: ...2 1 01 02 03 04 05 06 07 08 2 01 02 03 04 05 06 07 08 3 01 02 03 04 05 06 07 08 4 01 02 03 04 05 06 07 08 Example 3 1 01 02 03 04 05 06 07 08 2 01 02 03 04 05 06 07 08 3 01 02 03 04 05 06 07 08 4 01 0...

Page 44: ...ern Copy Button Pattern copy You can not copy if source pattern is empty 5 Pattern Delete Button Pattern delete 6 All Delete Button All pattern delete You never restore after confirm so please check c...

Page 45: ...Figure 2 33 TS Setting Second Screen No Contents Description Additional Description 1 On Time Set wait time for the time signal output 2 Off Time Set running time for the time signal output See Figure...

Page 46: ...next segment 2 ON TIME 00 00 Time Signal NO 05 3 ON TIME 00 00 Time Signal NO 06 N SEG TIME ON TIME OFF TIME 4 ON TIME 00 00 Time Signal NO 07 Time Signal Operation N 1 SEG TIME N SEG TIME N 1 SEG TIM...

Page 47: ...nts Description Additional Description 1 Wait Mode Set On Off for using Wait 2 Temp Zone Set a Temp zone 3 Humi Zone Set a Humi zone OR Condition Temp or Humi PV does not reach the wait area before Wa...

Page 48: ...not enter WZ Wait Zone within Wait Time The relation of the wait operation and wait time WAIT TIME SP WAIT ZONE WAIT ZONE PV segment n segment n 1 segment n 2 wait operation time stop The point of th...

Page 49: ...ove pattern page 1 Page Display 5 pattern name 2 10 6 1 The Method of the Pattern Name Setting The example of the pattern name setting TEST 8593W Figure 2 36 Before Pattern Name Setting Figure 2 37 Pa...

Page 50: ...display setting Figure 2 38 Display Setting Screen No Contents Description Additional Description 1 Tuning Key Display or hide AT button Display or hide T AT H AT button of the Figure 2 14 2 Bright I...

Page 51: ...screen See 2 12 2 Control Output and Transmission Setting Screen 3 ON OFF IS SET Move ON OFF signal and IS signal setting screen See 2 12 3 ON OFF Signal and Inner Signal Setting Screen 4 PID GROUP M...

Page 52: ...p Input Setting DCV No Contents Description Additional Description 1 SENSOR TYPE Select sensor type 2 TEMP RANGE Set temperature range PT_1 90 00 200 00 PT_2 100 0 300 0 DCV 1 000 2 000 V 3 TEMP BIAS...

Page 53: ...l Description 1 SENSOR TYPE Select sensor type 2 HUMI RANGE Set humidity range PT 10 0 110 0 DCV 1 000 5 000 V 3 HUMI BIAS Set humidity bias 4 DISPLAY FILTER Set for decreasing when PV is unstable due...

Page 54: ...DCV 1 000 5 000 V 3 HUMIDITY PV Display humidity PV 4 WET ADJUST Set wet temperature bias 5 DRY LIMIT Set limit of the dry temperature 6 ADJUST BUTTON wet temperature dry temperature 1 2 4 It is use...

Page 55: ...of the EU and EUS RANGE CENTER POINT EUS 100 100 RL RH RH RL 2 RL EUS 100 100 RH RL RL RH RL EUS 100 100 0 RH RL RH RL 2 EUS 100 100 RH RL RH RL 0 INPUT TEMP PT_1 RANGE 50 0 RL 150 0 RH RANGE CENTER...

Page 56: ...nce value 2 DRY TEMP REFERENCE POINT Set dry temperature difference point 3 WET TEMP DIFFERENCE VALUE Set wet temperature difference value 4 WET TEMP REFERENCE POINT Set wet temperature difference poi...

Page 57: ...2 3 4 B PV of the RL POINT1 range S PV POINT1 DDV B PV of the POINT1 POINT2 range S PV S PV POINT1 DPV X POINT1 DDV B PV of the POINT2 POINT3 range S PV S PV POINT2 DPV X POINT2 DDV B PV of the POINT...

Page 58: ...ut Setting No Contents Description Additional Description 1 OUTPUT TYPE Set control output type 2 DIRECTION Select of PID direction Forward Reverse 3 CYCLE TIME Set output cycle It is only for SSR Sol...

Page 59: ...rom ON to OFF Cycle time 10 seconds Control output 30 Control output 50 Control output 70 User uses AT GAIN for change of the control character AT GAIN controls that following control object and chara...

Page 60: ...d for the control at the external shock Not running I 0 chamber ANTI RESET WIND UP External Shock Open Door SP PV MV TIME control output MV MV P I D Elimination External Shock Not use ARW Function Use...

Page 61: ...on type is MV 3 HUMI RET Select type of the humidity transmission 4 HUMI RET RANGE Set range of the humidity transmission Not display if humidity transmission type is MV Transmission output is 4 20mA...

Page 62: ...N OFF Signal Setting Screen No Contents Description Additional Description 1 NEXT BUTTON Move next page See 2 12 3 2 Inner Signal 2 LOW SP Set low SP on ON OFF 3 MIDDLE SP Set middle SP on ON OFF 4 HI...

Page 63: ...DDLE SP HSP HIGH SP NPV NOW PV NSP NOW SP LD LOW DIFFERENCE HD HIGH DIFFERENCE T ON OFF SIGNAL ON OFF Signal Action Setting ON OFF Signal Action 1 NPV LSP ALWAYS OFF 2 LSP NPV MSP NPV NSP LD ON NPV NS...

Page 64: ...l See output time of the 1REF 2REF of 2 12 5 DO CONFIG Setting Screen 5 ITEM BUTTON Select item of the inner signal 6 TYPE BUTTON Select type of the inner signal SP Present setting value PV Present in...

Page 65: ...BAND DELAY TIME 00 00 INPUT 0 0 100 0 OPER MODE PROG ITEM HUMI TYPE SP RANGE LOW 30 0 RANGE HIGH 50 0 DIRECT IN BAND DELAY TIME 00 10 INPUT 0 0 100 0 OPER MODE PROG ITEM HUMI TYPE TSP RANGE LOW 30 0...

Page 66: ...3 TEMP REFER_ POINT3 TEMP RH TEMP RL X 2 3 4 TEMP REFER_ POINT2 Set temperature reference point2 and point3 TEMP RH TEMP RL X 1 3 5 TEMP RANGE LOW Set temperature range low A case TEMP RL TEMP RANGE...

Page 67: ...ID group setting page 16 H CMOD Select control mode at humidity CMD0 If you use wide control object Ex Clean Room selecting DCV sensor at humidity you can get a stable result CMD1 If you use narrow co...

Page 68: ...t Auto Tuning Tuning Point is not changed And changed SP start control as TSP Target SP after bring Auto Tuning to an end If Burn Out is occurred at Auto Tuning Auto Tuning is stopped Keep up previous...

Page 69: ...ontents Description Additional Description 1 PROPORTIONAL BAND Set proportional band 2 INTEGRAL TIME Set integral time Integral action remove remaining derivation that it is occurred P action 3 DERIVA...

Page 70: ...G Setting Figure 2 55 DO CONFIG Setting 1 Screen Figure 2 56 DO CONFIG Setting 2 Screen Figure 2 57 DO CONFIG Setting 3 Screen Figure 2 58 DO CONFIG Setting 4 Screen Figure 2 59 DO CONFIG Setting 5 Sc...

Page 71: ...output It occurs that control humidity at Fix running or Program running Relay is ON after setting time 7 TEMP UP SIGNAL Set relay number for the temperature Up signal output 9 TEMP DOWN SIGNAL Set r...

Page 72: ...it 15 DRAIN RANGE HIGH Display DRAIN range high of the ON OFF operation A case DRY LIMIT HIGH of 2 12 1 3 Input Display Screen is changed it is changed Not edit 16 ERROR SIGNAL Set relay number for th...

Page 73: ...AK Signal OFF Running Status Lamp ON OPER MODE FIX RUN TEMP UP 0 2 TEMP SOAK 2 MIN TEMP DOWN 0 2 Not use Fix Mode Slop Operation At FIX Running SOAK Signal OFF Running Status Lamp ON UP SOAK DOWN Sign...

Page 74: ...of Deviation Reverse No DO F Upper and Lower Limit Alarm of Deviation Forward No DI F Upper and Lower Limit Range Alarm of Deviation Forward No AH R Absolute Value Upper Limit Alarm Reverse No AL R Ab...

Page 75: ...ALARM HYSTERESIS Set alarm hysteresis 5 NEXT BUTTON Move DI error name setting screen See 2 12 6 2 DI Error Name Setting Screen Alarm action is occurred not only PROG RUN but also PROG STOP Alarm Act...

Page 76: ...od of the Pattern Name Setting 4 NEXT BUTTON Move alarm setting screen See 2 12 6 1 Alarm Setting Screen 2 12 6 3 DI Error Occurrence Screen Figure 2 64 DI Error Occurrence Screen No Contents Descript...

Page 77: ...mmunication Setting Screen No Contents Description Additional Description 1 PROTOCOL Set communication protocol TEMI880 monitoring program uses PC LINK1 Check Sum 2 BIT PER SEC Set board rate 3 STOP B...

Page 78: ...process time 2 PASSWORD SET Change password for the enter 2 12 System Setting Screen Initial value is 0 In this case forgot password Call our authorized service center 3 LANGUAGE SET Select language...

Page 79: ...y lamp T RUN Temp run signal display lamp H RUN Humi run signal display lamp T WAIT Temp wait signal display lamp 5 H WAIT Humi wait signal display lamp DRAIN Signal display lamp for the draining UDC...

Page 80: ...reen about password input Figure 2 68 Password Input Screen SETUP Figure 2 69 Password Input Screen BIAS No Contents Description Additional Description 1 INPUT PASSWORD Setup password Initial password...

Page 81: ...al and Time Signal Setting 1 Seg 2 Seg 3 Seg 4 Seg 5 Seg 6 Seg 7 Seg 30 min 40 min 30 min 40 min 30 min 40 min 30 min Humi SP Temp SP Inner Signal1 IS1 Inner Signal2 IS2 Time Signal1 TS1 Time Signal2...

Page 82: ...SAMWONTECH 4th Edition of TEMI880 IM Jan 29 2007 Page 80 119 1 Set Pattern 2 Set Inner Signal 3 Set Time Signal...

Page 83: ...OFF TEMP SLOPE TEMP SLOPE T EUS 0 100 MIN T EUS MIN T EUS 0 MIN HUMI SLOPE HUMI SLOPE H EUS 0 100 MIN H EUS MIN H EUS 0 MIN 2 8 Set Reservation Symbol Parameter Setting Range Unit Init Value Y YEAR 0...

Page 84: ...T START SEGMENT 0 99 ABS 0 END END SEGMENT 0 99 ABS 0 COUNT SEGMENT COUNT 0 99 ABS 0 2 10 3 Edit File Symbol Parameter Setting Range Unit Init Value SRC PTNO SOURCE PATTERN NUMBER 1 120 ABS 0 DES PTNO...

Page 85: ...P BIAS T EUS 105 105 T EUS T EUS 0 DISPLAY FILTER DISPLAY FILTER OFF 1 120 ABS OFF FILTER TIME TEMP FILTER TIME 0 120 SEC ABS 0 TEMP SH TEMP SCALE HIGH ABS 200 0 TEMP SL TEMP SCALE LOW 100 0 200 0 TEM...

Page 86: ...NT2 WDV POINT3 WDV POINT4 WDV WET TEMP DIFFERENCE VALUE1 4 H EUS 10 10 H EUS H EUS 0 POINT1 DPV WET TEMP REFERENCE POINT1 H EU H EU 0 POINT2 DPV WET TEMP REFERENCE POINT2 H EU H EU 100 POINT3 DPV WET...

Page 87: ...SSR DIRECTION HUMI OUTPUT DIRECTION REV FWD ABS REV CYCLE TIME HUMI SSR CYCLE TIME 1 300 SEC ABS 1 HUMI ARW SET HUMI ANTI RESET WIND UP 0 0 AUTO 0 0 200 0 ABS 100 0 HUMI AT GAIN HUMI AUTO TUNING GAIN...

Page 88: ...GE H T EU T EU 0 TIME INNER SIGNAL DELAY TIME 00 00 99 59 HOUR MIN ABS 00 00 ITEM INNER SIGNAL ITEM TEMP HUMI ABS TEMP TYPE INNER SIGNAL TYPE SP PV TSP ABS SP BAND INNER SIGNAL BAND DIRECT INB OUTB AB...

Page 89: ...ELAY 0 OFF 20 ABS 0 AL1 AL4 RELAY ALARM SIGNAL1 4 RELAY 0 OFF 20 ABS 0 T1 T4 RELAY ON OFF SIGNAL1 4 REALY 0 OFF 20 ABS 0 T1 T4 CPARA ON OFF SIGNAL1 4 DELAY 00 00 99 59 MIN SEC ABS 00 00 T RUN RELAY TE...

Page 90: ...ELAY PATTERN END RELAY 0 OFF 20 ABS 0 PTEND CPARA PATTERN END TIME 0 999 SEC ABS 0 1REF RELAY FIRST REF RELAY 0 OFF 20 ABS 0 1REF CPARA FIRST REF TIME 0 999 SEC ABS 0 2REF RELAY SECOND REF RELAY 0 OFF...

Page 91: ...I MODR MODBUS RTU ABS PCL1 BPS BIT PER SEC 600 1200 2400 4800 9600 ABS 9600 STOP BIT STOP BIT 1 2 ABS 1 PARITY PARITY NONE EVEN ODD ABS NONE D LENGTH DATA LENGTH 7 8 ABS 8 ADDRESS ADDRESS 1 99 ABS 1 R...

Page 92: ...R VALUE FUNCTION PCL0 Basic Protocol PCL1 Basic Protocol Check Sum MODA MODBUS ASCII PROTOCOL MODR MODBUS RTU 9600 9600 bps 4800 4800 bps 2400 2400 bps 1200 1200 bps TRANSMISSION RATE BPS 600 1600 bps...

Page 93: ...Pin connector 4 2 2 Terminal RS485 and TEMI880 s terminal TEMI880 is possible MULTIDROP connection Max 99 TEMI880 or MASTER PC or PLC needs to use termination resistance 200 1 4W Master Station TEMI88...

Page 94: ...by Command rule SUM C R L F 1 STX Start of Text This code indicates the start of a command string 2 Address Communication address to identify the instruments 3 Command Specify the command from an upp...

Page 95: ...derly RRD Reading D Register random WSD Writing D Register orderly WRD Writing D Register random STD Random registration of D Register CLD Call D Register of STD Each command can read write up to 32 D...

Page 96: ...M R F Para number 1 32 dddd Indicates a character string in hexadecimal format ex When reading the D Register from Temp PV D0001 to Temp SP D0002 Transmission stx 01RSD 02 0001 cr lf Transmission Incl...

Page 97: ...Byte 1 2 3 1 2 1 4 1 4 1 S T Command element X Addr RRD OK dddd 1 dddd 2 1 4 1 4 2 1 1 C L dddd n 1 dddd n SUM R F Para number 1 32 dddd Indicates a character string in hexadecimal format ex When the...

Page 98: ...F Response Byte 1 2 3 1 2 2 1 1 S T Command element X Addr WSD OK SUM C R L F Para number 1 32 dddd Indicates a character string in hexadecimal format ex When the writing Temp SP D0102 and Humi SP D0...

Page 99: ...ponse Byte 1 2 3 1 2 2 1 1 S T Command element X Addr WRD OK SUM C R L F Para number 1 32 dddd Indicates a character string in hexadecimal format ex When the writing Temp SP D0102 and Temp SLOPE D0106...

Page 100: ...mmand element X Addr STD Para number D Reg No1 D Reg No2 1 4 1 4 2 1 1 C L D Reg No n 1 D Reg No n SUM R F Response Byte 1 2 3 1 2 2 1 1 S T Command element X Addr STD OK SUM C R L F Para number 1 32...

Page 101: ...as registered by STD Command at the TEMI880 Transmission Format Byte 1 2 3 2 1 1 S T Command element X Addr CLD SUM C R L F Response Byte 1 2 3 1 2 1 4 1 4 1 S T Command element X Addr CLD OK dddd 1 d...

Page 102: ...signal D0500 D0599 TEMP PID Temp P I D D0600 D0699 HUMI PID Humi P I D D0700 D0799 COMM Communication X D0800 D0899 OUTPUT Output D0900 D0999 INPUT Input D1000 D1099 PROGRAM Program D1100 D1199 RESER...

Page 103: ...MP AT H RUN IS6 6 HUMI AT T WAIT IS7 7 ERROR H WAIT IS8 8 DRAIN 9 1 REF 10 2 REF 11 12 13 14 15 SYSERR DOSTSL DOSTSH DIDATA ERROR Bit D0015 D0016 D0017 D0018 D0019 0 RELAY 1 RELAY 17 DI1 TEMP OVER 1 R...

Page 104: ...D0025 RUN_PTNO Number of running program pattern D0026 RUN_SEGNO Number of running segment D0027 REMAIN_TIME_H Remaining time hour of running segment D0028 REMAIN_TIME_M Remaining time min of running...

Page 105: ...FIX running D0103 FIX_HUMI_SP Set Humi SP on FIX running D0110 FIX_OPTM_SELL Select using FIX OP TIME 0 OFF 1 ON D0111 FIX_OPTM_H Set the hour for FIX OP TIME D0112 FIX_OPTM _M Set the minute for FIX...

Page 106: ...R TEMI880 Present Time hour D0205 NOW_MIN TEMI880 Present Time min D0206 RUN_YEAR TEMI880 Reservation Time year D0207 RUN_MONTH TEMI880 Reservation Time month D0208 RUN_DAY TEMI880 Reservation Time da...

Page 107: ...ing value of D1000 and D1002 4 PT COPY Copy pattern D1000 to D1001 5 PT DEL Delete pattern on D1000 6 SEG INSERT Insert segment on D1000 and D1002 7 SEG DEL Delete segment on D1000 and D1002 D1003 TRI...

Page 108: ...uld repeat above step with change the segment number You can read data on D1603 D1618 when you set zero 0 at D1002 at the step 2 4 4 4 3 Writing program pattern There is how to write program pattern o...

Page 109: ...1 Set delete pattern number on D1000 2 Set PT DEL TRIGGER 5 on D1003 3 Read D1004 data and then wait until DONE 1 Insert segment 1 Set program pattern number on D1000 2 Set insert pattern number on D1...

Page 110: ...INT TEMP_PB3 13 TS_STS TEMP_TUNE SET_DAY IS3_ITEM A4_POINT TEMP_TI3 14 AL_STS HUMI_TUNE SET_HOUR IS3_TYPE TEMP_TD3 15 SYS_ERR_STS HUMI_AT SET_MIN IS3_HIGH A1_HYS TEMP_OH3 16 UO_STSSL TEMP_AT IS3_LOW A...

Page 111: ...39 NOW_SEG_TIME IS7_HIGH TEMP_OH7 40 IS7_LOW TEMP_OL7 41 IS7_DELAY_TM TEMP_MR7 42 IS7_BAND TEMP_PB8 43 IS8_ITEM TEMP_TI8 44 IS8_TYPE TEMP_TD8 45 IS8_HIGH TEMP_OH8 46 IS8_LOW TEMP_OL8 47 IS8_DELAY_TM...

Page 112: ...880 IM Jan 29 2007 Page 110 119 D Register 0000 0599 PROCESS FUNCTION RESERVATION ON OFF IS ALARM TS TEMP_PID NO 0 100 200 300 400 500 72 T3_LD 73 T4_LD 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89...

Page 113: ...GAIN TEMP_SL PTN_NAME2 7 HUMI_TI2 HUMI_ATGAIN PTN_NAME3 8 HUMI_TD2 HUMI_IN PTN_NAME4 9 HUMI_OH2 HUMI_RH 10 HUMI_OL2 HUMI_OT HUMI_RL TEMP_TSP 11 HUMI_MR2 HUMI_DR HUMI_BIAS HUMI_TSP 12 HUMI_PB3 HUMI_CT...

Page 114: ...00 900 1000 1100 36 37 38 39 40 DO_IS1 41 DO_IS2 42 DO_IS3 43 DO_IS4 44 DO_IS5 45 DO_IS6 46 DO_IS7 47 DO_IS8 48 49 50 DO_TS1 51 DO_TS2 52 DO_TS3 53 DO_TS4 54 55 DO_AL1 56 DO_AL2 57 DO_AL3 58 DO_AL4 59...

Page 115: ...0 900 1000 1100 72 DO_TUP 73 DO_TUPPARA 74 DO_TSK 75 DO_TSKPARA 76 DO_TDN 77 DO_TDNPARA 78 DO_HUP 79 DO_HUPPARA 80 DO_HSK 81 DO_HSKPARA 82 DO_HDN 83 DO_HDNPARA 84 DO_DRAIN 85 DO_DRAINPARA 86 DO_DRAINR...

Page 116: ...S112 13 C_TSP13 C_HSP13 C_TM13 RPT_SEG_S4 C_TS113 14 C_TSP14 C_HSP14 C_TM14 RPT_SEG_E4 C_TS114 15 C_TSP15 C_HSP15 C_TM15 RPT_SEG_C4 C_TS115 16 C_TSP16 C_HSP16 C_TM16 C_TS116 17 C_TSP17 C_HSP17 C_TM17...

Page 117: ...8 C_TS148 49 C_TSP49 C_HSP49 C_TM49 C_TS149 50 C_TSP50 C_HSP50 C_TM50 C_TS150 51 C_TSP51 C_HSP51 C_TM51 C_TS151 52 C_TSP52 C_HSP52 C_TM52 C_TS152 53 C_TSP53 C_HSP53 C_TM53 C_TS153 54 C_TSP54 C_HSP54 C...

Page 118: ...0 C_TS180 81 C_TSP81 C_HSP81 C_TM81 C_TS181 82 C_TSP82 C_HSP82 C_TM82 C_TS182 83 C_TSP83 C_HSP83 C_TM83 C_TS183 84 C_TSP84 C_HSP84 C_TM84 C_TS184 85 C_TSP85 C_HSP85 C_TM85 C_TS185 86 C_TSP86 C_HSP86 C...

Page 119: ..._TS312 C_TS412 13 C_TS213 C_TS313 C_TS413 14 C_TS214 C_TS314 C_TS414 15 C_TS215 C_TS315 C_TS415 16 C_TS216 C_TS316 C_TS416 17 C_TS217 C_TS317 C_TS417 18 C_TS218 C_TS318 C_TS418 19 C_TS219 C_TS319 C_TS...

Page 120: ...47 C_TS347 C_TS447 48 C_TS248 C_TS348 C_TS448 49 C_TS249 C_TS349 C_TS449 50 C_TS250 C_TS350 C_TS450 51 C_TS251 C_TS351 C_TS451 52 C_TS252 C_TS352 C_TS452 53 C_TS253 C_TS353 C_TS453 54 C_TS254 C_TS354...

Page 121: ...79 C_TS379 C_TS479 80 C_TS280 C_TS380 C_TS480 81 C_TS281 C_TS381 C_TS481 82 C_TS282 C_TS382 C_TS482 83 C_TS283 C_TS383 C_TS483 84 C_TS284 C_TS384 C_TS484 85 C_TS285 C_TS385 C_TS485 86 C_TS286 C_TS386...

Page 122: ...Wonmi gu Buchon Gyeonggi do Korea 420 773 TEL 82 32 326 9120 9121 FAX 82 32 326 9119 http www samwontech com E mail webmaster samwontech com The contents of this document are subject to change withou...

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