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1 TEMI880 - TEMI850 -
2 目 次 安全注意事 外 及配件确 品安装 配 使用 明 定按 定 入方法 基本运行 定流程 初始 面 主 面 运行 面 程序停止 面 程序运行 面 定 停止 面 定 运行 面 运行 定 面 定 面 表及 表 定 面 PATTERN 定 面 PATTERN 面 重 定 面 文件 面 信息 定 面 待机 作 定 面 名 定 面 面 面 系 定 面 入及各 入 整 定 面 控制 入及 送 定 面 ON/OFF SIGNAL 及 INNER SIGNAL 定 面 PID 定 面 DO CONFIG 定 面 警 DI 名 定 面 通信 定 面 初始 示 示灯 定 面 密 入 面 的程序 例 定表 通信 明 通信配置 通信配 通信 COMMAND D-REGISTER 明 3rd Edition of TEMI880 IM : Sep Page 1 / 1
3 음 음 3rd Edition of TEMI880 IM : Sep Page 1 / 119
4 음음 음음 음음 3rd Edition of TEMI880 IM : Sep Page 2 / 119
5 3rd Edition of TEMI880 IM : Sep Page 3 / 119
6 3rd Edition of TEMI880 IM : Sep Page 4 / 119
7 음 음 가 가 가 가 3rd Edition of TEMI880 IM : Sep Page 5 / 119
8 3rd Edition of TEMI880 IM : Sep Page 6 / 119
9 PANEL ( ) : inch Panel Thickness: 1 (0.04) ~ 10 (0.39) mm 3rd Edition of TEMI880 IM : Sep Page 7 / 119
10 ~ Circuit Breaker () L1 N1 G1 L2 N2 G2 Relay Contact Output () Contact Input (:DI) Chamber Case SSR/SCR, Recorder () 3rd Edition of TEMI880 IM : Sep Page 8 / 119
11 mm2 3.0mm 3.0mm 5.8mm 5.8mm 3rd Edition of TEMI880 IM : Sep Page 9 / 119
12 /OI/S232RS2LINKRS48RS48O2LINK232SAMWONTECH STANDARD : TEMI880-10(RS232C + I/O1) OPTION1 : TEMI880-11(RS485 + I/O1) RAdditional UDC Option : TEMI880-10/UDC OPTION2 : TEMI880-20(RS232C + I/O1 + I/O2) Additional UDC Option : TEMI880-20/UDC 5RTX+ RTX- SG IAdditional UDC Option : TEMI880-11/UDC OPTION3 : TEMI880-21(RS485 + I/O1 + 1/O2) 5RTX+ RTX- SG Additional UDC Option : TEMI880-21/UDC 3rd Edition of TEMI880 IM : Sep Page 10 / 119
13 RLY7_NC RLY7_NO COM4 RLY8_NC RLY8_NO RLY9_NC RLY9_NO COM5 RLY10_NC RLY10_NO RLY 10 AND RLY6 COM3 RLY5 RLY4 COM2 RLY3 RLY2 COM1 RLY1 P10 I/O1 LINK AOUT1- AOUT1+ AOUT2- AOUT2+ RET1- RET1+ RET2- RET2+ L N FG 220V AC +24V GND DI_COM DI8 DI6 DI4 DI2 DI_COM DI7 DI5 DI3 DI1 GND +24V I/O2 LINK I/O2 BOARD COM4 RLY20 RLY19 COM3 RLY18 RLY17 COM2 RLY16 RLY15 RLY14 COM1 RLY13 RLY12 RLY11 3rd Edition of TEMI880 IM : Sep Page 11 / 119
14 mm2 Ω 100~240V AC 50/60Hz L N FG 3 FRAME GROUND(FG) SHIELD RTD A + INPUT B- 3 TEMI880 : -1~2V : 1~5V R = 250Ω: 1~5V V + - INPUT ma + R - INPUT TEMI880 TEMI880 3rd Edition of TEMI880 IM : Sep Page 12 / 119
15 CONTROL VALVE (ACTUATOR) I/O1 BOARD 3 SHIELD + - AOUT1+ CONTROL VALVE (ACTUATOR) I/O1 BOARD 3 SHIELD + - AOUT2+ AOUT1- AOUT2-4~20 ma DC 600Ω max () SHIELD + - RET1+ RET1-4~20 ma DC 600Ω max () SHIELD + - RET2+ RET2-3 I/O1 BOARD 3 I/O1 BOARD 3rd Edition of TEMI880 IM : Sep Page 13 / 119
16 RLY1 RLY3 RLY5 RLY2 RLY4 RLY6 COM1 COM2 COM3 I/O1 BOARD I/O1 BOARD I/O1 BOARD RLY7_NC RLY9_NC RLY7_NO RLY9_NO COM3 COM4 RLY8_NC RLY10_NC RLY8_NO I/O1 BOARD RLY10_NO P10 I/O1 BOARD RLY11 RLY14 RLY12 RLY15 RLY13 RLY16 COM1 COM2 I/O2 BOARD I/O2 BOARD RLY17 RLY19 RLY18 RLY20 COM3 COM4 I/O2 BOARD I/O2 BOARD 3rd Edition of TEMI880 IM : Sep Page 14 / 119
17 DI1 DI1 DI2 DI8 DI2 DI8 DI_COM I/O1 BOARD DI_COM I/O1 BOARD 3rd Edition of TEMI880 IM : Sep Page 15 / 119
18 R RELAY (RELAY COIL ) DIODE ( RELAY COIL ) R RELAY (RELAY COIL ) CR FILTER ( RELAY COIL ) 3rd Edition of TEMI880 IM : Sep Page 16 / 119
19 Ω Master Station RTX+ TEMI880 RTX+ TEMI880 RTX+ RTX- RTX- RTX- SG SG SG SHIELD 3 Master Station 3 TEMI880 RD 2 2 RxD TD 3 3 TxD RTS 7 CTS 8 SG 5 5 SG SHIELD D-Sub 9Pin Female 3rd Edition of TEMI880 IM : Sep Page 17 / 119
20 3rd Edition of TEMI880 IM : Sep Page 18 / 119
21 (KEY LOCK) 3rd Edition of TEMI880 IM : Sep Page 19 / 119
22 rd Edition of TEMI880 IM : Sep Page 20 / 119
23 [] [] [DI ] [] [] [] [] [] 3rd Edition of TEMI880 IM : Sep Page 21 / 119
24 rd Edition of TEMI880 IM : Sep Page 22 / 119
25 7 A B rd Edition of TEMI880 IM : Sep Page 23 / 119
26 rd Edition of TEMI880 IM : Sep Page 24 / 119
27 rd Edition of TEMI880 IM : Sep Page 25 / 119
28 rd Edition of TEMI880 IM : Sep Page 26 / 119
29 rd Edition of TEMI880 IM : Sep Page 27 / 119
30 TEMI STP/RPT STP : 60 8 RPT : PV: SP: PV: SP: 5 RON/ROF RON : PV ROF : PV 6 30S/60S 30S : 30 60S : rd Edition of TEMI880 IM : Sep Page 28 / 119
31 rd Edition of TEMI880 IM : Sep Page 29 / 119
32 rd Edition of TEMI880 IM : Sep Page 30 / 119
33 PROG : FIX : STOP COLD HOT PROG/FIX STOP PROG/FIX STOP PROG/FIX STOP PROG/FIX STOP PROG RUN PROG STOP SEG SEG FIX RUN FIX STOP FIX RUN FIX RUN 4 5 BACK LIGHT BACK LIGHT 6 (H) 7 (M) (MIN) 8 9 / 10 / OFF : ON : 6,7 3rd Edition of TEMI880 IM : Sep Page 31 / 119
34 (FUZZY) 1 2 (PV) FUZZY OFF FUZZY ON PV PV SP SP (SLOPE) (TSP)(PV)(TSP) (SP) (SLOPE) 70.0 TSP OPER. MODE FIX RUN 30.0 PV SP 40.0 TEMP SLOPE 20.0 /MIN 20.0 SP 2 MIN [ SP(TSP) - SP PV ] 20.0 ( ) = 40.0] SP 3rd Edition of TEMI880 IM : Sep Page 32 / 119
35 (ON)(OFF) ( 2-6)( 2-13) 3rd Edition of TEMI880 IM : Sep Page 33 / 119
36 PATTERN PATTERN PATTERN. 3 SP: SP: 4 0H 1H 2H 3H 4H 0H 3H 6H 9H 12H 0H 6H 12H 18H 24H 0H 12H 24H 48H 72H 0H 24H 48H 72H 96H 5 6 3rd Edition of TEMI880 IM : Sep Page 34 / 119
37 ( : Data Storage Recorder) UDC PTN : : UDC100TEMI880 TEMI880UDC FAT16. 3rd Edition of TEMI880 IM : Sep Page 35 / 119
38 2.10 PATTERN PATTERN PATTERN PATTERN PATTERN 2 PATTERN SEGMENT PATTERN rd Edition of TEMI880 IM : Sep Page 36 / 119
39 PATTERN PATTERN PATTERN PATTERN PATTERN 2 SEG SEGMENT 3 SEG SEGMENT 4 SEG SEGMENT OFF() SEG SEGMENT SEGMENT SEGMENT SEGMENT 6 SEGMENT SEG SEGMENT SEGMENT 10 SEG SEGMENT SEGMENT 11 FILE INFO rd Edition of TEMI880 IM : Sep Page 37 / 119
40 SEGMENT SEGMENT SEGMENT SEGMENT SEGMENT 1) 2) PATTERN (9 ) SEGMENT SEGMENT SEGMENT 1) 2) PATTERN (10 ) SEGMENT PATTERN PATTERN 7 3rd Edition of TEMI880 IM : Sep Page 38 / 119
41 TYPE 1 TYPE 2 TYPE ) ) (FILE INFO) SEGMENT SEGMENT 2 PATTERN PATTERN SEGMENT / SEGMENT PATTERN / PATTERN 3rd Edition of TEMI880 IM : Sep Page 39 / 119
42 PATTERN PATTERN PATTERN PATTERN 2 PATTERN 0 3 PATTERN PATTERN 4 PATTERN SEGMENT SEGMENT PATTERN SEGMENT PATTERN SEGMENT 7 SEGMENT PATTERN PATTERN PATTERN PATTERN 1 PATTERN1 PATTERN1 2 PATTERN3 PATTERN3 PATTERN3 PATTERN3 PATTERN3 3 PATTERN2 PATTERN 3rd Edition of TEMI880 IM : Sep Page 40 / 119
43 (SEGMENT ) 1SEGMENT 8SEGMENT( ) SEGMENT rd Edition of TEMI880 IM : Sep Page 41 / 119
44 PATTERN 4 PATTERN PATTERN EXE DONE PT EMPTY PARA ERR PT RUN PT USING PATTERN PATTERN (FILE INFO) 3rd Edition of TEMI880 IM : Sep Page 42 / 119
45 ON OFF SEGMENTON TIME SIGNAL TIME NO : 00 NO : 01 NO : 02 ~ 07 3rd Edition of TEMI880 IM : Sep Page 43 / 119
46 OFF TIME ON N SEG TIME >= ON TIME + OFF TIME 1. ON TIME=00.00 ( : 04 ) TIME SIGNAL1 OFF SEGMENT (N-1) SEG TIME N SEG TIME (N+1) SEG TIME 2. ON TIME00.00 ( : 05 ) ON TIME SIGNAL2 OFF ON TIME OFF TIME SEGMENT (N-1) SEG TIME N SEG TIME (N+1) SEG TIME OFF ON 3. ON TIME=00.00 ( : 06 ) TIME SIGNAL3 OFF N SEG TIME < ON TIME + OFF TIME SEGMENT ON (N-1) SEG TIME N SEG TIME (N+1) SEG TIME OFF TIME 4. ON TIME00.00 ( : 07 ) TIME SIGNAL4 OFF ON SEGMENT (N-1) SEG TIME N SEG TIME (N+1) SEG TIME 3rd Edition of TEMI880 IM : Sep Page 44 / 119
47 ( OR ) ( AND ) 4 (TEMP PV or HUMI PV) 3rd Edition of TEMI880 IM : Sep Page 45 / 119
48 WAIT ZONE : TEMP ZONE HUMI ZONE 1 (WAIT TIME) WAIT TIME SP WAIT ZONE WAIT ZONE PV () SEGMENT (n+1) SEGMENT n SEGMENT (n+1) SEGMENT (n+2) 2 (WAIT TIME)PV WZ WAIT TIME SP WAIT ZONE WAIT ZONE PV () SEGMENT (n+1) SEGMENT n SEGMENT (n+1) SEGMENT (n+2) 3rd Edition of TEMI880 IM : Sep Page 46 / 119
49 (PATTERN NAME SET) 3 TEST 8593W ) ) rd Edition of TEMI880 IM : Sep Page 47 / 119
50 (DISP)(HIDE) ( 2-14)( 2-15) T-AT H-AT 2 3 STN LCD 3rd Edition of TEMI880 IM : Sep Page 48 / 119
51 INPUT SET OUTPUT SET ON/OFF & IS SET ON/OFF & INNER SIGNAL ON/OFF & INNER SIGNAL 4 PID GROUP PID PID 5 DO CONFIG DO CONFIG 6 ALARM & DI DI DI 7 COMM. SET INIT DISPLAY rd Edition of TEMI880 IM : Sep Page 49 / 119
52 PT_ DCV SENSOR TYPE PT_1 PT_2 2 TEMP RANGE PT_1 : ~ PT_2 : ~ DCV : ~ V 3 TEMP BIAS FILTER TIME 5 TEMP SCALE 3rd Edition of TEMI880 IM : Sep Page 50 / 119
53 PT DCV SENSOR TYPE 2 HUMI RANGE PT : ~ DCV : ~ V 3 HUMI BIAS 4 5 DISPLAY FILTER FILTER TIME PV 6 HUMI SCALE 3rd Edition of TEMI880 IM : Sep Page 51 / 119
54 DRY TEMP PV 2 WET TEMP PV PT : ~ DCV : ~ V 3 HUMIDITY PV 4 WET ADJUST 5 DRY LIMIT 6 ADJUST BUTTON ( 1 = ) (PT) 7 CLEAR ADJUST BUTTON WET ADJUST (0.0) 8 HIDDEN BUTTON () (MV) 0.0% 3rd Edition of TEMI880 IM : Sep Page 52 / 119
55 (Engineering Units) EU, EUS EU, EUS) EU( ) : EUS( ) : Span) RH - RL EU -100~100% EU 0~100% RL 0 RH EU 0~100% RH - RL EUS -100~100% RH RL EU( ), 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 POINT EUS -100 ~ 100% ~ EUS -100 ~ 100% ~ EUS -100 ~ 100% 0 ~ EUS -100 ~ 100% ~ ABS 3rd Edition of TEMI880 IM : Sep Page 53 / 119
56 PT DCV DRY TEMP DIFFERENCE VALUE 2 DRY TEMP REFERENCE POINT 3 WET TEMP DIFFERENCE VALUE 4 WET TEMP REFERENCE POINT 5 BIASED DRY TEMP PV 6 BIASED WET TEMP PV 7 BIASED HUMIDITY PV 8 HUMIDITY DIFFERENCE VALUE 9 HUMIDITY REFERENCE POINT 3rd Edition of TEMI880 IM : Sep Page 54 / 119
57 S.PV =, B.PV =, RL =, RH = POINTn.DPV =, POINTn.DDV = ( n = 1, 2, 3, 4 ) POINT4.DDV POINT2.DDV POINT3.DDV POINT1.DDV B.PV S.PV RL POINT1.DP V POINT2.DP V POINT3.DPV POINT4.DPV RH RL ~ POINT1 B.PV = S.PV + POINT1.DDV POINT1 ~ POINT2 B.PV ( POINT2.DDV POINT1.DDV ) = S.PV + ( S.PV POINT1.DPV ) + POINT1.DDV ( POINT2.DPV POINT1.DPV ) POINT2 ~ POINT3 B.PV ( POINT3.DDV POINT2.DDV ) = S.PV + ( S.PV POINT2.DPV ) + POINT2.DDV ( POINT3.DPV POINT2.DPV ) POINT3 ~ POINT4 B.PV ( POINT4.DDV POINT3.DDV ) = S.PV + ( S.PV POINT3.DPV ) + POINT3.DDV ( POINT4.DPV POINT3.DPV ) POINT4 ~ RH B.PV = S.PV + POINT4.DDV 3rd Edition of TEMI880 IM : Sep Page 55 / 119
58 OUTPUT TYPE 2 DIRECTION 3 CYCLE TIME SSR ( Solid State Relay ) 4 ANTI RESET WIND-UP 5 AT GAIN = PID X GAIN (MV) 100 % PV SP, - PV SP, + 0 % (PV-SP) 3rd Edition of TEMI880 IM : Sep Page 56 / 119
59 (CYCLE TIME) SSR(Solid State Relay) ON/OFF SSR : 30% : 50% : 70% 10 초 10 초 10 초 ON OFF ON OFF ON OFF 3 초 7 초 5 초 5 초 7 초 3 초 AT GAIN(AUTO TUNING GAIN) PID AT GAIN 1 AT GAIN < 1.0 (RESPONSE TIME) HUNTING 2 AT GAIN > 1.0 (OVER SHOOT)(RESPONSE TIME) Gain < 1.0 Gain = 1.0 Gain > 1.0 3rd Edition of TEMI880 IM : Sep Page 57 / 119
60 (ANTI RESET WIND-UP) PID I=0 PID (MV) MV = P () + I () + (PV) (MV) (PV)(SP) I() (MV) (TIME) ARW ARW I()I() (PV) I() (PV) 3rd Edition of TEMI880 IM : Sep Page 58 / 119
61 TEMP RET. 2 TEMP RET. RANGE MV 3 HUMI RET. 4 HUMI RET. RANGE MV 4~20mA 1~5V 250Ω RN-TYPE () 1 PVSP 4.0mA 12.0mA 20.0mA RET RANGE LOW (RL + RH) / 2 RET RANGE 2 MV 4.0mA 12.0mA 20.0mA 0.0% 50.0% 100.0% 3rd Edition of TEMI880 IM : Sep Page 59 / 119
62 ON/OFF SIGNAL INNER SIGNAL ON/OFF SIGNAL 4 ON/OFF SIGNAL ON/OFF SIGNAL NEXT BUTTON INNER SIGNAL 2 LOW SP ON/OFF LSP 3 MIDDLE SP ON/OFF MSP 4 HIGH SP ON/OFF HSP DO CONFIG 5 6 HIGH DIFFERENCE LOW DIFFERENCE HIGH LOW 3rd Edition of TEMI880 IM : Sep Page 60 / 119
63 ON/OFF SIGNAL DELAY TIME DO CONFIG DELAY TIME ON LSP = LOW SP, MSP = MIDDLE, HSP = HIGH SP, NPV = NOW PV, NSP = NOW SP LD = LOW DIFFERENCE, HD = HIGH DIFFERENCE, T = ON/OFF SIGNAL PVON/OFF SIGNAL ON/OFF SIGNAL MSP 1 NPV < LSP ALWAYS : OFF LSP NPV T OFF MSP NPV NSP LD 2 LSP NPV < MSP NPV NSP LD : ON NPV < NSP LD ::: OFF LSP DELAY TIME ON ON ON T OFF OFF HSP NPV HD 3 MSP < NPV HSP NSP NPV NSP + HD : ON NPV < NSP + HD ::: OFF MSP DELAY TIME ON ON ON T OFF OFF NPV 4 NPV > LSP ALWAYS : OFF HSP MSP T OFF 3rd Edition of TEMI880 IM : Sep Page 61 / 119
64 INNER SIGNAL INNER SIGNAL NEXT BUTTON ON/OFF SIGNAL ON/OFF SIGNAL 2 RANGE LOW 3 RANGE HIGH 4 DELAY TIME DO CONFIG 1REF, 2REF 5 ITEM BUTTON 6 TYPE BUTTON 7 BAND BUTTON SP : PV : PV EUS 0.5%( ) TSP : (SLOPE) (SLOPE) INNER SIGNAL RL(,%) RNG.LOW RNG.HIGH RH((,%) RL(,%) RNG.LOW RNG.HIGH RH((,%) IS [ BAND = INB ] IS IS [ BAND = OUTB ] 3rd Edition of TEMI880 IM : Sep Page 62 / 119
65 INNER SIGNAL INPUT = 0.0 ~ EUS 0.5% = 0.5 OPER. MODE = PROG ITEM = HUMI TYPE = PV RANGE LOW = 30.0% RANGE HIGH = 50.0% DIRECT = IN BAND DELAY TIME = HYS 50.5 HYS 29.5 IS ON OFF SEG1 SEG2 SEG3 SEG4 SEG5 PV INB INPUT = 0.0 ~ EUS 0.5% = 0.5 OPER. MODE = PROG HYS SEG1 SEG2 SEG3 SEG4 SEG5 PV OUTB ITEM = HUMI TYPE = PV RANGE LOW = 30.0% RANGE HIGH = 50.0% DIRECT = OUT BAND DELAY TIME = HYS 30.5 IS 30.0 ON OFF OUTB INPUT = 0.0 ~ SEG1 SEG2 SEG3 SEG4 SEG5 SP OPER. MODE = PROG ITEM = HUMI TYPE = SP RANGE LOW = 30.0% RANGE HIGH = 50.0% DIRECT = IN BAND DELAY TIME = IS ON OFF DELAY TIME INB INPUT = 0.0 ~ OPER. MODE = PROG 50.0 SEG1 SEG2 SEG3 SEG4 SEG5 SP OUTB ITEM = HUMI TYPE = TSP RANGE LOW = 30.0% RANGE HIGH = 50.0% DIRECT = OUT BAND DELAY TIME = IS 30.0 ON OFF OUTB 3rd Edition of TEMI880 IM : Sep Page 63 / 119
66 PID PID PID 3 PID PID TEMP AUTO TUNING POINT TEMP RANGE HIGH TEMP REFER_ POINT3 TEMP REFER_ POINT2 TEMP RANGE LOW. TEMP ONLY PID GROUP HUMI AUTO TUNING POINT HUMI RANGE HIGH HUMI REFER_ POINT2 HUMI REFER_ POINT1 HUMI RANGE LOW TEMP.RH (TEMP RANGE HIGH) ( TEMP.RH TEMP.RL ) X 2 / 3 ZONE PID( PID) ( TEMP.RH TEMP.RL ) X 1 / 3 ZONE PID( PID) TEMP.RL (TEMP RANGE LOW) PID GROUP ( HUMI.RH HUMI.RL ) X 2 / 3 ( HUMI.RH HUMI.RL ) X 1 / 3 3rd Edition of TEMI880 IM : Sep Page 64 / 119
67 12 DRY LIMIT LOW DRY LIMIT LOW 13 TEMP REFERENCE POINT1 ZONE PID( PID) DRY LIMIT LOW (DRY.L+DRY.H)/ DRY LIMIT HIGH TEMP HUMI PID GROUP 16 H.CMOD DRY LIMIT HIGH PID GROUP PID GROUP PID GROUP PID GROUP 3 GROUP 6 GROUP 9 DRY.L TEMP SP T1 H2 < HUMI SP HUMI RH T1 < TEMP SP < DRY.H H2 < HUMI SP HUMI RH T3 < TEMP SP TEMP RH HUMI SP = HUMI RL GROUP 2 GROUP 5 GROUP 8 DRY.L TEMP SP T1 H1 < HUMI SP H2 T1 < TEMP SP < DRY.H H1 < HUMI SP H2 T2 < TEMP SP T3 HUMI SP = HUMI RL GROUP 1 GROUP 4 GROUP 7 DRY.L TEMP SP T1 HUMI RL < HUMI SP H1 T1 < TEMP SP < DRY.H HUMI RL < HUMI SP H1 TEMP RL TEMP SP T2 HUMI SP = HUMI RL 3rd Edition of TEMI880 IM : Sep Page 65 / 119
68 (AUTO TUNING)(TUNING POINT) (Limit Cycle) OPER. MODE = FIX RUN INPUT = TEMP(PT_1) RANGE = ~ TEMP AUTO TUING POINT = 0.10% EUS 0.10% = 0.2 SP = 50.0 OL = 0.0% OH = 100.0% PID AUTO TUNING POINT (PV) 50.2 SP = OH ON ON (MV) OL OFF OFF (Tuning Point) BURN OUTPID 3rd Edition of TEMI880 IM : Sep Page 66 / 119
69 PID GROUP(PID1~PID9) PID GROUP PID GROUP PROPORTIONAL BAND 2 INTEGRAL TIME 3 DERIVATIVE TIME (PV-SP) 4 OUTPUT LIMIT HIGH OH > OL 5 OUTPUT LIMIT LOW 3rd Edition of TEMI880 IM : Sep Page 67 / 119
70 DO CONFIG DO CONFIG DO CONFIG DO CONFIG DO CONFIG DO CONFIG DO CONFIG DO CONFIG rd Edition of TEMI880 IM : Sep Page 68 / 119
71 1 INNER SIGNAL INNER SIGNAL ON/OFF SIGNAL INNERSIGNAL 2 TIME SIGNAL TIME SIGNAL TIME SIGNAL 3 ALARM SIGNAL ALARM SIGNAL DI ERROR 4 ON/OFF SIGNAL ON/OFF SIGNAL ON/OFF SIGNAL INNER SIGNAL 5 TEMP RUN SIGNAL TEMP RUN SIGNAL) 6 HUMI RUN SIGNAL HUMI RUN SIGNAL) 7 TEMP UP SIGNAL (FIX RUN) ( EUS 0% ~ EUS 10% ) 9 TEMP DOWN SIGNAL (PROG RUN) RELAY(ON)[ (TSP) ] ( EUS 0% ~ EUS 10% ) 8 TEMP SOAK SIGNAL 10 HUMI UP SIGNAL (FIX RUN) ( EUS 0% ~ EUS 10% ) 12 HUMI DOWN SIGNAL (PROG RUN) RELAY(ON)[ (TSP) ] ( EUS 0% ~ EUS 10% ) 3rd Edition of TEMI880 IM : Sep Page 69 / 119
72 11 HUMI SOAK SIGNAL (POWER ON) 13 DRAIN SIGNAL (RUN) (TEMP SP) (HUMI SP) (RUN) -> (STOP) HUMI RUN SIGNAL 14 DRAIN RANGE LOW DRY LIMIT LOW 15 DRAIN RANGE HIGH DRY LIMIT HIGH 16 ERROR SIGNAL DI2 ~ DI8 ON 17 PATTERN END SIGNAL ON 18 1st REF. SIGNAL INNER SIGNAL1(IS1) () ON 19 2nd REF. SIGNAL INNER SIGNAL1(IS1) () ON RELAY RELAY OR 3rd Edition of TEMI880 IM : Sep Page 70 / 119
73 (UP), (SOAK), (DOWN) SIGNAL INPUT = TEMP(PT_1), RANGE = ~ UP, DOWN SIGANL RANGE [ EUS 0% ~ EUS 10% ] = [ 0.00 ~ ] UP, SOAK, DOWN RELAY UP SOAK DOWN SOAK OPER. MODE PROG RUN TEMP UP 0.2 TEMP SOAK 2 MIN TEMP DOWN ON SP DOWN SOAK 2MIN UP TEMP SOAK RELAY OUT ON ON TEMP DOWN RELAY OUT ON OPER. MODE FIX RUN TEMP UP 0.2 TEMP SOAK 2 MIN TEMP DOWN PV DOWN P UP SOAK SIGNAL RELAY (ON) (ON) TEMP UP RELAY OUT TEMP SOAK LAMP OUT TEMP DOWN RELAY OUT ON ON ON ON 3rd Edition of TEMI880 IM : Sep Page 71 / 119
74 DI ITEM SELECT () AH.F AL.F DH.F DL.F DH.R DL.R DO.F DI.F 2 ALARM TYPE SELECT AH.R AL.R AH.FS AL.FS DH.FS DL.FS DH.FS DL.RS DO.FS DI.FS AH.RS AL.RS 3rd Edition of TEMI880 IM : Sep Page 72 / 119
75 3 ALARM POINT 4 ALARM HYSTERESIS 5 NEXT BUTTON DI DI (STOP) PV PV DE - DE - PV OFF PV HYS ON ALM ON HYS ALM OFF HYS ON ALM HYS OFF HYS DE - OFF SP ON HYS DE - SP ALM ON HYS DEV=0 OFF OFF SP ALM ON ON ALM DEV=0 SP ALM HYS OFF ON ALM OFF 3rd Edition of TEMI880 IM : Sep Page 73 / 119
76 DI DI BUZZER TIME 2 DI1 DI1 ( RUN / STOP ) 3 DI2 ~ DI8 NAME SET DI 9 ( ) DI NEXT BUTTON DI DI EXIT BUTTON DI 2 STOP BUTTON DI 3 DI ERROR ON DI2~DI8 3rd Edition of TEMI880 IM : Sep Page 74 / 119
77 PROTOCOL PROTOCOL PC LINK1(SUM CHECK) 2 BIT PER SEC 3 STOP BIT 4 PARITY PARITY 5 DATA LENGTH 6 ADDRESS RS485 ADDRESS 7 RESPONSE TIME 3rd Edition of TEMI880 IM : Sep Page 75 / 119
78 RUN TIME 2 PASSWORD SET LANGUAGE SET () 4 INFORMATION1 5 INFORMATION2 6 INFORMATION3 7 NEXT BUTTON CLEAR BUTTON 3rd Edition of TEMI880 IM : Sep Page 76 / 119
79 IS1 ~ IS8 2 TS1 ~ TS4 3 T1 ~ T4 ON/OFF SIGNAL 4 AL1 ~ AL4 T.RUN 5 H.RUN T.WAIT H.WAIT DRAIN 6 1.REF 2.REF 3rd Edition of TEMI880 IM : Sep Page 77 / 119
80 INPUT PASSWORD INPUT PASSWORD 3rd Edition of TEMI880 IM : Sep Page 78 / 119
81 PATTERNSIGNALTEMI SEG 2SEG 3SEG 4SEG 5SEG 6SEG SP SP 100.0% 90.0% 80.0% 70.0% 60.0% 50.0% 40.0% 30.0% 20.0% 10.0% 0.0% INNER SIGNAL1 (IS1) INNER SIGNAL 2 (IS2) (SP) 40.0~50.0 (TSP) 40.0~50.0 TIME SIGNAL 1 (TS1) TIME SIGNAL 2 (TS2) SEGMENT TIME SIGNAL1 2 3rd Edition of TEMI880 IM : Sep Page 79 / 119
82 1 2 3 TIME SIGNAL PATTERN TIME SIGNAL 3rd Edition of TEMI880 IM : Sep Page 80 / 119
83 OPER. MODE OPERATION MODE PROG, FIX ABS PROG POWER MODE POWER MODE STOP, COLD, HOT ABS STOP FUZZY SELECT FUZZY SELECT OFF, ON ABS OFF KEY LOCK KEY LOCK OFF, ON ABS OFF LIGHT OFF LIGHT OFF 0~99 ABS OFF OPER. HOUR OPERATION HOUR 0~9999 ABS 0 OPER. MIN OPERATION MINUTE 0~59 ABS 0 TIME MODE TIME MODE OFF, ON ABS 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 Y YEAR 0~99 ABS 0, 1 M MONTH 1~12 ABS 0, 1 D DAY 1~31 ABS 0, 1 H HOUR 0~23 ABS 0, 1 M MINUTE 0~59 ABS 0, 0 RESERVE MODE RESERVE MODE OFF, ON ABS OFF 2.9 PTNO PATTERN NUMBER 0~120 ABS 0 TEMP SP TEMP SP DISPLAY OFF, ON ABS ON HUMI SP HUMI SP DISPLAY OFF, ON ABS ON OPER. MODE OPERATION MODE STOP, RUN ABS STOP TIME UNIT TIME UNIT SEC, MIN ABS SEC SAMPLING TIME SAMPLING TIME 1~59 ABS 5 BACK UP SELECT BACK UP PTN, PARA, ALL ABS PTN DIRECT SELECT DIRECT DNLOAD, UPLOAD ABS DNLOAD 3rd Edition of TEMI880 IM : Sep Page 81 / 119
84 PATTERN PATTERN NO PATTERN NUMBER 1~120 ABS 1 TEMP SEGMENT TEMP SP T.EU(0~100%) T.EU T.EU(0%) HUMI SEGMENT HUMI SP H.EU(0~100%) H.EU H.EU(0%) TIME SEGMENT TIME -0.01(OFF)~ 99.59(HOUR.MIN) ABS -0.01(OFF) TS1~TS4 TIME SIGNAL1~4 0~7 ABS 0(OFF) PTN NO PATTERN NUMBER 1~120 ABS 1 PTN RPT PATTERN REPEAT COUNT 0()~999 ABS 1 LINK PTN LINK PATTERN 0~120 ABS 0 START START SEGMENT 0~99 ABS 0 END END SEGMENT 0~99 ABS 0 COUNT SEGMENT COUNT 0~99 ABS SRC. PTNO DES. PTNO DEL. PTNO SOURCE PATTERN NUMBER DESTINATION PATTERN NUMBER DELETE PATTERN NUMBER 1~120 ABS 0 1~120 ABS 0 1~120 ABS TIME SIGNAL ON TIME OFF TIME TIME SIGNAL ON TIME TIME SIGNAL OFF TIME 00.00~99.59 (HOUR.MIN) 00.00~99.59 (HOUR.MIN) ABS ABS WAIT MODE WAIT MODE OFF, ON ABS OFF TEMP ZONE TEMP WAIT ZOME T.EUS(0~100%) T.EUS T.EUS(0%) HUMI ZONE HUMI WAIT ZOME H.EUS(0~100%) H.EUS H.EUS(0%) WAIT TIME WAIT TIME 00.00~99.59 (HOUR.MIN) ABS 0(OFF) 3rd Edition of TEMI880 IM : Sep Page 82 / 119
85 PTNO 1~120 PATTERN NAME 1~120 0~9, A~Z, (9) ABS PROG PT001 ~ PROG PT TUNING KEY CONTRAST SET TUNING KEY DISPLAY BUTTON CONTRAST GROUP SET HIDE, DISP ABS DISP DARK, NOR, LIGHT ABS NOR SENSOR TYPE TEMP SENSOR TYPE PT_1(-90.00~200.00) PT_2(-100.0~300.00) DCV(-1.000~2.000) TEMP RH TEMPRANGE HIGH T.EU(0~100%) T.EU T.EU(100%) TEMP RL TEMP RANGE LOW TEMP RL < TEMP RH T.EU T.EU(0%) TEMP BIAS TEMP 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 ABS PT_1 TEMP SH TEMP SCALE HIGH ~200.0 ABS TEMP SL TEMP SCALE LOW TEMP SL < TEMP SH ABS SENSOR TYPE HUMI SENSOR TYPE PT(-10.0~110.0) DCV(1.000~5.000) HUMI RH HUMI RANGE HIGH H.EU(0~100%) H.EU H.EU(100%) HUMI RL HUMI RANGE LOW HUMI RL < HUMI RH H.EU H.EU(0%) HUMI BIAS HUMI BIAS H.EUS(-20~20%) H.EUS H.EUS(0%) FILTER TIME HUMI FILTER TIME 0~120 SEC ABS 0 HUMI SH HUMI SCALE HIGH 0.0~100.0 ABS HUMI SL HUMI SCALE LOW HUMI SL < HUMI SH ABS -0.0 ABS PT WET ADJUST WET TEMP ADJUST H.EUS(-105~105%) H.EUS H.EUS(0%) DRY LIMIT RH DRY LIMIT RL DRY TEMP LIMIT HIGH DRY TEMP LIMIT LOW 0.0~100.0 ABS DRY LIMIT RL < DRY LIMIT RH ABS 0.0 3rd Edition of TEMI880 IM : Sep Page 83 / 119
86 POINT1.DDV POINT2.DDV POINT3.DDV POINT4.DDV POINT1.DPV POINT2.DPV POINT3.DPV POINT4.DPV POINT1.WDV POINT2.WDV POINT3.WDV POINT4.WDV POINT1.DPV POINT2.DPV POINT3.DPV POINT4.DPV POINT1.RDV POINT2.RDV POINT3.RDV POINT4.RDV POINT1.DPV POINT2.DPV POINT3.DPV POINT4.DPV DRY TEMP DIFFERENCE VALUE1~4 DRY TEMP REFERENCE POINT1 DRY TEMP REFERENCE POINT2 DRY TEMP REFERENCE POINT3 DRY TEMP REFERENCE POINT4 WET TEMP DIFFERENCE VALUE1~4 WET TEMP REFERENCE POINT1 WET TEMP REFERENCE POINT2 WET TEMP REFERENCE POINT3 WET TEMP REFERENCE POINT4 HUMIDITY DIFFERENCE VALUE1~4 HUMIDITY REFERENCE POINT1 HUMIDITY REFERENCE POINT2 HUMIDITY REFERENCE POINT3 HUMIDITY REFERENCE POINT4 T.EUS(-10~10%) T.EUS T.EUS(0%) T.EU(0~100%) DRY RL POINT1.DPV POINT2.DPV POINT3.DPV POINT4.DPV DRY.RH T.EU T.EU T.EU T.EU T.EU(0%) T.EU(100%) T.EU(100%) T.EU(100%) H.EUS(-10~10%) H.EUS H.EUS(0%) H.EU(0~100%) WET RL POINT1.WPV POINT2.WPV POINT3.WPV POINT4.WPV WET.RH H.EU H.EU H.EU H.EU H.EU(0%) H.EU(100%) H.EU(100%) H.EU(100%) H.EUS(-10~10%) H.EUS H.EUS(0%) H.EU(0~100%) HUMI.RL POINT1.RPV POINT2.RPV POINT3.RPV POINT4.RPV HUMI.RH H.EU H.EU H.EU H.EU H.EU(0%) H.EU(100%) H.EU(100%) H.EU(100%) 3rd Edition of TEMI880 IM : Sep Page 84 / 119
87 OUTPUT TYPE DIRECTION CYCLE TIME TEMP ARW SET TEMP AT-GAIN OUTPUT TYPE DIRECTION CYCLE TIME HUMI ARW SET HUMI AT-GAIN TEMP OUTPUT TYPE TEMP OUTPUT DIRECTION TEMP SSR CYCLE TIME TEMP ANTI RESET WIND-UP TEMP AUTO TUNING GAIN HUMI OUTPUT TYPE HUMI OUTPUT DIRECTION HUMI SSR CYCLE TIME HUMI ANTI RESET WIND-UP HUMI AUTO TUNING GAIN SSR, SCR ABS SSR REV, FWD ABS REV 1~300 SEC ABS 1 0.0(AUTO), 0.0~200.0 ABS ~10.0 ABS 1.0 SSR, SCR ABS SSR REV, FWD ABS REV 1~300 SEC ABS 1 0.0(AUTO), 0.0~200.0 ABS ~10.0 ABS TEMP RET. TEMP RET. RH TEMP RET. RL HUMI RET. HUMI RET. RH HUMI RET. RL TEMP RETRANSMISSION TEMP RET. RANGE HIGH TEMP RET. RANGE LOW HUMI RETRANSMISSION HUMI RET. RANGE HIGH HUMI RET. RANGE LOW PV, SP, MV ABS PV T.EU(0~100%) T.EU T.EU(100%) TEMP RET RL < TEMP RET RH T.EU T.EU(0%) PV, SP, MV ABS PV H.EU(0~100%) H.EU H.EU(100%) HUMI RET RL < HUMI RET RH H.EU H.EU(0%) 3rd Edition of TEMI880 IM : Sep Page 85 / 119
88 ON/OFF SIGNAL LSP LOW SP T.EU(0~100%) TEMP RL T.EU T.EU(0%) MSP MIDDLE SP LOW SP < MIDDLE SP T.EU T.EU(0%) HSP HIGH SP < HIGH SP TEMP RH T.EU T.EU(0%) HD HIGH DIFFERENCE T.EUS(0~10%) T.EUS T.EUS(0%) LD LOW DIFFERENCE T.EUS(0~10%) T.EUS T.EUS(0%) INNER SIGNAL RANGE-L RANGE-H TIME ITEM TYPE BAND INNER SIGNAL RANGE LOW INNER SIGNAL RANGE HIGH INNER SIGNAL DELAY TIME INNER SIGNAL ITEM INNER SIGNAL TYPE INNER SIGNAL BAND DIRECT T.EU(0~100%) T.EU T.EU(0%) RANGE-L RANGE-H T.EU T.EU(0%) 00.00~99.59 (HOUR. MIN) ABS TEMP, HUMI ABS TEMP SP, PV, TSP ABS SP INB, OUTB ABS INB PID TEMP AT TEMP AUTO TUNING POINT 0.01~1.00 ABS 0.10 H.CMOD HUMIDITY CONTROL MODE CMD0, CMD1 ABS CMD1 HUMI AT T1 H2 H1 T3 T2 HUMI AUTO TUNING POINT TEMP REFERENCE POINT1 HUMI REFERENCE POINT2 HUMI REFERENCE POINT1 TEMP REFERENCE POINT3 TEMP REFERENCE POINT2 0.01~1.00 ABS 0.10 DRY.L < T1 < DRY.H ABS (D.RL+D.RH)/2 H.EU(0~100%) HUMI RL < H1 < H2 < HUMI RH T.EU(0~100%) TEMP RL < T2 < T3 < TEMP RH H.EU H.EU T.EU T.EU 2(H.RL+H.RH)/3 (H.RL+H.RH)/3 2(T.RL+T.RH)/3 (T.RL+T.RH)/3 3rd Edition of TEMI880 IM : Sep Page 86 / 119
89 PID GROUP(PID1~PID9) P PROPORTIONAL BAND 0.1~999.9 ABS 5.0 I INTEGRAL TIME 0~6000 ABS 120 D DERIVATIVE TIME 0~6000 ABS 30 OH OL OUTPUT LIMIT HIGH OUTPUT LIMIT LOW 0.0~100.0 OL < OH ABS ABS DO CONFIG IS1~IS8 RELAY TS1~IS4 RELAY AL1~AL4 RELAY T1~T4 RELAY T1~T4 CPARA T.RUN RELAY T.RUN CPARA H.RUN RELAY H.RUN CPARA T.UP RELAY T.UP CPARA T.SK RELAY T.SK CPARA T.DN RELAY H.DN CPARA H.UP RELAY INNER SIGNAL1~8 RELAY TIME SIGNAL1~4 RELAY ALARM SIGNAL1~4 RELAY ON/OFF SIGNAL1~4 REALY ON/OFF SIGNAL1~ 4 DELAY TEMP RUN RELAY TEMP RUN DELAY HUMI RUN RELAY HUMI RUN DELAY TEMP UP RELAY TEMP UP RANGE TEMP SOAK RELAY TEMP SOAK TIME TEMP DOWN RELAY HUMI DOWN RANGE HUMI UP RELAY 0(OFF)~20 ABS 0 0(OFF)~20 ABS 0 0(OFF)~20 ABS 0 0(OFF)~20 ABS ~ (MIN.SEC) ABS (OFF)~20 ABS 0 0~999 SEC ABS 0 0(OFF)~20 ABS 0 0~999 SEC ABS 0 0(OFF)~20 ABS 0 T.EUS(-10~10%) T.EUS T.EUS(0%) 0(OFF)~20 ABS 0 0~999 MIN ABS 0 0(OFF)~20 ABS 0 H.EUS(-10~10%) H.EUS H.EUS(0%) 0(OFF)~20 ABS 0 3rd Edition of TEMI880 IM : Sep Page 87 / 119
90 H.UP CPARA H.SK RELAY H.SK CPARA H.DN RELAY H.DN CPARA HUMI UP RANGE HUMI SOAK RELAY HUMI SOAK TIME HUMI DOWN RELAY HUMI DOWN RANGE H.EUS(-10~10%) H.EUS H.EUS(0%) 0(OFF)~20 ABS 0 0~999 MIN ABS 0 0(OFF)~20 ABS 0 H.EUS(-10~10%) H.EUS H.EUS(0%) DRAIN RELAY DRAIN RELAY 0(OFF)~20 ABS 0 DRAIN CPARA DRAIN TIME 0~999 MIN ABS 0 ERROR RELAY ERROR RELAY 0(OFF)~20 ABS 0 ERROR CPARA ERROR TIME 0~999 MIN ABS 0 PTEND RELAY PTEND CPARA 1REF RELAY 1REF CPARA 2REF RELAY 2REF CPARA PATTERN END RELAY PATTERN END TIME FIRST REF. RELAY FIRST REF. TIME SECOND REF. RELAY SECOND REF. TIME 0(OFF)~20 ABS 0 0~999 SEC ABS 0 0(OFF)~20 ABS 0 0~999 SEC ABS 0 0(OFF)~20 ABS 0 0~999 MIN ABS ITEM ITEM TEMP, HUMI ABS TYPE POINT HYS ALARM TYPE ALARM POINT ALARM HYSTERESIS AH.F, AL.F, DH.F DL.F, DH.R, DL.R DO.F, DI.F, AH.R AL.R, AH.FS, AL.FS DH.FS, DL.FS, DH.FS DL.RS, DO.FS, DI.FS AH.RS, AL.RS T.EU(-105~105%) H.EU(-105~105%) T.EUS(0~100%) H.EUS(0~100%) ABS T.EU H.EU T.EUS H.EUS ALARM1,3 TEMP ALARM2,4 HUMI ALARM1,2 AH.F ALARM3,4 AL.F EU(100%) EUS(0.5%) 3rd Edition of TEMI880 IM : Sep Page 88 / 119
91 DI BUZZER TIME BUZZER TIME 0~99 MIN ABS 1 DI2~DI8 NAME DI2~DI8 NAME 0~9, A~Z, (9) ABS DI2:DRY HEAT DI3:WET HEAT DI4:FAN MOTOR DI5:REF ERR1 DI6:REF ERR2 DI7:WATER PRE DI8:NO WATER PROTOCOL PROTOCOL PCL0 (PC LINK), PCL1 (PC LINK with SUM CHECK), MODA(MODBUS ASCII), 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(99) ABS 1 RESPONSE RESPONSE TIME 0~10 ABS PASSWORD SET PASSWORD SET 0~9999 ABS 0 LANGUAGE SET LANGUAGE SET ENG, KOR ABS ENG INFORMATION1 INFORMATION2 INFORMATION3 COMPANY INFORMATION TELEPHONE INFORMATION HOMEPAGE INFORMATION 0~9, A~Z, () 0~9, A~Z, () 0~9, A~Z, () ABS ABS ABS SAMWONTECH CO.,LTD TEL: TECH.COM 3rd Edition of TEMI880 IM : Sep Page 89 / 119
92 TEMI880 Half-Duplex RS232C RS485 Option RS232C PC 11 RS TEMI880 TEMI880 (PARAMETER) (PROTOCOL) PCL0 PCL1 MODA MODR + Check Sum bps bps (BPS) bps bps bps (PARITY) NONE EVEN ODD None Parity() Even Parity() Odd Parity() (STOP BIT) (DATA LENGTH) 1 1 bit 2 2 bits 8 8 bits 7 7 bits (ADDRESS) 1~99 (Address) (RESPONSE) 0~10 (=+RESPONSE*10msec) PROTOCOL : PCL1(PC LINK+ Check Sum) BPS : 9600 bps PARITY : NONE STOP BIT : 1 (1 bits) DATA LENGTH : 8 (8 bits) ADDRESS : 1 RESPONSE : 0 ( + 10 msec) 3rd Edition of TEMI880 IM : Sep Page 90 / 119
93 4.2 TEMI880 RS232C/RS485TEMI RS232C TEMI880 9 Pin Master Station TEMI880 RD 2 2 RxD TD 3 3 TxD RTS 7 CTS 8 SG 5 5 SG SHIELD D-Sub 9Pin Female RS485 TEMI880 Master Station RTX+ TEMI880 RTX+ TEMI880 RTX+ RTX- RTX- RTX- SG SG SG SHIELD 3 3 SLAVETEMI880 MULTIDROP 99 TEMI880 MASTERPC. PLC 3rd Edition of TEMI880 IM : Sep Page 91 / 119
94 4.3 COMMAND Command TEMI880 Command S T ADDRESS COMMAND, COMMAND SUM C L X R F 1 Command Ascii STX(Start of Text) 0x02 Command 2 ADDRESS TEMI880 ADDRESS 3 COMMAND COMMAND ( 4.2.2~4.2.9 ). 4 Command 5 Command 6 Check Sum Ascii STX SUM 16 2-byte TEMI880 PCL1+Check Sum 7, 8 Command Ascii CR(0x0D) LF(0x0A) 3rd Edition of TEMI880 IM : Sep Page 92 / 119
95 4.3.2 Command TEMI880 Command TEMI880 Command TEMI880 Read/Write Command 1 Command COMMAND AMI TEMI880 Version 2 Read/Write Command COMMAND RSD RRD WSD WRD STD CLD D-Register Read D-Register Random Read D-Register Write D-Register Random Write D-Register Random STD D-Register Call Command 32 D-Register STD/CLD Error Response TEMI880 Byte S T X Address NG SUM C R L F SUM PROTOCOL PCL1 3rd Edition of TEMI880 IM : Sep Page 93 / 119
96 4.3.4 RSD Command D-Register Command Format Byte S C L T Addr RSD,, D-Reg. No. SUM X R F Response Byte S T X Addr RSD, OK, dddd-1, dddd-2, , dddd-(n-1), dddd-(n) SUM C R L F - : 1~32 - dddd F: 16 ex) PV(D0001) SP(D0002) D-Register - : [stx]01rsd,02,0001[cr][lf] - ( Check Sum) : [stx]01rsd,02,0001c5[cr][lf] ([stx] = 0x02, [cr] = 0x0d, [lf] = 0x0a) PV, SP : [stx]01rsd,ok,01f4,012c[cr][lf] - ( Check Sum) : [stx]01rsd,ok,01f4,012c19[cr][lf] PV 1 10 : 01F4(16 ) 500(10 ) 2 : 500 * rd Edition of TEMI880 IM : Sep Page 94 / 119
97 4.3.5 RRD Command D-Register Random Command Format Byte S T X Addr RRD,, D-Reg. No1, D-Reg. No2, , D-Reg. No(n-1), D-Reg. No(n) SUM C R L F Response Byte S T X Addr RRD, OK, dddd-1, dddd-2, , dddd-(n-1), dddd-n SUM C R L F - : 1~32 - dddd F: 16 ex) PV(D0001)SP(D0002) D-Register - : [stx]01rrd,02,0001,0002[cr][lf] - ( Check Sum) : [stx]01rrd,02,0001,0002b2[cr][lf] D D : [stx]01rrd,ok,01f4,012c[cr][lf] - ( Check Sum) : [stx]01rrd,ok,01f4,012c18[cr][lf] 3rd Edition of TEMI880 IM : Sep Page 95 / 119
98 4.3.6 WSD Command D-Register Command Format Byte S T X Addr WSD,, D-Reg. No1, dddd-1, , Dddd-(n-1), dddd-(n) SUM C R L F Response Byte S T X Addr WSD, OK SUM C R L F - : 1~32 - dddd F : 16 ex) FIXSP(D0102)SP(D0103) - SP : 50.0 (500) 16(0x01F4) - SP : 80.0 % (800) 16(0x0320) - : [stx]01wsd,02,0102,01f4,0320[cr][lf] - ( Check Sum) : [stx]01wsd,04,0102,01f4,0320c4[cr][lf] 3rd Edition of TEMI880 IM : Sep Page 96 / 119
99 4.3.7 WRD Command D-Register Random Command Format Byte S T X Addr WRD,, D-Reg. No1, dddd-1, , D-Reg. No(n), dddd-(n) SUM C R L F Response Byte S T X Addr WRD, OK SUM C R L F - : 1~32 - dddd F : 16 ex) FIXSP(D0102)TEMP SLOPE(D0106) - SP : 50.0 (500) 16(0x01F4) - TEMP SLOPE : 0.5 (5) 16(0x0005) - : [stx]01wrd,02,0102,01f4,0106,0005[cr][lf] - ( Check Sum) : [stx]01wrd,02,0102,01f4,0106,0005b6[cr][lf] 3rd Edition of TEMI880 IM : Sep Page 97 / 119
100 4.3.8 STD Command TEMI880 D-Register Command Format Byte S T X Addr STD,, D-Reg. No1, D-Reg. No2, , D-Reg. No(n-1), D-Reg. No(n) SUM C R L F Response Byte S T X Addr STD, OK SUM C R L F - : 1~32 ex) PV(D0001)SP(D0002)PV(D0005)SP(D0006) - : [stx]01std,04,0001,0002,0003[cr][lf] - ( Check Sum) : [stx]01std,04,0001,0002,0003a5[cr][lf] 3rd Edition of TEMI880 IM : Sep Page 98 / 119
101 4.3.9 CLD Command TEMI880 STD Command D-Register Command Format Byte S T X Addr CLD SUM C R L F Response Byte S T X Addr CLD, OK, dddd-1, dddd-2, , dddd-(n-1), dddd-(n) SUM C R L F - : 1~32 - dddd : 16 3rd Edition of TEMI880 IM : Sep Page 99 / 119
102 4.4 D-REGISTER D-Register (GROUP) TEMI880 D-Register 100 D-Register GROUP Read Write D0001~D0099 PROCESS X D0100~D0199 FUNCTION D0200~D0299 RESERVATION D0300~D0399 ON OFF / IS ON/OFF D0400~D0499 ALARM / TS D0500~D0599 TEMP PID P.I.D D0600~D0699 HUMI PID P.I.D D0700~D0799 COMM X D0800~D0899 OUTPUT D0900~D0999 INPUT D1000~D1099 PROGRAM D1100~D1199 RESERVED X X D1200~D1299 RESERVED X X D1300~D1399 FILE1 SEGMENT TSP X D1400~D1499 FILE2 SEGMENT TSP X D1500~D1599 FILE3 SEGMENT X D1600~D1699 PROG_INFO PATTERN SEGMENT D1700~D1799 FILE4 SEGMENT TIME SIGNAL1 X D1800~D1899 FILE5 SEGMENT TIME SIGNAL2 X D1900~D1999 FILE6 SEGMENT TIME SIGNAL3 X D2000~D2099 FILE7 SEGMENT TIME SIGNAL4 X D2100~D2399 RESERVED X X D-Register 16 4 (2-Byte) 3rd Edition of TEMI880 IM : Sep Page 100 / 119
103 4.4.1 PROCESS PROCESS GROUP TEMI880 Bit Bit Map bit NOWSTS OTHERSTS ISSTS TSSTS ALSTS (D0010) (D0011) (D0012) (D0013) (D0014) 0 RESET T1 IS1 TS1 AL1 1 FIX T2 IS2 TS2 AL2 2 PROG T3 IS3 TS3 AL3 3 HOLD T4 IS4 TS4 AL4 4 WAIT T.RUN IS5 5 TEMP AT H.RUN IS6 6 HUMI AT T.WAIT IS7 7 ERROR H.WAIT IS8 8 DRAIN 9 1.REF 10 2.REF bit SYSERR DOSTSL DOSTSH DIDATA ERROR (D0015) (D0016) (D0017) (D0018) (D0019) 0 RELAY 1 RELAY 17 DI1 TEMP +OVER 1 RELAY 2 RELAY 18 DI2 TEMP -OVER 2 SYS ERR RELAY 3 RELAY 19 DI3 3 RELAY 4 RELAY 20 DI4 4 RELAY 5 DI5 5 RELAY 6 DI6 6 RELAY 7 DI7 7 RELAY 8 DI8 8 RELAY 9 HUMI +OVER 9 RELAY 10 HUMI -OVER 10 RELAY RELAY RELAY RELAY RELAY RELAY 16 Bit MapD-Register 3rd Edition of TEMI880 IM : Sep Page 101 / 119
104 D-Register D-Reg. D0001 TEMP_NPV PV D0002 TEMP_NSP SP D0003 WET_NPV PV D0004 WET_NSP SP D0005 HUMI_NPV PV D0006 HUMI_NSP SP D0007 TEMP_MVOUT D0008 HUMI_MVOUT D0009 PIDNO PID FIXD-Register D-Reg. D0020 PROC_TIME_H FIX PROCESS TIME (hour) D0021 PROC_TIME_L FIX PROCESS TIME (min) PROGRAM D-Register D-Reg. D0025 PTNO D0026 SEGNO D0027 R_TIME_H (hour) D0028 R_TIME_M (min) D0029 WAITTIME_H WAIT WAIT TIME(hour) D0030 WAITTIME_M WAIT WAIT TIME(min) D0031 N_PT_RPT D0032 PT_RPT D0033 N_SEG_RPT D0034 SEG_RPT D0035 P_TEMP_TSP (TSP : Target Set Point) D0036 N_TEMP_TSP (TSP : Target Set Point) D0037 P_HUMI_TSP (TSP : Target Set Point) D0038 N_HUMI_TSP (TSP : Target Set Point) D0039 N_SEG_TIME 3rd Edition of TEMI880 IM : Sep Page 102 / 119
105 4.4.2 FUNCTION FUNCTION GROUP TEMI880 D-Register PROGRAM D-Register D-Reg. D0100 SET_PTNO D0121 WAITMD ( 0 : OFF 1 : ON ) D0122 TEMP_WZ D0123 HUMI_WZ D0124 WAIT_TM FIX D-Register D-Reg. D0102 FIX_T_SP FIX SP D0103 FIX_H_SP FIX SP D0110 OTMSL FIX OP TIME ( 0 : OFF 1 : ON ) D0111 OTM_H FIX OP TIME D0112 OTM_M FIX OP TIME D-Register D-Reg. PROG RUN FIX RUN TEMI880 STOPPROG STOP/FIX STOP FIX RUN PROG RUN PROG STOP D0104=0001,D0101=0004 PROG RUN 3rd Edition of TEMI880 IM : Sep Page 103 / 119
106 4.4.3 RESERVATION RESERVATION GROUP TEMI880 D-Register D-Register D-Reg. Read Write D0201 N_YEAR TEMI880 (year) D0202 N_MONTH TEMI880 (month) D0203 N_DAY TEMI880 (day) D0204 N_HOUR TEMI880 (hour) D0205 N_MIN TEMI880 (min) D0206 RUN_YEAR TEMI880 (year) D0207 RUN_MONTH TEMI880 (month) D0208 RUN_DAY TEMI880 (day) D0209 RUN_HOUR TEMI880 (hour) D0210 RUN_MIN TEMI880 (min) D0211 SET_YEAR (year) D0212 SET_MONTH (month) D0213 SET_DAY (day) D0214 SET_HOUR (hour) D0215 SET_MIN (min) ON/OFF D-Reg. D200 RESERVE OFF 0 ON 1 3rd Edition of TEMI880 IM : Sep Page 104 / 119
107 PROGRAM PROGRAM GROUP D-Register SEGMENT SEGMENT TEMI880 D-Register D-Reg. D1000 P_PTNO 1~30 D1001 DEST_PTNO 1~30 D1002 D1003 D1004 P_SEGNO TRIGGER ANSWER 0 D1600~D1755 1~99 1 INIT : D1000~D READ : D1000 D WRITE : D1000 D PT COPY : D1000 PATTERN D1001 PATTERN 5 PT DEL : D1000 PATTERN 6 SEG INSERT : D1000 D1002 SEGMENT 7 SEG DEL : D1000 D1002 SEGMENT 8 ALL PT : D1000 PATTERN D FULL : TEMI880PATTERN SEGMENT 1 DONE : D1003(TRIGGER) 2 PT EMPTY : PATTERN 3 SEG EMPTY : SEGMENT 4 PT RUN : TEMI880 PROG RUN 5 PARA ERROR : D1000~D PT USED : PATTERN PROG RUN D1010 TEMP_TSP - (TSP) D1011 HUMI_TSP - (TSP) D1012 SEG_TIME - SEGMENT 3rd Edition of TEMI880 IM : Sep Page 105 / 119
108 PATTERN PATTERN TEMI880 1 PATTERN D SEGMENT D READ TRIGGER('2') D D1004 DONE('1') 5 D1010~D1012 TSP SEGMENT 1 ~ 5 PATTERN SEGMENT SEGMENT SEGMENT 1 ~ 5 2 D PATTERN D1600~D PATTERN PATTERN TEMI880 1 PATTERN D SEGMENT D D1010~D1012 TSP SEGMENT 4 WRITE TRIGGER3 D D1004 DONE( 1 ) 1 ~ 5 PATTERN SEGMENT SEGMENT TEMI880 SEGMENT 1 ~ 5 D1600~D PATTERN D D1002 SEGMENT 0 3 READ TRIGGER2 D PATTERN D D1002 SEGMENT 0 6 D1600~D WRITE TRIGGER3 D D1004 DONE( 1 ) 3rd Edition of TEMI880 IM : Sep Page 106 / 119
109 PATTERN / SEGMENT / PATTERN 1 PATTERN D PATTERN PATTERN D PT COPY TRIGGER4 D D1004 DONE( 1 ) PATTERN 1 PATTERN D PT DEL TRIGGER5 D D1004 DONE( 1 ) SEGMENT 1 PATTERN D SEGMENT D D1010~D1012 TSP SEGMENT 4 SEG INSERT TRIGGER6 D D1004 DONE( 1 ) SEGMENT 1 PATTERN D SEGMENT D SEG DEL TRIGGER7 D D1004 DONE( 1 ) 3rd Edition of TEMI880 IM : Sep Page 107 / 119
110 D-Register 0000~0599 NO PROCESS FUNCTION RESERVATION ON OFF / IS ALARM / TS TEMP_PID SET_PTNO RESERVE AL1_ITEM TEMP_PB1 1 TEMP_NPV STATUS_MODE NOW_YEAR IS1_ITEM AL2_ITEM TEMP_TI1 2 TEMP_NSP FIX_TEMP_SP NOW_MONTH IS1_TYPE AL3_ITEM TEMP_TD1 3 WET_NPV FIX_HUMI_SP NOW_DAY IS1_HIGH AL4_ITEM TEMP_OH1 4 WET_NSP OP_MODE NOW_HOUR IS1_LOW TEMP_OL1 5 HUMI_NPV PWR_MODE NOW_MIN IS1_DELAY_TM AL1_MODE TEMP_MR1 6 HUMI_NSP TEMP_SLOPE RUN_YEAR IS1_BAND AL2_MODE TEMP_PB2 7 TEMP_MVOUT HUMI_SLOPE RUN_MONTH IS2_ITEM AL3_MODE TEMP_TI2 8 HUMI_MVOUT FUZZY RUN_DAY IS2_TYPE AL4_MODE TEMP_TD2 9 C_PIDNO ADJUST RUN_HOUR IS2_HIGH TEMP_OH2 10 NOW_STS FIX_OPTM_SELL RUN_MIN IS2_LOW A1_POINT TEMP_OL2 11 OTHER_STS FIX_OPTM_H SET_YEAR IS2_DELAY_TM A2_POINT TEMP_MR2 12 IS_STS FIX_OPTM_M SET_MONTH IS2_BAND A3_POINT 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 A2_ HYS TEMP_OL3 17 UO_STSSH TEMP_RP1 IS3_DELAY_TM A3_ HYS TEMP_MR3 18 DI_DATA TEMP_RP2 IS3_BAND A4_ HYS TEMP_PB4 19 ADERR_STS TEMP_RP3 IS4_ITEM TEMP_TI4 20 PROC_TIME_H IS4_TYPE TS02_ONTM TEMP_TD4 21 PROC_TIME_M WAITMD IS4_HIGH TS02_OFFTM TEMP_OH4 22 TEMP_WAIT_ZONE IS4_LOW TS03_ONTM TEMP_OL4 23 HUMI_WAIT_ZONE IS4_DELAY_TM TS03_OFFTM TEMP_MR4 24 WAIT_TIME IS4_BAND TS04_ONTM TEMP_PB5 25 RUN_PTNO BLGT_TM IS5_ITEM TS04_OFFTM TEMP_TI5 26 RUN_SEGNO BUZZER_TM IS5_TYPE TS05_ONTM TEMP_TD5 27 REMAIN_TIME_H HUMI_RP1 IS5_HIGH TS05_OFFTM TEMP_OH5 28 REMAIN_TIME_M HUMI_RP2 IS5_LOW TS06_ONTM TEMP_OL5 29 WAIT_TIME_H IS5_DELAY_TM TS06_OFFTM TEMP_MR5 30 WAIT_TIME_M DSR_OPER IS5_BAND TS07_ONTM TEMP_PB6 31 NOW_PT_RPT DSR_MODE IS6_ITEM TS07_OFFTM TEMP_TI6 32 TOTAL_PT_RPT DSR_SECTIME IS6_TYPE TEMP_TD6 33 DSR_TIMEUNIT IS6_HIGH TEMP_OH6 34 DSR_SAMPLE IS6_LOW TEMP_OL6 35 PREV_TEMP_TSP IS6_DELAY_TM TEMP_MR6 3rd Edition of TEMI880 IM : Sep Page 108 / 119
111 D-Register 0000~0599 NO PROCESS FUNCTION RESERVATION ON OFF / IS ALARM / TS TEMP_PID NOW_TEMP_TSP IS6_BAND TEMP_PB7 37 PREV_HUMI_TSP IS7_ITEM TEMP_TI7 38 NOW_HUMI_TSP IS7_TYPE TEMP_TD7 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 TEMP_MR8 48 IS8_BAND TEMP_PB9 49 TEMP_TI9 50 T1_LSV TEMP_TD9 51 T2_LSV TEMP_OH9 52 T3_LSV TEMP_OL9 53 T4_LSV TEMP_MR T1_MSV 56 T2_MSV 57 T3_MSV 58 T4_MSV T1_HSV 61 T2_HSV 62 T3_HSV 63 T4_HSV T1_HD 66 T2_ HD 67 T3_ HD 68 T4_ HD T1_LD 71 T2_LD 3rd Edition of TEMI880 IM : Sep Page 109 / 119
112 D-Register 0000~0599 NO PROCESS FUNCTION RESERVATION ON OFF / IS ALARM / TS TEMP_PID T3_LD 73 T4_LD rd Edition of TEMI880 IM : Sep Page 110 / 119
113 D-Register 0600~1199 NO HUMI_PID COMM OUTPUT INPUT PROGRAM RESERVED HUMI_PB1 PROTOCOL TEMP_OT TEMP_IN P_PTNO 1 HUMI_TI1 BAUD_RATE TEMP_DR TEMP_RH DEST_PTNO 2 HUMI_TD1 PARITY TEMP_CT TEMP_RL P_SEGNO 3 HUMI_OH1 STOP_BIT TEMP_ARW TEMP_BIAS TRIGGER 4 HUMI_OL1 DATA_LENGTH TEMP_FILTER ANSWER 5 HUMI_MR1 ADDRESS TEMP_SH PTN_NAME1 6 HUMI_PB2 RESPONSE TEMP_ATGAIN 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 HUMI_FILTER SEG_TIME 13 HUMI_TI3 HUMI_ARW HUMI_SH TS1 14 HUMI_TD3 HUMI_SL TS2 15 HUMI_OH3 TEMP_RETSL DHLMT TS3 16 HUMI_OL3 TEMP_RETH DLLMT TS4 17 HUMI_MR3 TEMP_RETL 18 HUMI_PB4 HUMI_RETSL 19 HUMI_TI4 HUMI_RETH 20 HUMI_TD4 HUMI_RETL 21 HUMI_OH4 D.TEMP 22 HUMI_OL4 W.TEMP 23 HUMI_MR4 HUMIDITY 24 HUMI_PB5 W.ADJ 25 HUMI_TI5 26 HUMI_TD5 27 HUMI_OH5 28 HUMI_OL5 29 HUMI_MR5 30 HUMI_PB6 31 HUMI_TI6 32 HUMI_TD6 33 HUMI_OH6 34 HUMI_OL6 35 HUMI_MR6 3rd Edition of TEMI880 IM : Sep Page 111 / 119
114 D-Register 0000~0599 NO HUMI_PID COMM OUTPUT INPUT PROGRAM RESERVED DO_IS1 41 DO_IS2 42 DO_IS3 43 DO_IS4 44 DO_IS5 45 DO_IS6 46 DO_IS7 47 DO_IS DO_TS1 51 DO_TS2 52 DO_TS3 53 DO_TS DO_AL1 56 DO_AL2 57 DO_AL3 58 DO_AL DO_T1 61 DO_T1PARA 62 DO_T2 63 DO_T2PARA 64 DO_T3 65 DO_T3PARA 66 DO_T4 67 DO_T4PARA 68 DO_RUNPARA 69 DO_HRUNPARA 70 DO_RUN 71 DO_HRUN 3rd Edition of TEMI880 IM : Sep Page 112 / 119
115 D-Register 0000~0599 NO HUMI_PID COMM OUTPUT INPUT PROGRAM RESERVED 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_DRAINRNGL 87 DO_DRAINRNGH 88 DO_ERROR 89 DO_ERRORPARA 90 DO_PTEND 91 DO_PTENDPARA 92 DO_1REF 93 DO_1REFPARA 94 DO_2REF 95 DO_REFPARA rd Edition of TEMI880 IM : Sep Page 113 / 119
116 D-Register 1200~1799 NO RESERVED FILE1 FILE2 FILE3 PROG_INFO FILE C_TSP1 C_HSP1 C_TM1 C_TS11 2 C_TSP2 C_HSP2 C_TM2 C_TS12 3 C_TSP3 C_HSP3 C_TM3 PT_REPEAT C_TS13 4 C_TSP4 C_HSP4 C_TM4 RPT_SEG_S1 C_TS14 5 C_TSP5 C_HSP5 C_TM5 RPT_SEG_E1 C_TS15 6 C_TSP6 C_HSP6 C_TM6 RPT_SEG_C1 C_TS16 7 C_TSP7 C_HSP7 C_TM7 RPT_SEG_S2 C_TS17 8 C_TSP8 C_HSP8 C_TM8 RPT_SEG_E2 9 C_TSP9 C_HSP9 C_TM9 RPT_SEG_C2 C_TS19 10 C_TSP10 C_HSP10 C_TM10 RPT_SEG_S3 C_TS C_TSP11 C_HSP11 C_TM11 RPT_SEG_E3 C_TS C_TSP12 C_HSP12 C_TM12 RPT_SEG_C3 C_TS C_TSP13 C_HSP13 C_TM13 RPT_SEG_S4 C_TS C_TSP14 C_HSP14 C_TM14 RPT_SEG_E4 C_TS C_TSP15 C_HSP15 C_TM15 RPT_SEG_C4 C_TS C_TSP16 C_HSP16 C_TM16 C_TS C_TSP17 C_HSP17 C_TM17 C_TS C_TSP18 C_HSP18 C_TM18 LINK_PT C_TS C_TSP19 C_HSP19 C_TM19 C_TS C_TSP20 C_HSP20 C_TM20 C_TS C_TSP21 C_HSP21 C_TM21 C_TS C_TSP22 C_HSP22 C_TM22 C_TS C_TSP23 C_HSP23 C_TM23 C_TS C_TSP24 C_HSP24 C_TM24 C_TS C_TSP25 C_HSP25 C_TM25 C_TS C_TSP26 C_HSP26 C_TM26 C_TS C_TSP27 C_HSP27 C_TM27 C_TS C_TSP28 C_HSP28 C_TM28 C_TS C_TSP29 C_HSP29 C_TM29 C_TS C_TSP30 C_HSP30 C_TM30 C_TS C_TSP31 C_HSP31 C_TM31 C_TS C_TSP32 C_HSP32 C_TM32 C_TS C_TSP33 C_HSP33 C_TM33 C_TS C_TSP34 C_HSP34 C_TM34 C_TS C_TSP35 C_HSP35 C_TM35 C_TS135 3rd Edition of TEMI880 IM : Sep Page 114 / 119
117 D-Register 0000~0599 NO RESERVED FILE1 FILE2 FILE3 PROG_INFO FILE C_TSP36 C_HSP36 C_TM36 C_TS C_TSP37 C_HSP37 C_TM37 C_TS C_TSP38 C_HSP38 C_TM38 C_TS C_TSP339 C_HSP39 C_TM39 C_TS C_TSP40 C_HSP40 C_TM40 C_TS C_TSP41 C_HSP41 C_TM41 C_TS C_TSP42 C_HSP42 C_TM42 C_TS C_TSP43 C_HSP43 C_TM43 C_TS C_TSP44 C_HSP44 C_TM44 C_TS C_TSP45 C_HSP45 C_TM45 C_TS C_TSP46 C_HSP46 C_TM46 C_TS C_TSP47 C_HSP47 C_TM47 C_TS C_TSP48 C_HSP48 C_TM48 C_TS C_TSP49 C_HSP49 C_TM49 C_TS C_TSP50 C_HSP50 C_TM50 C_TS C_TSP51 C_HSP51 C_TM51 C_TS C_TSP52 C_HSP52 C_TM52 C_TS C_TSP53 C_HSP53 C_TM53 C_TS C_TSP54 C_HSP54 C_TM54 C_TS C_TSP55 C_HSP55 C_TM55 C_TS C_TSP56 C_HSP56 C_TM56 C_TS C_TSP57 C_HSP57 C_TM57 C_TS C_TSP58 C_HSP58 C_TM58 C_TS C_TSP59 C_HSP59 C_TM59 C_TS C_TSP60 C_HSP60 C_TM60 C_TS C_TSP61 C_HSP61 C_TM61 C_TS C_TSP62 C_HSP62 C_TM62 C_TS C_TSP63 C_HSP63 C_TM63 C_TS C_TSP64 C_HSP64 C_TM64 C_TS C_TSP65 C_HSP65 C_TM65 C_TS C_TSP66 C_HSP66 C_TM66 C_TS C_TSP67 C_HSP67 C_TM67 C_TS C_TSP68 C_HSP68 C_TM68 C_TS C_TSP69 C_HSP69 C_TM69 C_TS C_TSP70 C_HSP70 C_TM70 C_TS C_TSP71 C_HSP71 C_TM71 C_TS171 3rd Edition of TEMI880 IM : Sep Page 115 / 119
118 D-Register 0000~0599 NO RESERVED FILE1 FILE2 FILE3 PROG_INFO FILE C_TSP72 C_HSP72 C_TM72 C_TS C_TSP73 C_HSP73 C_TM73 C_TS C_TSP74 C_HSP74 C_TM74 C_TS C_TSP75 C_HSP75 C_TM75 C_TS C_TSP76 C_HSP76 C_TM76 C_TS C_TSP77 C_HSP77 C_TM77 C_TS C_TSP78 C_HSP78 C_TM78 C_TS C_TSP79 C_HSP79 C_TM79 C_TS C_TSP80 C_HSP80 C_TM80 C_TS C_TSP81 C_HSP81 C_TM81 C_TS C_TSP82 C_HSP82 C_TM82 C_TS C_TSP83 C_HSP83 C_TM83 C_TS C_TSP84 C_HSP84 C_TM84 C_TS C_TSP85 C_HSP85 C_TM85 C_TS C_TSP86 C_HSP86 C_TM86 C_TS C_TSP87 C_HSP87 C_TM87 C_TS C_TSP88 C_HSP88 C_TM88 C_TS C_TSP89 C_HSP89 C_TM89 C_TS C_TSP90 C_HSP90 C_TM90 C_TS C_TSP91 C_HSP91 C_TM91 C_TS C_TSP92 C_HSP92 C_TM92 C_TS C_TSP93 C_HSP93 C_TM93 C_TS C_TSP94 C_HSP94 C_TM94 C_TS C_TSP95 C_HSP95 C_TM95 C_TS C_TSP96 C_HSP96 C_TM96 C_TS C_TSP97 C_HSP97 C_TM97 C_TS C_TSP98 C_HSP98 C_TM98 C_TS C_TSP99 C_HSP99 C_TM99 C_TS199 3rd Edition of TEMI880 IM : Sep Page 116 / 119
119 D-Register 1800~2399 NO FILE5 FILE6 FILE7 RESERVED RESERVED RESERVED C_TS21 C_TS31 C_TS41 2 C_TS22 C_TS32 C_TS42 3 C_TS23 C_TS33 C_TS43 4 C_TS24 C_TS34 C_TS44 5 C_TS25 C_TS35 C_TS45 6 C_TS26 C_TS36 C_TS46 7 C_TS27 C_TS37 C_TS47 8 C_TS28 C_TS38 C_TS48 9 C_TS29 C_TS39 C_TS49 10 C_TS210 C_TS310 C_TS C_TS211 C_TS311 C_TS C_TS212 C_TS312 C_TS C_TS213 C_TS313 C_TS C_TS214 C_TS314 C_TS C_TS215 C_TS315 C_TS C_TS216 C_TS316 C_TS C_TS217 C_TS317 C_TS C_TS218 C_TS318 C_TS C_TS219 C_TS319 C_TS C_TS220 C_TS320 C_TS C_TS221 C_TS321 C_TS C_TS222 C_TS322 C_TS C_TS223 C_TS323 C_TS C_TS224 C_TS324 C_TS C_TS225 C_TS325 C_TS C_TS226 C_TS326 C_TS C_TS227 C_TS327 C_TS C_TS228 C_TS328 C_TS C_TS229 C_TS329 C_TS C_TS230 C_TS330 C_TS C_TS231 C_TS331 C_TS C_TS232 C_TS332 C_TS C_TS233 C_TS333 C_TS C_TS234 C_TS334 C_TS C_TS235 C_TS335 C_TS435 3rd Edition of TEMI880 IM : Sep Page 117 / 119
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