CSD-814B 294-1213-M
CSD-814B CSD-814B
II
1. 10 to 50 85 %RH() (1) III
(2) 192 15 160 (20.3) (46) 186 91 96 187 +1 0 92 +1 0 F.G. GND mm IV
2. 3. V
VI
No. 2004 05 DRW.No.294-1213 VER 1.800 2004 09 DRW.No.294-1213-A ECN.FN04-02111 7-13.10 10 5-2-2. 1 ACAL 2005 04 DRW.No.294-1213-B ECN.FN05-02035 2006 03 DRW.No.294-1213-C ECN. FN06-02025 7-5-2. 2 m 2 m+1 2006 08 DRW.No.294-1213-D 2007 09 DRW.No.294-1213-E 2010 10 DRW.No.294-1213-F 2011 01 DRW.No.294-1213-G 2011 10 DRW.No.294-1213-H 2012 05 DRW.No.294-1213-I ECN..FN06-02099 RUN/ [ROM Ver. 2.700 ] ECN.FN07-02093 ECN.FN07-02100 10-1. A-C A-FC-G A-C ECN..FN10-02140 MInebea ECN. FN11-02018 9-3-4. DE-9S-N(JAE) DE-9S-NR (JAE) ECN.FN11-02176 9-1-7. ECN..FN10-02140-D MInebea VII
No. 2013 11 DRW.No.294-1213-J 2015 03 DRW.No.294-1213-K 2018 01 DRW.No.294-1213-L 2019 10 DRW.No.294-1213-M ECN.FN13-02167 7-2 S4 S4 S3 10 0 S4 S4 S4 10 0 S4 ECN.FN15-02032 ():F.G.,GND ECN.FN1702017 ECN.FN1802001 11-7. ECN.FN1802015 ECN.FN190515 10-1.7 VIII
......... 1.... 2.... 3....... 1.... 1 1-1.... 1 2.... 2 2-1.... 2 2-2.... 4 3.... 5 3-1.... 5 3-2.... 5 3-3.... 6 4.... 7 4-1.... 7 4-2.... 8 4-3.... 9 4-3-1.... 9 4-3-2.... 16 4-3-3.... 17 4-3-4.... 18 4-3-5.... 18 5.... 19 5-1.... 19 5-2.... 19 5-2-1.... 20 5-2-2.... 24 5-3.... 27 5-3-1.... 27 5-3-2.... 29 6.... 30 6-1.... 30 6-1-1.... 30 6-1-2. S1S2S3S4... 30 6-2.... 30 6-2-1.... 30 6-2-2.... 30 6-2-3. ZEROSPAN... 30 6-2-4.... 31 6-3.... 31 6-3-1.... 31
6-3-2.... 31 6-3-3. ZEROSPAN... 31 6-3-4.... 31 6-4.... 32 6-4-1.... 32 6-4-2.... 32 6-4-3. ZEROSPAN... 32 6-4-4.... 32 6-5.... 32 6-5-1.... 32 6-5-2. ZEROSPAN... 32 6-5-3.... 32 6-6.... 33 6-6-1.... 33 6-6-2. ZEROSPAN... 33 6-6-3.... 33 6-7.... 33 6-7-1.... 33 6-7-2.... 33 6-7-3. ZEROSPAN... 33 6-7-4.... 33 6-8.... 33 7.... 34 7-1.... 34 7-1-1.... 34 7-1-2.... 35 7-1-3.... 35 7-2.... 36 7-2-1.... 36 7-2-2. S1S2S3S4... 39 7-2-3. S1S2S3S4... 40 7-2-4. S0... 41 7-2-5.... 44 7-3.... 46 7-3-1.... 46 7-4.... 47 7-4-1.... 47 7-4-2.... 47 7-4-3.... 48 7-4-4.... 48 7-5.... 49 7-5-1.... 49 7-5-2.... 49 7-6.... 51 7-6-1.... 51 7-6-2. /... 51 7-6-3. /... 51 7-6-4.... 52
7-6-5. HOLD... 53 7-6-6.... 53 7-6-7. /... 54 7-6-8. RUN/... 54 7-7.... 55 7-8. (A/Z)... 55 7-9.... 55 7-10.... 56 7-11. CHECK... 56 7-12.... 56 7-13.... 57 7-14.... 57 7-14-1.... 58 7-15.... 65 8.... 67 8-1.... 67 8-2.... 69 8-3.... 77 9.... 78 9-1.... 79 9-1-1.... 80 9-1-2. CSD814B-P07... 80 9-1-3. CSD814B-P23... 80 9-1-4. CSD814B-P24... 80 9-1-5. CSD814B-P25... 81 9-1-6. CSD814B-P26... 81 9-1-7.... 81 9-1-8.... 82 9-1-9.... 83 9-1-10. 1... 84 9-1-11. 2... 86 9-2. BCD... 89 9-2-1.... 89 9-2-2. BCD... 90 9-2-3. BCD... 91 9-2-4.... 91 9-2-5.... 92 9-2-6.... 93 9-3. RS-232C... 94 9-3-1.... 94 9-3-2.... 95 9-3-3.... 95 9-3-4.... 96 9-3-5.... 97 9-4. RS-422... 103 9-4-1.... 103 9-4-2.... 104 9-4-3.... 104 9-4-4.... 105 9-4-5.... 107
9-5.... 111 9-5-1.... 111 9-5-2.... 111 9-5-3.... 112 9-5-4.... 113 9-5-5.... 114 9-5-6.... 114 9-6..... 115 9-6-1.... 115 9-6-2.... 115 9-6-3.... 116 9-6-4.... 116 9-6-5.... 117 9-6-6.... 117 9-6-7. 8... 117 9-6-8. S1, S2, S3, S4... 118 9-6-9. S1S2S3S4... 119 9-6-10. S0... 120 9-6-11.... 120 9-6-12.... 122 9-7. AC200 V (CSD814B-P63)... 123 9-7-1.... 123 9-7-2.... 124 10.... 125 10-1.... 126 10-2.... 135 10-3.... 143 11.... 144 11-1.... 144 11-2.... 144 11-3.... 144 11-4.... 145 11-5.... 145 11-6.... 145 11-7.... 146 11-8.... 146 11-9.... 146 11-10.... 146 11-11.... 147 11-11-1.... 147 11-11-2.... 147 11-11-3. BCD... 147 11-11-4. RS-232C... 147 11-11-5. RS-422... 148 11-11-6.... 148 11-11-7.... 148 11-11-8.... 149 11-11-9.... 149 11-12.... 149 12.... 150
12-1.... 150 12-2.... 150 13.... 151 13-1.... 151 13-2.... 154 13-3.... 155 13-3-1. RS-232C... 155 13-3-2. RS-422... 157 13-4.... 160
1. CSD-814B (1) 22 mm (2) 11DOT%10% (3) (X.XXXXX mv/v) 1
2. 2-1. 1 2 10 %11 DOT 3 S1S2S3S44 4 5 RUN () A/Z (A/Z ON)(A/Z OFF) LOCK LOCKCOM.1 HOLD HOLDCOM.1 CHECK CHECK ON 6 7 S1 (A/Z) 8 S2 (A/Z OFF) 2
9 S3 () 10 S4 11 ZERO/SPAN ZEROSPAN 12 CHECKON/OFFZERO/SPAN 13 14 3
2-2. F.G. GND 1 1 ZEROA/ZA/Z OFFHOLDLOCKA-SELRUNS0 S1S2S3S4ERROR 2 2 AC 3 1 BCDRS-232CRS-422 1 4 2 1 5 4
3. 3-1. 3-2. 10 to 50 85 %RH() 5
3-3. 192 15 160 (20.3) (46) 96 186 187 +1 0 91 92 +1 0 F.G. GND mm 6
4. 4-1. 16P2M3 1 1 ZERO 17 A 2 A/Z 18 F 3 A/Z OFF 19 G 4 HOLD 20 C 5 LOCK 21 D 6 A-SEL 22 B 7 COM.1 23 E 8 F.G. 24 A.G. 9 RUN 25 N.C. 10 S0 26 N.C. 11 S1 27 N.C. 12 S2 28 N.C. 13 S3 29 F.G. 14 S4 30 GND 15 ERROR 31 AC 16 COM.2 32 AC 2 COM.1(7)COM.2(16) 7
4-2. OFF 0.8 Nm 1 7.2 mm 1.25-3.5Y1.25-3.5 2 7.2 mm 1.25-3.5Y1.25-3.5 7.2 mm 1.25-3.5Y1.25-3.5 6.3 mm 1.25-3Y1.25-3.5 I/O A.G.(24) 8
4-3. 4-3-1. 1 22 21 2 CAB-50230 m 3 CAB-501100 m 1 1CSD-814B 3m F.G. GND 1 1 9
1 22 21 2 CAB-50230 m 3 CAB-501100 m 2 1B-304CSD-814B i) CAB-502(4) 3m B-304 F.G. GND CAB-502 1 1 2 (CAB-50230 m) B-403 () 1.25-42-4 9.5 mm () CSD-814B 10
ii) CAB-501(6) 3m B-304 F.G. GND CAB-501 1 1 3 (CAB-501100 m) B-304 () 1.25-42-4 9.5 mm () CSD-814B 11
1 22 21 2 CAB-50230 m 3 CAB-501100 m 3 24(B-307)CSD-814B i) CAB-502(4) B-307 F.G. GND CAB-502 1 1 2 (CAB-50230 m) B-307 () () () () 1W 1R 1G 1B 1Y 2W 2R 2G 2B 2Y 3W 3R 3G 3B 3Y 4W 4R 4G 4B 4Y RD OR BK WH GN BL YE () CSD-814B 12
13 ii) CAB-501(6) 1 1 3 (CAB-501100 m) B-307 CAB-501 F.G. GND B-307 CSD-814B 1W 1R 1G 1B 1Y 2W 2R 2G 2B 2Y 3W 3R 3G 3B 3Y 4W 4R 4G 4B 4Y RD OR BK WH GN BL YE () () () () ()
1 22 21 2 CAB-50230 m 3 CAB-501100 m 4 24(SB-310)CSD-814B i) CAB-502(4) F.G. GND CAB-502 1 1 2 (CAB-50230 m) SB-310 1 CSD-814B 4 2 3 B A Y B A A3.2 mm B7mm 14
ii) CAB-501(6) F.G. GND CAB-501 1 1 SB-310 3 (CAB-501100 m ) 1 CSD-814B 4 2 3 B A Y B A A3.2 mm B7mm 15
4-3-2. ZEROA/ZA/Z OFFHOLDLOCKA-SEL 7COM.1 7-1 F.G. GND F.G.(8) 16
4-3-3. RUNSOS1S2S3S4ERROR 16COM.2 AC125 V 0.1 A DC30 V 0.5 A F.G. GND F.G.(8) 17
4-3-4. D AC100 V (AC85 V to AC132 V) 50/60 Hz 22 VA ( AC100 V) F.G. GND AC100 V to 120 V (AC85 V to AC132 V) AC200 V( CSD814B-P63)9-7 D F.G.(29)GND(30) 4-3-5. 9 18
5. ((CSD814B-P07)(CSD814B -P23P24P25P26)) (FUNC-17) (FUNC-18) FUNC-17 FUNC-18 5-1. 4 5-2. 1 ()() (mv/v) 2 1/1 000 19
5-2-1. (FUNC-98)OFF(FUNC-07FUNC-08 000000) FUNC VCALVADJST FUNCCCALCHECKMONITVCALVADJST FUNCCCAL() 1 FUNC 1 1 CCAL 2 20
3 CCAL D-0110 0 4 12510 DISP 4 2000 5 125 10 0 10 10 1 (100)99990 10010 000 20020 000 50050 000 1 00099 990 1 2 5 10 21
S_MV 6 0.3000010 0 5 7 0 0.300 00 mv/v3.000 00 mv/v 8 ZERO 22
---- 9 T-END 0.0 mv/v2.4 mv/v 2 ZERO8 TER-L TER-H 10 CCAL 23
5-2-2. (A/Z) (ERR-5) (FUNC-50)HOLD HOLD 2 S1 S3ZERO S21/10 S4(A/D) 1 CCAL 2 S3ZERO 3 S3SPAN1 S3ZERO 24
4 0 1 2 S21/10 5 S3SPAN 6 7 1 20 % 2 20 % S21/10 25
3 8 6 9 10 () 26
5-3. 5-2 (1) 1/1 000 1/1 000 (2) () 5-3-1. (1) (1/1 000 1/1 000 5-3-1(2) 5 t3 mv/v3 1.5 t 5t 5 000 1 () ()()() ()() 3 mv/v3 mv/v3 mv/v 5t 3 3 5 t 1 mv/v 2 ()5-2-1 55 00071.000 00 27
(2) (1/1 000 5 t3 mv/v3 1.5 t 5t 5 000 1 () ()()() ()() 3 mv/v3 mv/v3 mv/v 5t 3 3 5 t 1 mv/v 2 5-2-1 55 00071.000 00 3 5-2-25 t (3) 5t 1 7-15 mv/vx.xxx 2 3 5 t 4 )()() 5 6 ()5-2-1 55 0007 7 5-2-25 t 28
5-3-2. (1) 1 5-2-1 2CCAL CCALD-XXDISPXXXXSMJX.XXXXZERO---- T-END0 (2) 5-2-2 29
6. 1 6-1. 6-1-1. 6-1-2. S1S2S3S4 S1S2S3S4S1S2S3S4S1 6-1-22 ON/OFF 6-2. 6-2-1. S110 0,S1,20 S1 6-2-2. (A/Z),A/Z 0 6-2-3. ZEROSPAN ZEROSPAN 30
6-2-4. 1,10 0 10 1 10 2 10 3 10 4 10 5 () 2 6-2-36-2-42 ON/OFF 6-3. 6-3-1. S210 0,S2 20 S2 6-3-2. (A/Z)(A/Z OFF) A/Z 6-3-3. ZEROSPAN ZEROSPAN 6-3-4. 1 10 0 2 () () 6-3-36-3-42 ON/OFF 31
6-4. 6-4-1. S310 0,S3 20 S3 6-4-2. (5)10 % 07-9 6-4-3. ZEROSPAN ZEROSPAN 6-4-4. 1 0, 1, 2, 3, 4, 5, 6, 7, 8, 90 1 6-4-36-4-42 ON/OFF 6-5. 6-5-1. S410 0 S4 20 S4 6-5-2. ZEROSPAN ZEROSPAN 6-5-3. 1 0, 9, 8, 7, 6, 5, 4, 3, 2, 1 0 1 6-5-26-5-32 ON/OFF 32
6-6. 6-6-1. FUNC 6-6-2. ZEROSPAN ZERO/SPAN S3ZEROSPAN 6-6-3. 6-7. 6-7-1. 0.3 mv/vcheckon,check 0.3 mv/vcheckoff 6-7-2. ZEROSPANS1S2 1/10S3ZEROS4A/D 6-7-3. ZEROSPAN ZEROSPAN 6-7-4. 1, 2 0 6-8. 33
7. 7-1. 7-1-1. COM.1(7) 1 ZERO 10 % 0(6-4-2 )7-9 2 A/Z (A/Z) A/Z0(6-2-2 )7-8 3 A/Z OFF (A/Z)(A/Z OFF) A/Z (6-3-2)7-8 4 HOLD FUNC-50HOLD 7-6-5 5 LOCK () LOCK 6 A-SEL FUNC-191 9-1-8 7 COM. 1 (16) 100 ms HOLDZEROA/ZA/Z OFF( SHIFTZEROSHIFTA/ZSHIFTA/Z OFF) HOLDZEROA/ZA/Z OFF OFFHOLDONHOLD HOLD COM.1(7)COM.2(16) 34
7-1-2. 9 RUN CHECK ON 1a 10 S0 FUNC-13 1a a) b) S1, S2, S3, S42OFF() 11 S1 S11a 12 S2 S21a 13 S3 S31a 14 S4 S41a 15 ERROR OFF1b 16 COM.2 (915) COM.1(7)COM.2(16) ON50 ms 7-1-3. 1 12 V 2.2 k 430 0.047 INPUT COM.1 2 OUTPUT AC125 V DC30 V COM.2 0.1 A 0.5 A 35
7-2. S1, S2, S3, S44FUNC-13 (S0) 30/s ( FUNC-11) 7-2-1. 110 % S1 1 S110 0 S1 10 0 10 1 10 2 10 3 10 4 10 5 (POL) S1 S1 20 S2,S3,S4 (0) 36
S2 2 3 S210 0 S2 10 0 10 1 10 2 10 3 10 4 10 5 (POL) S2 S2 20 S1,S3,S4 S3 S310 0 S3 10 0 10 1 10 2 10 3 10 4 10 5 (POL) S3 S3 20 S1,S2,S4 (0) (0) 37
S4 4 S410 0 S4 10 0 10 1 10 2 10 3 10 4 10 5 (POL) S4 S4 20 S1,S2,S3 (0) 38
7-2-2. S1S2S3S4 S1S2S3S4 ON ON (FUNC-12) S1S2S3S4ON ON/OFF ON/OFF S1S2S3S4 (1) ON S1S1 (S1)()ON S1 ON S1S1 OFF (2) ON S1S1 (S1)()ON S1 ON S1S1 OFF 39
7-2-3. S1S2S3S4 S1S2S3S4 3 (FUNC-11) S1S2S3S4 ON/OFF ON/OFF S1ON S2S3S4 (1) S1S1 (S1)()ON S1 ON S1S1 OFF (2) S1S1 (S1)()ON S1 ON S1S1 OFF (3) S1S1 (S1)()ON S1 ON S1S1 OFF 40
7-2-4. S0 S0 00000000000781 (FUNC-13) 000000 S0S0ON/OFF SOON/OFF FUNC-13 000000000007S0S0 FUNC-13 000000 OFF 000001 S1S2OFFON 000002 S1S3OFFON 000003 S1S4OFFON 000004 S2S3OFFON 000005 S2S4OFFON 000006 S3S4OFFON 000007 ()()ON FUNC-13 000000000006S0S0 FUNC-13000001FUNC-13 000002000003000004000005000006 (1) FUNC-12S1S2 S1S1 (S1)() ON S2S2 (S2)() ON S0S0 (S1)() (S2)() ON S1 S2 ON S2S2 OFF ON S1S1 OFF ON S0S0 OFF 41
(2) FUNC-12S1S2 S1S1 (S1)() ON S2S2 (S2)() 0N S0S0 (S1)()(S2) ON S1 S2 ON S2S2 OFF ON S1S1 OFF ON S0S0 OFF (S1)(S2) (S1)(S2)S0S0OFF (3) FUNC-12S1S2 S1S1 (S1)() ON S2S2 (S2)() ON S0S0 OFF S1 S2 ON S2S2 OFF ON S1S1 OFF ON S0S0 OFF (S1)(S2) (S1)(S2)S0S0 (S2)()(S1)ON 42
(4) FUNC-12S1S2 S1S1 (S1)() ON S2S2 (S2)() ON S0S0 (S1)() (S2)() ON S1 S2 ON S2S2 OFF ON S1S1 OFF ON S0S0 OFF 43
7-2-5. S1S2S3S4 (FUNC-14FUNC-15FUNC-24) OFF ON/OFF ON/OFF S1 S2S3S4 (1) S1ON S1 S1 S1 ON OFF (2) S1ON S1 S1 S1 ON OFF 44
(3) S1ON S1 S1 S1 ON OFF (4) S3ON S1 S1 S1 ON OFF 45
7-3. 7-3-1. 000000000007 (FUNC-04) 000003 ()2 n1 n10 0 000003 ()2 31 16() 46
7-4. 7-4-1. FUNC-08 FUNC-07 7-4-2. FUNC-07n [] [FUNC-07]0.5[] FUNC-07000010D5 [] 100.55 25D FUNC-08 FUNC-07FUNC-08 0 FUNC-08 FUNC-08 FUNC-08 FUNC-08 FUNC-07 FUNC-08 0 47
7-4-3. (FUNC-62) (A/Z)(A/ZOFF) FUNC-62 FUNC-02 FUNC-16 2028 (A/Z) ON/OFF / (BCD RS-232C) OFF ON OFF ON OFF ON OFF ON OFF ON OFF ON OFF ON OFF ON 7-4-4. FUNC-98 FUNC-98 48
7-5. 7-5-1. FUNC-97 FUNC-10FUNC-09 7-5-2. FUNC-97n [][FUNC-97][] FUNC-97000010D5 []105 50D FUNC-10 FUNC-09 m []2 m+1 FUNC-09000003 [] 2 3+1 16() FUNC-04 []FUNC-04[](7-3-1) [] [FUNC-04] [] FUNC-04000003FUNC-09 000003 [] 2 31 2 3+1 1616 256() 49
FUNC-10 FUNC-10 FUNC-10 50
7-6. 7-6-1. (FUNC-02) (A/Z) ON/OFF 7-6-2. /,/ (FUNC-42) S1S2S3S4 7-6-3. / 10 %11 DOT / (FUNC-51) 51
7-6-4. FUNC-51 0% 0%10 % 1 DOT 10 %20 % 2 DOT 20 %30 % 3 DOT 30 %40 % 4 DOT 40 %50 % 5 DOT 50 %60 % 6 DOT 60 %70 % 7 DOT 70 %80 % 8 DOT 80 %90 % 9 DOT 90 %100 % 10 DOT 100 % 11 DOT 52
7-6-5. HOLD HOLD (FUNC-50) FUNC-50HOLD FUNC-50 000000 000001 000002 000003 000004 000005 000006 000007 HOLD HOLD HOLD HOLD HOLD 7-6-6. (CCAL) OLOL (/7-6-7) (1) 10 %110 %1 000 1001 100100OL1 100OL (2) / 110 %110 %1 000 1 1001 1001 100OL1 100 OL 53
7-6-7. / 03 mv/v 03 mv/v/ (FUNC-54) 1 01 mv/v01 000 1001 000100OL1 100OL 2 / 01 mv/v01 000 1 mv/v1 0001 1001 100 1 100OL1 100OL / 7-6-8. RUN/ RUNFUNC-43/ RUN RUN RUNFUNC-43 RUN 54
7-7. 10 V5 V2.5 V (FUNC-55) 10 V CSD-814B 10 V 5V 2.5 V 1 2 3 4 CAB-501(6)350 7-8. (A/Z) (A/Z) (A/Z) A/Z0,(A/Z OFF),A/ZFUNC-98 (A/Z OFF) 7-9. (5)10 % 0 10 % (ERR-0) ZERO FUNC-98 (A/Z)(A/Z) ERR-5 (A/Z OFF) 55
7-10. FUNC-060OFF1ON OFF 10 0 10 1 10 2 10 3 10 4 10 5 31 7-11. CHECK 0.3 mv/vcheckoncheck 0.3 mv/v CHECKOFF CHECKONRUNRUN 7-12. BD FUNC-56 FUNC-56000000 BD 0 56
7-13. RAMEEPROMEEPROM RAM 10 1 RAM A/Z A/Z OFF ZERO FUNC-98 FUNC-98 S1, S2, S3, S4 2 EEPROM FUNC FUNC-99 ROM () BCD 57
7-14-1. FUNC VCALVADJST FUNCCCALCHECKMONITVCALVADJST FUNCCCAL() 1 FUNC 1 2 2 CCALCHECK 58
ROM ROM ROM 3 ROM GV OP IN OUT A-OUT BCD DIG SW C-END : : GV 4 59
OP P---- 5 IN -IN- ON/OFF 6 S3 S4 S0 HOLD LOCK CHECK ZERO A/Z A/Z OFF HOLD LOCK A-SEL OFF 60
61 OUT -OUT- 7 OFF S4 S3 S0 S2 S1 RUN RUN ERROR ON : : S0 S0 S1 S1 S2 S2 S3 S3 S4 S4 RUN RUN CHECK ERROR ON ON
9 8 A-OUT LOW LOW LOWMIDHIGH HIGHMIDLOW LOW MID HIGH P07 P23 P24 4mA 12 ma 20 ma 0V 0.5 V 1.0 V 0V 2.5 V 5.0 V P25 0V 5V 10 V P26 1V 3V 5V LOWMIDHIGH HIGHMIDLOW 62
BCD BCD 10 9 BCD 0 10 0 BCD 000000POL()ON POLON 000000 63
11 DIGSW 10 OFF S1 S2 S3 S4 ON : : ON ON S0 S1S4ON S1 S1 ON S2 S2 ON S3 S3 ON S4 S4 ON C-END 11 64
7-15. mv/v 0.5 % 3.5 mv/v3.5 mv/v FUNC VCALVADJST FUNCCCALCHECKMONITVCALVADJST FUNCCCAL() 65
1 FUNC 1 2 3 CCALCHECK MONIT mv/v 3 mv/v S1 ZERO S2 X.XXXXXZERO S3 SPAN S4 X.XXXXXSPAN 4 66
8. (FUNC-50)HOLD HOLD 8-1. 1 FUNC 1 2 FUNC-** **. 3 67
4 5 10 0.. 3 6 68
8-2. FUNC-01 000000 000000 00000110 1 00000210 2 00000310 3 00000410 4 FUNC-02 000000 000000(A/Z) 000001(A/Z) 000002 FUNC-03 000000 0000004 /s 00000120 /s FUNC-04 FUNC-06 000003 0000000000072 (n1) 000000 10 0 10 1 10 2 10 3 10 4 10 5 0 1 3 1 69
FUNC-07 FUNC-08 FUNC-09 FUNC-10 FUNC-11 000000 000000OFF 000000000099 0.5D 00009949.5D FUNC-08000001000099 000020 000000OFF 000000000099 0.1 s 0000999.9 s FUNC-07000001000099 000002 000000OFF 000000000007 2 (m1) FUNC-10000001000099FUNC-97000001000999 000020 000000OFF 000000000999 0.01 s 0009999.99 s FUNC-09000001000007FUNC-97000001000999 002222 0 1(A/Z) 2 10 0 S1 10 1 S2 10 2 S3 10 3 S4 S1, S2, S3, S4 70
FUNC-12 000000 0 1 10 0 S1 10 1 S2 10 2 S3 10 3 S4 FUNC-13 FUNC-14 FUNC-15 FUNC-16 FUNC-17 FUNC-18 FUNC-19 S0 000000 000000OFF 000001S1S2OFFON 000002S1S3OFFON 000003S1S4OFFON 000004S2S3OFFON 000005S2S4OFFON 000006S3S4OFFON 000007( )()ON 000000 000000OFF 000000000099 1D 00009999D 000000 000000OFF 000000000099 0.1 s 0000999.9 s () 000002 000000 000001(A/Z) 000002 () 000000 099990099990 () 002000 099990099990 A-SEL/() 000000 000000A-SEL 000001A-SEL 71
FUNC-20 FUNC-21 FUNC-22 FUNC-23 FUNC-24 FUNC-25 FUNC-26 FUNC-27 BCD() 000002 000000 000001(A/Z) 000002 000003 BCD BCD BCD BCD SEL1SEL2BCD BCD() 000000 000000 000001 BCD(POL)() 000000 000000 000001 BCD(ERROR, OVR)() 000000 000000 000001 000001 000000 000001 BCD P.C.() 000000 000000 000001 BCD P.C.() 000000 000000125 ms 00000125 ms FUNC-034 /s 20 /s25 ms () 000000 000000 000001 000002 72
FUNC-28 FUNC-29 FUNC-30 FUNC-31 FUNC-32 FUNC-33 FUNC-34 RS-232C() 000002 000000 000001(A/Z) 000002 RS-232C RS-232C RS-232C RS-232C() 000001 000000 000001 RS-232C & RS-422() 000000 000000600 bps 0000011 200 bps 0000022 400 bps 0000034 800 bps 0000049 600 bps 00000519 200 bps RS-232C&RS-422() 000021 10 0 08 bit 17 bit 10 1 0 1 2 RS-232C&RS-422() 000000 0000001 bit 0000012 bit RS-422 ID() 000000 000000000009 RS-232C&RS-422 () 000000 000000 000001 73
FUNC-36 FUNC-37 FUNC-38 FUNC-39 FUNC-40 FUNC-41 FUNC-42 () 002222 0 1(A/Z) 2 10 0 S1 10 1 S2 10 2 S3 10 3 S4 S1, S2, S3, S4 () 000000 0 1 10 0 S1 10 1 S2 10 2 S3 10 3 S4 () 000000 000000OFF 000000000099 1 D 00009999 D () 000000 000000OFF 000000000099 0.1 s 0000999.9 s () 000000 0000008 0000014 8() 000000 000000 000001 FUNC-40000000 / 000000 000000 000001 74
FUNC-43 RUN/ 000000 000000 000001 FUNC-50 HOLD 000007 000000HOLD 000001HOLD 000002HOLD 000003000001000002HOLD 000004HOLD 000005000001000004HOLD 000006000002000004HOLD 000007000001,000002,000004HOLD FUNC-51 FUNC-54 / 000000 000000 000001 / 000000 000000 000001/ FUNC-55 000000 00000010 V 0000015 V 0000022.5 V FUNC-56 FUNC-62 / 000000 000000 000001 000001BD 000000 000000 000001(A/Z) FUNC-97 000100 000000OFF 000000000999 1D 000999999D FUNC-09000001000007FUNC-1000000100099 75
FUNC-98 ZERO (A/Z) FUNC-98 ZCLR? () ZERO ZERO ZCLR?FUNC-98 ZERO FUNC-99 EEPROMFUNC-01FUNC-97 FUNC-99 CLR () CLR2 FUNC FUNC-00 FUNC-05 FUNC-35 FUNC-44 FUNC-45 FUNC-46 FUNC-47 FUNC-48 FUNC-49 FUNC-52 FUNC-53 FUNC-57 FUNC-58 FUNC-59 FUNC-60 FUNC-61 FUNC-63 FUNC-64 FUNC-65 FUNC-66 FUNC-67 FUNC-68 FUNC-69 FUNC-70 FUNC-71 FUNC-72 FUNC-73 FUNC-74 FUNC-75 FUNC-76 FUNC-77 FUNC-78 FUNC-79 FUNC-80 FUNC-81 FUNC-82 FUNC-83 FUNC-84 FUNC-85 FUNC-86 FUNC-87 FUNC-88 FUNC-89 FUNC-90 FUNC-91 FUNC-92 FUNC-93 FUNC-94 FUNC-95 FUNC-96 76
8-3. ()BCDRS-232C BCD RS-232C FUNC-11 FUNC-16 FUNC-20 FUNC-28 FUNC-36 77
9. 103 1 [420 ma] CSD814B-P07 2 [01 V] CSD814B-P23 3 [05 V] CSD814B-P24 4 [010 V] CSD814B-P25 5 [15 V] CSD814B-P26 6 BCD CSD814B-P15 7 RS-232C CSD814B-P74 8 RS-422 CSD814B-P76 9 CSD814B-P77 10 CSD814B-P78 11 AC200 V CSD814B-P63 P07 P23 P24 P25 P26 P15 P74 P76 P77 P78 P07 P23 P24 P25 P26 P15 P74 P76 P77 P78 78
9-1. HOLDON 1 FUNC-50 2 FUNC-50 3 CHECK 1 CHECKON(RUN RUN) 2 CHECKOL(OVR. ) RUNCHECK ON 5 CSD814B-P07 CSD814B-P23 CSD814B-P24 CSD814B-P25 CSD814B-P26 ( FUNC-16) 79
9-1-1. FUNC-16 FUNC-17 FUNC-18 FUNC-19 / 9-1-2. CSD814B-P07 (1) DC4 ma to 20 ma 8 % 0 to 2 000DC4 ma to 20 ma OL 2.7 ma OL 21.3 ma (2) 510 (3) 0.05 %F.S. (4) (5) (4 /s20 /s) 9-1-3. CSD814B-P23 (1) DC0 V to 1 V 8 % 0 to 2 000DC0 V to 1 V OL 0.08 V OL 1.08 V (2) 5 k (3) 0.05 %F.S. (4) (5) (4 /s20 /s) 9-1-4. CSD814B-P24 (1) DC0 V to 5 V 8 % 0 to 2 000DC0 V to 5 V OL 0.4 V OL 5.4 V (2) 5 k (3) 0.05 %F.S. (4) (5) (4 /s20 /s) 80
9-1-5. CSD814B-P25 (1) DC0Vto10V 8 % 0 to 2 000DC0Vto10V OL 0.8 V OL 10.8 V (2) 5 k (3) 0.05 %F.S. (4) (5) (4 /s20 /s) 9-1-6. CSD814B-P26 (1) DC1 V to 5 V 8 % 0 to 2 000DC1 V to 5 V OL 0.68 V OL 5.32 V (2) 5 k (3) 0.05 %F.S. (4) (5) (4 /s20 /s) 9-1-7. F.G. GND F.G. GND 81
9-1-8. 02 000 FUNC-17FUNC-18 8 % 8 % 0 8 % FUNC-17 FUNC-18 FUNC-171 000 FUNC-185 000 5 000 1 000 8 % 8 % 1 000 5 000 5 400 FUNC-185 FUNC-17FUNC-18 82
9-1-9. FUNC-191 A-SEL() () () A/Z ASEL 83
9-1-10. 1 9-1-11 1 FUNC 1 2 5 FUNCCCALCHECKMONIT VCAL VCALF-END 3 VCAL A-LOW P07 P23 P24 P25 P26 4mA 0V 0V 0V 1V 84
4 A-HIGH P07 P23 P24 P25 P26 20 ma 1V 5V 10 V 5V A-END VCAL / 5 85
9-1-11. 2 9-1-8 1 FUNC 1 2 6 FUNCCCALCHECKMONIT VCALVADJST VCALVADJST F-END 86
VADJST A-ZERO 3 A-SPAN 4 87
A-END VADJST 5 10 % 9-1-10 10 % P07 P23 P24 P25 P26 1.6 ma 0.1 V 0.5 V 1.0 V 0.4 V 88
9-2. BCD HOLDONBCD 1 FUNC-50BCD BCD000000 2 FUNC-50BCD 000000 3 000000 CHECK 1 CHECKON(RUN RUN)BCD 2 CHECKOL(BCDOVR.) BCD ( FUNC-20) 9-2-1. FUNC-20 BCD FUNC-21 BCD FUNC-22 BCD FUNC-23 BCD FUNC-25 P.C. FUNC-26 P.C. 25 ms125 ms 89
9-2-2. BCD (1) FUNC-21, FUNC-22, FUNC-23, FUNC-25 (2) BCD 6 POL.() OFF P.C.() ERROR() OVR.() D.P.() (3) HOLD HOLDCOM BCD-ENABLE BCDOFF() SEL.1 BCD SEL.2 BCD SEL.1 SEL.2 A/Z (4) FUNC-20 (SEL.1, SEL.2) (5) (FUNC-03) 4/s20/s 90
9-2-3. BCD 1 110 0 26 110 5 2 210 0 27 210 5 3 410 0 28 410 5 4 810 0 29 810 5 5 110 1 30 N.C. 6 210 1 31 N.C. 7 410 1 32 N.C. 8 810 1 33 N.C. 9 110 2 34 N.C. 10 210 2 35 N.C. 11 410 2 36 N.C. 12 810 2 37 N.C. 13 110 3 38 D.P.10 1 14 210 3 39 D.P.10 2 15 410 3 40 D.P.10 3 16 810 3 41 D.P.10 4 17 110 4 42 N.C. 18 210 4 43 N.C. 19 410 4 44 N.C. 20 810 4 45 BCD-ENABLE 21 SEL.1 46 OVR. 22 SEL.2 47 P.C. 23 POL. 48 P.C. 24 COM. 49 HOLD 25 ERROR 50 COM. 57-30500 DDK N.C. 9-2-4. (1) (2) 12 V 2.2 k OUTPUT 0.047 COM. 430 INPUT COM. V CE DC30 V I C DC20 ma MAX 91
9-2-5. (1) DATA POL. P.C. 20 /s50 ms 4 /s250 ms ON ON 20 /s25 ms 4 /s25 ms,125 ms ON ON ON ON P.C.DATAPOL.0N( ) ON ON (2) DATA POL. P.C. ON ON ON ON ON OVR. ON OVROVRON() OVRP.C.DATAOFF( )(P.C.1 OFFPOLOFFON) (3) DATA POL. P.C. ON ON ON ERROR ON ERRORERRORON( )ERRORP.C.DATAPOL. OFF()(P.C. 1OFF) 92
(4) HOLD HOLD DATA POL. ON P.C. ON ON ON ON ON HOLDP.C.OFF ) P.C.1OFF 9-2-6. -COM ON L OFF H OFF H ON L 93
9-3. RS-232C HOLDONRS-232C 1 FUNC-50 2 FUNC-50 3 CHECK 1 CHECKON(RUN RUN)RS-232C 2 CHECKOL OL RS-232C FUNC-28) 9-3-1. FUNC-28 FUNC-29 FUNC-30 600, 1 200, 2 400, 4 800, 9 600, 19 200 bps FUNC-31 FUNC-32 1bit,2bit FUNC-34 8 bit,7bit ON OFF 94
9-3-2. (1) RS-232C (2) 600, 1 200, 2 400, 4 800, 9 600, 19 200 bps 7bit,8bit 1bit,2bit CRLF ASCll LED 9-3-3. 2 (1) FUNC-28 (2) ()/CSD-814B /CSD-814B / CSD814B CSD-814B CSD-814B CTS/RTS X 95
9-3-4. (1) 1 CD 2 TXD 3 RXD 4 N.C. 5 S.G. 6 N.C. 7 RTS 8 CTS 9 N.C. DE-9S-NR (JAE) (2) RS-232C 1 1 CSD-814B (25) 1 CD 1 F.G. 2 TXD 2 TXD 3 RXD 3 RXD 4 N.C. 4 RTS 5 S.G. 5 CTS 6 N.C. 6 DSR 7 RTS 7 S.G. 8 9 CTS N.C. 8 9 DCD 19 20 DTR 21 25 2 2 CSD-814B (9) 1 CD 1 DCD 2 TXD 2 RXD 3 RXD 3 TXD 4 N.C. 4 DTR 5 S.G. 5 S.G. 6 N.C. 6 DSR 7 RTS 7 RTS 8 CTS 8 CTS 9 N.C. 9 RI 96
9-3-5. (1) 2 4 6 8 10 12 14 S 0 9 9 CR LF FUNC-34FUNC-01 2 4 6 8 10 12 14 S 0 9 9 1 2 3 CR LF 2 4 6 8 10 12 14 S 0 9 9 + 0. 1 2 3 CR LF 2 4 6 8 10 12 14 S 0 9 9 O L CR LF 2 4 6 8 10 12 14 S 0 9 9 O L CR LF 97
(2) 1 (CSD-814B) 2 4 6 R 0 2 0 CR LF 20 21 22 23 (CSD-814B) 2 4 6 8 10 12 14 T 0 2 0 CR LF FUNC-34FUNC-01 2 4 6 8 10 12 14 T 0 2 0 1 2 3 CR LF 2 4 6 8 10 12 14 T 0 2 0 + 0. 1 2 3 CR LF 2 4 6 8 10 12 14 T 0 2 0 O L CR LF 2 4 6 8 10 12 14 T 0 2 0 O L CR LF 98
2 (CSD-814B) 2 4 6 R 0 3 0 CR LF 30 S1 31 S2 32 S3 33 S4 (CSD-814B) 2 4 6 8 10 12 14 T 0 3 0 CR LF 99
3 (CSD-814B) 2 4 6 R 0 4 0 CR LF (CSD-814B) 2 4 6 8 10 12 14 T 0 4 0 S1 S2 S0 S3 S4 CR LF S1 S2 S0 S3 S4 1ON 0OFF 1ON 0OFF 1ON 0OFF 1ON 0OFF 1ON 0OFF 4 (CSD-814B) 2 4 6 R 0 5 0 CR LF (CSD-814B) 2 4 6 8 10 12 14 T 0 5 0 a b c D CR LF aa/z 1ON 0OFF b 0 cerror1on 0OFF D 0 100
5 (CSD-814B) 2 4 6 8 10 12 14 W 0 3 0 CR LF 30 31 32 S1 S2 S3 33 S4 (CSD-814B) 2 4 6 8 10 12 14 U 0 3 0 CR LF 0110 % 101
6 (CSD-814B) 2 4 6 W 0 5 0 CR LF (CSD-814B) 2 4 6 U 0 5 0 CR LF 50 51 52 ZERO A/Z A/Z OFF 7 (CSD-814B) 2 4 6 8 E 0 9 9 CR LF 102
9-4. RS-422 HOLDONRS-422 1 FUNC-50 2 FUNC-50 3 CHECK 1 CHECKON(RUN RUN)RS-422 2 CHECKOL OL 9-4-1. FUNC-30 600,1200,2400,4800,9600,19200 bps FUNC-31 FUNC-32 1 bit,2 bit FUNC-33 ID 0to9 FUNC-34 8 bit,7 bit ON OFF RS-422FUNC-29 103
9-4-2. (1) RS-422 (2) 600, 1 200, 2 400, 4 800, 9 600, 19 200 bps 7bit,8bit 1 bit,2 bit CR+LF ASCll 1km 10 LED 9-4-3. (1) ()/CSD-814B /CSD-814B / CSD-814B CSD-814B CSD-814B CTS/RTS X 104
9-4-4. (1) SDA SDB RDA RDB TRM S.G. () () () () (2) 1 1 11 CSD-814B TRM RDA RDB SDA SDB SDA SDB RDA RDB RDBTRM 105
2 1n(n210) CSD-814B CSD-814B CSD-814B CSD-814B SD AB RD AB SD AB RD AB SD AB RD AB SD AB RD AB TRM AB RD AB SD CSD-814B RDBTRM CSD-814BCSD-814BID ()FUNC-33 106
9-4-5. (1) 1 (CSD-814B) 2 4 6 R 0 2 0 CR LF ID(09FUNC-33) 20 21 22 23 (CSD-814B) 2 4 6 8 10 12 14 T 0 2 0 CR LF ID FUNC-34FUNC-01 2 4 6 8 10 12 14 T 0 2 0 1 2 3 CR LF 2 4 6 8 10 12 14 T 0 2 0 0. 1 2 3 CR LF 2 4 6 8 10 12 14 T 0 2 0 O L CR LF 2 4 6 8 10 12 14 T 0 2 0 O L CR LF 107
2 (CSD-814B) 2 4 6 R 0 3 0 CR LF ID(09FUNC-33) 30 S1 31 S2 32 S3 33 S4 (CSD-814B) 2 4 6 8 10 12 14 T 0 3 0 CR LF ID 108
3 (CSD-814B) 2 4 6 R 0 4 0 CR LF ID(09FUNC-33) (CSD-814B) 2 4 6 8 10 12 14 T 0 4 0 S1 S2 S0 S3 S4 CR LF ID S1 S2 S0 S3 S4 1ON 0OFF 1ON 0OFF 1ON 0OFF 1ON 0OFF 1ON 0OFF 4 (CSD-814B) 2 4 6 R 0 5 0 CR LF ID(09FUNC-33) (CSD-814B) 2 4 6 8 10 12 14 T 0 5 0 a b c D CR LF ID aa/z 1ON 0OFF b 0 cerror1on 0OFF D 0 109
5 (CSD-814B) 2 4 6 8 10 12 14 W 0 3 0 CR LF ID(09FUNC-33) 30 S1 31 S2 32 S3 33 S4 (CSD-814B) 2 4 6 8 10 12 14 U 0 3 0 CR LF ID 0110 % 6 (CSD-814B) 2 4 6 W 0 5 0 CR LF ID(09FUNC-33) (CSD-814B) 2 4 6 U 0 5 0 CR LF 50 ZERO 51 A/Z 52 A/Z OFF ID 7 (CSD-814B) 2 4 6 8 E 0 9 9 CR LF ID 110
9-5. HOLDON 1 FUNC-50 0 2 FUNC-50 0 3 CHECK 1 CHECKON(RUN RUN) 2 CHECKOL ERR 9-5-1. FUNC-27 9-5-2. (1) 2 (2) 600 bps 8bit (ODD) 1bit 1bit 111
9-5-3. CSD-814B M250 2 ( 100 m20 m) 3( 20 madc) CSD-814B - 112
9-5-4. 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 INTERVAL F1 F2 F3 LEN FUN1 FUN2 ST1 ST2 CVR ERR G1 G2 G3 N1 N2 N3 BCC 1 INTERVAL 15 bit(25 ms)(mark SIGNAL) 2 F1F3 0FFH 3 FUN1 4 FUN2 00H 5 ST1 00H 6 ST2 00H 7 ST2 00H 8 OVR 00H 9 ERR 10 G1G3 GROSS 11 N1N3 NET 12 BCC LENN3 (1) FUN1 7 6 5 4 3 2 1 0 (2) ST1 7 6 5 4 3 2 1 0 NETSET (3) GROSS/NET G1/ N1 G2/ N2 G3/ N3 DP 10 4 10 3 10 2 10 1 10 0 BCD 7 6 5 4 GROSSSET 76 00 01 10 1 10 10 2 11 10 3 (SET) 113
9-5-5. (1) FUN1 bit 0 (2) ST1 bit7,bit6 bit 7 1 bit 6 1 9-5-6. (1) (2) S0OFFONFUN11 0 (3) HOLD(OFFON)FUN1 1 HOLD 1 0 114
9-6. 46 (FUNC-36) 9-6-1. FUNC-24 FUNC-36 FUNC-37 FUNC-38 000000000099 (D) FUNC-39 000000000099 (0.1 s) FUNC-40 84() FUNC-41 8 () FUNC-42 / 9-6-2. (1) S1S4 S1 S2 S3 S4 (2) BCD(1,2,4,8) (PROHIBIT) 1/s 115
9-6-3. 1 S1 10 0 18 S3 10 3 35 S3 2 S1 10 1 19 S3 10 4 36 S4 3 S1 10 2 20 S3 10 5 37 COM. 4 S1 10 3 21 S3 POL. 38 N.C. 5 S1 10 4 22 S4 10 0 39 N.C. 6 S1 10 5 23 S4 10 1 40 N.C. 7 S1 POL. 24 S4 10 2 41 N.C. 8 S2 10 0 25 S4 10 3 42 N.C. 9 S2 10 1 26 S4 10 4 43 N.C. 10 S2 10 2 27 S4 10 5 44 PROHIBIT 11 S2 10 3 28 S4 POL 45 COM. 12 S2 10 4 29 1 46 N.C. 13 S2 10 5 30 2 47 N.C. 14 S2 POL. 31 4 48 N.C. 15 S3 10 0 32 8 49 N.C. 16 S3 10 1 33 S1 50 F.G. 17 S3 10 2 34 S2 57-30500(DDK) N.C. 9-6-4. 1 2 3 4 5 6 7 8 9 10 11 12 13 14 32 31 30 29 S1 S1 S1 POL 10 5 10 4 1 8 4 2 1 8 4 2 1 S1 10 3 8 4 2 1 S1 10 2 8 4 2 1 S1 10 1 8 4 2 1 S1 10 0 8 4 2 1 S2 S2 S2 POL 10 5 10 4 1 8 4 2 1 8 4 2 1 S2 10 3 8 4 2 1 S2 10 2 8 4 2 1 S2 10 1 8 4 2 1 S2 10 0 8 4 2 1 15 16 17 18 19 20 21 22 23 24 25 26 27 28 S3 S3 S3 POL 10 5 10 4 1 8 4 2 1 8 4 2 1 S3 10 3 8 4 2 1 S3 10 2 8 4 2 1 S3 10 1 8 4 2 1 S3 10 0 8 4 2 1 S4 S4 S4 POL 10 5 10 4 1 8 4 2 1 8 4 2 1 S4 10 3 8 4 2 1 S4 10 2 8 4 2 1 S4 10 1 8 4 2 1 S4 10 0 8 4 2 1 POL 116
9-6-5. (1) (2) 12 V 2.2 k OUTPUT 0.047 COM. 430 9-6-6. INPUT COM. V CE DC30 V I C DC30 ma MAX 48 (1) 8 ()4()484 S1S2S3S44 S1S2S3S44 4FUNC-41 (2) 4 ()4(4) 4S1S2S3S4 S1S2S3S4 9-6-7. 8 FUNC-411 S1S2S3S4 (1) ON O N (2) OFF O F F FUNC-4114 117
9-6-8. S1, S2, S3, S4 S1S2S3S4 ON ON (FUNC-37) S1S2S3S4ON ON/OFF ON/OFF S1S2S3S4 (1) ON S1S1 (S1)() ON S1 ON S1S1 OFF (2) ON S1S1 (S1)() ON S1 ON S1S1 OFF 118
9-6-9. S1S2S3S4 S1S2S3S4 3( FUNC-36)S1S2S3S4 ON/OFF ON/OFF S1 ONS2S3S4 (1) S1S1 (S1)() ON S1 ON S1S1 OFF (2) S1S1 (S1)() ON S1 ON S1S1 OFF (3) S1S1 (S1)() ON S1 ON S1S1 OFF 119
9-6-10. S0 S07-2-48 84S1S2S3S4S0 9-6-11. S1S2S3S4, (FUNC-38FUNC-39FUNC-24) OFF ON/OFF ON/OFF S1 S2S3S4 (1) S1ON S1 S1 S1 ON OFF 120
(2) S1ON S1 S1 S1 ON OFF (3) S1ON S1 S1 S1 ON OFF 121
(4) S1ON S1 S1 S1 9-6-12. ON OFF 44PROHIBIT45COM. 122
9-7. AC200 V (CSD814B-P63) 9-7-1. 16P2 AC 200 V 1 ZERO 17 A 2 A/Z 18 F 3 A/Z OFF 19 G 4 HOLD 20 C 5 LOCK 21 D 6 A-SEL 22 B 7 COM.1 23 E 8 F.G. 24 A.G. 9 RUN 25 N.C. 10 S0 26 N.C. 11 S1 27 N.C. 12 S2 28 N.C. 13 S3 29 F.G. 14 S4 30 GND 15 ERROR 31 AC 16 COM.2 32 AC C0M.17COM.216 4-2 AC200 V (AC170 V to AC264 V)50/60 Hz 123
9-7-2. D AC200 V (AC170 V to AC264 V) 50/60 Hz 22 VA ( AC200 V) F.G. GND AC200 V (AC170 V to AC264 V) 50/60 Hz D F.G.(29)GND(30) 124
10. NG OK 125
10-1. 1 2 3 4 5? 126
1 6 8 5 OL 7 OL 7 BCDHOLD HOLD HOLD 13-1 127
2 7-2-1 7-2-27-2-37-2-4 7-2-5 ON 1 AC125 V 0.1 A DC30 V 0.5 A 2 7-14 4-3-37-1-2 128
3 ON 2 RUN RUN CHECK ON CHECKOFF 9 ERROR ON ERROR 9 1 AC125 V 0.1 A DC30 V 0.5 A 2 7-14 4-3-37-1-2 9 BCDHOLD HOLD 129
4 ZERO A/ZON A/ZOFF A/Z A/Z OFF LOCK A-SEL BCDHOLD HOLD 130
5 LOCK LOCK FUNC-06 FUNC-06 BCDHOLD HOLD 131
6 1 2 A-FC-GA-C DCV A-CFUNC-55 1 (4) 2 B-D DCmV B-D 5 () 132
7 1 2 A-FC-GA-C DCV A-CFUNC-55 1 (4) 2 7-15 2.4 mv/v B-D 5 2.4 mv/v 1 2.4 mv/v 2 3 () 133
8 1 2 A-FC-GA-C DCV A-CFUNC-55 1 BDA.G. 2 7-15 4 134
10-2. 10 11 BCD 12 RS-232C 13 RS-422 14 15 16 135
10 510 510 1 2 DCmA 3 (7-14) 4mA12 ma20 ma 1 2 FUNC-16 FUNC-17 FUNC-18 (7-14) 89-1 BCDHOLD HOLD 136
11 5 k 5 k 1 DCV 2 (7-14) 1 FUNC-16 FUNC-17 FUNC-18 (8) 89-1 BCDHOLD HOLD 137
12 9-2 BCD BCD FUNC-21 BCD FUNC-22 BCD FUNC-23 BCD FUNC-25 P.C. (8) BCD FUNC-20 BCD (8) BCD HOLD 138
13 9-3 FUNC-30 FUNC-31 FUNC-32 (89-3) / 9-3/ FUNC-28 (89-3) 139
14 9-4 ID 89-4ID FUNC-30 FUNC-31 FUNC-32 (89-4) / 9-4/ FUNC-28 (89-4) 140
15 9-5 () FUNC-27 (89-5) 141
16 FUNC-404 4 9-6-69-6-99-6-109-6-11 7-2-59-6-11 ON 1 AC125 V 0.1 A DC30 V 0.5 A DC30 V30 ma 2 7-14 4-3-37-1-29-6-3 142
10-3. ERR-0 10 % 10 % ERR-1 ERR-2 ERR-3 A/D ERR-4 ERR-5 TER-L TER-H ERR-E ERR-R ERR-B HCAL OL CHECK ON ON ON 2.4 mv 2.4 mv EEPROM EEPROM 110 % CHECK OFF (A/Z OFF)ZERO (FUNC-98)OFF (FUNC-07000000) (A/Z OFF) 2.4 mv (A/Z) ON 10 % to 110 % (FUNC-54000001110 % to 110 %) OL 10 % (FUNC-54000001 110 %) 143
11. 11-1. DC10 V0.3 V 120 ma(dc2.5 V5 V) (350 ) 4 0.3 mv/v to 3 mv/vf.s. (DC10 V) 0.6 mv/v to 3 mv/vf.s. (/) (DC10 V) 2.4 mv/v 0.01 %F.S. 0.2 V/() 0.001 5 %F.S. A/D 100 /s CHECK 0.3 mv/v 1 CAB-501(6)100 m 11-2. 1 000 to 11 000 (2510) 11 000 to 11 000 (2510) (/) 7 22 mm OLOL RUNA/Z()LOCKHOLDCHECK 7 S1S2S3S4 7 4.5 mm S0S1S2S3S4 11 dot(100 %) 4 /s (20 /s) 10 1 10 2 10 3 10 4 () 11-3. /S1/ /S2/ /S3/ /S4 /ZEROSPAN 144
11-4. ZERO A/Z A/Z OFF HOLD LOCK A-SEL ZERO A/Z A/Z OFF 100 ms1 BCD()() () A-OUT 100 ms 2.2 k 12 V 0.047 430 INPUT COM.1 11-5. 999 999 to 999 999 S1S2S3S4 4 0 to 99 digit (2510) 0 to 9.9 s 30 /s 11-6. S1S2S3S4 S0 (100 %) S1S2S3S42 RUN ERROR OFF 1aERROR1b AC125 V 0.1 A DC30 V 0.5 A OUTPUT1 COM. 2 145
11-7. CPU HOLD HOLD LOCK BCD / S1S2S3S4 / / 11-8. 10 to 50 85 %RH() AC100 V (AC85 to AC132V) 50/60 Hz 22 VA(AC100 V) 30 VA() 100 M DC500 V(AC$) 1 500 V 1 (AC$) 192 mm 96 mm 175 mm() 1.9 kg() 11-9. DC10 V 0.3 mv/v2 000 0 mv/v 1 AC100 V(AC85 V to AC132 V) 50/60 Hz 11-10. (1 A) AF/CG BCD 1 1 2 1 1 (BCD) 146
11-11. 11-11-1. CSD814B-P07 DC4 ma to 20 ma 510 0.05 %F.S. 8 %8 % 11-11-2. 11-11-3. BCD CSD814B-P23 (DC0 V to 1 V) CSD814B-P24 (DC0 V to 5 V) CSD814B-P25 (DC0 V to 10 V) CSD814B-P26 (DC1 V to 5 V) DC0 V to 1 VDC0 V to 5 VDC0Vto10VDC1 V to 5 V 5k 0.05 %F.S. 8 %8 % CSD814B-P15 BCD 6 ( ON OFF) P.C.() BCDON ERROR() ON OVR() V CE DC30 VI C DC30 ma MAX HOLD BCD() ()() BCD-ENABLE BCDOFF () SEL.1SEL.2 2BCD SEL.12 SEL.1 A/Z SEL.2 SEL.12 100 ms 11-11-4. RS-232C CSD814B-P74 600, 1 200, 2 400, 4 800, 9 600, 19 200 BPS 7 bit8 bit 1 bit2 bit CRLF 2 ASCII 147
11-11-5. RS-422 CSD814B-P76 600, 1 200, 2 400, 4 800, 9 600, 19 200 bps 7 bit8 bit 1 bit2 bit CRLF 0 to91 ASCII 1 km 10 () LED 11-11-6. CSD814B-P77 2 600 bps 8 bit 1 bit BCD 11-11-7. CSD814B-P78 46 BCD 64(S1, S2, S3, S4) 1 /s PROHIBIT 100 ms S1S2S3S4 (8) V CE DC30 VI C DC30 ma MAX 30 /s 4/8 4 8 4 4 S1S2S3S4ON/OFF S1S2S3S4ON/OFF 4 4OFF(8) 148
11-11-8. CSD814B-P63 (AC200 V) AC200 V(AC170 V to AC264 V) 50/60 Hz 30 VA() 11-11-9. P07 P23 P24 P25 P26 P15 P74 P76 P77 P78 P07 - P23 - P24 - P25 - P26 - P15 - P74 - P76 - P77 - P78-11-12. 192 15 160 (20.3) (46) 96 186 187 +1 0 91 92 +1 0 F.G. GND mm 149
12. 12-1. 1 12-2. 1,, 150
13. 13-1. 1 OFF 2 7 2- M315 4- M36 M31 151
3 BCDRS-232CRS-422 4 1A 152
5 6 7 2- M315 4- M36 M31 153
13-2. 7 154
13-3. 13-3-1. RS-232C 1' 11 '--------------------------------------------- 12 'CSD-814B RS-232C 13 ' 14 '--------------------------------------------- 15 ' 16 ' 17 CLS 18 '----------<>-------------- 19 OPEN "COMO71NN" AS #1 11 ' 111 '---------- -------------- 112 LINE INPUT #1,B$ 113 ' 114 E$ MID$(B$,1,1) 115 IF E$ <> "S" THEN 112 116 W$ MID$(B$,5,8) 117 PRINT " ";W$ 118 GOTO 112 119 ' 12 END RS-232C 1' 11 '--------------------------------------------- 12 ' CSD-814B RS-232C 13 ' 14 '--------------------------------------------- 15 ' 16 ' 17 CLS 18 '---------------------- 19 OPTION BASE 1 11 DIM TXD$(1) 111 TXD$(1) "R2" ' 112 TXD$(2) "R21" ' 113 TXD$(3) "R22" ' 114 TXD$(4) "R3" ' 115 TXD$(5) "R31" ' 116 TXD$(6) "R32" ' 117 TXD$(7) "R33" ' 118 TXD$(8) "W51" ' 119 TXD$(9) "W52" ' 155
12 ' 121 '----------<>-------------- 122 OPEN "COMO71NN" AS #1 123 CLS 124 '----------<>-------------- 125 OPEN "COMO71NN" AS #1 126 ' 127 PRINT #1,TXD$(2) ' 128 LINE INPUT #1,B$ 129 E$ MID$(B$,1,1) 13 IF E$ "E" THEN 127 ' 131 W$ MID$(B$,5,8) PRINT " ";W$ 132 ' 133 PRINT #1,TXD$(4) 'S1 134 LINE INPUT #1,B$ 135 E$ MID$(B$,1,1) 136 IF E$ "E" THEN 133 137 W$ MID$(B$,5,8) PRINT " ";W$ 138 ' 139 PRINT #1,TXD$(8) 'A/Z 14 LINE INPUT #1,B$ 141 E$ MID$(B$,1,1) 142 IF E$ "E" THEN STOP 143 ' 144 PRINT #1,TXD$(9) 'A/Z OFF 145 LINE INPUT #1,B$ 146 E$ MID$(B$,1,1) 147 IF B$ "E" THEN STOP 148 ' 149 END 156
13-3-2. RS-422 1' 11 '--------------------------------------------- 12 ' CSD-814B RS-422 13 ' () 14 '--------------------------------------------- 15 ' 16 ' IDID2 17 ' 3 18 '----------------< >----------------- 19 ' 11 CLS 111 '----------------< >--------------- 112 OPTION BASE 1 DIM TXD$[1],IXD$[1] 113 ' 114 TXD$[1] "R2" INX$[1] " ID " 115 TXD$[2] "R122" INX$[2] " ID1 " 116 TXD$[3] "R224" INX$[3] " ID2 " 117 TXD$[4] "R3" INX$[4] " IDS1 " 118 TXD$[5] "R131" INX$[5] " ID1S1 " 119 TXD$[6] "R232" INX$[6] " ID2S1 " 12 ' 121 '----------------< RS >---------------- 122 OPEN "COMO71NN" AS #1'7bit1bit 123 ON COM GOSUB 174 ' 124 COM ON 125 ' 126 '----------------< >----------------- 127 C 1 ' 128 S 1 ' 129 NN# ' 13 TM 3 ' 131 SW 'RS 132 EC ' 133 ' 134'----<>---------------- 135 FOR JJ 1TO25JJ JJ NEXT JJ 136 SW EC 137 PRINT PRINT INX$[S] 138 A$ TXD$[S] 139 PRINT #1,A$ 14 PRINT " ";A$ 141 B$ "" 142 COM ON 143 ' 157
144 ' 145 WW$ MID$(TIME$,7,2) '() 146 SS VAL(WW$) TM ' () 147 if SS > 59 THEN SS TM 148 ' 149 '---------------------------------- 15 WW$ MID$(TIME$,7,2) '() 151 MM VAL(WW$) 152 IF MM > SS THEN GOSUB 187 ' 153 IF SW THEN 149 ' 154 ' 155 IF EC THEN PRINT " ";B$ 156 N# N# 1 157 ' 158 '------------------ ------ 159 S S 1 IF S > C THEN S 1 16 ' 161 C$MID$(B$,1,1) ' 162 D$MID$(B$,2,1) 'ID 163 '------------------ ---------------- 164 IF INSTR(B$,"E") THEN 168 165 ' 166 EE EE 1 BEEP 167 ' 168 PRINT " Error Count ";EE 169 PRINT 17 '------------------ ----------- 171 GOTO 134 172 ' 173 ' 174 ' 175 ' RS 176 ' 177 COM STOP 178 TT$ TIME$ 179 ' 18 IF TT$ TIME$ THEN 179 181 ' 182 LINE INPUT #1,B$ 183 CLOSE #1 OPEN "COMO71NN" AS #1 184 SW 99 ' 185 RETURN 186 ' 187 ' 188 ' RS 189 ' 158
19 ' 191 COM STOP 192 CLOSE #1 OPEN "COMO71NN" AS #1 193 EC 99 SW 99 194 PRINT " " 195 PRINT " IDCSD-814B " 196 RETURN 197 ' 198 ' 199 ' 2 END 159
13-4. FUNC-01 000000 FUNC-26 000000 FUNC-02 000000 FUNC-27 000000 FUNC-03 000000 FUNC-28 000002 FUNC-04 000003 FUNC-29 000001 FUNC-06 000000 FUNC-30 000000 FUNC-07 000000 FUNC-31 000021 FUNC-08 000020 FUNC-32 000000 FUNC-09 000002 FUNC-33 000000 FUNC-10 000020 FUNC-34 000000 FUNC-11 002222 FUNC-36 002222 FUNC-12 000000 FUNC-37 000000 FUNC-13 000000 FUNC-38 000000 FUNC-14 000000 FUNC-39 000000 FUNC-15 000000 FUNC-40 000000 FUNC-16 000002 FUNC-41 000000 FUNC-17 000000 FUNC-42 000000 FUNC-18 002000 FUNC-43 000000 FUNC-19 000000 FUNC-50 000007 FUNC-20 000002 FUNC-51 000000 FUNC-21 000000 FUNC-54 000000 FUNC-22 000000 FUNC-55 000000 FUNC-23 000000 FUNC-56 000000 FUNC-24 000000 FUNC-62 000000 FUNC-25 000000 FUNC-97 000100 160
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