デジタル指示計 CSD-814B 取扱説明書

Size: px

Start display at page:

Download "デジタル指示計 CSD-814B 取扱説明書"

めぐのちゃわんや
3 years ago
Views:

1 CSD-814B M

3 CSD-814B CSD-814B

4 II

5 1. 10 to %RH() (1) III

6 (2) (20.3) (46) F.G. GND mm IV

7 2. 3. V

8 VI

9 No DRW.No VER DRW.No A ECN.FN ACAL DRW.No B ECN.FN DRW.No C ECN. FN m 2 m DRW.No D DRW.No E DRW.No F DRW.No G DRW.No H DRW.No I ECN..FN RUN/ [ROM Ver ] ECN.FN ECN.FN A-C A-FC-G A-C ECN..FN MInebea ECN. FN DE-9S-N(JAE) DE-9S-NR (JAE) ECN.FN ECN..FN D MInebea VII

10 No DRW.No J DRW.No K DRW.No L DRW.No M ECN.FN S4 S4 S S4 S4 S S4 ECN.FN ():F.G.,GND ECN.FN ECN.FN ECN.FN ECN.FN VIII

11 S1S2S3S ZEROSPAN

12 ZEROSPAN ZEROSPAN ZEROSPAN ZEROSPAN ZEROSPAN S1S2S3S S1S2S3S S / /

13 HOLD / RUN/ (A/Z) CHECK CSD814B-P CSD814B-P CSD814B-P CSD814B-P CSD814B-P BCD BCD BCD RS-232C RS

14 S1, S2, S3, S S1S2S3S S AC200 V (CSD814B-P63) BCD RS-232C RS

15 RS-232C RS

17 1. CSD-814B (1) 22 mm (2) 11DOT%10% (3) (X.XXXXX mv/v) 1

18 %11 DOT 3 S1S2S3S 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

19 9 S3 () 10 S4 11 ZERO/SPAN ZEROSPAN 12 CHECKON/OFFZERO/SPAN

20 2-2. F.G. GND 1 1 ZEROA/ZA/Z OFFHOLDLOCKA-SELRUNS0 S1S2S3S4ERROR 2 2 AC 3 1 BCDRS-232CRS

21 to %RH() 5

22 (20.3) (46) F.G. GND mm 6

23 P2M3 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

24 4-2. OFF 0.8 Nm mm Y mm Y mm Y mm Y I/O A.G.(24) 8

25 CAB m 3 CAB m 1 1CSD-814B 3m F.G. GND 1 1 9

26 CAB m 3 CAB m 2 1B-304CSD-814B i) CAB-502(4) 3m B-304 F.G. GND CAB (CAB m) B-403 () mm () CSD-814B 10

27 ii) CAB-501(6) 3m B-304 F.G. GND CAB (CAB m) B-304 () mm () CSD-814B 11

28 CAB m 3 CAB m 3 24(B-307)CSD-814B i) CAB-502(4) B-307 F.G. GND CAB (CAB 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

29 13 ii) CAB-501(6) (CAB 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 () () () () ()

30 CAB m 3 CAB m 4 24(SB-310)CSD-814B i) CAB-502(4) F.G. GND CAB (CAB m) SB CSD-814B B A Y B A A3.2 mm B7mm 14

31 ii) CAB-501(6) F.G. GND CAB SB (CAB m ) 1 CSD-814B B A Y B A A3.2 mm B7mm 15

32 ZEROA/ZA/Z OFFHOLDLOCKA-SEL 7COM F.G. GND F.G.(8) 16

33 RUNSOS1S2S3S4ERROR 16COM.2 AC125 V 0.1 A DC30 V 0.5 A F.G. GND F.G.(8) 17

34 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)

35 5. ((CSD814B-P07)(CSD814B -P23P24P25P26)) (FUNC-17) (FUNC-18) FUNC-17 FUNC ()() (mv/v) 2 1/

36 (FUNC-98)OFF(FUNC-07FUNC ) FUNC VCALVADJST FUNCCCALCHECKMONITVCALVADJST FUNCCCAL() 1 FUNC 1 1 CCAL 2 20

37 3 CCAL D DISP (100)

38 S_MV mv/v mv/v 8 ZERO 22

39 T-END 0.0 mv/v2.4 mv/v 2 ZERO8 TER-L TER-H 10 CCAL 23

40 (A/Z) (ERR-5) (FUNC-50)HOLD HOLD 2 S1 S3ZERO S21/10 S4(A/D) 1 CCAL 2 S3ZERO 3 S3SPAN1 S3ZERO 24

41 S21/10 5 S3SPAN % 2 20 % S21/10 25

42 () 26

43 (1) 1/ /1 000 (2) () (1) (1/ / (2) 5 t3 mv/v3 1.5 t 5t () ()()() ()() 3 mv/v3 mv/v3 mv/v 5t t 1 mv/v 2 ()

44 (2) (1/ t3 mv/v3 1.5 t 5t () ()()() ()() 3 mv/v3 mv/v3 mv/v 5t t 1 mv/v t (3) 5t mv/vx.xxx t 4 )()() 5 6 () t 28

45 (1) CCAL CCALD-XXDISPXXXXSMJX.XXXXZERO---- T-END0 (2)

46 S1S2S3S4 S1S2S3S4S1S2S3S4S ON/OFF S110 0,S1,20 S (A/Z),A/Z ZEROSPAN ZEROSPAN 30

47 , () ON/OFF S210 0,S2 20 S (A/Z)(A/Z OFF) A/Z ZEROSPAN ZEROSPAN () () ON/OFF 31

48 S310 0,S3 20 S (5)10 % ZEROSPAN ZEROSPAN , 1, 2, 3, 4, 5, 6, 7, 8, ON/OFF S410 0 S4 20 S ZEROSPAN ZEROSPAN , 9, 8, 7, 6, 5, 4, 3, 2, ON/OFF 32

49 FUNC ZEROSPAN ZERO/SPAN S3ZEROSPAN mv/vcheckon,check 0.3 mv/vcheckoff ZEROSPANS1S2 1/10S3ZEROS4A/D ZEROSPAN ZEROSPAN ,

50 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 LOCK () LOCK 6 A-SEL FUNC 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

51 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 V 2.2 k INPUT COM.1 2 OUTPUT AC125 V DC30 V COM A 0.5 A 35

52 7-2. S1, S2, S3, S44FUNC-13 (S0) 30/s ( FUNC-11) % S1 1 S110 0 S (POL) S1 S1 20 S2,S3,S4 (0) 36

53 S2 2 3 S210 0 S (POL) S2 S2 20 S1,S3,S4 S3 S310 0 S (POL) S3 S3 20 S1,S2,S4 (0) (0) 37

54 S4 4 S410 0 S (POL) S4 S4 20 S1,S2,S3 (0) 38

55 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

56 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

57 S0 S (FUNC-13) S0S0ON/OFF SOON/OFF FUNC S0S0 FUNC OFF S1S2OFFON S1S3OFFON S1S4OFFON S2S3OFFON S2S4OFFON S3S4OFFON ()()ON FUNC S0S0 FUNC FUNC (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

58 (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

59 (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

60 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

61 (3) S1ON S1 S1 S1 ON OFF (4) S3ON S1 S1 S1 ON OFF 45

62 (FUNC-04) ()2 n1 n () () 46

63 FUNC-08 FUNC FUNC-07n [] [FUNC-07]0.5[] FUNC D5 [] D FUNC-08 FUNC-07FUNC-08 0 FUNC-08 FUNC-08 FUNC-08 FUNC-08 FUNC-07 FUNC

64 (FUNC-62) (A/Z)(A/ZOFF) FUNC-62 FUNC-02 FUNC (A/Z) ON/OFF / (BCD RS-232C) OFF ON OFF ON OFF ON OFF ON OFF ON OFF ON OFF ON OFF ON FUNC-98 FUNC-98 48

65 FUNC-97 FUNC-10FUNC FUNC-97n [][FUNC-97][] FUNC D5 []105 50D FUNC-10 FUNC-09 m []2 m+1 FUNC [] () FUNC-04 []FUNC-04[](7-3-1) [] [FUNC-04] [] FUNC FUNC [] () 49

66 FUNC-10 FUNC-10 FUNC-10 50

67 (FUNC-02) (A/Z) ON/OFF /,/ (FUNC-42) S1S2S3S / 10 %11 DOT / (FUNC-51) 51

68 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

69 HOLD HOLD (FUNC-50) FUNC-50HOLD FUNC HOLD HOLD HOLD HOLD HOLD (CCAL) OLOL (/7-6-7) (1) 10 %110 % OL1 100OL (2) / 110 %110 % OL1 100 OL 53

70 / 03 mv/v 03 mv/v/ (FUNC-54) 1 01 mv/v OL1 100OL 2 / 01 mv/v mv/v OL1 100OL / RUN/ RUNFUNC-43/ RUN RUN RUNFUNC-43 RUN 54

71 V5 V2.5 V (FUNC-55) 10 V CSD-814B 10 V 5V 2.5 V CAB-501(6) (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

72 7-10. FUNC-060OFF1ON OFF CHECK 0.3 mv/vcheckoncheck 0.3 mv/v CHECKOFF CHECKONRUNRUN BD FUNC-56 FUNC BD 0 56

73 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

74 FUNC VCALVADJST FUNCCCALCHECKMONITVCALVADJST FUNCCCAL() 1 FUNC CCALCHECK 58

75 ROM ROM ROM 3 ROM GV OP IN OUT A-OUT BCD DIG SW C-END : : GV 4 59

76 OP P IN -IN- ON/OFF 6 S3 S4 S0 HOLD LOCK CHECK ZERO A/Z A/Z OFF HOLD LOCK A-SEL OFF 60

77 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

78 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

79 BCD BCD 10 9 BCD BCD POL()ON POLON

80 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

81 7-15. mv/v 0.5 % 3.5 mv/v3.5 mv/v FUNC VCALVADJST FUNCCCALCHECKMONITVCALVADJST FUNCCCAL() 65

82 1 FUNC CCALCHECK MONIT mv/v 3 mv/v S1 ZERO S2 X.XXXXXZERO S3 SPAN S4 X.XXXXXSPAN 4 66

83 8. (FUNC-50)HOLD HOLD FUNC 1 2 FUNC-** **. 3 67

85 8-2. FUNC FUNC (A/Z) (A/Z) FUNC /s /s FUNC-04 FUNC (n1)

86 FUNC-07 FUNC-08 FUNC-09 FUNC-10 FUNC OFF D D FUNC OFF s s FUNC OFF (m1) FUNC FUNC OFF s s FUNC FUNC (A/Z) S S S S4 S1, S2, S3, S4 70

87 FUNC S S S S4 FUNC-13 FUNC-14 FUNC-15 FUNC-16 FUNC-17 FUNC-18 FUNC-19 S OFF S1S2OFFON S1S3OFFON S1S4OFFON S2S3OFFON S2S4OFFON S3S4OFFON ( )()ON OFF D D OFF s s () (A/Z) () () A-SEL/() A-SEL A-SEL 71

88 FUNC-20 FUNC-21 FUNC-22 FUNC-23 FUNC-24 FUNC-25 FUNC-26 FUNC-27 BCD() (A/Z) BCD BCD BCD BCD SEL1SEL2BCD BCD() BCD(POL)() BCD(ERROR, OVR)() BCD P.C.() BCD P.C.() ms ms FUNC-034 /s 20 /s25 ms ()

89 FUNC-28 FUNC-29 FUNC-30 FUNC-31 FUNC-32 FUNC-33 FUNC-34 RS-232C() (A/Z) RS-232C RS-232C RS-232C RS-232C() RS-232C & RS-422() bps bps bps bps bps bps RS-232C&RS-422() bit 17 bit RS-232C&RS-422() bit bit RS-422 ID() RS-232C&RS-422 ()

90 FUNC-36 FUNC-37 FUNC-38 FUNC-39 FUNC-40 FUNC-41 FUNC-42 () (A/Z) S S S S4 S1, S2, S3, S4 () S S S S4 () OFF D D () OFF s s () () FUNC /

91 FUNC-43 RUN/ FUNC-50 HOLD HOLD HOLD HOLD HOLD HOLD HOLD HOLD ,000002,000004HOLD FUNC-51 FUNC-54 / / / FUNC V V V FUNC-56 FUNC-62 / BD (A/Z) FUNC OFF D D FUNC FUNC

92 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

93 8-3. ()BCDRS-232C BCD RS-232C FUNC-11 FUNC-16 FUNC-20 FUNC-28 FUNC-36 77

94 [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

95 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

96 FUNC-16 FUNC-17 FUNC-18 FUNC-19 / 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) 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) 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

97 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) 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) F.G. GND F.G. GND 81

98 FUNC-17FUNC-18 8 % 8 % 0 8 % FUNC-17 FUNC-18 FUNC FUNC % 8 % FUNC-185 FUNC-17FUNC-18 82

99 FUNC-191 A-SEL() () () A/Z ASEL 83

100 FUNC FUNCCCALCHECKMONIT VCAL VCALF-END 3 VCAL A-LOW P07 P23 P24 P25 P26 4mA 0V 0V 0V 1V 84

101 4 A-HIGH P07 P23 P24 P25 P26 20 ma 1V 5V 10 V 5V A-END VCAL / 5 85

102 FUNC FUNCCCALCHECKMONIT VCALVADJST VCALVADJST F-END 86

103 VADJST A-ZERO 3 A-SPAN 4 87

104 A-END VADJST 5 10 % % P07 P23 P24 P25 P ma 0.1 V 0.5 V 1.0 V 0.4 V 88

105 9-2. BCD HOLDONBCD 1 FUNC-50BCD BCD FUNC-50BCD CHECK 1 CHECKON(RUN RUN)BCD 2 CHECKOL(BCDOVR.) BCD ( FUNC-20) FUNC-20 BCD FUNC-21 BCD FUNC-22 BCD FUNC-23 BCD FUNC-25 P.C. FUNC-26 P.C. 25 ms125 ms 89

106 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

107 BCD N.C N.C N.C N.C N.C N.C N.C N.C D.P D.P D.P D.P N.C N.C N.C 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 DDK N.C (1) (2) 12 V 2.2 k OUTPUT COM. 430 INPUT COM. V CE DC30 V I C DC20 ma MAX 91

108 (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

109 (4) HOLD HOLD DATA POL. ON P.C. ON ON ON ON ON HOLDP.C.OFF ) P.C.1OFF COM ON L OFF H OFF H ON L 93

110 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) FUNC-28 FUNC-29 FUNC , 1 200, 2 400, 4 800, 9 600, bps FUNC-31 FUNC-32 1bit,2bit FUNC-34 8 bit,7bit ON OFF 94

111 (1) RS-232C (2) 600, 1 200, 2 400, 4 800, 9 600, bps 7bit,8bit 1bit,2bit CRLF ASCll LED (1) FUNC-28 (2) ()/CSD-814B /CSD-814B / CSD814B CSD-814B CSD-814B CTS/RTS X 95

112 (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 DTR 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

113 (1) S CR LF FUNC-34FUNC S CR LF S CR LF S O L CR LF S O L CR LF 97

114 (2) 1 (CSD-814B) R CR LF (CSD-814B) T CR LF FUNC-34FUNC T CR LF T CR LF T O L CR LF T O L CR LF 98

115 2 (CSD-814B) R CR LF 30 S1 31 S2 32 S3 33 S4 (CSD-814B) T CR LF 99

116 3 (CSD-814B) R CR LF (CSD-814B) T 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) R CR LF (CSD-814B) T a b c D CR LF aa/z 1ON 0OFF b 0 cerror1on 0OFF D 0 100

117 5 (CSD-814B) W CR LF S1 S2 S3 33 S4 (CSD-814B) U CR LF 0110 % 101

118 6 (CSD-814B) W CR LF (CSD-814B) U CR LF ZERO A/Z A/Z OFF 7 (CSD-814B) E CR LF 102

119 9-4. RS-422 HOLDONRS FUNC-50 2 FUNC-50 3 CHECK 1 CHECKON(RUN RUN)RS CHECKOL OL FUNC ,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

120 (1) RS-422 (2) 600, 1 200, 2 400, 4 800, 9 600, bps 7bit,8bit 1 bit,2 bit CR+LF ASCll 1km 10 LED (1) ()/CSD-814B /CSD-814B / CSD-814B CSD-814B CSD-814B CTS/RTS X 104

121 (1) SDA SDB RDA RDB TRM S.G. () () () () (2) CSD-814B TRM RDA RDB SDA SDB SDA SDB RDA RDB RDBTRM 105

122 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

123 (1) 1 (CSD-814B) R CR LF ID(09FUNC-33) (CSD-814B) T CR LF ID FUNC-34FUNC T CR LF T CR LF T O L CR LF T O L CR LF 107

124 2 (CSD-814B) R CR LF ID(09FUNC-33) 30 S1 31 S2 32 S3 33 S4 (CSD-814B) T CR LF ID 108

125 3 (CSD-814B) R CR LF ID(09FUNC-33) (CSD-814B) T 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) R CR LF ID(09FUNC-33) (CSD-814B) T a b c D CR LF ID aa/z 1ON 0OFF b 0 cerror1on 0OFF D 0 109

126 5 (CSD-814B) W CR LF ID(09FUNC-33) 30 S1 31 S2 32 S3 33 S4 (CSD-814B) U CR LF ID 0110 % 6 (CSD-814B) W CR LF ID(09FUNC-33) (CSD-814B) U CR LF 50 ZERO 51 A/Z 52 A/Z OFF ID 7 (CSD-814B) E CR LF ID 110

127 9-5. HOLDON 1 FUNC FUNC CHECK 1 CHECKON(RUN RUN) 2 CHECKOL ERR FUNC (1) 2 (2) 600 bps 8bit (ODD) 1bit 1bit 111

128 CSD-814B M250 2 ( 100 m20 m) 3( 20 madc) CSD-814B - 112

129 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) FUN (2) ST NETSET (3) GROSS/NET G1/ N1 G2/ N2 G3/ N3 DP BCD GROSSSET (SET) 113

130 (1) FUN1 bit 0 (2) ST1 bit7,bit6 bit 7 1 bit (1) (2) S0OFFONFUN11 0 (3) HOLD(OFFON)FUN1 1 HOLD

131 (FUNC-36) FUNC-24 FUNC-36 FUNC-37 FUNC (D) FUNC (0.1 s) FUNC-40 84() FUNC-41 8 () FUNC-42 / (1) S1S4 S1 S2 S3 S4 (2) BCD(1,2,4,8) (PROHIBIT) 1/s 115

132 S S S3 2 S S S4 3 S S COM. 4 S S3 POL. 38 N.C. 5 S S N.C. 6 S S N.C. 7 S1 POL. 24 S N.C. 8 S S N.C. 9 S S N.C. 10 S S PROHIBIT 11 S S4 POL 45 COM. 12 S N.C. 13 S N.C. 14 S2 POL N.C. 15 S N.C. 16 S S1 50 F.G. 17 S S (DDK) N.C S1 S1 S1 POL S S S S S2 S2 S2 POL S S S S S3 S3 S3 POL S S S S S4 S4 S4 POL S S S S POL 116

133 (1) (2) 12 V 2.2 k OUTPUT COM 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 S1S2S3S FUNC-411 S1S2S3S4 (1) ON O N (2) OFF O F F FUNC

134 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

135 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

136 S0 S S1S2S3S4S S1S2S3S4, (FUNC-38FUNC-39FUNC-24) OFF ON/OFF ON/OFF S1 S2S3S4 (1) S1ON S1 S1 S1 ON OFF 120

137 (2) S1ON S1 S1 S1 ON OFF (3) S1ON S1 S1 S1 ON OFF 121

138 (4) S1ON S1 S1 S ON OFF 44PROHIBIT45COM. 122

139 9-7. AC200 V (CSD814B-P63) P2 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 AC200 V (AC170 V to AC264 V)50/60 Hz 123

140 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

141 10. NG OK 125

142 ? 126

143 OL 7 OL 7 BCDHOLD HOLD HOLD

144 ON 1 AC125 V 0.1 A DC30 V 0.5 A

145 3 ON 2 RUN RUN CHECK ON CHECKOFF 9 ERROR ON ERROR 9 1 AC125 V 0.1 A DC30 V 0.5 A BCDHOLD HOLD 129

146 4 ZERO A/ZON A/ZOFF A/Z A/Z OFF LOCK A-SEL BCDHOLD HOLD 130

147 5 LOCK LOCK FUNC-06 FUNC-06 BCDHOLD HOLD 131

148 6 1 2 A-FC-GA-C DCV A-CFUNC-55 1 (4) 2 B-D DCmV B-D 5 () 132

149 7 1 2 A-FC-GA-C DCV A-CFUNC-55 1 (4) mv/v B-D mv/v mv/v 2 3 () 133

150 8 1 2 A-FC-GA-C DCV A-CFUNC-55 1 BDA.G

151 BCD 12 RS-232C 13 RS

152 DCmA 3 (7-14) 4mA12 ma20 ma 1 2 FUNC-16 FUNC-17 FUNC-18 (7-14) 89-1 BCDHOLD HOLD 136

153 11 5 k 5 k 1 DCV 2 (7-14) 1 FUNC-16 FUNC-17 FUNC-18 (8) 89-1 BCDHOLD HOLD 137

154 BCD BCD FUNC-21 BCD FUNC-22 BCD FUNC-23 BCD FUNC-25 P.C. (8) BCD FUNC-20 BCD (8) BCD HOLD 138

155 FUNC-30 FUNC-31 FUNC-32 (89-3) / 9-3/ FUNC-28 (89-3) 139

156 ID 89-4ID FUNC-30 FUNC-31 FUNC-32 (89-4) / 9-4/ FUNC-28 (89-4) 140

157 () FUNC-27 (89-5) 141

158 16 FUNC ON 1 AC125 V 0.1 A DC30 V 0.5 A DC30 V30 ma

159 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 ) (A/Z OFF) 2.4 mv (A/Z) ON 10 % to 110 % (FUNC % to 110 %) OL 10 % (FUNC %) 143

160 DC10 V0.3 V 120 ma(dc2.5 V5 V) (350 ) 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/() %F.S. A/D 100 /s CHECK 0.3 mv/v 1 CAB-501(6)100 m to (2510) to (2510) (/) 7 22 mm OLOL RUNA/Z()LOCKHOLDCHECK 7 S1S2S3S mm S0S1S2S3S4 11 dot(100 %) 4 /s (20 /s) () /S1/ /S2/ /S3/ /S4 /ZEROSPAN 144

161 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 INPUT COM to S1S2S3S4 4 0 to 99 digit (2510) 0 to 9.9 s 30 /s S1S2S3S4 S0 (100 %) S1S2S3S42 RUN ERROR OFF 1aERROR1b AC125 V 0.1 A DC30 V 0.5 A OUTPUT1 COM

162 11-7. CPU HOLD HOLD LOCK BCD / S1S2S3S4 / / to %RH() AC100 V (AC85 to AC132V) 50/60 Hz 22 VA(AC100 V) 30 VA() 100 M DC500 V(AC$) V 1 (AC$) 192 mm 96 mm 175 mm() 1.9 kg() DC10 V 0.3 mv/v mv/v 1 AC100 V(AC85 V to AC132 V) 50/60 Hz (1 A) AF/CG BCD (BCD) 146

163 CSD814B-P07 DC4 ma to 20 ma %F.S. 8 %8 % 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 ms RS-232C CSD814B-P74 600, 1 200, 2 400, 4 800, 9 600, BPS 7 bit8 bit 1 bit2 bit CRLF 2 ASCII 147

164 RS-422 CSD814B-P76 600, 1 200, 2 400, 4 800, 9 600, bps 7 bit8 bit 1 bit2 bit CRLF 0 to91 ASCII 1 km 10 () LED CSD814B-P bps 8 bit 1 bit BCD 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/ S1S2S3S4ON/OFF S1S2S3S4ON/OFF 4 4OFF(8) 148

165 CSD814B-P63 (AC200 V) AC200 V(AC170 V to AC264 V) 50/60 Hz 30 VA() P07 P23 P24 P25 P26 P15 P74 P76 P77 P78 P07 - P23 - P24 - P25 - P26 - P15 - P74 - P76 - P77 - P (20.3) (46) F.G. GND mm 149

166 ,, 150

167 OFF M M36 M31 151

168 3 BCDRS-232CRS A 152

169 M M36 M31 153

170

171 RS-232C 1' 11 ' 'CSD-814B RS-232C 13 ' 14 ' ' 16 ' 17 CLS 18 ' <> OPEN "COMO71NN" AS #1 11 ' 111 ' LINE INPUT #1,B$ 113 ' 114 E$ MID$(B$,1,1) 115 IF E$ <> "S" THEN W$ MID$(B$,5,8) 117 PRINT " ";W$ 118 GOTO ' 12 END RS-232C 1' 11 ' ' CSD-814B RS-232C 13 ' 14 ' ' 16 ' 17 CLS 18 ' 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

172 12 ' 121 ' <> OPEN "COMO71NN" AS #1 123 CLS 124 ' <> 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 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

173 RS-422 1' 11 ' ' CSD-814B RS ' () 14 ' ' 16 ' IDID2 17 ' 3 18 ' < > ' 11 CLS 111 ' < > 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 > OPEN "COMO71NN" AS #1'7bit1bit 123 ON COM GOSUB 174 ' 124 COM ON 125 ' 126 ' < > C 1 ' 128 S 1 ' 129 NN# ' 13 TM 3 ' 131 SW 'RS 132 EC ' 133 ' 134'----<> 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

174 144 ' 145 WW$ MID$(TIME$,7,2) '() 146 SS VAL(WW$) TM ' () 147 if SS > 59 THEN SS TM 148 ' 149 ' WW$ 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# ' 158 ' S S 1 IF S > C THEN S 1 16 ' 161 C$MID$(B$,1,1) ' 162 D$MID$(B$,2,1) 'ID 163 ' IF INSTR(B$,"E") THEN ' 166 EE EE 1 BEEP 167 ' 168 PRINT " Error Count ";EE 169 PRINT 17 ' GOTO ' 173 ' 174 ' 175 ' RS 176 ' 177 COM STOP 178 TT$ TIME$ 179 ' 18 IF TT$ TIME$ THEN ' 182 LINE INPUT #1,B$ 183 CLOSE #1 OPEN "COMO71NN" AS #1 184 SW 99 ' 185 RETURN 186 ' 187 ' 188 ' RS 189 ' 158

175 19 ' 191 COM STOP 192 CLOSE #1 OPEN "COMO71NN" AS #1 193 EC 99 SW PRINT " " 195 PRINT " IDCSD-814B " 196 RETURN 197 ' 198 ' 199 ' 2 END 159

176 13-4. FUNC FUNC FUNC FUNC FUNC FUNC FUNC FUNC FUNC FUNC FUNC FUNC FUNC FUNC FUNC FUNC FUNC FUNC FUNC FUNC FUNC FUNC FUNC FUNC FUNC FUNC FUNC FUNC FUNC FUNC FUNC FUNC FUNC FUNC FUNC FUNC FUNC FUNC FUNC FUNC FUNC FUNC FUNC FUNC FUNC FUNC FUNC FUNC

177 .

178 記載されている内容は改良のため予告なく変更することがあります本社長野県北佐久郡御代田町大字御代田 FAX 東京事務所東京都港区三田 ( 住友不動産三田ツインビル西館 11F) FAX 名古屋事務所名古屋市中区錦 ( 名古屋錦シティビル 4F) FAX 大阪事務所大阪市中央区本町 (WAKITA 堺筋本町ビル 6F) FAX 藤沢工場神奈川県藤沢市片瀬 FAX 軽井沢工場長野県北佐久郡御代田町大字御代田 FAX テクニカルサポートフリーダイヤルホームページアドレス

hyousi.fm

hyousi.fm TD-140A 取扱説明書 ÒÏÎÒÐ v TEAC INSTRUMENTS CORPORATION Rev.1.02 2004.SEP ÊÈÌÊ ÊÈÌÊ ÇÊÉËÊÂTD-140A Ö ÒÑÖvÎÆyÆÌÆÉÉÇÌÈÉÂÌÇÉ ÊÆÍÇÉÆÇÈÆÌÈÂ TD-140A ÊÍÉhÎÊÈÈÂÈÇÊÈÉÆÉÉÇÉÌÂ ÇÊÊÇÊwÎÍÇÆwÌÆÉÉÇÂÎÈÇÇuÆÉ ÉÆÉÉÆÆÇÉÈÆÌÈÍÆÆŠÆÆÉÈÌÈÂ