デジタル指示計 取扱説明書
Contents
1. 78 3 2 3 e 10V 2 5 TEDS TEDS TEDS P snn2. VO 2 4 8 4 27 2 4 5 28 unas uu s ua 2 48 6 TEDS 28 utaya la 29 5 1 30 7 5 1 1 30 U 7 5 2 31 a a s 8 52 1 70 5 2 2 0000 32 1 3 9 5 2 3 32 9 5 2 4 32 1 5 10 5 2 5 D A 32 1 6 10 5 2 6 0 1 7 11 5 2 7
3. TD 700T CCL gt TD 700T CCL gt gt RXO000 RYOO00 RXO000 1 RY0001 02 RYO008 RXO0003 R W RYO003 R W RXO0004 RY0004 RX0005 RY0005 RX0006 CPU RYOO006 RXO0007 1 RY0007 RXO008 __ _ Ryooog 0160 RX0009 3 RYOO009 RXOOOB RYOOOB RXOOOC RYOOOC RXOO0OD RYOOOD 1 RX0010 HH RY0010 D Z RXO001 1 RYO001 1 RXO001 OK OK RYO0018 CLEAR RXO0013 LO RYO013 JUDGE RXO0014 LL RY0014 HOLD RX0015 RYO0015 RXO0016 RYO0
4. 67 10 TEDS IEEE1451 4 Transducer Electronic Data Sheet TEDS TEDS TEDS TEDS 1kbit 4kbit 4kbit DS IEEE1451 4 V1 0 Template ID Bridge Sensors Strain Guage 35 TEDS TEDS EDS TEDS x
5. HH HI OFF ON OFF ON lt lt ON lt E EE lt lt
6. ON ON 0 0 0 0 6 3 1 6 3 g 100 00 39 6 6 4 6 4 1 6 4 OFF ZERO
7. 27 4 4 9 LTop Ja E a as D A 100 00 lt gt 4 Y Y ENT TOP D A 22 4 4 A 0 100900 kN A
8. B2L 3 50 08 180F SN BX B2L 3 50 16 180F SN BX AC TAS8603 SFT 59SNB TD 700T CCL 5 CC Link 50604 02 CC Link 5 10
9. Pass O 1 4 D A ID A B u 99999 99999 5 99999 99999 O H V 10 1V 2 O CAL TEST D A 10V 10V 1V 4mA 20mA 1mA OFF ON OFF OFF ON O OFF OFF 5 10 O 30 2 OFF OFF ON O 4 8 6 TEDS TEDS 0 00000 99999 O
10. 000m DC
11. 5 A L H L H 19 3 3 4 g TTL TD 7001 TD 700T CCL 60mA PUSH _ TTL lt IN IN H ON e ON 2G0mA 10V 40mA e
12. e JUDGE JUDGE ON e ESC CLEAR 49 au 1 4 8 8 1 2 8 1 8 1 HOLD ON HOLD OFF CLEAR ESC
13. gt gt OFF TEDS 30 TEDS ON 1 FNC 2 A AYV Z E lt gt OFF ON OFF ENT
14. 3 TEDS mV V TEDS TEDS 1 kbit 4kbit 4kbit ON u ST 3 2mV V 0 6400
15. 0 45 7 100 00 7 6 JUDGE _JUDGE JUDGE ON 46 7 7 LW 7 7 1 0 HH HI lt LO lt LL lt FFE O O 0 0 oar ON OFF LO ON 11 O OK
16. ENT D A D A ESC Fi 4 2 lt gt ENT
17. RAW 5001 R W 0 1 5002 9 1 E 2 2 48 3 4 5101 R 1 10 0 Verl 1 4 4 Ver1 1 2 1 1 1 5102 1 1 64 5103 R 10Mbps 0 156 5 1 625KDbps 2 5Mbps CC Link 3 5Mbps 4 10Mbps s 5104 BCD 5105 RAW 0 CC Link 5106 R W 0 5201 OFF ST 5202 OFF 00 5204 5301 R W 5 2 5 3 5302 R W 0 OFF 1 2 5 3 10 4 302 5303 R W O 1 6001 R 9999
18. RXn0 ON RXn0 ON RYnO OFF ON v RYnO OFF ON RXn0 OFF ny ON RWwn0 9 OFF 1 1 6 2 OFF RYn2 ON R W RYn3 No RWwnE RWwnC D
19. 25 4 8 4 6 lt p TOP ENT 4 7 4 7 1 29 37 42 48 64 TEDS 68 4 7 31 D A D A 33 D A D A D A
20. e 5 5V TEDS 4 TD 700T Teds Data TEDS GND A HEXC I I I CSIG I I I EXC 910 I SHIELD TEDS 1 SIG SIG 3 2mV V e EXC EXC FJ DC10V Xx DC 5V 1096 30mA 516 SIG TEXC EXC 4 3 3 3 3 1 0 DC 12 24V 0 517 2 81 20 14AWG M3 6mm
21. 9 2 0 D A D A 224 20mA D A 1V 10V 1V D A D A OV 4mA 10V 20mA 4000 D A ENT
22. TOP n000 00 6 5 LOW OFF 8 D Z LILOW_ HOLD JUDGE HIGH CLEAR HW Y SEL1 HIGH SEL 6 6 HIGH ON ON HH HI LO LL ON R 6 6 7 ST TOP ON H OFF
23. DIN D A HoHS 4 A VCCHA 2
24. Rated Capacity Nonlinearity 96R 0 Hysteresis R O Rated Output mV V Maximum Excitation Voltage V Input Terminal Resistance Output Terminal Hesistance Zero Balance x10 6 x e TEDS 29 1 TEDS 5 1 1 ON OFF
25. 2 lt 0 HOLD OFF 0 CLEAR ESC OFF CLEAR u OFF 0 1 HI OFF 8 2 LO OFF 5 0 LL OFF 0 OK OFF 5 1 HH HH OFF 2 HI HI OFF 3 LO LO ON 4 LL LL ON 5 HI LL OK ON e 60 8 8 1 6 4 0 HOLD
26. 1 1 4 5 CC Link RY 1 2 TOP CC Link YE CC Link gt 74 11 4 6 CC Link RAM HOM CC Link RAM RAM OFF ROM HOM OFF 10
27. 3 1 1 8mm 13 1 2 28 18AWG 7Z 3 3 1 g 8mm 0 19 1 28 18AWG
28. 11 4 7 CC Link Top CC Link LED RUN rie SD RD ERR CRC 11 5 7 11 5 1 Ver 1 10 4 11 CC Link TD 700T CCL TD 700T CCL D D RWr0000 2 Ox1 EO RWr0002 Ox2E2 RWwQ002 1E2 1 EER HD RWTO003 TOx2E3 RWw0003 0 1 RWr0004 4 RWw0004 10x1E4 Reserved LO RWrO005 0x2E5 RWwO005 0 1 RWr0006 2 RWw0006 0 1 E6 LL RWr0007 7
29. 35 J 35 34 B gt 23 4 4 7 3 It 0 2 HOLD JUDGE CLEAR SEL L 0 El 4 7 4 JUDGE 24 37 38 39 40 41 41 Wr 41 41 7 42 42
30. LCD ka 5 5 9 5 OFF 5 2 10 2 30 8 7 ON ENT
31. DA OVER SYSTEM ERROR INVALID OPERATION E 89 13 90 1 a
32. ON 5 10 8 ON ZERO D Z ON ZERO ON ON e PS OFF 2071 6 6 1 8 B 6 1 1 Hz
33. JUDGE HOLD ON 1 4 1 CO Link 82 11 CC Link 1 1 6 1 1 6 1 OFF RYnO ON
34. e No 83 11 CC Link 1 1 6 3 2 0000 00 0000 w 10 0000 w 11 HOLD ON 0000 w HOLD 0000 W 13 HOLD LOCK 0000 IW 14 HOLD RESET 0000 15 0000 w 16 0000 W 17 0000 18 0000 19 0000 20 1001 RAW 25 1 1002 RAW 2 0 1 00 2 000 3 0 000 4 0 0000 6 1003 RAW 2000 2000 0 000 2 000 mV V 1004 RAW W
35. D i EV TEDS 5 3 TEDS LOAD A D i lt gt _ _ FULL Sa OVER FULL x OVER FULL B HOLD ENT HOLD
36. E lt 2 5V TEDS TEDS TEDS 5 3 2 ENT e 5 3 3 100 00
37. HOLD HOLD OFF and CLEAR ESC CLEAR ON and e and LL LO OK HI HH _ HOLD OFF Q CLEAR ESC OFF CLEAR N HH OFF n ON HI OFF LO OFF ON LL OFF OK OFF 3 ON 1 HI HI ON 2 LO OK ON LO O
38. y e D A 64 9 2 D A 37 6 5 2 1 Gr5 ENT 2 5V TEDS TEDS TEDS
39. 4 gt 1 8 1 A h f sPM 19 m HOLD SAMPLE HI HH 060 00 LOCK CAL SET J 060 00 1 8 5 1 8 3 e RBI Ko HI HH l 060 00 100 00 m 060 00 100 00 HOLD HOLD
40. 110 00 5 8 KR mnlunlunlcu kg sht ton mN m 0 N kN 36 5 9 OFF 30 5 1 1 ZERO 4
41. e 40C e 8 2 3 DIN DIN 2 76 DIN
42. 1 1 2 jl n 2 oo 10 1 o 2 4 e TEDS 4 D AC TAS8603 DC IN 12V AC DC DC DC DC19 54V DC FG A FG 1 3 1 1 4 D A
43. TD 700T TD 700T CCL I 20 D OFF
44. D A gt D A 66 9 V OUT D A 10 ILOUT 11 COM D A 1 TEDS TEDS 2 GND EXC A 4 SIG B 5 EXC C 6 SIG D 7 SHIELD TEDS N e 4 Fee e D A 1 5 1 6 mmm Lo _ ON CLEAR
45. 1 LOCK CAL KEY 73 1 EW 45 92 e 0 8 5mm
46. D A to and to and LO LL DC12V SW AC AC100V 10 50 60Hz 12W K 1 DC12V 24V 0C 40C 200 60C 85 RH CE 61326 A VCCI A UL61010 1 W x H x D 96mm x 53mm x 132mm 3008 91 92 8 5 121 7 10 0 NI VW ON Tvid3s
47. ENT e 33 5 e e D A 64 9 2 D A 5 3 4 D A 5 3 5 D A 1 10 1019 5 3 6 0 9 2 1 D A D A 9 2 1 D A 9 2 4 D A 20 D A 64 9 2 D A D A
48. TD 700T CCD HH LO LO LL LL No No Es FH 77 11 CC Link Ver 1 10 4
49. 1 6 2 3
50. 4 R 101 2000 _ 300 3200 0 300 3 200mV V 102 R W 10000 00001 99999 103 R W 10000 00001 99999 TEDS 104 IW 301 R W 1 302 R AW 10V 303 R W 1000 00 99999 99999 304 R W 10000 99999 99999 401 RZWIN 0 2 3 kPa 4 7 Sht 8 ton 9 mN m 10 N m 11 kN m 1402 RW 1 1 1 2 5 3 10 1403 RZW 4 268 2 10 3 20 1404 00000 99999 84 11 CC Link 2001 100 1 GHz 10Hz 3 3G0Hz 4 100Hz 5 300Hz 6 1000Hz 2002 R W OFF 0 OFF_ 1 166 3
51. A Y gt 0 2 3 4 5 lt 9 4 8 4 7 lt 5 lt 2 ENT TEDS ON 4 4 5 E 30
52. CC Link Ver 1 1 4 1 64 4 61 11 CC Link 1 1 4 2 1 64 CC Link 1 01 1 1 4 3 CC Link 156kbps 625kbps 5Mbps 5Mbps 10Mbps 1200m 900m 400m 160m 100m 73 11 CC Link 11 4 4 CC Link 76
53. Y HH LL HH LL ENT HH 999 99 H 1150 00 LL 050 00 42 7 HH LO LL nA _ OK LL LO HI HH _ _ LL OK LO HI HH LL LO HI OK HH x LL LO HI HH OK _ OK LL LO HI HH LL OK LO HI HH LL LO OK HI HH LL L0 HI OK HH LL LO HI HH OK 2 2 LL LO OK HI HH H 255 LO LL __ 7 OK LL LO HI HH OFF HH OFF OFF LO OFF ON
54. 2 OVER FULL AD 8 3 OVER FULL AD 4 DA 5 DA 0 4 1 No 88 15 ILOAD APC LOAD APC 3 2 m V V 3 2 m V V ZERO OVER 3 3 2 m V V H 0 3 m V V
55. CC Link ON OFF 5 CC Link CC Link CC Link
56. IEC60947 1 4
57. TD 700T CCL gt 4 RYOnF 1 No No No
58. ESC e ZERO ON ZERO ON ON amp 25 4 8 OFF 5 2 5 D A
59. 25 DA 26 DB 27 DG 28 SLD e CC Link 1 1 2 2 CO Link 11 2 3 CC Link CC Link SLD e TD 700T CCL DA DB e OFF e CC Link 2714 0 69 7kgf cm e OO Link CC Link KEC NS0604 02
60. OK CLEAR ON e r NPN JUDGE 80mA 30V JUDGE 42 7 ON OFF gt w 2 ON gt gt ON 15 0 2 SEL1 SEL 6 SELI sss 7 SEL 64
61. OFF 16 32 64 128 256 512 1024 2048 10 100 300 1000 AD 3Z 6 6 6 100mSec 7 3 s n 4 100mSec 100mBec 1007900 6 2 1 100 05 38 6 6 3
62. 0 RX0000 RYO000 RX0001 RY0001 RX0002 RYO002 RX0003 R W RYO003 RX0004 RY0004 RX0005 RY0005 RX0006 CPU RY0006 RX0007 1 RYO007 RXo008 _ Ryooog _ 0 160 RX0009 3 RYO009 RXOOOB RYO0OB RX000C RY000C RX000D RY000D RX0010 HH RYO010 D Z RX0011 HD RYO01 1 RX0012 OK OK RY0012 CLEAR RX0013 LO RY0013 JUDGE RX0014 LL RYO014 HOLD RX0015 RYO0015 RX0016 RYO016 RX0017 RYO0017 0061 010 ESO 232 RX0019 RYO019 1 _ 1 2 RX001B 5 RY001B 5 2 RX001C RYO01C RX001D RYOO1D FULL RX001F OVER FULL RX0020 RY0060 Reserved Ox16 Reserved RX002F RX0030 RY0030 Re
63. 2 ON 2 ON RYng OFF No RWrnE R W OFF ON RYn OFF ON 3 RXn2 OFF R W ON RXn3 OFF 1 lt RWwnC D OFF No ON RWwnE 2 lt ON RWrnC D OFF No ON RWrnE OFF R W ON Bi RYn2 OFF Ps ON RXn2 OFF R W ON RYn3 RWwnC D gt No DN RWwnE OFF gt RWmC D OFF No RWrnE OFF
64. 6 2 7 8 44 7 4 Z 7 5 ON OFF LL LO OK HI HH 7 OK ON OFF
65. O O TEDS 0 00000 99999 O O TEDS mV V 28 5 1 mV V 100kN 2 00 1mV V 10 00MFa 6 008mV V 15 00N m 2 502mV V 2
66. TEDS TEDS 69 10 TEDS 10 3 TEDS TEDS TEDS _ TEDS 678901 300 0 kg 2 567 mWV 8000 5 sss TEDS A 10V 2013 09 26 ESC 70 m 5031 11 CC Link TD 700T CCL CC Link 11 1 CC Link Ver 1 10 21 11 11 2 1 CC Link TD 700T CCL CC Link 9 15 23 DC IN Ola 50 4 CC Link
67. 5 4 3 kPa MPa sht ton mN m N m kN m e TEDS 5 4 4 ON ON 5 5 1 2 5 10 5 6 TOP 1 10ml20m 4 6 10 20 R 35 6 5 7 10
68. 10 5V D A 5 5V 5 5 9 2 1 D A 9 2 2 D A 5V D A 111157 r 9 2 5 D A CAL TEST D A D7A D A CAL TEST 0 66 E7 D A CAL TEST mA 9 3 7 9 3 1 ON oFF ON 25 4 8 ON OFF _ ON 25 4 8 8 9 4
69. JUDGE JUDGE ON JUDGE ON OFF JUDGE OFF HH HI OK OK LL LO LL LO OK HI HHI 0
70. OFF 64 V OUT COM Pk EO OUT COM 350 0 e TD 7001I TD 700T CCL k 0 350 0 9 1 4 D A 9 2 1 D A D A OV 4mA D A n000 00 9 2 2 D A 2 1 D A D A 9 2 1 D A 9 2 8 D A
71. e DC12V 0 75A e CE 3m 5 O 5N m 5 1kgf cm 3 3 2 100V 100V DC EN EN DC EN AC 80 12V 596 0 8A H 5 5mm 3
72. SAMPLE to 48 7 OFF SAMPLE PEAK BOTTOM AVERAGE PEAK to PEAK to PEAK and and 8 8 1 1 HOLD HOLD HOLD i HOLD x OFF HOLD OFF k x JUDGE OFF OFF ON x JUDGE OFF ON JUDGE ON ON e HOLD
73. e e e 1 4 1 4 1 4 SEL1 SEL2 SEL OFF ON OFF 1 3 SEL1 ON 2 4 e 100mSec
74. CC Link CC Link CC Link 71 11 CC Link 1 1 3 5 1Ver 1 1 0 4 O O Ver 1 1 0 2 Ver 1 1 0 1 1 64 O O 10Mbps 156Kbps O O 625Kbps 2 5 5MDps 10Mbps BCD BCD O O CC Link RAM RAM ROM RUN SD HD ERR 72 11 4 D 700T CCL CC Link S LCC Link Esc 11 4 1 CC Link
75. LL ON 45 7 5 7 7 7 2 0 HH lt HI lt LO lt LL lt 7 8 0101 00 En ON L 44 7 3 OK LO LL 45 7 5 47 8
76. D Z ON TOP 2199 99 ON OFF ZERO 0 21 ON Es 40 6 4 3 EZ 6 4 4
77. x rH FULL ON OVER FULL AD ON ON ON HEADY OFF READY ON 87 11 CC Link TD 700T CCL ON OFF ON ON OFF ON R W R ON W OFF 0 7 ON 0 4 CLEA
78. TD 700T CCL 9 RWrO000 Ox2EO RWwO000 0x1E0 RWro001 Ox E1 RWwO0001 1 1 5 Reserved RWro002 2 2 RWwO002 Ox1E RWrO003 RWwO003 10x1E3 MSB 4 bit 4 bit 10 1 0 0 2 0 00 3 0 000 4 0 0000 4 Dit Reserved O 4 Dit 1548 BCD 4 Dit 4 BCD 4 Dit 13 BCD 4 Dit BCD LSB BCD 3 1 0 0 BCD 2 1 1 76 11 CC Link 11 5 2
79. 10 2 TEDS ITEDS FNC TEDS gt TEDS TEDS TEDS TEDS TEDS Elrooo151 A2332 ma i CL T munana TEDS 00018 e e ESC 10 TEDS E ENT TEDS TEDS TEDS mV V Ez e ESC ENT TEDS
80. 0000000000000 32 1 8 12 5 2 8 s an 3 1 8 1 12 53 kuupa 33 1 8 2 12 5 3 1 33 1 8 3 12 33 S AE 14 33 2 1 14 15 5 8 6 34 2 3 DIN k suara ww Q tana 1 6 5 3 7 as 34 2 4 DIN 17 5 3 8 34 8 17 5 d 9g u S 34 3 1 17 5 4 TEDS 3 1 1 17 5 4 1 3 1 2 18 5 4 2 RE 3 5 18 5 4 3 3 2 1 18 5 4 4 3 3 19 5 5 3S 3 1 DC aba 19 5 6
81. CLEAR ON RR HOLD ss MR 0 HOLD OFF 0 CLEAR ESC OFF CLEAR x JUDGE OFF JUDGE 97 50 8 8 1 2 2 CLEAR ESC CLEAR ON 6 x 7 x MM 2 21 x MP O HOLD OFF 0 CLEAR ESC OFF CLEAR 0 JUDGE OFF 68 JUDGE oN OFF O CLEAR ESC CLEAR
82. DIN DIN 4 DIN DIN DIN DIN 4 1 2 B2L 3 5 08 180F SN BK B2L 3 5 16 180F SN BX 5mm 0 4mm B2L 3 5 08 180F SN B2L 3 5 16 180F SN BK BX
83. gt 8 3 ON A D 4000 5 20000 4 GO0000 x 20000 001 4000 20000 5 4000 e 100 e 100
84. 3101 000 00 00000 99999 JUDGE 3102 R W A 3103 R W 3104 R W 001 00 00000 09999 759 85 11 CC Link 2 RAW 400 1 R W SAMPLE 10 OFF 1 SAMPLE 2 3 4 5 to 6 and 4002 R V 1 1 999 4003 R W OFF 1 ON 4004 R W 0 pu m CLEAR 4005 R W 0 19 s 4006 R W OFF 1 4007 R W OFF OFF 1 ON 86 11 CC Link
85. ESC 1 0 6 8 D A TOP 2 41 Z 7 1 ON e HH LL HH HI LO LL ENT
86. HI ON OK ON LO LO ON LL LL ON ON 2 ON ON ON ON 1 8 0 1 1 8 2 3 3 4 Fa a
87. SSS Y AF8 ZL TVLIOIT OL 6 5 002 01 oN T3qow WOS TnO TnO TnO DOTVN 9 q IHS 91 2 9 915 9X3 9 amp G 0Q2 2 Uo xE CT 5 z EE 2 6 24 3 96 LOCK PRESS HOLD 52 5 TD 700T 1 7 9 15 23 DC IN 2 8 10 16 1 16 8 5 121 7 10 0 NI yaq 3 w Ova HO1VOIQNI 100 1 aqow 1vldS 6 Ag L 0LdO6 3500 2 SO1VN 3 q IHS 916 9 5165 9X3 9 3 5831
88. 500 ON 40 62 PEAK to PEAK PEAK and Top OFF ON HOLD PEAK 8 4
89. 5 3 7 N kg sht ton m m 5 93 8 36 5 93 9 ON 34 5 4 TEDS TEDS TEDS TEDS TEDS 4 Ne _ 5 4 1 TEDS TEDS P nnmnn
90. 74 E 2 e e e 0 40C 35 85 11557
91. N9 ISSV NId TndNI V I99A 502 620910726 08 7 6 H3 2 ESO 2 6 9502 96 LOCK PRESS HOLD PINASSIGN re sup pa 25 0 IN 26 A 525 TD 700T CC Link 9 15 23 DC IN 25 26 27 28 93 17 94 TEDS Y gt LCD CPU F G D A CC Link i CC Link 95 206 8530 1 47 206 8530
92. 9 2 4 D A D7A 7 11100 00 9 2 4 D A 10V 1 D A 100 00 D A 10V 0mA GO OV 4mA 100 00 8 2 D A L2000 10V 2OmA OUV 4mA 80 00 3 D A 120 00 10V mA 20 00 OUV 4mA 80 00 20 4 D A 010 00 D A 020 00 D A 10V 0mA 10 00 S 10100 OV 4mA 30 00 10V mA D A 65 8 9 2 3 0 D A 9 2 4 0
93. HOLD OP 8 5 CLEAR CLEAR CLEAR ESC CLEAR 8 8 6 ON CLEAR ESC CLEAR Tor oFF 8 7 ON OFF OFF 63 9 9 1 4
94. 61 TD 7OOT CCL 77 8 2 62 110 4 78 8 3 62 83 8 5 CLEAR amp 5 63 8 6 63 TD 700T CCL 81 tu 63 7 TD 7OOT CCL SE 64 5 83 siniqa O sq 1 6 1 83 9 2 0 US 64 1 6 2 9 2 1 D A w 65 83 9 2 2 0 65 11 6 3 84 s 11 6 4 88 2 4 SQ 9 2 5 D A CAL TEST 66 66 193 90 9 3 1 66 90 9 3 0 68 pa sm kan uaqta 91 9 4 67 l su u al 92 9 5 67 94
95. LL LO OK LL LO HI HH O O OK HI OK LO HI HH HH LO OK HI HH LO HI OK HH LO HI HH OK 000 00 00000 99999 O JUDGE ES m 00 2 o 1 Oo uz 001 00 00000 09999 4 8 4 spa SAMPLE OFF SAMPLE PEAK O O BOTTOM AVERAGE PEAK to PEAK PEAK and BOTTOM 1 999 O O CLEARISE 52 OFF ON IOFF ON 27 4 4 8 5
96. 10 1 TEDS TEDS FNC TEDS gt TEDS TEDS TEDS 68 00015 ENT TEDS 057 78 7 0001 TEDS TEDS lt ESC ENT lt 3 057 74282 TEDS TEDS ESC
97. HOLD OFF CLEAR ESC OFF CLEAR ON JUDGE OFF ON JUDGE ON 62 nt 54 8 8 1 4 2 CLEAR ESC CLEAR ON gt gt HOLD N CLEAR ESC OFF CLEAR JUDGE OFF OFF JUDGE ON ON 55 8 8 1 5 to 8 1 5 1 HOLD
98. ON HOLD HOLD OFF to CLEAR ESC CLEAR ON to t gt Al gt P B I i HOLD 8 HOLD OFF CLEAR ESC DFF CLEAR NI JUDGE OFF OFF JUDGE ON 1 56 8 8 1 5 2
99. 14 5 15 TEDS A D D A DC10V 2 5 10 3 2mV V 0 3mV V 3 0 1 FS 8 4 BV10V 0 5mV V 0 0196FS 1Digit 1mV V
100. 3 3 2 19 5 7 3 4 2 20 5 8 4 sae 20 5 9 4 1 20 5 10 4 2 21 4 3 22 6 1 4 4 22 6 1 1 1 37 sa bka usa daqa qay 23 6 1 2 37 6 1 23 22 asus 38 23 2 38 23 6252 8 38 23 39 4 7 3 SS 24 39 4 7 4 24 673 2 ER 39 4 7 5 yn sasa og u 24 654 27 2267 sau qas sasa 40 26 24 6 4 1 40 4 24 6 4 2 7 29 40 4 8 25 6 4 3 40 ZE8F SHE u apapun pap ayaka 25 6 4 4 40 4 8 2 le 26 6 5 41 48 3
101. CLEAR ESC CLEAR ON c 9 s 0 gt Sa qos sSOSOS IE OB P lt B HOLD _ ON HOLD D b eS CLEAR ESC DOFF I CLEAR JUDGE OFF ON 87 JUDGE ON ON CLEAR ESC CLEAR ON to 57 8 8 1 6 8 1 6 1 HOLD HOLD ON
102. 4 4 8 1 7 14 IV 2 5 10 mV V 0 300 3 200 00000 99999 O O D A D A 1OV 1 10 1V N N kN kPa MPa g kg sht ton mN m N m m OFF OFF ON IV 25 10 00000 99999 D A O D A 10V 10 1 2 D A 1100 00 99999 99999 O N N kN kPa MPa g
103. 6 6 41 6 7 41 g 7 67 6 8 41 68 a umay ab x 42 0 1 TEDS 7 68 7 1 42 0 2 69 7 2 42 0 3 TEDS 5 59 70 7 3 44 11 CC Link 7 7 4 EEFFBS2 44 7 7 5 2 45 a 7 7 6 JUDGE 46 UI 7 7 46 Rf assasi tapaq 7 7 7 1 46 1 2 2 CC Link 7 47 1 2 3 CC Link 7 7 8 0 47 1 3 72 uu 48 1 73 8 1 n s
104. 9 1 8 COM e 114 18 2 10V 40mA 41 6 5 70 1 HOLD SAM PLE JUDGE HI 060 00 100 00 E 060 00 100 00 060 00 100 00 060 00 100 00 ON ON OFF 77 12 1 1 8
105. HOLD CLEAR ESC CLEAR LO 9 2 ON 1 HI HI ON 2 LO OK ON LO OFF 3 3 HI LO OK ON HH LL LO OK 61 8 8 2 G20000 2 1 999 s
106. 1 47 042 356 9161 FAX 042 356 9185 541 0041 2 2 B1F 06 4706 3805 FAX 06 6231 3082 7510 0821 2 3 18 059 359 7355 FAX 059 359 7366 9 30 12 00 13 00 17 00 206 8530 1 47 042 356 9161 042 356 9185 9 30 17 00 2 358 0026 858 04 2901 1038 FAX 04 2901 1036 0514 MA 2067A
107. 32 5 2 2 0 300 3 200mV V 5 2 3 D A D A 5 2 4 ENT e 5 2 5 0 5 2 6 0 68 1 10 1V D A 64 9 2 D A 5 2 7 N kN kPa MPa g kg sht ton mN m m 5
108. ON 57 8 8 1 3 8 1 3 1 HOLD ON HOLD HOLD OFF CLEAR ESC CLEAR ON 7 1 Z Y Z A gt HOLD gt HOLD CLEAR ESC OFF CLEAR JUDGE OFF ON m JUDGE ON QF 52 8 8 1 3 2
109. 12 CLEAR 13 JUDGE 14 HOLD 15 D Z 16 SEL1 17 2 18 e 20 4 4 1 FNC Y ENT 4 2 5 ENT 3 20 4 7
110. 8 ON 5 5 5 3 D A D A DA mamn e D A 64 9 2 D A 5 3 1 5V 10V ENT e
111. CLEARH ESC CLEAR ON 5 i 0 gt 0 HOLD OFF CLEAR ESC OFF CLEAR JUDGE OFF JUDGE CLEAR ESC CLEAR ON 53 8 8 1 4 8 1 4 1 HOLD HOLD ON HOLD HOLD OFF CLEAR ESC CLEAR ON 3748 gt
112. OFF OK 1 LL OK LO HI HH r a 10 OFF OFF D x gt 8 OFF LO OK OFF LL ON 4 1 3 LL L0 HI OK HH OFF HH OFF OK OFF OFF LO O OFF O LL LO HI HH OK OFF 5 OFF HH OFF OFF LO OFF O 43 7 7 3
113. sss 67 1 1 1 OCK 3k 2RESS AND HOLD A C ZERO ESC STRAIN OFF 36 CAL ON CLEAR ESC ENT
114. 0 5 0 005 F S C 1m 350 0 4000 3Hz 6db oct 10 100 300 1000 12db oct 0 10V 1V 20mA 4000 IEEE1451 4 8 320 240 99999 99999 4 6 10 0 TEDS
115. 0099 00000 00999 ON OFF O 00000 99999 O 19999 19999 O D Z LOW HIGH HOLD LOW HIGH JUDGE LOW HIGH CLEAR LOW HIGH SEL 1 LOW HIGH SEL2 LOW HIGH LO OFF ON OFF O 26 4 4 8 3 HH 999 99 99999 99999 100 00 99999 99999 LO 50 00 99999 99999 LL 000 00 99999 99999
116. 645 4 128 5 256 6 512 5 7 1024 8 048 2101 R W 15 0 99 2 0 0 9 9 2102 R W 000 05 00000 00999 2201 R W 0 0 0 99 9 9 2202 R W 000 00 00000 00999 2301 2302 99999 00000 99999 2303 00000 19999 19999 2401 R W 0 HH 3001 H W 999 99 99999 99999 HI 3002 100 00 99999 99999 Ii LO 3003 R W 50 00 99999 99999 F FERAJ 3004 R AW 000 00 99999 99999 3005 I ILL L O 0 OK LL LO HI HH OK HI 1 LL OK LO HI HH HH LL LO OK HI HH LO HI OK HH 4 LL LO HI HH OK 3006 R W 0 1 2 4 5 3007 R W I a
117. CC 48 73 8 1 1 49 S SU 73 8 1 2 50 73 8 1 2 1 50 i 74 8 1 2 2 51 1 4 5 74 52 1 4 6 74 8 1 3 1 52 1 4 7 74 8 1 3 2 53 75 8 1 4 54 1 5 1 75 8 1 4 1 54 1 10 4 75 8 1 4 2 55 Ver 1 10 75 S 5 62166270 56 1 1 0 1 668 76 8 1 5 1 228 56 76 8 1 5 2 57 76 8 1 6 58 11 5 1 77 8 1 6 1 0 58 8 1 6 2 50 59 TD 700T CCL gt 77 8 1 6 3 OK 60 8 1 6 4
118. OVER FULL RYOOOF RX0010 RY0010 Reserved RX0019 RY0019 RYO01A RxooiB 1 COEI HEADY Reserved RX001C RY001C Reserved 1 1 2 1 2 CC Link CC Link 3 80 E ON 11 CC Link 11 5 3 TD 700T CCL gt ON OFF OFF ON OFF OFF R W 0 5 ON OFF 0 1 O 0 0 00 3 0 00074 0 0000 HH ON
119. RWwO007 0 1 RWr0008 Ox2E8 RWw0008 10x1E8 RWro009 RWwO009 10x1E9 Heserved 2 RWwOOOA 10x1EA Reserved RWTOOOB 2 RWwOOOB RWr000C Ox EC RWwOO0O0C 10x1 EC HWroooD oxeED _ RWwO00D Ox1ED RWrOOOE 2 No RWwOOOE 0x1EE No RWrOO0F Ox2EF Reserved RWwOOOF 0 1 Reserved Ver 1 10 2 TD 700T CCL TD 700T CCL 9 D RWTOO00 2 RWw0000 RWrooo1 1 a RWwO001 Ox1E1 RWro002 RWwO0082 10x1E LO RWTO003 2 RWwO003 10x1E3 RWrO004 4 RWwO004 Ox1E4 RWTOO05 2 5 RWw0005 1 5 RWrOO06 10x2E6 No RWwOO06 10x1E6 No RWrO007 Ox2E7 Reserved RWwO007 10x1EZ Reserved 32 bit 75 11 CC Link Ver 1 1 0 1 TD 700T CCL gt
120. kg sht ton mN m N m m 0 00000 99999 OFF OFF ON ImV V 0 300 3 200 00000 99999 TEDS N N kN kPa MPa g kg sht ton mN m N m kN m OFF OFF ON 1 1 2 5 10 4 4 6 10 20 00000 99999 N N kN kPa MPa g kg sht ton mN m N m kN m 0 25 4 4 8 2 Hz 100 10 65 300 1000 3 OFF 16 32 64 128 256 512 1024 2048 0 0 9 9 O 0 F 00000 00999 gt
121. 16 RXO0017 1 7 RX0018 FI 9161 05 RX0019 RYO019 RXO001A 1 2 RX001B 2 RYOO1B 2 RXO001C RYO01C RXO01D RYOO1D RXO001E FULL RYOOTE OVER FULL RY001F OxOE RYO0080 Ox16 Reserved Reserved OxOE5 RYOO5F 0 165 RX0060 RY0060 Reserved Ox166 Reserved RYOO6F RXO0070 RYO0070 Reserved 4 RX0079 RY0079 RXO07A 3 RYO007A 7 _ O416 Reserved RX007G RYO007C Reserved RXO007F RYO007F 78 11 CC Link Ver 1 10 TD 700T CCL gt TD 700T
122. 44 44 45 46 42 47 amp 4 7 5 48 62 62 63 CLEAR 63 63 63 4 7 6 64 D A 64 D A D A D A D A CAL TEST CC Link 73 66 67 67 67 67 TD 700T CCL 4 7 7 TEDS TEDS TEDS 68 69 TEDS 70
123. 9999 6002 5 6003 R 5 mV V Pe TEDS TEDS 6004 R 5 0 6005 5 V 6006 R yyyy mm dd 1 BCD 76 2 2 1 B 8Z 11 CC Link 11 6 4 0 0 1 0 0 1 2 0 FULL 1 FULL
124. D01228300A TEAC TD 700T ZERO TEDS HOLD LOCK PRESS AND HOLD TD 700T TD 700T CCL CC Link e 99999 5 TEDS TEDS e to and
125. FF 3 HH HI LO LL OK ON 58 8 8 1 6 2 CLEAR ESC CLEAR ON 0 1 mr mr 1 HOLD HOLD t A gt 1 9 Tl CLEAR ESC CLEAR OQ HH TI TI TI LO LL OK 1 HH HI LO LL H H OK ON 59 8 8 1 6 3 OK
126. n ceoog kw caoog NAN oc4oog Ng Ng Kg Nm casoog 5 NN 0050 0 vw LN LN LN 100 0300 0 0400 0 00500 5 e TEDS ON e e D A D A D A 10V e 1 1096 TEDS 5 4 0 ENT e
127. served 2 RX0039 RYO039 RX003A _ READY RYooaB 91803 Reserved RX003C RY003C Reserved RX003F RY003F 79 11 CC Link Ver 1 10 1 TD 700T CCL TD 700T CCD RXO000 HH RYO000 D Z RX0001 HD RY0001 RX0002 OK OK RY0002 CLEAR RX0003 LO RY0003 JUDGE RX0004 LL RYO004 HOLD RX0005 RY0005 RXO006 RYO006 RX0007 RYO007 Rxooo8 XFO RYO008 OO 099 RX0009 RYO009 1 2 RX000B 2 RYOOOB 2 RXO00C RY000C RX000D RY000D FULL RXO00F
Download Pdf Manuals
Related Search