東洋測器株式会社
Contents
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8. 0900000000000 0000000 0 2 AD D A 20
9. 0 000000 le 2 le 2 CLE 0 000000 FUNCTI Pre TARE 99999 99999 000 NET Pre Tare 000 Pr e Net df 000 Sanpl e Peak Bottom Near ZERO 00 99999 0009 KEY LXK Uhl ock 000 Lock TEST gt ENT
10. 0 00000000 DC24M 2 80 42 8nV M 3 3nV M 2 3 3nV M 3 3nV 0 251 1 1 20 000 CAUTI ON Cabl e A D over
11. DC 50 1 2V 00 0000000 4 1 1 10 40 20 5100 1 40 000 25 0 03 S 0 00196S 2 20 10 1 40 000 12 5 12 5V 6 30 6 3V 0 03 S 0 00196S
12. EXC 5V 1 2 3 T 4 e gt 4w 5 ENT 6 e gt 7 0 ENT 8 lt gt 9 ENT 10 1E 1 99999 99999 11 ENT 11 7 6 0 12 lt 0 00000 nW V 13 ENT 14 lt T 4 10000 15 1 16 e1E9 IET 1 00000 nW V 17 1 18 08 19 5 0 E S Ag 1 20 CLEAR
13. 5 1 3 5nm No 1 NI 1 2 2 3 COML 4 SH 5 1 6 2 2 7 8 1 TXD 9 2 RXD 10 GD 0 1 2 AVW26 16 0 20 0 75nm 24 20 0 18 8 10 2 3 5nm No 11 9 12 4SEN 9 13 SEN 14 EXC 15 451 9 16 51 17 SHL 18 E 19 24 24 20 DCOV 0 1 2nm AVW26 16 0 2 0 75nm 24 20 0 18 6 4 CAL SENS 4
14. 0 0000000 1 CAUTI Cabl e A D over QVPISEL QVP2SEL CAL 9 lt 1 gt 1 F ZERO Lnt AZ 1 CLEAR 1 FUNCTI ON Pre Tar e FUNCTI CN 99999 499999 0 1 FUNCTI ON Net FUNCTI CN 99999 499999 x 1 T 1 ROSS NET Ex MA4 00240 R1
15. 25 ENT 26 10M e 11 10M 0 27 ENT 28 gt 29 Ful ENT 30 CLEAR 0 0000 0000 3 RS 232C I CR ODH LF 0AH mima ub SICP 1 2bi t Z PARI NON EVEN CDD DATA 7 8bi t STI 1bi t 1121434 67 9 11 12 R LF LF LF gt o TXD o lt RXD 4 GND V 00 lt W request ZRO zero ZRC zero clear TRE tare DAZ digital auto zero TRC tare clear AZR auto zero reset a T2 4 00240 1
16. ou J e BH P H bs n 0000 CLEAR n GYT oon 4 1 2 RES NET 3 4 5 OUT2 6 UN 1 n nD DD DD 0000000000 00 00000 00000000000 ZERO gt fT 0 CLEAR 0 00 00000000000000000 NG Bu HHD 507 2750757 2 e 1 END 00 00 4 00240 1
17. V rni ng 000000 IN1 1 Non 000 Zero Zero dr AZ ear NG Low Hol d Edg 1 Hol d Lvl Low N2 2 000 Zero Zero dr AZ ear NG Low Hol d Edg 1 Hol d Lvl Low 000 000 x P L 20 000 0 0 CP 1 40 20400000000 SEL Net 000 Gross D sp AnA SC 99999 99999 0000 20 SA 20 99999 99999 D D 0 10000 AD AnA 999 999 0000 20 AD 20 9991 999 0000 0 20 00 10 V SEL Net 000 Gross D sp SCL 99999 99999 0000 10V 10V 99999 99999 D D D 10000 10V 5 10V 99999 99999 D D 0 10000 AD 999 999 0000 10V AD 10 9990 999 0000 10V AD 10V 999 999 0000 VLIMT Ful 10V DDD 4Ful I 00 HOV f 59 f O 45V 15 MA4 00240 R1 000000
18. AV ti ne 1t 10 4t 4 000 8t 8 16t 16 24t 24 32t 32 ST cond qf 1d 1 000 2d 2 3d 3 49 4 5d 5 10d 10 ST ti ne 0 25 0 2 0 55 0 5 1 05 1 000 1 55 1 5 2 05 2 3 05 3 ZI cond qf DDD 1d 1 2d 2 3d 3 49 4 5d 5 10d 10 ZT tine 0 25 0 2 0 55 0 5 1 05 1 000 1 55 1 5 2 05 2 3 05 3 WRE Brk CFF CN 000 CAL LOCK Unl ock 000 Lock 000 SENS 4Wre 4 6 D Poi nt 0 000 0 0 1 0 00 2 0 000 3 0 0000 4 Dv 1 000 2 2 5 5 10 10 20 20 50 50 100 100 17 MA4 00240 R1
19. MA4 00240 R1 8 0000000600
20. 26 Option fait 1 3828 MA4 00240 R1
21. 10 nnn 11 1 ER RET 11 12 KE 13 14 14 M M 14 19 SE 19 19 M 20 20 20 n 20 20 Ji Blut 20 22 ay 22 22 22 tese s 22 M 23 23 24 E 24 24 PPP 25 26 hk aaah au um Mec cu adde 26
22. 0 25 D 1 Onv 1 20 000 0 020 FS 1 0 001 FS C 1 M EXC 5M 0 001 of Reading C Typ 1 2Hz 3dB 4t 100ns 101 DC5V 5 3500 4 DC3V 5 gu LCD 5x7 8 2 10 20 50 100 200 500 100 0 0 0 0 00 0 000 0 0000 A DI D Over tO Nj kN Nini kN nh Pag kPag nm 96 V H O GN H P B OJT1 OUT2 100 00000000 2 80 2 8nV M 3 OnV M 3 OnV M 3nv M 7 T ZERO gt ZERO CLEAR AZ CLEAR 2 1 10 20V 0 25 2 NPN ON 22 4 00240 1
23. q N a b c 1 H P B 2 a CF CN 9 lt gt b ON lt CN Eme ue SEK F 9 gt c CN ow x 0 1s 100 x 0 15 10 d 5 6 59 TI 703 2 EXT N 2 2kQ TI 703 ENT Lock FUNCTI
24. NET net gross NET HAHHHHE 6 net data request CQ CRS HHHH 6 gross data request TH TRE HAHHHHE 6 tare data request PIR PTR QQHHE 6 preset tare PTR sIAMWIIE preset tare RLY 1 2 relay O CFF 1 STA 4 ST 0 ZT status 100 0 6 0 CFF 1 SPn 6 n nz 2 set poi nt SPn HHHH n 1 2 set point HYS HHHHHHE 6 hysteresi s HYS HHHHHHE hysteresi s CR 4 THHHHHE 1234 5 012345 ERR 01 ERR 02 ERR 05 CR 4 F gt 0 000000000000000 9 4 I F ED 3020 3021 0 EP 3030 20mA SERI AL RS SEL Gross Di sp RS MIDE Stream RS BPS 2400 RS PRO 7even2 RS TM 13 4 00240 1 5000000000000
25. 5 0 0 00000000 Lock F CAL LAXI 0 0000000000 1 2 3 T 4 e gt 4ni 5 ENT 6 e gt 7 0 ENT 8 lt gt 9 ENT 10 e 1 9 1E 1 99999 99999 11 ENT 12 13 0 gt 00000 x lt 00000 14 ENT 15 10000 x lt 16 59 1 4 17 ENT 18 o 19 CAL 1 0 20 CLEAR 2 4 00240 1
26. 2 4 00240 1 5000 0 20mN Ver 2 00 5 0
27. 0 000000 1 E FUNCTI ON TES 2 1 E 3 2 CFF gt 3 3 T 1 0 0000000 1 TEST 2 2 TI 703 gt 3 4 3 Ver X XX gt 3 4 4 1 T T 4 5 KEY 20 gt AJ Az GLEAR 6 ENT 1 2 4 2 6 IN oo ON CFF oo CLEAR 2 7 4 7 DA out lt 10 10 4 10 000 0 AZ 4 CLEAR 20nA 4 8 Vout e gt 0 10 0 x 20 0000 10M ENT CLEAR 10V 4 9 Seri al AZ CLEAR x c 34 n0 0ng REQ 2400bps 7even2 7 4 10 nv V AZ CLEAR X XXXX 1 19 4 00240 1 000000000
28. 10 40 5V 0 5V 5 50 5100 60 SI G 0M nv V 0 0000 I Q I Q 0 0000000 00000 000 20 4 00240 1 1000M2 21 4 00240 1 50000 0 00 0040100 1 2 3 IUS N 00 e 1
29. 3 400000 RS SE
30. 10 4 00240 1 0000000000000000
31. CAPAC TY 99999 99999 CAL 0 0 CAL 1 1 99999 99999 D D D 10000 CAL 2 2 99999 99999 0000 CAL 3 3 99999 99999 CAL 4 4 99999 99999 CAL 5 5 99999 99999 E 0 AD 3 00000 3 00000 nv V 0 00000 E 99999 99999 000 10000 E S 1 1 3 00000 3 00000 0 0 1 00000 E SPAN2 99999 99999 00 E S AD 2 2 3 00000 3 00000 nW E SPAN3 99999 99999 E S AD 3 3 3 000000 3 00000 E SPAM 99999 99999 5 4 4 3 000000 3 00000 nv V E SPAN5 99999 99999 0 S AD 5 5 3 000000 3 00000 ny V 18 4 00240 1 sunnnnnunn
32. Haw Spr spo pz 00 000 E34 p an H M m 514 9 TOYO SOKKI Tl E EXE E 00000000 4 00240 1 2014 10 un
33. 3 OP 3 RS 2320 RS 2320 24000 4800 96000 19200 38400bps 7 8 1 2 NON EVEN 4 CP 4 00 000 0 1 2 24 10 150nA 3 10 40 200 850 4 5 D N 5 250g 23 MA4 00240 R1 500000000000 00 000 5V 1 C 1 40 20n 2 022 0 104 3 CP 3 RS 232q 40 4 1 24 4 00240 1
34. 10V 4 20 1 OV 410M 10V 4 20 100 00 0V 11 1 DA 2 1 3 1 SEL 140 V SEL 10 40 20nN 3 e 11 4 NET ENT 5 AnA lt T1 4 An 0 6 ENT 7 20 Et 20 10000 8 ENT 9 4 0 10 ENT 11 20 6 131 20 0 12 ENT 13 CP 2 00 10M 14 6 131 15 NET ENT 16 0 17 ENT 18 10M e gt fT 4 10V 10000 19 ENT 20 10M 1E 1E 1 10M 10000 21 ENT 22 0M 6 131 0 23 24 10 gt 10 0 11 m MA4 00240 R1
35. AC 0 0000000000000 0000000000000000000000000000000000 0 1000 m 25 4 00240 1 5 58 57 5 qi m E Kec 8 1 T 2234588588 703 O K CLEAR aop g A 20 RR E 27 ici SII 35mmbDIN amp IS v 7779 ZERO CLEAR A D Z CAL ZR 5 5mV V 24 49 RARE or A D Ref AZ CLEAR CEO SS AZ 7765 HTARE NET DIV ABSI 1 2 5 10 20 50 100 GROSS gt 56 HOLD RA 280 9 D A U NET GROSS c gt F Zi OP1 4 20mA OPX RS 232C OP4 u v tv 7 C L R ARSI 0 2 10V 74yb NET GROSS 7 187 99999 12 7307835 UTD l
36. 3 00000 SP1 99999 99999 0000 SP2 99999 99999 0000 HYS 99999 0000 SP1 2 999 x 0 1 SP1 2 SEL qf 000 Up Net Dn Net Up Goss Dn 055 Up Li sp Dn Li sp ni ng 2 SEL Gf 000 Up Net Dn Net Up G oss Dn 8055 Up Li sp 14 4 00240 1 Dn Li sp
37. 0000000000 1 10 C 60 C 2 DC24M 3 DN 4 3 5 0 000000000000000 REUS 9 9 TN 7030 0 AC100M 4 00240 1
38. ON KEY L 0 000000000000 1 0 00000000 FUNCTI CON TE 2 E 3 4 00240 1 50000
39. L Net 000 Goss D sp RS Stream 000 Conmand RS BPS 2400 2400bps DDD 4800 4800bps 9600 9600bps 19200 19200bps 38400 38400bps RS PRO 7non1 7bi t 1st op 7even1 7bi t lstop 7odd1 7bi t lstop 7non2 7bi t 2st op 7even2 7bi t 2stop 000 7odd2 7bi t 2st op 8nonl 8bi t 1st 8even1 8bi t 1st 8odd1 8bi t 1stop 8non2 8bi t 2st op 8even2 8bi t 2st op 8odd2 8bi t 2st op RS TM 000 u ut UNT g kg 000 t N kN kN m Pa kPa nm 96 nv V ZERO 10096 000 296 qf 000 5 5 10d 10 20d 20 50d 50 100d 100 500d 500 16 4 00240 1
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