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FMP**1

1. 1 Eggs DELTA lt gt 1 Eggs DELTA 2 Eggs DELTA 3 Eggs DELTA A
2. 8 Eggs DELTA LCD 19 9 3 4 s M3 Fig 8 1
3. M3 Fig 8 1 9 9 1 9 1 172 SE Rm 1 0000 2 1 000EO 1 0000EO Pulse 0 9999 9 9 9999E7 9 918L P m 9 918 X 10 m7
4. MODE RESET 20 9 4 9 2 2 4 4 20 mA 1213 1 F H Pu At A A1d A1 A2d A2H AF AdAn Pon MODE 1 ON 1 RESET 1 ON 1 E
5. Hig 10 5 4 24 5N cm Fig 10 6 lt gt ER17500V 2CY 22 11 11 1 FMP2S FMP20 FMP21 FMP22 Sd FMP3S FMP30 FMP31 FMP32 4mm 8mm 15mm 25mm i R3 8 R1 2 R3 4 R11 4 Rc1 4 Rc1 4 Rc1 2 Rcl 81 0 4 4 1 1 15 2 8 45 8 3 133 NMM 1 2 17 18 90 55 283 167 850 10 80 10 60
6. 3 FXH 2 Pu F X10000 4 OFF Ims 5 F 1 10 13 9 2 9 2 1 MODE 5 ON MODE RESET MODE 2 MODE RESET a MODE 2 ON MODE RESET bdAtA AL AnA PuLSE MODE 5 ON
7. OFF e RESET RESET 4 2 3 C RESET 4 2 1 1 4 2 4 L kL
8. 18 9 3 LCD 9 3 9 3 PA Err 1 1 PA Err 2 2 PA Err Pu AnA Err Out Err Pu F H 120 OFF
9. 1 A R 4 Fig 10 1 Fig 10 2 Fig 10 3 4 lt gt 2 LCD TT 0 CS so gt SMA
10. 4 2 5 FMPH S SUD 1 m 1 SIG1 max 30V SIG2 12 45VDC 20mAi SIC3 1 CoW 7 1 2 1 SIG 2 2 4 0 2 COM VDC gt gt Fig 6 1 7 1 3 65 N KDD 2
11. 5 4 4 1 2 LED 8 LCD LCD L kLmi g kg t Ofh O min normal 6 RESET R Fig 4 1 8 LCD
12. S ON O OFP 2 A 1 d 2 A 1 A1d 500 A1H 5 A1S LS A2d 1000 A2H 10 A2S H0 A2d 1000 A2H 10 1H Ald 500 AM 1 i 1 1 1 1 1LED 1 2LED 2 17 9 2 4 1 Hz 10Hz eiHz 1 Pd1 1 20 9 4 LCD 1 Pd1 1 2 MODE 2 ON P d 1 0
13. 360 360 RE gt IL KC mm Fig 5 4 A lt gt 5 3 7D 3D D 5 1 5 1 1L1 12 mm mm mm nm st 8 PPS 13 91 39 25 8 5 59 14 98 42 SCS14A 15 25 24 5 171 73 8 Eggs DELTA 24 1 2
14. 13 14 0 5 6 1 1 3 IP R PPS Rc SCS14A 24 13 R 4 M4 A mm FMP S1 RE R1 2 R3 4 1 25A 2 mm g Rc1 4 Rc1 4 Rc1 2 Rcl 25
15. 2 16 9 2 3 LED 1 2 2 20 9 4 9 2 1 1 1 1 or H 1 L
16. OL DLLS 1 2 3 A P SIG 3 SIG 3 N C SIG 3 N A1 4 Az 0 F S 40mV 200mV 21 10 2 CPU
17. Fig 4 3 1 2 ON OFF 8 LCD MODE NM gt ee gt a Y min 4 2 2 MODE ON ON OFF ON gt 8 1 ON 7 OFF ON
18. IN 0 75mmr 1 km 2 0mm 1 2 FMP 2 lt 4 20mA SUP RL i i 1 COM 2 2 3 rFMP 3 12 45VDC 1 m SUP max 1 20mA 1 SIG 1 CoM 50 1 m 2 3 2 4 FMP 4 SUP tf SIG1 LC NF 12 45VPC COM 2
19. MODE 2 ON F E 10 109 F 1 2345X10 L MODE ON E RESET ON 1 2 39 14 2 Un MODE RESET 1 ON MODE 2 ON Un ee ay RESET ON g kg t L
20. 50D 3 Eggs DELTA D 5 4 1 N cm mm 4 8 15 ie60 25 esoo gt 1 2 PPS 3 4
21. 12 45VDC 5 1 1 km 2 0m EZPROM 1 2 1 2 mm FMP3S1 Ww ke FMP301H2 W FMP311H 2 W FMP321 2 WwW 0 002225 ODE 11 FMP2112 FMP2212 0 05908 23 EMC 89 336 EEC 92 31 EEC 93 68 EEC EN55011 1998 A1 1999 Group 1 Class B EN61000 6 2 1999 2 5mm LCD
22. lt gt 4 2 Eggs DELTA 7 23 3 Eggs DELTA Eggs DELTA 3 1 1 4 LCD MODE 2 RESET 3
23. 4 2 MODE RESET lt gt LED LED AL1 AL2 4 CPU 4 2 1 MODE ON Hig 4 2 MODE
24. 1 3 Eggs DELTA 1 Eggs DELTA 2 25C 65 2 Eggs DELTA y 3 Eggs DELTA IN
25. 4 M4 10 Fig 5 7 2 4 M4 Fig 5 6 H Fig 5 7 lt gt 25A 25A gt Fig 5 8 25A UN N 5 Fig 5 8 5 5 Eggs DELTA
26. 3 RESBET ON eiMODE ON MODE 2 ON 1 10Hz 2 Pd2 2 Pon 9 2 5 1 2 MODE ON 3 LCD MODE ON 4 PA rESEt MODE OFF PA rESEt MODE ON TP A E r r 1
27. ES 102 0075 6 17 http www fesys coJP hp www Rcrnetjp th 042 585 2800 FAX 042 585 2810 AM9 00 12 00 PM1 00 5 00 FAX EE
28. 1 1 Eggs DELTA 1 23 24 8 MODEL 1 2 1 Eggs DELTA
29. ETON Z E YIaSg LGNLSZO EDY AON OD 6 RW ED 2 2 Y GN R QNO gOW 6 wiyPd 1 9 zq Ta 99 20 10 10 1 80mV _ 1500mV _p LV OM SRE
30. 0 2G 2 3 4 0 98MPa 5 lt gt N gt 1 10 60 2 3 4 5 5 2 Eggs DELTA
31. IA0 4 4 0 0 0 MODE 2 ON 0 4mA 2 3 9 8 8mA A04 3 9 8 8 A04 4mA MODE 1 ON 1 RESET 1 ON 1 MODE ON RESET ON 1 0 17 MODE 2 ON 3 A04 4 0 0 0 4mA MODE 2 4mA
32. 6 5 ae 7 5 1 a 5 2 7 5 3 5 3 Sa 8 5 5 ee Se 12 9 1 9 2 9 2 1 i 9 2 2 cau 14 9 2 3 17 9 2 4 18 9 2 5 18 9 3 Luc 19 9 4 6 20 10 ES 21 10 1 21 10 2 22 11 ce 12 ee 13 ee 5 N lt gt N
33. 0 98MPa 3 0 5 0 31 31 0 12 34 3 0 13 0 7 0 06 1 52 PPS IP65 8 ER 5 L m3 g kg t L normal m3 normal LCD 5 LCD 8 7 360 20mA 30V LED ON OFF 20mA 30V 30ms 1ms 4
34. 2 A2H AF 0 1 2 SN ERE 0 1 2 3 L kL mg kg t normal _ 1L 0 1Lh 1 Tbp 1 1L 001L 2 sp 2 sec 1 999 At 0 B 1 999 A
35. AdAn 5 0 4mA me Ao 4000 4mA MM 20mA A20 20 00 20 mA 0 ON 1ms 50ms 30 msec pon 50 msec 1Hz 10Hz 1 F H Un 2 PF H
36. FC RR A Eggs DELTA INF TN2FMP FMP oc eo 2 s SS lt 2 6 FMP 4 102 SW FMP2 102 PW Eggs DELTA 1 Lica 3 1 1 uaentntasen 3 1 2 iui 3 1 3 iene 8 4 4 4 4 ee 4 4 1 reo 4 2 4 2 1 4 2 2 4 2 3 4 2 4 re 6 4 2 5
37. kL m3 L normal kL norma ms normal 31 bP SP MODE RESET 1 ON 1 MODE 2 ON bP RESET ON 1 0 1 2 bPa2 b 1 15 41 4 20 mA s 4 mA 20 mA
38. A 9 1 272 1 i 1 2 1 1 AA 2 A 2 3 a 4 2 2 HS 2 20mA A 3600L h 1800L h 0 01 99999 AF 1800 L h sec AdAn 0 0 99 9 2 5 sec 5secj
39. m3 g kg t h min normal 12 9 LCD 4 2 5 22 20 5 5 1 1
40. 1ms MODE 0 FXH 2SPuSFXHX10000 Pon Pu 19 6NO THSHH GQ ENOX 8S YE YY OW GO 9 4 HZy V dQ BYetgl FT EZ P2W CEE vs 6y Ei7 ZZ SM LL ZO nal EH 4 lt aA lt 4 uvey Hv 4 Podl 4 7 SV pry 4 STma 8 6 GYW dl A ANO
41. PIX 10 9 918 X 10 myP F9 9180 2 1 2 5 1 0 9999 9 9 9999E7 Pulsel 0 99 9 9 99E7 Hi 0000EO 1 1 5kg kg f L P 1 5 kg L 1 5000 X 10 kg L H1 5000E0 kg 1 2 1 L P gt 10L P 1 00 X 10 I L P Pu 1 00E1 L p 3 LCD J 9 b 1 1 Ald 1 A1HD 2 A2d

FMP**1

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