FMR
Contents
1. lt gt 6 15 82. 1 25mm 5 1 1 SO Sch 40 Fig 5 1 10 2 38 Sch 40 5 1 ISO 5167 D 23D FI i 25D
3. A gt 60 Fig 6 4 6 5 25mm ANSI 150 JPI 150 10mm 25mm Fig 6 5
4. P 1 gt P 2 A B Y m TA PS D 2 fB D Fig 5 3 5 7 5 8
5. Fig 9 1 9 1 1 30 31 10 Fig 9 1 lt gt Fig 9 2 206 204A _ Fig 9 3 203 Fig 9 4
6. 1 LED MODE TT LOLOL 8 LCD gt 2 LED 8 LCD LCD L kL m3 g kg Oth O min normal 8 4 2 3 RESET Fig 4 2 Fig 4 2 MODE
7. RESBT RESET 4 2 3 C RN RESET ON 8 CD 0 Fig 4 5 RESET Fig 4 5 4 2 1 1 4 2 4 L kL m3 g kg t h min
8. 1 Fig 9 10 Fig 9 11 Fig 9 12 4 lt gt 2 Fig 9 15 LCD
9. RESET LED LED AL1 AL2 4 2 DELTA FLOWPET 4 4 2 1 MODE ON Fig 4 3 MODE Fig 4 4 CPU 1
10. 5 9 ig 5 4 Fig 5 4 MC NS JIS Z 8766 Fig 5 4 11 6 6 1 1 2 3 4 lt gt A gt
11. 1 1 DELTA FLOWPET 1 1 2 1 DELTA FLOWPET 1 3 DELTA FLOWPET 1 DELTA FLOWPET 2
12. 25 65 MODEL 2 DELTA FLOWPET 3 DELTA FLOWPET N A gt
13. N 22pV Pa N Pa 6 kg m9 V m s D 10 5 5 P2 60AP 1 25Po MPa abs AP MPa 1 2 9 V2 X10 8 Po MPa abs 6 kg m3 5 6 1 6
14. 200A 101 Fig 9 9 25 9 1 2 30 31 10 Fig 9 5 gt Fig 9 5 Eig 9 6 M4 Fig 9 7 O 209 Fig 9 7 206 204B AP
15. 8 1 8 112 1 1 0000 2 Pulse 0 9999 9 9 9999E7 9 918L P m3 F 9 918 X 10 myP X 10 9 918 X 102 m P Fg 9180 2 myP 1 2 3 1 0000E0 1 0000E0 A A 0 9999 9 gt 9 9999E7 A Pulse 0 99 9 9 99E7 H1 0000EO 1L 1 5kg kg F L P 1 5 kgL 1 5000 X 10 kg L H1 5000E0 kg L 1
16. S ON O OFF 2 2 A 1 d 2 A 1 2 2 A 1 S Ald 500 A1H 5 A1S LS A2d 1000 A2H 10 A2S HO 1 1 AZ2d 1000 A2H 10 AiH 5 Ald 500 a 1LED 1 2LED 2 2 Es ON OFD ON 21 8 2 4 1 Hz 10Hz s 1Hz 1 Pd1 1 24 8 4
17. lt gt DELTA FLOWPET DELTA FLOWPET 6 7 LCD MODE RESET 8 s 10 80C Fig 4 1 es 10 200 Fig 4 1 gt 5 Fig 4 1
18. 1sp sop g bj Flow 3 S JIS 10K Fig 5 1 mm 5 2 Sch 40 5 3 Fig 5 2 5 4
19. LCD 1 Pd1 1 2 MODE 2 ON Pd1 0 3 RESET ON MODE ON s MODE 2 ON 1 10Hz 2 Pd2 Pon 8 2 5 1 2 MODE ON 3 LCD MODE ON 4 PA rESE t MODE OFF
20. 4 2 3 DELTA FLOWPET 9 6 DELTA FLOWPET 1 2 3 4 5 4 4 1
21. 9 8N m 27 9 2 9 2 1 80mV _ Na 2 EL 1500mV LOV gt y G GL ovi PLS 0 Wl TES 1 2
22. 30ms 1ms 8 8 4 12 45VDC 5 im Max 1km 1 25mm iP65 EEPROM MPa JIS 10K JIS 16K JIS 20K JIS 30K ANSi JPI 150 ANSI JPI 300 2 10mm 2 LP 10 mm JP myh 1 5 8 5 3 0 18 7 5 lt 60 119 20 199 mh 0 01335 0 3 4 7 0 08065 07 16 0 04556 1 2 31 0 1001 2 0 0 3328 4 6 118 0 7567 1 20 2
23. 2 ON OFF 8 LCD MODE Fig 4 3 4 2 2 MODE ON 8 ON OFF gt L Lh L min Fig 4 4 ON OFF ON 1 5 ON OFF
24. LED AL RESET AL2 1m 35 10 200 10 15mm 40 50mm 25mm mm kg 10 80 10 200 10 80 10 200 36 13 2 kg JIS 10K JIS20K JIS 30K ANSI 150 ANSI 300 32 1 1 4 40 1 1 2 50 2 80 3 Rc3 8 L mm do 0 Sk RN RS P302 203 214 125 625 is 23 3 sp0s 25 272 1 125 625 3 3 4 SsP 91 32 355 160 80 36 38 49 sP304 40d1 412 200 80 4 4 7 p305 50 sz 7 250 100 6 6 8 SP308 80 3 78 1 400 160 10 13 17 SP 10 100 1023 500 200 15 j9 28
25. 4 mA 2 20 sono N N NN 8 2 3 e LED s 1 2 2 24 8 4 8 2 A1d 1 1 1 1 A or HH
26. PA rESEt MODE ON IPA Err 1 22 8 3 LCD 8 3 8 3 PA Err 1 1 MODE 0
27. 1 km 2 0mm 1 2 FMR HHHHH 3 4 20mA SUP RL 12 45VDC 1 m 2 1 SIG3 12 45VDC 1 CO 1 m 2 3 2 4 FMR 4 SUP 1 SIGD 12 45VD SIG2 45VDC COM 0V 2 4 2 5 FMR SUP 1 m NM gt Cm 9 SIGD max i 68Ai GIG2 max 30V 12 45VDC max H 20mA SIG3
28. 10mm 25mm Fig 6 7 gt 40mm 100mm Fig 6 6 A lt gt 40mm 100mm 13 lt gt 0 75mms 2 6 6
29. Un 2 F H 3 F 1 10 4 FXH 2 Pu FX X10000 5 OFF gt 1ms 8 2 8 2 1 MODE 5 ON MODE RESET MODE 2 ON MODE RESET 8 2 2
30. 1 10 60C 2 3 4 5 6 2 Fig 6 1 6 3 360 Fig 6 2 360 6 4
31. SCS13A PA55 8 5 L m g kg L normal m norrmal LCD 5 LCD 7 360 4 20mA at 0FS 20mA 30V LED ON OFF 20mA 30V
32. 0 5MPa 20 32 44 741 76 1280 11 2 1 mm m3 2 m9 11 3 10 100mm _ CX AP 00 1500 AP kPa 1000 p kg m L500 200 Q 58 C 0 5 50 0 2 20 0 1 L 10
33. re 30 10 1 10 2 1 et 11 1 Mi 11 2 13 EN 12 4 8 Seats 35 13 1 DELTA FLOWPET Satis 88 13 2 ssh f lt gt A 1 DELTA FLOWPET i
34. 1 A04 4 00 0 MODE 2 ON 0 4 mA 2 3 9 8 8 mA A04 3 988 A04 4mA MODE 1 ON 1 RESET 1 ON 1 PIE LN LET LL MODE ON RESET ON 1 0O 19 MODE 2 ON 3 A04 4 00 0 s 4 mA MODE 2 ON
35. INF TN2FMR DELTA FLOWPET FMR 2 L DELTA FLOWPET 1 ee 1 1 ee 4 1 2 uci 1 3 uateenneraseerent 4 4 4 1 4 2 4 2 1 ao 4 2 2 tee 7 4 2 3 uuuuuuuiiiatnananerntenne 8 4 2 4 ee 8 4 2 5 8
36. Pu F H 120 OFF 1ms PA Err 2 2 PA Err Pu FXH 2 Pu FXHX10000 AnA Err Pon Pu Out Err 23 8 4 ENO THSSH 9 GTA ENO 8 LOW 6 6NO HO _ Z PV LE MV YOV Sv 2S 2 2 lt lt
37. N gt Fig 9 13 0 ari gt lt Ne RE BR17500V 2CY 4 24 5N cm fFig 9 15 gt 29 10 10 1 Fig 10 1 10 2 No No 10 1 17 5Xt2 M5X13 A
38. fsec All 0 1 999 se A 8 1 22 1 1 HS 1 gt 27 2 2 21 0 2 2 20mA A 3600L 1800L h 0 01 99999 AF 1800 L h
39. Fig 9 8 MA SR 203 Fig 9 9 Fig 9 7 200B 101 Fig 9 9 26 9 1 3 30 31 10 201 Fig 9 9 203 30
40. 40 50 40 50 1101525A ainpA 1 01525A oinoA A P SIG 3 12 SIG 3 N C SIG 3 N 3 A1 4 A2 0 F S 40mV 200mV 28 9 3 CPU
41. 2 1 LP 10LP 1 00 X 10 L P Pu 1 00E1 L p 4 LCD L kL mi g kg t normaD 1 1 Ald 1 A1H 2 A2d 2 A2H AF 0 1 2 1L 0 1Lh 1 st bP 1 0 0 1 2 3 1L 0 01L 2 ITSP 2 999
42. 37 AP 0 a 102 0075 6 17 http www fesys cojp http wwwr fic netjp 1 042 585 2800 FAX 042 585 2810 AM9 00 12 00 PMi 00 5 00 FAX 5
43. M4X12 204B 201 17 5Xt2 M5X13 M4X12 Pi6 JASO 2033 A 31 11 11 1 11 1 10 15 25 40 50 80 100mm JIS 10 16 20 30K ANSIJPI 150 300 10mm Sch40 10mm 10 80 10 200 10 60C 5MPa 1 1 2 0 5 SCS14A 10mm SCS14A SUS316 10 25mm SUS316 40 100mm XM19
44. rvpyl 4 od f ES CE EA T Piv L_ Ti iEPG ES V 9 lt Z64 pal 247 Z 9 Y 1NO HO 9 6W NO 2 BOA ESHA 4 OX WO G Gd gt NO ROW 2 Co 2 EK 24 9 9 1 N A gt
45. sec AdAn 0 0 99 9 2 5 sec 5sec AdAn 5 0 4mA A0 amp 00 4 mA MM 20mA A20 e000 20 mA MM CK ON 1ms gt 50ms msec Tpon 50 msec 5 IHz 1 10Hz 3600 30 1 F H
46. 0 05 5 C 2 0 02 2 C 0 01 1 5 mh 0 9 0 1 2 5 10 20 50 100200 500 10 10 20 50 100200 5001032000 5000101 myh 33 12 DELTA FLOWPET 10mm 15mm 25mm 40mm 50mm 80mm 100mm JIS 10K JIS 16K JIS 20K JIS 30K ANSI150 1 ANSI300 1 JPI 150 1 EE tp 2 10 200 10 200 bs NE le 4 5 6 S H 1 10mm 2 10mm 34 13 13 1 DELTA FLOWPET 10 80 mm 10 15mm 25mm 1 LED 2 LED LCD t mg kg
47. max com 1 1 m 2 SUP SIG 1 1 SIG 2 2 Ry SIG 3 12 24 37 45 ICOM VDC gt lt gt ll Fig 6 10 14 7 7 1 Fig 7 1 II 4 1 5 Hig 7 1 7 2
48. ON 1 RESET 1 ON 1 E MODE 2 ON F HAI LL LL LL L B 10T 10 F 1 2345X10 MODE ON E RESET ON 1 2 39 18 tna sam 2 Un MODE RESET 1 ON MODE 2 ON UN RESET ON gkg t L
49. kL m3 L normal kL normal m3 normal 3 bP SP MODE RESET 1 ON 1 MODE 2 ON bP O bP 2 RESET ON 0 1 29 b1 4 4 20 mA s 4 mA 20 mA
50. 5 re Si 9 5 1 5 2 5 3 Ln 10 5 4 ee 10 5 5 11 5 6 uaa eiiiiiaieracneanneanene names 11 5 7 5 8 aa 5 9 RI 11 6 aa 12 6 1 ASetiini 282 6 2 5 Rs L2 6 3 RR 12 6 4 15 7 1 7 2 MMi 8 ui 16 8 1 uous 16 8 2 Ui 18 8 2 1 18 8 2 2 18 8 2 3 21 8 2 4 22 8 2 5 8 3 8 4 24 9 1 3 6 9 2 ee 9 2 1 9 3 10
51. MODE 2 ON MODE RESET bdAtA AL AnAPuLSE MODE 5 ON MODE RESET 24 84 8 2 2 4 4 20 mA 16 17 1 F H Pu At A A1d A1H A2d A2H AF AdAn Pon MODE 1
52. normal 8 8 2 16 18 4 2 5 29 N 24 5 JIS Z 8766 5 1 5D
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