FMG FMD2 24V DC FMG D 24V DC 10 24V DC P3-9 FMG FMG 4 20mA DC 3 / 3 5. FMG 0 4 20mA DC INF-TN1 FMG i 1. ...................................................................................................... 1-1 2. ................................................................................................ 2-1 2.1 2.2 2.3 3. ................................................................................................... 3-1 3.1 3.2 3.3 ................................................................................................................. 3 - 3 3.3.2 ......................................................................................................... 3 - 3 3.3.3 ..................................................................................................................................... 3 - 5 3.3.4 ......................................................................................................................................... 3 - 5 ................................................................................................................ 3 - 6 3.4.1 ................................................................................................................................. 3 - 6 3.4.2 ..................................................................................................................... 3 - 7 3.4.3 ............................................................................................................................. 3 - 8 3.4.4 DC 24V .................................................................................................................... 3 - 9 ................................................................................................... 4-1 4.1 4.2 ............................................................................ 4 - 1 ........................................................................ 4 - 3 4.2.1 ................................................................................................................. 4 - 3 4.2.2 ............................................................................................................................. 4 - 4 4.2.3 ......................................................................................................... 4 - 4 4.2.4 ............................................................................................. 4 - 5 5. .................................................................................... 5-1 5.1 ........................................................................ 5 - 1 5.1.1 ............................................................................................................................. 5 - 2 5.1.2 ................................................................................................................. 5 - 3 5.1.3 5.2 5.3 ii ............................................................................ 3 - 1 .................................................................................................... 3 - 1 ................................................................................................................ 3 - 3 3.3.1 3.4 4. ......................................................................................... 2 - 1 ................................................................................................. 2 - 2 ............................................................................. 2 - 2 ......................................................................................................... 5 - 5 .................................................................................... 5 - 6 FMGH .......................... 5 - 1 6 5.3.1 ....................................................................................................................... 5 - 1 6 5.3.2 ................................................................................................................... 5 - 1 7 5.3.3 ................................................................................... 5 - 1 9 5.3.4 ............................................................... 5 - 2 0 5.3.5 ........................................................... 5 - 2 1 5.3.6 ....................................................................................... 5 - 2 2 INF-TN1 FMG 6. ............................................................................................................. 6-1 6.1 6.1.1 6.1.2 6.2 7. FMGH ........................................................................... 6 - 2 ................................................................................................ 6 - 3 .................................................................... 7 - 1 .................................................... 7 - 3 ............................................................................................................... 8-1 8.1 8.2 8.3 9. ............................................................................................. 6 - 1 ............................................................................................................. 7-1 7.1 7.2 8. ........................................................................................ 6 - 1 ................................................................................ 8 - 1 .................................................................... 8 - 2 .................................................................................................... 8 - 3 ............................................................................................................. 9-1 9.1 9.2 9.3 9.4 ........................................................................................................ 9 - 1 ........................................................................................................ 9 - 3 ................................................................................ 9 - 4 .................................................................................................... 9 - 5 ................................................................................... INF-TN1 FMG -1 iii 1. 1. FMG FMGS INF-TN1 FMG , FMGH 1-1 2. 2. 2.1 (TYPE) (SER.NO.) ELECTROMAGNETIC FLOW CONVERTER TYPE SUPPLY SER.NO. Mfd. Made In Japan INF-TN1 FMG 2-1 2. 2.2 ( 3 A ) ................................................................. 1 ........................................................................ 1 .................................................................... 1 ........................................................................ 1 ........................................................................ 1 2.3 : :5 2-2 30 70 (25 80%RH(65% INF-TN1 FMG 3. 3. 3.1 1 10 60 5 95 RH 2 3 4 5 3.2 3 126.5 2B 190 3.1 INF-TN1 FMG 3-1 3. 2B 4 2B 2B 3.2 2B +2 274 0 183 4-R8 R10 +2 0 4-C5 C8 3.3 3-2 INF-TN1 FMG 3. 3.3 3.3.1 1 2 16 (JIS C 8305), 15 (JIS C 8309) 3 4 5 AC 2A / 1 DC 2.5A / 1 3.3.2 1 JIS C 3401) JIS C3312) 1.25mm2 10.5mm 2 FMY 2 2 10.5 10.5mm 3.4 FMY 200m 3.5 INF-TN1 FMG 3-3 3. 3.5 A, B, SA, SB, C C SA, SB 3-4 INF-TN1 FMG 3. 3.3.3 J I S C0920-1982 3.6 3.7 3.3.4 3 3 100 10 3.8 INF-TN1 FMG 3-5 3. 3.4 3.9 M4 3.9 3.4.1 FMGH 3.10 FMGH 3-6 INF-TN1 FMG 3. FMGS P+ P- PLS OUT L (+) N (-) SUPPLY SIGNAL CUR OUT EXCITER EX1 SA A B SB C I+ IEX1 EX2 EX2 EXCITER AL+ AL- ALM OUT C SA A B SB SIGNAL I- I+ CUR OUT ALM OUT AL+ AL- SUPPLY L (+) N(-) PLS OUT P+ P- 3.11 FMGS 3.4.2 3.12 3.12 INF-TN1 FMG 3-7 3. 3.4.3 4 20mA DC Ω 3.13 3.14 FMGH 200 100k S+ S- 3.15 FMGS 3.16 3-8 INF-TN1 FMG 3. 3.4.4 DC 24V FMG D 21.6 26.4V DC SUPPLY FMG 2 24V DC 10 4 400 R = 0.4 X (E-18 ) 364 3.36 3 300 2.4 260 2 1.44 145 156 1 100 87 0 20 21.6 204 200 24 26.4 28 0 20 21.6 24 26.4 28 2mm 2 1.25mm 2 3 B32 FREQUENCY 50.00 (Hz) Hz 50.00 B32 50.00 FREQUENCY 4 INF-TN1 FMG 3-9 3. 4 50.00 (HZ) 60Hz SET SHIFT INC DEC SET SHIFT INC DEC SET SHIFT INC DEC SET SHIFT INC DEC SET SHIFT INC DEC SET SHIFT INC DEC SET SHIFT INC DEC A00 DISPLAY A00 DISPLAY B00 SETTING SHFT INC B00 SETTING SHIFT B32 FREQUENCY 50.00 INC B32 FREQUENCY 50.00 SHIFT B32 FREQUENCY 60.00 INC B32 FREQUNCY SHIFT, INC SET SHIFT INC DEC B32 FREQUENCY 60.00 SET SET SET SHIFT INC DEC 3-10 B32 FREQUENCY 60.00 INF-TN1 FMG 4. 4. 4.1 FMGS 1 ALM FLOW 3 (LED) 2 RATE • • • • % (%) PARA/DATA SHIFT SET 4 (16 DEC INC ) 5 4.1 FMGS LED) 7 6 LED 4 LED 4 P4-3 INF-TN1 FMG 4-1 4. FMGH 1 ALM FLOW DISP1 RATE • • • • • • FWD.T 3 (LED) 2 DISP2 PARA/DATA SHIFT SET DEC INC (%) 4 (16 ) 5 4.2 FMGH (LED) 7 6 LED 6 LED 4 P4-3 4-2 INF-TN1 FMG 4. 4.2 LED 4 4 4.2.1 4.3 4.3 A, B, C N 9 A B B B24 B25 FMG INF-TN1 FMG 4-3 4. 4.2.2 3 B30 LOW MF 1.0 0 0 0 B22 FLOW UNIT m3 B10 TAG NO AM11 - 1 4.2.3 SET, SHIFT, INC, DEC 100.0m 3/h 200.0m 3 /h 1 SHIFT B24 FLOW SPAN 1 0 0.0 m 3/ h 2 INC SET SHIFT INC DEC B24 FLOW SPAN 1 0 0.0 m 3/ h DEC SET SHIFT INC DEC B24 FLOW SPAN 1 0 0.0 m3 / h B24 FLOW SPAN 2 0 0.0 m 3 / h SET SHIFT INC DEC B24 FLOW SPAN 0 0 0.0 m3/ h INC, DEC 4-4 INF-TN1 FMG 4. 3 SET B24 FLOW SPAN 2 0 0.0 m 3 / h SET SHIFT INC DEC 2 B24 FLOW SPAN 2 0 0.0 3/ h B24m FLOW SPAN 2 0 0.0 m3 / h 1 2 4.2.4 4.2.3 SHIFT SET SHIFT INC DEC B24 FLOW SPAN 1 0 0.0 m3 / h SET SHIFT INC DEC B24 FLOW SPAN 1 0. 00 m3 / h INC B24 FLOW SPAN 2 0 0.0 m3 / h SET SET SHIFT INC DEC SET SHIFT INC DEC C30 4 - 20 LOWLMT 020.0 % SET SHIFT INC DEC C30 4 - 20 LOWLMT 020.0 % DEC SHIFT INC DEC SET SHIFT INC DEC C30 4 - 20 LOWLMT 20.0 % INF-TN1 FMG SET 4-5 5. 5. 5.1 0 4 20mA 3 3 INF-TN1 FMG 5-1 5. 5.1.1 50mm 50 mm SET SHIFT INC DEC SET SHIFT INC DEC SET SHIFT INC DEC SET SHIFT INC DEC A00 DISPLAY B00 SETTING B00 SETTING B20 SIZE UNIT mm [SHIFT] [INC] [SHIFT] [INC] SET SHIFT INC DEC [INC] SET SHIFT INC DEC [SHIFT] SET SHIFT INC DEC [INC] SET SHIFT INC DEC [SHIFT] SET SHIFT INC DEC [INC] SET SHIFT INC DEC SET SHIFT INC DEC 5-2 "B" B20 SIZE UNIT B21 NOMINAL SIZE [DEC] [SET] [SET] INF-TN1 FMG 5. 5.1.2 30m3/h 30 m 3 /h B22 FLOW UNIT B23 TIME UNIT B24 FLOW SPAN -1 SET SHIFT INC DEC SET SHIFT INC DEC SET SHIFT INC DEC B22 FLOW UNIT m B22 FLOW UNIT m B22 FLOW UNIT m3 [INC] [SHIFT] [INC] k m 3 (10 m3 r cm 3 m SET SHIFT INC DEC B22 FLOW UNIT m3 B22 FLOW UNIT [DEC 3 3 m 3) SET] 2 INF-TN1 FMG 5-3 5. -2 SET SHIFT INC DEC SET SHIFT INC DEC SET SHIFT INC DEC [INC] B23 TIME UNIT /s [SHIFT] B23 TIME UNIT /s [INC] B23 TIME UNIT /h /d /h /m /s SET SHIFT INC DEC B23 TIME UNIT [DEC] ( ( ( ( ) ) ) ) [SET] B23 TIME UNIT m3 2 -3 SET SHIFT INC DEC SET SHIFT INC DEC SET SHIFT INC DEC SET SHIFT INC DEC SET SHIFT INC DEC SET SHIFT INC DEC SET SHIFT INC DEC SET SHIFT INC DEC [INC] B24 FLOW SPAN 1.0000 m 3 /h B24 FLOW SPAN 1.0000 m3 /h [SHIFT] B24 FLOW SPAN 0.0000 m 3/h [INC] B24 FLOW SPAN 0.0000 m 3/h [SHIFT] B24 FLOW SPAN 0.3000 m3 /h [INC] B24 FLOW SPAN 0.3000 m 3 /h [SHIFT] B24 FLOW SPAN 030.00 m 3 /h [DEC] B24 FLOW SPAN [DEC] [DEC] [SET] B24 FLOW SPAN 30.00 m 3 /h 2 B24 FLOW SPAN 30000 3 5-4 0 0 0 0 . INF-TN1 FMG 5. 5.1.3 (L) (H) 1.2345 1.1234 B30 LOW MF" "B31 HIGH MF" B30 LOW MF 1.2345 B31 HIGH MF 1.1234 -1 (L) 1.2345 SET SHIFT INC DEC SET SHIFT INC DEC SET SHIFT INC DEC SET SHIFT INC DEC SET SHIFT INC DEC SET SHIFT INC DEC B30 LOW MF 1.0000 [INC] B30 LOW MF 1.0000 [SHIFT] B30 LOW MF 1.2000 [INC] B30 LOW MF 1.2000 [SHIFT] B30 LOW MF 1.2300 B30 LOW MF 1.2345 B30 LOW MF [INC] [SET] 2 "B31 HIGH MF" 4 INF-TN1 FMG 20mA 5-5 5. 5.2 LCD SET,SHIFT, INC, DEC 1 B10 TAG NO B10 TAG NO 8 2 0 (4mA) L10 ZERO TUNING ENABLE L11 MAGFLOW ZERO AUTO ZERO... SET SET L11 MAGFLOW ZERO 5-6 INF-TN1 FMG 5. 3 B25 DAMPING B25 DAMPING 0 4 S 63.2 7seg LED (FMGS) LED 4 (LED1 M41 M41 FLOW DISP FLOW RATE (%) LCD FLOW RATE (%) (A10) FLOW RATE . FLOW RATE . FLOW RATE(%) . FOR. TOTAL . BLANK (A11) FLOW RATE(%) (%) (A20) FOR. TOTAL BLANK (FMGH) (LED2 LED M40 6 M41 LCD (A10) FLOW RATE (A11) FLOW RATE (%) (A20) FOR. TOTAL (F10) REV. TOTAL (F11) DIF. TOTAL BLANK LCD -99999 -999999 999999 B40 FLOW DISP1 FLOW RATE(%) 999999 LED 1 . FLOW RATE . FLOW RATE(%) . FOR. TOTAL . REV. TOTAL . DIF. TOTAL . BLANK B41 FLOW DISP2 FOR. TOTAL . FLOW RATE . FLOW RATE(%) . FOR. TOTAL . REV. TOTAL . DIF. TOTAL . BLANK INF-TN1 FMG 5-7 5. 5 LCD A10 FLOW RATE LCD 5 A10 FLOW RATE A11 FLOW RATE(%) A20 TOTAL F10 REV. TOTAL F11 DIF. TOTAL A11 FLOW RATE(%) (%) A20 TOTAL * * F10 REV. TOTAL * F11 DIF. TOTAL 6 B53 DSP OTHER PROVIDED C41 ALM OUTPUT C41 ALM OUTPUT 2.4mA OR LESS : 2.4mA OR LESS) . 2.4mA OR LESS . 4.0mA . HOLD . 21.6 OR MORE 7 B53 DSP OTHER PROVIDED C40 F. DERECTION REVERSE C40 F. DIRECTION NORMAL * 5-8 INF-TN1 FMG 5. 8 / B53 DSP OTHER PROVIDED OFF ON CHECK SELF ALARM H/L E49 H ALARM % E50 L ALARM E49 H ALARM E50 L ALARM 9 4 % 20mA C30 4-20 LOW LMT 4 B53 DSP OTHER PROVIDED 20mA -20 0.8mA) C30 4-20 LOW LMT % 8 (2.72mA) 2.72mA 10 B40 VELOCITY CHK B40 VELOCITY CHK (m/s) INF-TN1 FMG 5-9 5. 11 1 m 3/ 1 1 C20 T.RATE UNIT 5 litre (litre ) C21 TOTAL RATE 999999 START 0 B50 DSP TOTAL PROVIDED C20 C21 C20 T.RATE UNIT m UNIT/P (litre =10 -3 xm3) C22 µ 3 6 C21 TOTAL RATE 5 m UNIT/P C22 TOTAL LOWCUT % A20 TOTAL km 3 m3 R km 3 UNIT/P m UNIT/P µ UNIT/P n UNIT/P m3 k UNIT/P UNIT/P m UNIT/P µ UNIT/P R M UNIT/P k UNIT/P UNIT/P m UNIT/P M UNIT/P k UNIT/P UNIT/P cm 3 5-10 cm 3 INF-TN1 FMG 5. 12 FMGH F10 REV.TOTAL START B50 DSP TOTAL PROVIDED B53 DSP MULTI PROVIDED B53, E23, E40 C20 T.RATE UNIT m UNIT/P C21 TOTAL RATE 5 m UNIT/P C22 TOTAL LOWCUT % E23 REV. RNG SEL SINGLE RANGE E40 REV. SPAN1 F10 REV. TOTAL 13 FMGH - F11 DIF, TOTAL F11 DIF. TOTAL INF-TN1 FMG 5-11 5. 14 A20 TOTAL 2 SET B50 DSP TOTAL PROVIDED C23 TOTAL SET ENABLE C24 T.SET VALUE A20 TOTAL SET SET F10 REV. TOTAL F10 REV. TOTAL 2 SET SET SET A20 TOTAL A20 TOTAL, F10 REV. TOTAL SET SET F10 REV. TOTAL SET SET 15 B53 DSP OTHER PROVIDED E55 APPLICATION PULSATION PULSATION E55 APLICATION PULSATION 5-12 INF-TN1 FMG 5. 16 1 m3 / : E10 P. RATE UNIT 10 cm 3 1 (cm3 ) E11 PULSE RATE START E10 E11 E11 B51 DSP PULSE PROVIDED 0 E10 P. RATE UNIT µ UNIT/P 3 (cm =10 -6 xm3 ) . n UNIT/P ... 10 . µ UNIT/P ... 10 x . m UNIT/P ... 10 . UNIT/P ... 1 . k UNIT/P ... 10 . M UNIT/P ... 10 . PULSE/S ... E11 PULSE RATE 10 µ UNIT/P E12 PULSE LOWCUT % E13 PULSE WIDTH . DUTY 50% . 0.5ms . 1ms . 20ms . 33ms . 50ms . 100ms INF-TN1 FMG ... ... ... ... ... ... ... 1000P/S 1000P/S 500P/S 25P/S 15P/S 10P/S 5P/S 0.0001P/S 0.0001P/S 0.0001P/S 0.0001P/S 0.0001P/S 0.0001P/S 0.0001P/S 5-13 5. 17 A11 FLOW RATE 3 : B22 C11 F.USER UNIT kg START C12 F.USER SPAN 40000 B53 DSP OTHER PROVIDED C10 F.USER SEL PROVIDED C11 C12 C11 F.USER UNIT kg 100 C12 F.USER SPAN 40000.0 A11 FLOW RATE kg 40000.0 : B24 FLOW SPAN 1000.0 m / h 2000kg/h C11 F.USER UNIT kg/h C12 F.USER SPAN 2000.0 A11 FLOW RATE 2000.0 kg / h 5-14 INF-TN1 FMG 5. 18 A20 TOTAL START B53 DSP OTHER PROVIDED C14 C13 T.USER UNIT PROVIDED C14 T.USER UNIT C20 T.RATE UNIT m UNIT / P C21 TOTAL RATE 5 m UNIT /P C22 TOTAL LOWCUT % A20 TOTAL 19 M10 TUNING INHIBIT ENABLE ENABLE : INHIBIT : INF-TN1 FMG 5-15 5. 5.3 FMGH FMGH S1 S2 S3 S4 5.1 5.1 5.2 5.3 5.3.1 8 4 P5-19 4 P5-23 0 P5-22 0 P5-22 P5-21 100 4 P5-23 5-16 INF-TN1 FMG 5. 5.3.2 5.1 5.1 S3 S3 2 S2 S2 INF-TN1 FMG 3 4 5-17 5. 5-18 INF-TN1 FMG 5. 5.3.3 START 4 B52 DSP MULTI PROVIDED E20 INPUT FNC NO FUNCTION S3, S4 3 E22 FOR RNG SEL 4 S3 5.3 . SINGLE RANGE ... . EXT. 2 RANGE ... . EXT. 3 RANGE ... . EXT. 4 RANGE ... E23 REV.RNG SEL . NO FUNCTION ... . SINGLE RANGE ... . EXT. 2 RANGE ... . EXT. 3 RANGE ... . EXT. 4 RANGE ... S2 2 2 S1 A10 FLOW RATE A10 FLOW RATE (%) INF-TN1 FMG 5-19 5. 5.3.4 100 START B52 DSP MULTI PROVIDED E21 OUTPUT FNC NO FUNCTION 5.3 E22 FOR RNG SEL S1, S2 S2 . SINGLE RANGE ... . AUT. 2 RANGE ... . AUT. 3 RANGE ... . AUT. 4 RANGE ... E23 REV.RNG SEL S2 3 4 . NO FUNCTION ... . SINGLE RANGE ... . AUT 2 RANGE ... E32 FOR. SPAN4 A10 FLOW RATE (%) 5-20 INF-TN1 FMG 5. 5.3.5 START B52 DSP MULTI PROVIDED 5.1 5.2 5.3 E20 INPUT FNC NO FUNCTION E21 OUTPUT FNC NO FUNCTION E22 FOR. RNG SEL 1 . SINGLE RANGE ... . EXT. 2 RANGE ... . EXT. 3 RANGE ... . EXT. 4 RANGE ... . AUT. 2 RANGE ... . AUT. 3 RANGE ... . AUT. 4 RANGE ... E20 E22 E23 E23 REV.RNG SEL 4 E20 NO FUNCTION S2 . NO FUNCTION ... . SINGLE RANGE ... . EXT. 2 RANGE ... . EXT. 3 RANGE ... . EXT. 4 RANGE ... . AUT. 2 RANGE ... S2 INF-TN1 FMG 5-21 5. 5.3.6 4 5.3 1 0 B53 DSP OTHER PROVIDED 0 4mA) E20 INPUT FNC 0% SIGNAL LOCK 0 2 0 B53 DSP OTHER PROVIDED E20 INPUT FNC EXT. FOR. T. PRESET C23 TOTAL SET ENABLE C24 T. SET VALUE 5-22 INF-TN1 FMG 5. 3 B53 DSP OTHER PROVIDED 0 4mA E20 INPUT FNC EXT. AUTO ZERO L10 ZERO TUNING ENABLE 4 B53 DSP OTHER PROVIDED E21 OUTPUT FNC TOTAL SWITCH E51 TOTAL SWITCH 999999 INF-TN1 FMG E51 TOTAL SWITCH 5-23 6. 6. 6.1 4 20mA 3 6.1.1 4 L11 MAGFLOW ZERO SHIFT, INC/DEC L10 ZERO TUNING L10 ZERO TUNING ENABLE L11 MAGFLOW ZERO AUTO ZERO... SET SET 0 (4mA) L11 MAGFLOW ZERO 6.1.2 FMGH B53 DSP OTHER PROVIDED L 1 1 MAGFLOW ZERO E20 INPUT FNC EXT. AUTO ZERO 0 L10 ZERO TUNING ENABLE (4mA) INF-TN1 FMG 6-1 6. 6.2 1 A60 SELF CHECK ERROR A N60 SELF CHECK A60 SELF CHECK ERROR 2 LED(ALM) (A N)60 SELF CHECK GOOD ERROR P FAULT EEPROM FAULT C41 ALM OUTPUT A/D(H) FAULT A/D(L) FAULT 2 . 4 m A HOLD, 4mA, 21.6mA SIGNAL OVERFLOW COIL OPEN VEL. SPAN > 10 m/s VEL. SPAN < 0.1 m/s P. SPAN > p/s P. SPAN > 0.0001 p/s T. SPAN > 1000 p/s T. SPAN > 0.0001 p/s MULTIRANGE ERROR SIGNAL ERROR EEPROM DAMEGE EEPROM DEFAULT H/L ALARM H/L ALARM 6-2 INF-TN1 FMG 6. 3 INF-TN1 FMG 6-3 7. 7. 7.1 1 N M50 KEY N 55 M50 KEY 55 N10 TEST MODE TEST L11 OUTPUT VALUE 2 M50 KEY S3 S4 N10 TEST MODE TEST N16 S1 S4 SHORT INF-TN1 FMG 7-1 7. 3 S1 S2 M50 KEY N11 OUTPUT VALUE 7-2 N10 TEST MODE TEST INF-TN1 FMG 7. 7.2 1 INF-TN1 FMG 7-3 7. 2 7-4 INF-TN1 FMG 7. 3 INF-TN1 FMG 7-5 7. 7-6 INF-TN1 FMG 8. 8. 8.1 8.1 D(m) B V(m/s) V E = D V B (V) ................ 1 B E Q D2 V (m3/s) Q 2 4 1 Q 4 D B 2 E (m 3 /s) :V 3 :E E ( E 3 4 B D Q (V) Q E INF-TN1 FMG 8.1 4 B : B) 4 E 20mA) 8-1 8. 8.2 8.2 8.3 2 8-2 2 INF-TN1 FMG 8. 8.3 ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;; ;;;;;;;;;;;;;;;;;;;;;;;;;;;;; 2 CPU BUFFER A/D ROM RAM EEPROM A/D EXCITER KEY BRAIN 4-20mA OUTPUT POWER POWER SUPPLY PULSE OUTPUT STATUS I/O 4-20mA PULSE STATUS 8.4 INF-TN1 FMG 8-3 9. 9. 9.1 INF-TN1 FMG 9-1 9. 9-2 INF-TN1 FMG 9. 9.2 - INF-TN1 FMG 9-3 9. 9.3 FMG FMY 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 F MG FMY 1 9 1 4 4 0 2 S H B 5, 6, 7 5 AC100 240V 50/60HZ DC24V A D 6 J A D G1/2 1/2 NPT Pg13.5 7 0 1 2 3 4 5 6 Tag 1 2 DC 1 Rc1/2(PT1/2) 3 137.3kPa 1.4kg/cm2 NPT1/2 2 0 0 0 0 0 0 0 0 0 0 0 0 0 0 1 1 1 1 1 1 1 1 1 1 2 0 1 1 2 2 3 3 4 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 5 0 5 0 5 0 5 0 5 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 5m 10m 15m 20m 25m 30m 35m 40m 45m 50m 60m 70m 80m 90m 100m 110m 120m 130m 140m 150m 160m 170m 180m 190m 200m 3 9 P9-2 9-4 0 1 2 3 4 5 6 7 8 9 A 1 2 3 4 5 6 7 8 9 10 INF-TN1 FMG 9. 9.4 1 10 ( ) 2B 4- 280 126.5 98.5 29 24 57.3 136.5 8 31 31 31 31 10 36 54.5 111 228 +2 274 0 126.5 190 195 +2 183 0 190 4-R8 R10 4-C5 C8 INF-TN1 FMG 9-5 FMG 3 (FMGS,FMGH, FMGB) NO. R/W S/H/B NO. 4 3 2 1 0 INF-TN1 FMG R/W R : W : S/H/B S : FMGS H : FMGH B : -1 NO. R/W S/H/B A00 DISPLAY A10 FLOW RATE (%) -110.0 ~ 110.0% A11 FLOW RATE A20 R SHB 1 R SHB -32767 ~ 32767 0~4 R SHB TOTAL 0 ~ 999999 0~3 W SHB A60 SELF CHECK GOOD ERROR R SHB B00 SETTING R SHB B10 TAG NO. W SHB B19 MAGMETER DETECTOR1 DETECTOR2 CALIBRATOR B20 SIZE UNIT mm B21 NOMINAL SIZE 0.1 ~ 3000.0 (mm) B22 FLOW UNIT km3 m3 r cm 3 m( B23 TIME UNIT /d, /h, /m, /s B24 FLOW SPAN 0.0001 ~ 30000 B25 DAMPING 0.1 ~ 100.0s B30 LOW MF B31 0 DETECTOR1 W SHB 1 mm W SHB 100.0 W SHB m W /s W SHB SHB ) 0~4 1.0000 W SHB 1 3.0s W SHB 0.0100 ~ 3.0000 4 1.0000 W SHB HIGH MF 0.0100 ~ 3.0000 4 1.0000 W SHB B32 FREQUENCY 47.00 ~ 63.00 2 50 B40 VELOCITY CHK 0 ~ 20.000 (m/s) 3 B50 DSP TOTAL NOT PROVIDED PROVIDED NOT PRO. W SHB B51 DSP PULSE NOT PROVIDED PROVIDED NOT PRO. W SHB -2 W SHB R SHB INF-TN1 FMG NO. R/W S/H/B B52 DSP MULTI NOT PROVIDED PROVIDED NOT PRO. W SHB B53 DSP OTHER NOT PROVIDED PROVIDED NOT PRO. W SHB B54 DSP BATCH NOT PROVIDED PROVIDED NOT PRO. W B B60 SELF CHECK GOOD ERROR R SHB C00 STD FUNCTION R SHB C10 F. USER SEL W SHB C11 F. USER UNIT C12 F. USER SPAN 0 ~ 30000 C13 T. USER SEL NOT PROVIDED PROVIDED C14 T. USER UNIT C20 T. RATE UNIT C21 TOTAL RATE n UNIT/P µ UNIT/P m UNIT/P UNIT/P k UNIT/P M UNIT/P PULSE/s 0.0001 ~ 30000 C22 TOTAL LOWCUT 0 ~ 10(%) C23 TOTAL SET INHIBIT ENABLE C24 T. SET VALUE 0 ~ 999999 0~3 0 -20 ~ 100(%) 0 -20% C30 4 - 20 LOWLMT C40 F. DIRECTION C41 ALM OUTPUT INF-TN1 FMG NOT PRO. NOT PROVIDED PROVIDED W SHB 0~4 100.0 W SHB NOT PRO. W SHB W SHB NOR MAL REVERSE 2.4mA OR LESS 4.0mA HOLD 21.6mA OR MORE PULSE/s W SHB 0~4 0 W SHB 0 3% W SHB INHIBIT W SHB W W SHB NORMAL W 2.4mA SHB SHB SHB -3 NO. R/W S/H/B GOOD ERROR C60 SELF CHECK E00 OPTIONAL FNC E10 P.RATE UNIT n UNIT/P µ UNIT/P m UNIT/P UNIT/P k UNIT/P M UNIT/P PULSE/s E11 PULSE RATE 0 ~ 30000 E12 PULSE LOWCUT 0 ~ 100% E13 PULSE WIDTH R SHB SHB PULSE/s W SHB 0~4 0 W SHB 0 3% W SHB 50% DUTY 0.5ms 1ms 20ms 33ms 50ms 100ms 50% DUTY W SHB E20 INPUT FNC NO FUNCTION 0% SIGNAL LOCK EXT, AUTOZERO EXT, FOR. T. PRESET EXT, B.SUM RESET NO FUNC. W HB E21 OUTPUT FNC NO FUNC. W H E22 FOR. RNG SEL SINGLE RANGE W H E23 REV. RNG SEL NO FUNCTION TOTAL SWITCH SIGNAL RANGE EXT.2 RANGE EXT.3 RANGE EXT.4 RANGE AUTO 2 RANGE AUTO 3 RANGE AUTO 4 RANGE NO FUNCTION SINGLE RANGE EXT.2 RANGE EXT.3 RANGE EXT.4 RANGE AUTO 2 RANGE NO FUNC. W H E30 FOR. SPAN 2 0.0001 ~ 30000 0~4 1.0000 W H E31 FOR. SPAN 3 0.0001 ~ 30000 0~4 1.0000 W H E32 FOR. SPAN 4 0.0001 ~ 30000 0~4 1.0000 W H E40 REV. SPAN 1 0.0001 ~ 30000 0~4 1.0000 W H E41 REV. SPAN 2 0.0001 ~ 30000 0~4 1.0000 W H -4 INF-TN1 FMG NO. R/W S/H/B E42 REV. SPAN 3 0.0001 ~ 30000 0~4 1.0000 W H E43 REV. SPAN 4 0.0001 ~ 30000 0~4 1.0000 W H E49 H ALARM -110 ~ 110(%) 0 110 W SHB E50 L ALARM -110 ~ 110(%) 0 -110 W SHB E51 TOTAL SWITCH 0 ~ 999999 0~3 0 E55 APPLICATION NORMAL PALSATION E60 SELF CHECK GOOD ERROR F00 OPTIONAL DSP F10 REV. TOTAL 0 ~ 999999 0~3 0 F11 DIF. TOTAL 0 ~ 999999 0~3 0 F30 BATCH SUM 0 ~ 999999999 0~3 F31 BATCH CYCLE 0 ~ 30000 0 NORMAL SELF CHECK G00 BATCH FNC G10 BATCH INHIBIT ENABLE G11 BATCH SPEED LONG TIME BATCH SHORT TIME BATCH G12 EXT.PAUSE G13 H W SHB R SHB R HB W H R H 0 W B 0 W B R HB R B ENABLE W B GOOD ERROR F60 W LONG TIME W B INHIBIT ENABLE INHIBIT W B PANEL SWITCH INHIBIT ENABLE ENABLE W B G14 FRACTION RESET PRESERVE RESET W B G15 BATCH END 0 ~ 100(%) 10% W B G19 BATCH MODE MODE 1 MODE 2 MODE 3 MODE 4 MODE 1 W B G20 BATCH SET 1 0 ~ 999999 INF-TN1 FMG 0 0~3 0 W B -5 NO. R/W S/H/B G21 INIT.T.LMT 0 ~ 9999 0~3 0 W B G22 PREBATCH 1 0 ~ 9999 0~3 0 W B G23 PRED LEAK 1 0 ~ 9999 0~3 0 W B G24 LEAK DETECT 1 0 ~ 9999 0~3 9999 W B G25 SHORTAGE 1 0 ~ 9999 0~3 9999 W B G30 BATCH SET 2 0 ~ 999999 0~3 0 W B G31 INIT.T.LMT 2 0 ~ 9999 0~3 0 W B G32 PREBATCH 2 0 ~ 9999 0~3 0 W B G33 PRED LEAK 2 0 ~ 9999 0~3 0 W B G34 LEAK DETECT 2 0 ~ 9999 0~3 9999 W B G35 SHORTAGE 2 0 ~ 9999 0~3 9999 W B G40 BATCH SET 3 0 ~ 999999 0~3 0 W B G41 INIT.T.LMT 3 0 ~ 9999 0~3 0 W B G42 PREBATCH 3 0 ~ 9999 0~3 0 W B G43 PRED LEAK 3 0 ~ 9999 0~3 0 W B G44 LEAK DETECT 3 0 ~ 9999 0~3 9999 W B G45 SHORTAGE 3 0 ~ 9999 0~3 9999 W B G50 BATCH SET 4 0 ~ 999999 0~3 0 W B G51 INIT.T. LMT 4 0 ~ 9999 0~3 0 W B G52 PREBATCH 4 0 ~ 9999 0~3 0 W B G53 PRED LEAK 4 0 ~ 9999 0~3 0 W B G54 LEAK DETECT 4 0 ~ 9999 0~3 9999 W B G55 SHORTAGE 4 0 ~ 9999 0~3 9999 W B G60 SELF CHECK GOOD ERROR R B L00 ADJUST R SHB L10 ZERO TUNING INHIBIT W SHB L11 MAGFLOW ZERO -100.00 ~ 100.00 0.00 W SHB -6 INHIBIT ENABLE 2 INF-TN1 FMG NO. R/W S/H/B GOOD ERROR L60 SELF CHECK M00 OTHER M10 TUNING M40 FLOW DISP1(DH) FLOW RATE BATCH DISP(DB) FLOW RATE (%) FOR. TOTAL REV. TOTAL(DH) DIF. TOTAL (DH) BLANK BATCH SET (DB ) M41 INHIBIT ENABLE R SHB R SHB ENABLE W SHB DH : W FLOW RATE(%) HB DB : BATCH SET AS : W SHB FLOW RATE(%) DH, DB : FOR. TOTAL FLOW DISP (AS) FLOW RATE FLOW DISP2 (DH) FLOW RATE (%) FLOW DISP (DB) FOR. TOTAL REV. TOTAL(DH) DIF. TOTAL (DH) BLANK 0 M50 KEY 00 < TO "M" > 55 < TO "N" > M60 SELF CHECK GOOD ERROR N00 TEST N10 TEST MODE NORMAL TEST N11 OUTPUT VALUE -110 ~ 110 N12 SO S1 (END) NORMAL ON OFF NORMAL W HB N13 SO S2 (PRE) NORMAL ON OFF NORMAL W W SHB R SHB R SHB NORMAL W 0 0 SHB W SHB HB N14 ALM OUT NORMAL ON OFF N15 SI S3 (AUX) OPEN SHORT R HB N16 SI S4 (PAUSE) OPEN SHORT R HB N17 SI (START) OPEN SHORT R B N18 SI (RESET) OPEN SHORT R B N60 SELF CHECK GOOD ERROR R SHB INF-TN1 FMG NORMAL W SHB -7