GD410形 ガス熱量計
Contents
1. l2. 2 E IM 11T3C1 01 1
3. lt 2 gt 2 9 GD410 9 4 20mA DC 600O 7 BRAIN 250 5500 4 20mA DC 6000 7 5 5 5 4 100 240V AC 24V DC 10 Q O ermm D 4 GD3008 A 6 1 8 12mm 2 2 a 2 50O 1 25mm2 1 4km
4. HK 5 95 RH 25 85 RH 2 2 2 1 GD410G 2 3
5. 6 3 3 3 3 1 33 2
6. 0 5 m ay oa 1 GD410S Fa NIU an aN D4101 ee Stic GD350G bee EEN 85 264 V AC 24 V DC H OQO 1 C p gt 4 20 mA DC 600O Brain 250 5500 2 2 4 20 mA DC 6000 3 tas hid Brain A aoe Dn won es Do MAINT Dry 1 P ADEE S Max 0 5MPa 1 ES 2 PADE Pz O 5kPa POV ACSA TENS 30Y DCR 3 0 1 1 0 l min 1 3
7. 1 IM 11T3C1 01 lt 6 gt 6 1 6 GD410 ty mint 6 1 6 1 1 2 3 5 6 1 2 0 1 1 min
8. 5 1 52 4 3 4 2 5 4 5 3 F5 1 ai 5 2 CODE 13 14 CODE 15 5 2 1 1
9. 4 5 1 RANGE 2 WCALDT 3 ALARMJ SERVCJ 4 NO 1 4 YES 331 PASSW ENT ae ae ENT 4 5 NO YES ENT en ee nm en ee nm AREEN 5 al NO YES NO YES A ENT Em 4 7 4 24 NO F4 4 ai MODE
10. 6 1 3 0 O NBR O 2 3 O IM 11T3C1 01 6 2 lt 6 gt 6 1 4 1 2 90
11. GD410 D 26 0 4N m M4 268 GD410G 422 F2 19 ai F2 20 ai 2 17 2 18
12. 4 1 2 a 3 1 4
13. 2 2 2 50A 2 3 IM 11T3C1 01 2 4 lt 2 gt 2 4 GE M8 F2 4 ai Y iR oo 3 M8 3 10 F2 5 ai 2 4 2 5 GD410G F2 6 ai B25 IM 11T3C1 01 lt 2
14. A D NO NC 250VAC 3A 30V DC 3A Hi Lo NO NC NC BRAIN AL Hi Lo 10 55 C 5 95 RH 100 240VAC 250V1A VDE SEMKO 24 VDC 250V2A VDE SEMKO GD410G GD410S GD410G
15. mm 236 e Rc 1 4 341 z 2 265 10 ZT z lL A 4 4 Ma N E oni an E WI 7 GE 8 ary amp 7 E E Rc 1 4 i o O LL Ni ee i L ii 4 o 4 50A 60 5mm G374 PP on a ji sR zi i E T L 5 7G1 ae G9601AN Y 10 16 A A F2 1 ai 2 1 r aA mm 250 EREE p gt ES A 62 De AE z E G3 4 2 PR DE as EN f an ca R ai i Y i
16. 1997 08 IM 11T3C1 01 aT Blank Page
17. 7 43 1 ER Ta oo 7 Eei 43 2 YES Yes gt ee nea YES eo MODE contacts LA INO No Pe Bm ET G car MODE O OCO om YOKOGAWA 3 1 10 CR gt
18. GD410S gt e i A 8 B C x D E F M5 6 G3 4 8 16 F2 11 ai 2 10 CAUTION Wait 5 minutes after power disconnection before opening the enclosure 5 N
19. Ma I o War A ot Dt Dt A Media No IM 11T3C1 01 4th Edition Jul 2015 YK IM 11T3C1 01 All Rights Reserved Copyright 1997 Yokogawa Electric Corporation gt E
20. 1 2 2 GD4105S S3 tt TIIS 100 240 VAC 24V DC N tR 1 1 6 1 GO 1 3 3 1 2 3 GD3005 S2 tt Se eee TIIS J PI KU 1 KUHT TIIS EJA O TAG 1 1 2 1
21. 100 MJ Nm3 95 MJ Nm3 1 gt 1 2 1 0 3 10 gt 9 4 9 gt 1 5 ENT 95 1 2 ENT F3 5 ai 3 5 4 3 6 1 Fike 331 1 MODE
22. GD410S 400 mm GD300S Ex d ia IIB HzT5
23. 43 1 A ca a ai ul i LI J F3 1 ai 3 1 GD410G i ae Tree 4 3 2 ea y YES Yes YOKOGAWA NO No gt A ENT IM 11T3C1 01 e 3 2 GD410S Ir YES NO MODE Ip gt A m G Le a 3 1 10
24. 1 2 HOLD PASSW gt 1 YES NO 331 ENT YES 1 xOUT1 F3 4 ai 3 4 2 34 1 NO IM 11T3C1 01 IM 11T3C1 01 3 4 lt 3 gt 3 N OFF 3 4 2 YES CALRY YES Z_CAL
25. GD410 331 3 2 1 ON MEASURE gt 1 4 3 2 33 5 4 MEASURE gt 3 2 2 GD410
26. 4 44 IM 11T3C1 01 1 RANGE 1 2 1 4 20mADC lt 4 gt 4 11 0 COR 100 1 1 OUT1 a DENS C_ DNS CALRYJ TEMP PRESSJ b a Z DNS W S_DNS 00 0000 60 0000 kg m Z_CPD W S_CPD 00000 60000 kg Nm3 Z CAL WS CAL 000 000 133 000 2 2 OUT2
27. IM 11T3C1 01 aT Blank Page lt 4 gt 4 1 o Fu 4 GD410 4 1 4 1 1 Sib 4
28. 3 90 4 GD4109 GD410G Fe 1 ai 6 1 6 1 5 K9313DW IM 11T3C1 01 lt 6
29. GD410 GD410 REM LE LIMA EES SECO DEK IS x _ RE IN i 1 00 GD410 GD300S gt iii
30. 2 4 3 4 20 mA DC BRAIN 2 11 0 75 mm 1 0 75 2 5 mm HRCA 7 mm 2 12 2 1 3 4 2 5 6 BRAIN 3 4 1 04N m 3 7mm F2 14 ai 2 12 IM 11T3C1 01 lt 2
31. SUS 6 X 4 15A 2 8 0 5 MPa 0 5 kPa
32. ee 25 85 RH IM 11T3C1 01 2 2 lt 2 gt 2 1 2
33. IM 11T3C1 01 lt 2 gt 2 13 2 4 6 EJA310 EJA310 GD410 2 11 M4 EJA310 GD410 ae 2 16 2 4 7 GD300S 2 mm A 2 17 A
34. LOW BATTERY 0 3000 0 3000 0 5000 1 5000 6 2 2 FAIL 18 19 lt FAIL gt FAIL 62 6 2 FAIL REED SOME F2 1000 10000Hz F4 4000 10000Hz A D wy ind ttl EEPROM EPROM RAM ILLEGAL CALIB FAULT SENSOR OVER FREQUENCY FAULT TEMP FAULT MEMORY IM 11T3C1 01 Blank Page lt GD410 1 GD410
35. KO_ADJ AT_ADJ Hs VALUE Hm CAL SET Hs Hm KO_ADJ AT_ADJ Hs Hm KO_ADJ AT_ADJ KO_ADJ a b KO K1 GE a b KO_ADJ AT_ADJ 0 133 000 SET_KJ TKO_ADJJ 99999 99999 TKOJ 99999 99999 K1 99999 99999 da E GE NO N VALVE ADJUST YES YES XXXXXX VALUE
36. x2 3 gt ENT OVER YES NO 4 19 IM 11T3C1 01 4 26 4 gt CODE 31 MINUS 0 1 4 YES SERVC 2 ENT X MINUS ENT 44 1 x2 3 ENT e 4 20 CODE 40 a CKZ gt SX XXXX b C K S gt X XXXX 1 SERVC YES SX XXXX C KZ 3
37. 1 1 1 1 1 2 2 1 2 3 TIIS 1 1 1 2 5 IHA G9601AJ gt G9601AN 2 1 2 2 2 1 2 IB G9601AJ gt G9601AN IB G9601AH gt G9601AM 245 GD300S 2 13 e JIS A 1 CMPL 11T3B1 01E Item5 Item 10 Item 5 IH F9273WE gt G9339AA Item 10 IH G9601AJ gt G9601AN 3 5 2 4 1 2 9 4 3 1 2 ADJUST 4 8
38. MODE ENT 2 wh bab mli 7 L TI SERVC YES No 01 ENT No F4 7 ai 47 No No IM 11T3C1 01 lt 4 gt 4 15 CODE 01 a M_HLD IE 0 1 2 b PRSET a 2 Sec
39. KU GD300S EJA310 KUHT KU TIIS EJA N EJA GS 01C22D01 588 5kPa abs IR IM 11T3C1 01 1 1 4 1 gt 1 3 GD410G GD410S 6 0 0001 kg m3 MJ Nm3 WE kg Nm3 kg m3 C kPa MPa EN
40. PLFIX 0 10 999 99 kPa 0 0001 9 9999MPa C D TMP 20 0 80 0 C D PRS 0 10 999 99kPa 0 0001 9 9999MPa Z_PRS 0 10 999 99kPa 0 0001 9 9999MPa S_PRS 0 10 999 99kPa 0 0001 9 9999MPa 0 E E 7AERINY 0 77 31 2 OAS AE CAL T 00 59 STAB T 00 59 Y M_D 00 01 01 99 12 31 H_M 00 00 23 59 CYCL U 0 1 Se 0 23 0 255 PRES U kPa 0 MPa 1 Y_M_D 00 01 01 99 12 31 H_M 00 00 23 59 0 1 E C_K_Z SXXXXX C_K 9 XXXXX F2 F2 KHZ F4 F4 KHZ F2 F4 IM 11T3C1 01 4 6 4 gt
41. A A 7 2 8 26 9 10 11 GE GE lt GD3005 EJA310
42. MODE 331 SEM CAL YES ald MANCAL YES 4 2 lt 2 AUTO C CODE 13 0 1 REMOT CODE 14 0 1 IM 11T3C1 01 5 2 lt 5 gt 3 XXX XXX S OPEN NO 2 3 YES WAIT 6 5 YES or NO F5 2 ai 1 4 2
43. ADJUST SET K ADJUST SET K ADJUST SET_K RANGE 1 CALRY RANGE C_DNS RANGE 4mA 00 0000 60 0000 00 0000 RANGE S_DNS 20mA 00 0000 60 0000 RANGE Z_CP D 4mA 0 0000 6 0000 0 0000 RANGE S_CP D 20mA 0 0000 6 0000 6 0000 RANGE Z_CAL 4mA 0 000 133 000 0 0000 RANGE S_CAL 20mA 0 000 133 000 133 000 CAL DT Z_CAL 000 000 133 000 40 000 CAL DT Z_DNS 0 0000 6 0000 0 1785 CAL DT S_CAL 000 000 133 000 60 000 CAL DT S_DNS 0 0000 6 0000 1 7834 CAL DT C_HLD 0 1 2 1 CAL DT PR SET 10 0 110 0 10 0 ALARM CALRY ALARM L_DNS 0 0000 60 0000 0 0000 ALARM H_DNS 0 0000 60 0000 6 000
44. ENT MODE MODE lt MEASURE gt eer e IM 11T3C1 01 4 2 4 1 3 IM 11T3C1 01 4 gt 1 331 MODE 2 a b
45. 331 ENT F3 6 ai 3 6 3 1 5 3 1 6 3 1 7 3 1 8 lt 3 gt 3 5 GD410 B31 0 133 000 ADJUST DIS MJ Nm3 4
46. IEC YOKOGAWA E 2 Q ee RRR ei J ER St ON C OFF A
47. x2 NO 3 NO V ZERO V_SPAN END 4 YES 5 YES NO 6 7 5 1 IM 11T3C1 01 lt 5 gt 5 3 5 2 2 331 CALDT 44 a Z CALI 000 000 133 000 b Z DNS 0 0000 6 0000 c S_ CAL 000 000 133 000 d S DNSJ 0 0000
48. 0 1 999 99 0 1 999 99 AUTO C 0 1 REMOT 0 1 CAL P CAL T STAB T Y MD H_M CYCL U CYCLT 0 1 2 0 59 0 59 00 01 01 99 12 31 00 00 23 59 0 1 1 23 HOUR 1 255 DAY PRES U 0 1 Y_M D H_M 00 01 01 99 12 31 00 00 23 59 MINUS 0 1 KC KZ C KS 0 3000 0 3000 0 5000 1 5000 lt GD410 3 GD410 ON t YES OUT1 YES NO 1 2 33 50 MJ Nm3 06 0 8 kg Nm3 3 38 MJ Nm3 46 MJ N
49. F3 2 ai 3 gt 3 3 3 1 4 3 1 4 MODE 1 MODE 1 3 3 1 2 PASSW gt 1 YES NO 331 ENT YES 1 START gaa 3 33 2 3 3 1 NO 2 4 1
50. 2 gt ENT OVER YES NO 3 CYCL U 0 2 1 3 4 17 F4 17 ai IM 11T3C1 01 lt 4 gt 4 25 CODE 20 PRES U eka 0 MPa 1 ENT x PRES U 3 ENT 1 44 x2 3 ENT F4 18 ai 4 18 CODE 30 a r Y M_DJ 00 01 01 99 12 31 b H_M 00 00 23 59 YES CODE ENT 1 B44
51. WCAL DT ENT 1 ENT MODE lt 5 gt E ENT E dy 2 5 F5 5 ai 4 4 YE S NO gt WAIT YES o NO SPAN NO E SPAN NO MAN CAL WAIT IM 11T3C1 01 5 6 lt 5 gt 5 3 3 CODE 13 AUTO C
52. 44 1 x2 3 ENT 4 21 IM 11T3C1 01 gt F4 21 ai 4 gt 4 27 CODE 41 F2 F4 a F2 kHz F2 KHZ XXXXXX b F4 kHz F4 KHZ XXXXXX c kHz T F2 F4J XXXXXX 1 ENT X XXXX F2 KHZ ENT X XXXX F4 KHZ ENT X XXXX F2 F4 ENT F2 kHz F4 KH2 kHz 3 4 22 CODE 42 Co Olds 1 1 2 3 4 23 44 gt ENT
53. E i 4 3 MODE Ei MODE lt MEASURE gt eee a 4 3 1 nel E r 7 NO 1 7 mP 1 XXXXXX KG M3 2 TX XXXX KG NM3 J 3 TXXX XXX MJ NM3 4 TXXX X 5 TXXX XXKPAJ orTX XXXX MPAJ CODE 20 6 1 acl XXX X MA1 7 7 Sa o 2 TXXXXMA2 J YES 1 3 4 7 IM 11T3C1 01 lt 4 gt 4 7 NO NO
54. 0 1 1 0 min 5 GD410 X
55. LL FRE HGe 2B LIBAOF xy 7B a b lt 4 gt 4 3 4 2 4 2 1 4 2 4 4 2 1 4 1 DISP LSA EG KG M3 E KG NM3 MJ NM3 a DISP HOLD FAIL OLD HOLD FAIL DISP DISP 4 1 KG M3 i KG NM3 MJ NM3 1 C 1 KPA or MPA CODE 20 1 M
56. CAL P b CAL T Cc STAB TJ d e 0 f CYCLTI 1 2 lt 4 gt 4 23 5 00 59 00 59 Y_M_D 00 01 01 99 12 31 H _MJ CYCL UJ e 0 e 1 00 00 23 59 0 23 ghna 0 255 IM 11T3C1 01 4 24 4 gt SERVC CODE ENT X CAL P ENT XX CAL T 2 tenn XX STAB T 2 ENT XX XX XX Y MD 72 ENT XX XX H_M 2 ENT X CYCL U enn 1 44
57. b L_DNS H_DNS 00 0000 60 0000 kg m3 L_CPD WWH_CPD 0 0000 60000 kg Nm3 4 NO CAL DT 4 6 L CALJ H_CAL 000 000 133 000 YES XX XXXX XX XXXX ZED L_DNS ENT H_DNS ENT Eo aE cons i Faa ENT H Fe ENT NO XXX XXX XXX XXX 2 YES L_CAL ENT H_CAL ENT NO 1 4 4 2 F4 6 ai 4 13 IM 11T3C1 01 4 14 4 gt 4 3 4 SERVC YES 4 4 No A 44 No
58. es ii E ii ee iii is V 1 1 1 1 1 GD410 DY i 1 1 1 1 1 ee ee 1 1 1 1 2 GD3005 ee 1 2 1 1 3 es 1 2 1 1 4 GD410G GD410S rr 1 3 1 1 5 GD350G ll ee 1 4 1 2 1 5 1 2 1 GD410G osessssssssssssssssssssssssssssesessssssssssvsssssssssssssssssssesssssssssess 1 5 1 2 2 GD4105 BHRAZ ee 1 5 1 2 3 GD300S pe 1 5 1 2 4 GD350G csssssssssssssssssssssessssssssssssssssssssssssssssssesesssssssssese 1 6 1 2 5 ee 1 2 6 2 2 1 2 7 es 1 3 ON Fis wh pas eed E A A 1 3 1 GD410G 1 3 2 1 3 3 GD410S ee 1 3 4 GD300S 1 10 1 3 5 GD3005 se 1 10 1 3 6
59. ll Gi Bi Bi Bi HOLD YES CALIB 205 205 lt gt AI ee lt gt lt MEASURE gt wm OL gt V E MB
60. GD4105 ae er GD410G eee 10 12 6 12 6 12 F2 13 ai 2 11 IM 11T3C1 01 2 10 2 gt 2 4 2 GD410 2 11 1 25 mm 2 GD410 Azz GD410S ON 1 1 25 2 5 mmz 7 mm 2 12 2 L N
61. 3 gt ENT OVER YES NO F4 10 ai 4 10 CE CODE 05 CNTCT 00 15 2 ENT XX CNTCT 3 ENT 1 4 4 x2 3 gt ENT OVER YES NO 4 11 IM 11T3C1 01 4 18 lt 4 gt
62. GD3005 FZ GD3005 GD410S 250V AC 3A 30V DC 3A a ete oo XX XXXX WAIT SI 4 1 ALM 10 WAIT ALM 10 ALM 10 2 CODE 15 3 ZERO 4 ZERO SPAN MODE
63. ZERO SPAN MAINT ALM 00 O O O O 01 O O O C 02 O O C O 03 O O C C 04 O C O O 05 O C O C 06 O C O 07 O C C C 08 C O O O 09 C O O C 10 C O C O 11 C O C 12 C C O O 13 C C O C 14 G C C O 15 C C C C NO NC IM 11T3C1 01 lt 4 gt 4 19 CODE 10 2 i CODE 12 1 101 33kPa ABS a PCOMP 0 1 2 b PFIX a 2 0 10 999 99 kPa 0 000
64. IM 11T3C1 01 AFG regia lies easily Nag YES
65. gt F4 22 ai REV YES 42 CODE ENT X XX REV 3 ENT 44 ENT SERVC gt F4 23 ai IM 11T3C1 01 4 28 4 gt CODE 43 S_CYC 0 1 4 2 x s CYC 3 1 4 4 x2 x3 ENT 4 24 F4 24 ai IM 11T3C1 01 lt 5 gt 5 1 5 3
66. GD300S S2 GD410G S3 GD410S S3 E am
67. 0 6GY3 1 2 0 2 5Y8 4 1 2 GD410S 0 6GY3 1 2 0 Ae GD410G 3kg GD410S iM 15 kg IM 11T3C1 01 1 4 lt 1 gt 1 1 5 GD350G GD350G 1 TS fof ki mR FE Wo N GD350G 2 fo Ki itt FE tall IM 11T3C1 01 SECC P10 10 SUS304 SUS316 E SUS316 0 6GY3 1 2 0 2 5 kg 0 1 1 min Ww SUS304 SUS316 SUS316 0 6GY3 1 2 0 2 5Y18 4 1 2 5 kg 0 1 1Mmin 1 gt 1 5 12 1 2 1 GD410G S3 N 100 240 VAC 24 VDC N
68. ON GD410 HAAS ON GD410 4 2 1 DISP XXXXXX KG M3 XXXXX KG NM3 XXXXXX MJ NM3 HOLD FAIL HOLD FAIL IM 11T3C1 01 3 2 lt 3 gt 3 1 3 MODE IGD410 E
69. acca uuuuauasuauuasaasasuaeueeeeneesaanasasenneseeeesaenaanassesesneeee 6 1 6 1 2 6 1 6 1 3 0 DAAN 2 OE i 6 1 6 1 4 _ a casccsssssssssssssssssssssssssssssssscessssssscessssssusessssssssscssssssssessssssssesessssssesessssnse 6 2 615 6 2 6 2 68000065882500052566258258 6 3 6 2 1 6 3 6 2 2 FAIL ccc ccccssssssssscsssessssssssscsssssssscssessssssosssssssessssssensoessssese 6 3 IM 11T3C1 01 lt B gt Toc 3 GD410 ssssssesssssnsecnsenssnscsessnncosvensssossesenscoosens 1 GD410 FZ ee 3 Customer Maintenance Parts List ee CMPL 11T3B1 01E Customer Maintenance Parts List ee CMPL 11T3B1 02E Customer Maintenance Parts List ee CMPL 11T03B01 03E Ap i A nem nnunaianaannd nana i IM 11T3C1 01 Ia Blank Page SSS 1 gt 1 1 1 1 1 GD410 1 1 1 GD410 GD300S TIIS
70. Ea 2 GD410 6 3 lt GD410G gt Hat 21 6 12 A B BANE C RoE M4taL DE F B29 IM 11T3C1 01 2 8 IM 11T3C1 01 2 gt
71. b 2 2 2 13 c 13 3 a 2 50O 1 25mm2 1 4km b 2 4 5 NO NC 250V AC 3A 30V DC 3A NC 6
72. 100 110 0 3 M_HLD 5 ENT PR SET ENT R44 x2 3 ENT 4 gt ENT OVER YES NO x5 0 1 SERVC 4 8 IM 11T3C1 01 4 16 4 gt CODE 02 a E_HLD 0 1 2 b PRSET a
73. 18 19 FAIL No 3 1 No 6 2 3 1 No Err 01 Err 02 Err 03 Err 04 A D Err 05 IM 11T3C1 01 lt 3 amp gt 3 7 3 2 3 GD410
74. Dry 4 Pi ee UE F2 9 ai 2 8 IM 11T3C1 01 2 4 2 4 1 lt 2 gt 2 7 A A Ria PH Mm lt 9 aa ag Ae OX CLI Ig GD410 Aia iaaii 1 poll 2 Brain 1 5
75. 2 10 0 110 0 4 YES 3 XXX X PR SET ENT 1 4 4 x2 x3 A ENT 4 gt ENT OVER YES NO x5 0 1 SERVC 4 9 F4 9 ai IM 11T3C1 01 lt 4 gt 4 17 CODE 04 SMOTH 00 60 YES 04 CODE 1 ENT 2 SERVC XX SMOTH 3 t ENT 1 4 4 x2
76. 2 12 2 2 11 2 13 04N m sae F2 15 ai 2 13 IM 11T3C1 01 2 12 lt 2 gt 2 4 5 GD3005S GD300S GD410 10 q 16 mm M4 3
77. CYCL U ENT EN MODE F1A ai IM 11T3C1 01 4 lt GD410 ON NO epr aero YES i K ENT 2 C_HLD ENT AX AE ENT NO NO YES 33 850 V ZER YES OPEN 33 850 V ZER 49 500 V_SPAN 49 500 S_OPEN NO END YES YES or NO 1
78. Ex ia IIB H2T5 GD410G GD410S Ex d IIB H2T6 Naa eat e 10 55 3 1h EJA310 TIS Ex do IICT4X 0 59 FS 1g Nm3 1 096FS 3g Nm 90 06 min 5 90 E 0 6kg Nm3 0 1 kg Nm3 0 133 MJ Nm3 0 1 kg Nm3
79. FAIL LCD 6 3 1 9 FAIL ZERO SPAN MAINT ALM OFF FA FA ON BA 2 4 4 11 3 1 10 4 8 MAINT one CAL 4 5 IM 11T3C1 01 3 6 lt 3 gt ALARM 6 2 1 FAIL 6 2 2 A e 3 2 GD410
80. 0001 kg Nm 0 042 MJ Nm 4 2 MJ Nm3 1 4 20mADC 600 Q BRAIN 250 550 Q 2 4 20mADC 600 Q 100 240 VAC 100 240VAC 85 264 V AC 50 60 Hz 47 63 Hz IM 11T3C1 01 1 2 1 gt 24 VDC 24V DC 21 6 26 4V DC 12W 01 1Mmim 10 500 588 5 kPa abs 1 1 2 GD300S SUS316 NBR 10 60 5 95 RH 0 6GY3 1 2 0 2 5Y8 4 1 2 Se 7 kg 1 1 3
81. IM 11T3C1 01 aT Blank Page 3 3 1 3 1 1 3 1 2 GD410 lt rm At S A 1 2 a 3 eee PE ee GD410 GD300S GD410 S BARREA RLE mT ENEA LODY ADT lt OOS RAE OIE ON oe GD410 Pea
82. 00 0000 60 0000 kg m 0 0000 6 0000 kg Nm 000 000 133 000 5 2 4 6 lt 4 gt 4 5 4 2 4 x 331 No No ENT 4 4 4 8 0 1 2 10 0 110 0 2 B 0 1 2 10 0 110 0 2 05 P COMP
83. 13 2 11 2 GDW L 3 13 2 15 2 11 yg Q F2 16 ai 2 14 GD300S GD410L 11 12 2 rr TA IL FAR F2 17 ai 2 15 2 IN GD3005 A JIS A
84. ee EJA310 GS 01C22D01 ath 588 5 kPa abs KU PI KU KUHT 2 G1 IM 11T3C1 01 1 6 1 2 4 lt 14E gt GD350G tt Rc1 8 1 8NPT F I 1 2 5 L9811LL 8 16mm G9601AN 10 16mm
85. gt 6 3 6 2 6 2 1 GD410 16 17 eri ALARM lt ALARM gt NII ALM 09 a A 6 1 6 1 ALARM BESRoE Rem TOF DENSITY a sue a gt Buea LIRR F CALORY POR 3 EH Fa eee 5 SEA OUTOF GAS PRES 0 1kPa UN N ares 25 80 AE OUT OF GAS TEMP
86. Z_CAL S_CAL ME KO0_ADJ 0 2 KO K1 KO0 K1 K1 Hs Hz Ds Dz KO Hz Dz K1 K1 KO Hs at0 1 Hz at0 1 Ds at 0 1 Dz at0 1 3 KO_ADJ a KO_ADJ 4 3 2 O ADJUST bio F2A ai IM 11T3C1 01 lt GD410 5 ANY BARE Ko
87. J TEI E ZIEDS Ao IE BOR AKE SE BE BS KATA MISR SBEUTOMRK ena th E E 5 e IM 11T3C1 01 aT Blank Page GD410 HAMS lt gt Toc 1 IM 11T3C1 01 4 i E w i
88. Z PRS 3 ENT X XXXX 4 S PRS 3 ENT 1 44 x2 3 gt ENT OVER YES NO x4 CODE 20 kPa 0 XXX XX MPa 1 X XXXX F4 14 ai 4 14 AN i 4mA 20mA IM 11T3C1 01 4 22 4 gt CODE 13 AUTO C D CODE 15 0 1 YES 1 SERVC 2 CODE ENT X AUTO C t ENT
89. gt 2 1 1 2 4 4 GD410 FAL ALARM MAINT 2 11 1 25 mm 2 11 0 13 1 25 mm2 1 0 13 2 5 mm2 7 mm
90. skies 4 2 4 2 6 4 3 4 2 1 vvesssssssssssssssssssssssssssesssssesssssssssssussssssssssssssesssssesssssseees 4 3 4 2 2 vrscssssssssssssesssssesesssssesssaneecsassecsssseessssneees 4 3 4 2 3 ee 4 4 4 2 4 ee 4 5 4 3 LE3K KK 4 6 4 3 1 DISP ee 4 6 4 3 2 4 8 4 3 3 4 10 4 3 4 ww 4 14 1 5 1 5 1 5 2 5 1 5 2 1 REDER E I NIV DEV EOF IY ssssssssssssssssssssssssssssssssssssssssssssss 5 1 5 2 2 BRIEF BUTE eassssssssssssssssssssssssssscsssssssscssssssssessssssssssessssssssessssssssessssssssssssessssseseess 5 3 5 3 5 4 SoD 9 Ke 5 4 Ae J a 5 5 533 A IMIE aaner inenen e a a 5 6 HIR o RT eeensesessescreescosesesescosescosescosesevsescosesevsescosesesseseosesesseseoseseosesess 6 1 6 1 AEAEE 6 1 6 1 1
91. 0 99999 IM 11T3C1 01 4 4 4 gt 4 2 3 G31 4 3 SIN 43 x a OUT1 in 1 HA OW RIA DENS C_DNS CALRY TEMP PRESS Z_CP D S_CP D Z_CAL S_CAL OUT2 CAL DT Z_CAL Z_DNS S_CAL S_DNS C_HLD 1 1 1 RXTE X IVE 2 ALARM DENS C_DNS CALRY L_DNS H_DNS L_CP D H_CP D L_CAL H_CAL IM 11T3C1 01 Z_DNS S_DNS 00 0000 60 0000 kg m 0 0000 6 0000 kg Nm 000 000 133 000 000 000 133 000 0 0000 6 0000 000 000 133 000 0 0000 6 0000 0 1 2 10 0 110 0
92. 1 IM 11T3C1 01 4 12 IM 11T3C1 01 4 5 lt 4 gt DENS DENS YES Z DNS ENT NO S_DNS ENT X XXXX S_CP D ENT XXX XXX S CAL ENT YES NO No X XXXX Z_CPD _ ENT YES ENT NO PRESS NO YES 1 MODE 2 3 NO OUT1 I OUT2 F4 5 ai 4 gt 2 ALARMI a T DENSJ T C_DNSJ T CALRYJ YES
93. MAN CAL 5 4 5 1 4 3 42 ADJUST H K1 X p KO KO_ADJ H p BE KI KO KO_ADJ KO K1 KO0_ADJ 0 Hm Hs KO0_AD 4 3 IM 11T3C1 01 lt 4 gt 4 9 KO K1 SET_K
94. 2 t XXX C D TMP gt X XXXX C D PRS ENT 1 44 x2 3 gt ENT OVER YES NO x4 CODE 20 kPa 0 XXXXX MPa 1 XXXXX F4 13 ai 4 13 IM 11T3C1 01 lt 4 gt 4 21 CODE 12 a Z_ PRS 0 10 999 99 kPa 0 0001 9 9999 MPa b S_PRS 0 10 999 99 kPa 0 0001 9 9999 MPa 1 ee CODE ENT X XXXX 4
95. EJA310 IM 11T3C1 01 ai 1 gt 1 11 1 3 6 GD350G 1 GD350G 1 50A mm 170 195 e 4Ce Ha a gt Ha 2 5kg bh a 7 olo SAMPLE NS i P OM F 9 FLO Fa SUS316 YY FM1 Y el We WH A B C D 25 40 40 40 GD350G 1 J GD350G 1 A 50A 60 5mm des A SPAN Rc 1 8 1 8NPT F B ZERO Rc 1 8 1 8NPT F C SAMPLE Rc 1 8 1 8NPT F D OUT Rc 1 8 1 8NPT F 2 GD350G 2 50A 60 5mm mm 2 2 5k oes T Sko Ml K9410UC A ji ol G F tal 340 F K9410UA Re 1 8
96. gt 2 5 2 GD410S mm PI 50A 60 5mm 209 212 173 36 e m SS IN A s 1 j 7 TE 9 i N a 4 M8 20 mm ma a T me Y l A GE GD L9811LL GE 8 216 200 2 M8 16 1 g F2 7 ai 2 6 182 M8 20 STF M8 20 N4 10 F2 8 ai 2 7 IM 11T3C1 01 2 6 lt 2 gt 23 M
97. Y ENT XXX XXX CAL SET ENT 3 SEMCAL SEM CAL YES END NO YES X XXXX KO_ADJ 1 ENT X XXXX KO 1 ENT X XXXX K1 ENT 1 gt ENT gt OVER YES NO 2 gt A ENT 3 ENT gt 4 3 F4 3 ai IM 11T3C1 01 4 10 lt 4 gt 4 3 3 331
98. 1 4 4 x2 3 ENT F4 15 ai 4 15 CODE 14 REMOT 0 1 ENT X REMOT 3 ENT 1 44 x2 3 ENT 4 16 A i F4 16 ai IM 11T3C1 01 CODE 15 a
99. 1 2 6 2 2 GD410 GD300S GDW MEO 10 9 L 500 m 1 2 7 L9850BA 1 L9850BB 1 1 5 vol IM 11T3C1 01 ms H 5 vol J Cc 1 3 1 gt 1 7 1 3 1 GD410G mm a 3 kg H 4 M6 TES _ e Q 1 fe 21 Pog13 5 AB C D E M4 Fite IM
100. 1 8NPT F Solee iz 404040 FM1 ded D SS1 OD1 8 SUS316 ii GD350G 2 J GD350G 2 A MAT TA SPAN Rc 1 8 1 8NPT F ZERO Rc 1 8 1 8NPT F SAMPLE Rc 1 8 1 8NPT F OUT Rc 1 8 1 8NPT F Bult O O 2 gt G IM 11T3C1 01 2 2 1 2 1 1 lt 2 gt 2 1 GD410
101. 8 16 200 2 M8 16 1 lt lt Hd C Ah N A B GO lt NN OD Oy D aE Q Q _ NN M5 56 56 6 G3 4 182 x Pz o 5 ZE A al B C D 15kg F1 3 ai IM 11T3C1 01 1 10 lt 1 gt R aN 1 3 4 GD300S GD300S J PI G1 mm 7 kg a 236 6 Re 1 4 p 341 a 265410 4 E GE 8 8 es La y R iL 50A 60 5mm o tN E z G34 5 rey 1 E TE 7 G9601AN
102. GD350G ee 1 11 2 BRE ASKUE eeesesesesererccccscscscserereososeseseseseoeososescscseseosososesess 2 1 2 1 PRT BRO BE i PAE EIEE N EAN EEE 2 1 2 1 1 ci uiiiiiittataaataataaaaaaaaaaaaaaaasaaaaaasaeeacessaeeceeaeeeenaeesaesasaeanaaaaeas 2 1 2 1 2 FRM BOATS 0 ccecccccccssescscsscsssccccsccecsccessccessscecsssecsssessecessecessesecessessesesseees 2 2 2 2 Zar Fol aes ier WARNER E AA I E A AN E E TETA 2 3 2 2 1 sassssssssssssssssccssscscnsssssscssssccassssssssscossssenssssssesessesasssssssnscsesesenssssssesessesessssesussesess 2 3 2 2 2 E E ED C A o es 2 3 2 3 ic PE E P E T N E EN 2 6 2 4 PEII ENA T AEE EINN E NA A AAE 2 7 DAN E A ina eA R RR TAN T REEE ERR 2 7 2 42 FET T P E E E E AE E 2 10 2 4 3 ee 2 10 2 4 4 E 3 0 Na Da T a 2 11 2 4 5 GD300S es 2 12 2 4 6 EJA310 AZ EEF DIR SSO BCR ac csssssssssssscccssssssscsssssccssssssssscssssssssssssssessesesssnsssssssass 2 13 247 JE css cesccccccsscssteccsnsossnuscctsosssssccunsassotccsssossauscctcosnuceasosnoucscudousnosccesscanoscsaatoassbises 2 13 IM 11T3C1 01 Toc 2 lt gt 3 1 3883288828852388395835888882888283858858388328883835238283 3 1 3 1 1 ee 3 1 3 1 2 BTR OR oes cccssssssssssssssscsssssssssssssusscsssssssscsssssssnssossssssssosssssssscssssssssssssssssnsosessssssesees
103. Hz Dz K1 K1 Hs Hz Ds Dz 1 Z_CAL S_CAL ME KO0_ADJ 0 2 KO K1 KO0 K1 K1 Hs Hz Ds Dz KO Hz Dz K1 K1 KO Hs at 0 1 Hz at0 1 Ds at 0 1 Dz at0 1 3 KO_ADJ KO_ADJ 4 3 2 ADJUST F3A ai IM 11T3C1 01 Blank Page Customer Model GD300S GD32
104. 11T3C1 01 1 8 lt 1 gt 1 3 2 mm PI 188 4 M6 50A 60 5mm AD W 135 gt ae 200 3 10 PA E aes 4 M6 1393 100 139 F1 2 ai IM 11T3C1 01 1 gt 1 9 EA EA 1 3 3 GD410S mm PI 50A 60 5mm 300 e e 209 wlas 212 H p 173 36 __ st MM pirg AE f a Pt dee oe a amp B a U Ir Iv A Th a a y 4 M8 20 GE Gao L9811LL
105. 6 0000 e C HLD 0 2 f PR SET 10 0 110 0 e 2 1 NO NO F5 3 ai 1 44 2 gt ENT OVER YES NO 3 C HLD 2 5 2 IM 11T3C1 01 5 4 lt 5 gt 5 3 5 3 1 A E RADET
106. WAIT 5 3 IM 11T3C1 01 5 3 2 BMA COAAUBA RIO 1 NO X XXXXX CAL SET X XXXXX CAL SET 4 2 ALM 10 MAN CAL BA Os 3 gt CAL DT 1 x4 YES NO NO ZERO 1 5 4 5 6 Balk BMAD i Licata 5 3 1 YES or NO 5 2 2
107. 0 ALARM L_CP D 0 0000 6 0000 0 0000 ALARM H_CP D 0 0000 6 0000 6 0000 ALARM L_CAL 0 000 133 000 0 0000 ALARM H_CAL 0 000 133 000 133 000 99999 99999 99999 99999 36 669 99999 99999 18 658 IM 11T3C1 01 2 lt GD410 IM 11T3C1 01 M_HLD PR SET 0 1 2 10 0 110 0 E_HLD PR SET 0 1 2 10 0 110 0 SMOTH 00 60 CNTCT 00 15 P COMP P FIX 0 1 2 0 10 999 99 C D TMP C D PRS 1 1 Toot oul puli Ka Mo 20 0 80 0 0 10 999 99 Z PRS S PRS
108. 0S Maintenance Gas Density Meter Gas Calorie Meter Parts List H Purity Meter and Replacement Meter Explosion Proof Detector Unit mm ltem PartNo Qty Description 1 F9301DY 1 Cover 2 F9301DQ 1 Cover 3 G9303AM 1 O Ring 4 G9303LK 1 O Ring 5 G9339AA 2 Bracket Assy 6 Y9408ZU 2 Bolt 7 F9340AL 1 Screw 8 Y9401WL 1 Toothed Lock Washer 9 G9601AN 1 Cable Grand Assy YOKOGAWA All Rights Reserved Copyright 1997 Yokogawa Electric Corporation CMPL 11T3B1 01E Subject to change without notice 1st Edition July 1997 YK Yokogawa Electric Corporation 3rd Edition Apr 2008 YK Customer GD400G GD410G GD420G Maintenance Gas Density Meter Gas Calorie Meter Parts List Hz Purity Meter and Replacement Meter Non Explosion proof Converter FEED N q 2 6 5 4 3 Item PartNo Qty Description 1 A1109EF 1 Fuse 1 0A For 100 to 240V AO A1111EF 1 Fuse 2 0A For 24V DC 2 L9811FV 6 Cable Gland 3 K9334CN 6 Insert 4 K9313DW 1 Cover Assy For GD400G GD410G and GD420G 5 Y9101XA 4 O Ring 6 Y9420LU 4 Screw YOKOGAWA right reserved Copyright Copyright 1997 CMPL 11T3B1 02E okogawa Electric Corporation 1st Edition July 1997 YK Yokogawa Electric Corporation Subject to change without notice Ath Edition June 2013 YK Customer GD400S GD410S GD420S Maintenance Gas Density Meter Gas Calorie Meter Parts List Hydrogen Pur
109. 1 9 9999 MPa YES SERVC 1 44 2 3 ENT 4 gt ENT OVER YES NO 5 0 1 SERVC 6 CODE 20 kPa 0 XXX XX MPa 1 XXXXX F4 12 ai 4 12 IM 11T3C1 01 4 20 4 gt CODE 11 a CD TMP 20 0 80 0 C b CD PRS 0 10 999 99 kPa 0 0001 9 9999 MPa YES
110. 6 rot ye at an Lm AAE A ge er i E 6 EJ z Ta on TO 5 PN Z g 8 NN HH a g jy 2 EQ PLATE WZ i i t i Fa ren 4 12 Y RC 4 e Y Y 1 7G1 R A EE aaa bs En g 210 216 D j A 2 G9601AM 2 2 GD410S 8 12 F2 2 ai IM 11T3C1 01 lt 2 gt 2 3 2 2 GD410 GD410G Ex d IIB H2T6 GD410S 2 GD410S 2 2 1
111. A A 10 16 1 3 5 GD300S J o KU KUHT GD300S F1 4 ai mm 15 kg i TS i ols G34 ite Dwe Aes a ERENT ae yeven oO Y Y Y aif B Re 1 4 Re 1 4 c a i A ie 350 A 1 G1 G9601AN 10 16 2 G9601AM 8 12 KU GD300S
112. A1 2 MA2 4 2 2 MODE 331 4 2 4 2 SEM CAL MAN CAL ee Z_CAL Z DNS CA S_CAL S_DNS 5 1 2 ADJUST 4 3 AT_ADJ SET_K 99999 99999 99999 99999
113. Ig seme erence rine nln ines erg a Aig iii ee IM 11T3C1 01 iv gt E
114. User s Manual GD410 ZAE IM 11T3C1 01 vigilantplant YOKOGAWA IM 11T3C1 01 4 gt i GD410 LNG GD410 A
115. YES YES 1 No a X XXXX YES 1 KG NM3 a XXX XXX EYES 1 sa 2 3 NO 1 YES 2 MPa MPA 3 F4 1 ai DISP IM 11T3C1 01 4 8 lt 4 gt 4 3 2 MODE 331 J 4 NO 1 4 1 SEM CALJ 2 MAN CALJ 3 VALVE 4 ADJUSTJ YES Bea SEM CAL 5 3
116. ity and Replacement Meter Explosion proof Converter 6 LLT ltem PartNo Qty Description 1 A1109EF 1 Fuse 1 0A For 100 to 240V AC A1111EF 1 Fuse 2 0A For 24V DC 2 L9817MH 1 O Ring 3 K9292XL 1 Screw 4 L9800GT 1 Screw 5 K9214GZ 3 Plug 6 L9811LL 3 Cable Gland G3 4 7 K9214BF 1 Cover YOKOGAWA All right reserved Copyright Copyright 1997 CMPL 11T03B01 03E Yokogawa Electric Corporation 1st Edition Apr 1997 YK Yokogawa Electric Corporation Subjecttochange withoutinoiice 4th Edition Apr 2008 YK GD410 IM 11T3C1 01 2015 06 4 Pi P 1 3 P1 4 P2 7 P2 13 SJ 2 16 2 17 2 18 CMPL 11T3B1 02E 4 CMPL 11T3B1 03E 4 3 P4 5 4 23 2 2013 07 3 InDesign 2006 01
117. m3 4 SEM CAL 5 1 6 25 7 MJ Nm3 8 0 200 kPa 4 20mADC 9 100 kPa 10 20 YES ENT NO YES NO CODE yEs ENT 00 CNTCT ENT YES 10 Ena CODE SERE ENT 1 P COMP sne Aa ENT YES MHD 0 CAL P ENT 1 25 C D TMP CAL T CODE ENT ENT i ENT ENTI ENT YES YES Lo e 43 E HLD ENT ENT SERVC 0 5 YES
118. s 3 1 3 1 3 3 2 3 1 4 voecccccsssscssssssssssssssssssssssssssscssssssssesssssssssssssssssusssssssssnssssssssssssesssssessess 3 3 3 1 5 ee 3 5 3 1 6 ee 3 5 317 HEDRE oturana ian a aa 3 5 3 1 8 SY d 0D E ac ccscccssssssssssssssssssssssessssssssssssssssssssssssssssssssssssssssssssusessssssssssssssssssesssssssessess 3 5 31 9 FE FIO TAME sos ssscsdcceususcosstessoncectosssxssctdadebvnccessnstsaacestsssssvodisedeeresaoosnceceadendestissetsboe 3 5 3 1 10 D accsssssssssssssscsssssssscsssssssscssssssssscssessssssssssssssssssssssssssssssssssesssssssessess 3 5 3 2 R N OA EA A A A A AAEE A 3 6 332 SUI A aaeeei e a EN AEA EAEE eiie aS 3 6 3 2 2 TRE DREL LKIREODWE eeeeesssesseessseessrcessrcesssresssresssresssoessteessreesereesssre 3 6 3 2 3 3 7 3 3 3 7 3 3 1 FEBS EPO WB es 3 7 3 3 2 SELB FE BEER SUL sssssscccnscscuoronsvcssenonsnesccerssessserecssseserecsusssccerssssssceressseseensesseseses 3 7 hse eee eel 4 1 686300000008585585553856588826 4 1 4 1 1 HE 4 1 2 4 1 4 1 3
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