1 / 57

GAS BURNERS

GAS BURNERS. RS series. OPERATION MODE. B4. T2. N. L1. 1. 2. 3. N. B5. T6. T7. T8. S3. T1. Ph. RS 28 - 38 ONE PHASE. 1. STO => II 0°. ST1 => III, IV 15°. MMI 813. MV => V 85°. ST2 => I 90°. 8. G. 4. B. A3. 8. 2. H. 5. 7. 6. 9.

duanespencer
Download Presentation

GAS BURNERS

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. GAS BURNERS RS series OPERATION MODE

  2. B4 T2 N L1 1 2 3 N B5 T6 T7 T8 S3 T1 Ph RS 28 - 38 ONE PHASE 1 STO => II 0° ST1 => III, IV 15° MMI 813 MV => V 85° ST2 => I 90° 8 G 4 B A3 8 2 H 5 7 6 9 C D 1 4 black white blue 6 V P K1 PA 3 III M 1 2 5 I 2 K2 I 1 I 2 M 1 IV II N N FD TR TH/L M TR TH/L TS PG VS VR N L

  3. B4 T2 N L1 1 2 3 N B5 T6 T7 T8 S3 T1 Ph STARTING RS 28 - 38 ONE PHASE 2 STO => II 0° ST1 => III, IV 15° MMI 813 MV => V 85° ST2 => I 90° 8 G 4 B A3 8 2 H 5 7 6 9 C D 1 4 black white blue 6 V P K1 PA 3 III M 1 2 5 I 2 K2 I 1 I 2 M 1 IV II N N FD TR TH/L M TR TH/L TS PG VS VR N L

  4. B4 T2 N L1 1 2 3 N B5 T6 T7 T8 S3 T1 Ph STARTING RS 28 - 38 ONE PHASE 3 STO => II 0° ST1 => III, IV 15° MMI 813 MV => V 85° ST2 => I 90° 8 G 4 B A3 8 2 H 5 7 6 9 C D 1 4 black white blue 6 V P K1 PA 3 III M 1 2 5 I 2 K2 I 1 I 2 M 1 IV II N N FD TR TH/L M 0” TR TH/L TS PG VS VR N L

  5. B4 T2 N L1 1 2 3 N B5 T6 T7 T8 S3 T1 Ph STARTING RS 28 - 38 ONE PHASE 4 STO => II 0° ST1 => III, IV 15° MMI 813 MV => V 85° ST2 => I 90° 8 G 4 B A3 8 2 H 5 7 6 9 C D 1 4 black white blue 6 V P K1 PA 3 III M 1 2 5 I 2 K2 I 1 I 2 M 1 IV II N N FD TR TH/L M 0” TR TH/L TS PG VS VR N L

  6. B4 T2 N L1 1 2 3 N B5 T6 T7 T8 S3 T1 Ph STARTING RS 28 - 38 ONE PHASE 5 STO => II 0° ST1 => III, IV 15° MMI 813 MV => V 85° ST2 => I 90° 8 G 4 B A3 8 2 H 5 7 6 9 C D 1 4 black white blue 6 V P K1 PA 3 III M 1 2 5 I 2 K2 I 1 I 2 M 1 IV II N N FD TR TH/L M 0” TR TH/L TS PG VS VR N L

  7. B4 T2 N L1 1 2 3 N B5 T6 T7 T8 S3 T1 Ph STARTING RS 28 - 38 ONE PHASE 6 STO => II 0° ST1 => III, IV 15° MMI 813 MV => V 85° ST2 => I 90° 8 G 4 B A3 8 2 H 5 7 6 9 C D 1 4 black white blue 6 V P K1 PA 3 III M 1 2 5 I 2 K2 I 1 I 2 M 1 IV II N N FD TR TH/L M 0” TR TH/L TS PG VS VR N L

  8. B4 T2 N L1 1 2 3 N B5 T6 T7 T8 S3 T1 Ph STARTING RS 28 - 38 ONE PHASE 7 STO => II 0° ST1 => III, IV 15° MMI 813 MV => V 85° ST2 => I 90° 8 G 4 B A3 8 2 H 5 7 6 9 C D 1 4 black white blue 6 V P K1 PA 3 III M 1 2 5 I 2 K2 I 1 I 2 M 1 IV II N N FD TR TH/L M 0” TR TH/L TS PG VS VR N L

  9. B4 T2 N L1 1 2 3 N B5 T6 T7 T8 S3 T1 Ph STARTING RS 28 - 38 ONE PHASE 8 STO => II 0° ST1 => III, IV 15° MMI 813 MV => V 85° ST2 => I 90° 8 G 4 B A3 8 2 H 5 7 6 9 C D 1 4 black white blue 6 V P K1 PA 3 III M 1 2 5 I 2 K2 I 1 I 2 M 1 IV II N N FD TR TH/L M 3” 15° TR TH/L TS PG VS VR N L

  10. B4 T2 N L1 1 2 3 N B5 T6 T7 T8 S3 T1 Ph STARTING RS 28 - 38 ONE PHASE 9 STO => II 0° ST1 => III, IV 15° MMI 813 MV => V 85° ST2 => I 90° 8 G 4 B A3 8 2 H 5 7 6 9 C D 1 4 black white blue 6 V P K1 PA 3 III M 1 2 5 I 2 K2 I 1 I 2 M 1 IV II N N FD TR TH/L M 3” 15° TR TH/L TS PG VS VR N L

  11. B4 T2 N L1 1 2 3 N B5 T6 T7 T8 S3 T1 Ph STARTING RS 28 - 38 ONE PHASE 10 STO => II 0° ST1 => III, IV 15° MMI 813 MV => V 85° ST2 => I 90° 8 G 4 B A3 8 2 H 5 7 6 9 C D 1 4 black white blue 6 V P K1 PA 3 III M 1 2 5 I 2 K2 I 1 I 2 M 1 IV II N N FD TR TH/L M 3” 15° TR TH/L TS PG VS VR N L

  12. B4 T2 N L1 1 2 3 N B5 T6 T7 T8 S3 T1 Ph STARTING RS 28 - 38 ONE PHASE 11 STO => II 0° ST1 => III, IV 15° MMI 813 MV => V 85° ST2 => I 90° 8 G 4 B A3 8 2 H 5 7 6 9 C D 1 4 black white blue 6 V P K1 PA 3 III M 1 2 5 I 2 K2 I 1 I 2 M 1 IV II N N FD TR TH/L M 3” 15° TR TH/L TS PG VS VR N L

  13. B4 T2 N L1 1 2 3 N B5 T6 T7 T8 S3 T1 Ph STARTING RS 28 - 38 ONE PHASE 12 STO => II 0° ST1 => III, IV 15° MMI 813 MV => V 85° ST2 => I 90° 8 G 4 B A3 8 2 H 5 7 6 9 C D 1 4 black white blue 6 V P K1 PA 3 III M 1 2 5 I 2 K2 I 1 I 2 M 1 IV II N N FD TR TH/L M 15° 12” 15° TR TH/L TS PG VS VR N L

  14. B4 T2 N L1 1 2 3 N B5 T6 T7 T8 S3 T1 Ph STARTING RS 28 - 38 ONE PHASE 13 STO => II 0° ST1 => III, IV 15° MMI 813 MV => V 85° ST2 => I 90° 8 G 4 B A3 8 2 H 5 7 6 9 C D 1 4 black white blue 6 V P K1 PA 3 III M 1 2 5 I 2 K2 I 1 I 2 M 1 IV II N N FD TR TH/L M 15° 12” 15° TR TH/L TS PG VS VR N L

  15. B4 T2 N L1 1 2 3 N B5 T6 T7 T8 S3 T1 Ph STARTING - pre-purge RS 28 - 38 ONE PHASE 14 STO => II 0° ST1 => III, IV 15° MMI 813 MV => V 85° ST2 => I 90° 8 G 4 B A3 8 2 H 5 7 6 9 C D 1 4 black white blue 6 V P K1 PA 3 III M 1 2 5 I 2 K2 I 1 I 2 M 1 IV II N N FD TR TH/L M 15° 12” 15° TR TH/L TS PG VS VR N L

  16. B4 T2 N L1 1 2 3 N B5 T6 T7 T8 S3 T1 Ph STARTING - pre-purge RS 28 - 38 ONE PHASE 15 STO => II 0° ST1 => III, IV 15° MMI 813 MV => V 85° ST2 => I 90° 8 G 4 B A3 8 2 H 5 7 6 9 C D 1 4 black white blue 6 V P K1 PA 3 III M 1 2 5 I 2 K2 I 1 I 2 M 1 IV II N N FD TR TH/L M TR TH/L TS PG VS VR N L

  17. B4 T2 N L1 1 2 3 N B5 T6 T7 T8 S3 T1 Ph STARTING - pre-purge RS 28 - 38 ONE PHASE 16 STO => II 0° ST1 => III, IV 15° MMI 813 MV => V 85° ST2 => I 90° 8 G 4 B A3 8 2 H 5 7 6 9 C D 1 4 black white blue 6 V P K1 PA 3 III M 1 2 5 I 2 K2 I 1 I 2 M 1 IV II N N FD TR TH/L M 90° TR TH/L TS PG VS VR N L

  18. B4 T2 N L1 1 2 3 N B5 T6 T7 T8 S3 T1 Ph STARTING - pre-purge RS 28 - 38 ONE PHASE 17 STO => II 0° ST1 => III, IV 15° MMI 813 MV => V 85° ST2 => I 90° 8 G 4 B A3 8 2 H 5 7 6 9 C D 1 4 black white blue 6 V P K1 PA 3 III M 1 2 5 I 2 K2 I 1 I 2 M 1 IV II N N FD TR TH/L M TR 21” TH/L TS PG VS VR N L

  19. B4 T2 N L1 1 2 3 N B5 T6 T7 T8 S3 T1 Ph STARTING - pre-purge RS 28 - 38 ONE PHASE 18 STO => II 0° ST1 => III, IV 15° MMI 813 MV => V 85° ST2 => I 90° 8 G 4 B A3 8 2 H 5 7 6 9 C D 1 4 black white blue 6 V P K1 PA 3 III M 1 2 5 I 2 K2 I 1 I 2 M 1 IV II N N FD TR TH/L M TR TH/L TS 49” PG VS VR N L

  20. B4 T2 N L1 1 2 3 N B5 T6 T7 T8 S3 T1 Ph STARTING - pre-purge RS 28 - 38 ONE PHASE 19 STO => II 0° ST1 => III, IV 15° MMI 813 MV => V 85° ST2 => I 90° 8 G 4 B A3 8 2 H 5 7 6 9 C D 1 4 black white blue 6 V P K1 PA 3 III M 1 2 5 I 2 K2 I 1 I 2 M 1 IV II N N FD TR TH/L M TR TH/L TS 49” PG VS VR N L

  21. B4 T2 N L1 1 2 3 N B5 T6 T7 T8 S3 T1 Ph STARTING - pre-purge RS 28 - 38 ONE PHASE 20 STO => II 0° ST1 => III, IV 15° MMI 813 MV => V 85° ST2 => I 90° 8 G 4 B A3 8 2 H 5 7 6 9 C D 1 4 black white blue 6 V P K1 PA 3 III M 1 2 5 I 2 K2 I 1 I 2 M 1 IV II N N FD TR TH/L M TR TH/L TS PG VS VR N L

  22. B4 T2 N L1 1 2 3 N B5 T6 T7 T8 S3 T1 Ph STARTING - pre-purge RS 28 - 38 ONE PHASE 21 STO => II 0° ST1 => III, IV 15° MMI 813 MV => V 85° ST2 => I 90° 8 G 4 B A3 8 2 H 5 7 6 9 C D 1 4 black white blue 6 V P K1 PA 3 III M 1 2 5 I 2 K2 I 1 I 2 M 1 IV II N N FD TR TH/L M TR TH/L TS 58” PG VS VR N L

  23. B4 T2 N L1 1 2 3 N B5 T6 T7 T8 S3 T1 Ph STARTING - pre-ignition RS 28 - 38 ONE PHASE 22 STO => II 0° ST1 => III, IV 15° MMI 813 MV => V 85° ST2 => I 90° 8 G 4 B A3 8 2 H 5 7 6 9 C D 1 4 black white blue 6 V P K1 PA 3 III M 1 2 5 I 2 K2 I 1 I 2 M 1 IV II N N FD TR TH/L M TR TH/L TS 59” PG VS VR N L

  24. B4 T2 N L1 1 2 3 N B5 T6 T7 T8 S3 T1 Ph STARTING - pre-ignition RS 28 - 38 ONE PHASE 23 STO => II 0° ST1 => III, IV 15° MMI 813 MV => V 85° ST2 => I 90° 8 G 4 B A3 8 2 H 5 7 6 9 C D 1 4 black white blue 6 V P K1 PA 3 III M 1 2 5 I 2 K2 I 1 I 2 M 1 IV II N N FD TR TH/L M TR TH/L TS PG VS VR N L

  25. B4 T2 N L1 1 2 3 N B5 T6 T7 T8 S3 T1 Ph STARTING - ignition (1st stage) RS 28 - 38 ONE PHASE 24 STO => II 0° ST1 => III, IV 15° MMI 813 MV => V 85° ST2 => I 90° 8 G 4 B A3 8 2 H 5 7 6 9 C D 1 230V 4 black white blue 6 V P K1 PA 3 III M 1 2 5 I 2 K2 I 1 I 2 M 1 IV II N N FD TR TH/L M TR TH/L TS 61” PG VS VR N L

  26. B4 T2 N L1 1 2 3 N B5 T6 T7 T8 S3 T1 Ph STARTING - ignition (1st stage) RS 28 - 38 ONE PHASE 25 STO => II 0° ST1 => III, IV 15° MMI 813 MV => V 85° ST2 => I 90° 8 G 4 B A3 8 2 H 5 7 6 9 C D 1 230V 4 black white blue 6 V P K1 PA 3 III M 1 2 5 I 2 K2 I 1 I 2 M 1 IV II N N FD TR TH/L M TR TH/L TS PG VS VR N L

  27. B4 T2 N L1 1 2 3 N B5 T6 T7 T8 S3 T1 Ph STARTING - ignition (1st stage) RS 28 - 38 ONE PHASE 26 STO => II 0° ST1 => III, IV 15° MMI 813 MV => V 85° ST2 => I 90° 8 G 4 B A3 8 2 H 5 7 6 9 C D 1 230V 4 black white blue 6 V P K1 PA 3 III M 1 2 5 I 2 K2 I 1 I 2 M 1 IV II N N FD TR TH/L M TR TH/L TS max 3” PG VS VR N L

  28. B4 T2 N L1 1 2 3 N B5 T6 T7 T8 S3 T1 Ph STARTING - ignition (1st stage) RS 28 - 38 ONE PHASE 27 STO => II 0° ST1 => III, IV 15° MMI 813 MV => V 85° ST2 => I 90° 8 G 4 B A3 8 2 H 5 7 6 9 C D 1 230V 4 black white blue 6 V P K1 PA 3 III M 1 2 5 I 2 K2 I 1 I 2 M 1 IV II N N FD TR TH/L M TR TH/L TS PG VS VR N L

  29. B4 T2 N L1 1 2 3 N B5 T6 T7 T8 S3 T1 Ph STARTING - ignition (1st stage) RS 28 - 38 ONE PHASE 28 STO => II 0° ST1 => III, IV 15° MMI 813 MV => V 85° ST2 => I 90° 8 G 4 B A3 8 2 H 5 7 6 9 C D 1 230V 4 black white blue 6 V P K1 PA 3 III M 1 2 5 I 2 K2 I 1 I 2 M 1 IV II N N FD TR TH/L M TR TH/L TS 64.5” PG VS VR N L

  30. B4 T2 N L1 1 2 3 N B5 T6 T7 T8 S3 T1 Ph STARTING - ignition (1st stage) RS 28 - 38 ONE PHASE 29 STO => II 0° ST1 => III, IV 15° MMI 813 MV => V 85° ST2 => I 90° 8 G 4 B A3 8 2 H 5 7 6 9 C D 1 230V 4 black white blue 6 V P K1 PA 3 III M 1 2 5 I 2 K2 I 1 I 2 M 1 IV II N N FD TR TH/L M TR TH/L TS 64.5” PG VS VR N L

  31. B4 T2 N L1 1 2 3 N B5 T6 T7 T8 S3 T1 Ph STARTING - ignition (1st stage) RS 28 - 38 ONE PHASE 30 STO => II 0° ST1 => III, IV 15° MMI 813 MV => V 85° ST2 => I 90° 8 G 4 B A3 8 2 H 5 7 6 9 C D 1 230V 4 black white blue 6 V P K1 PA 3 III M 1 2 5 I 2 K2 I 1 I 2 M 1 IV II N N FD TR TH/L M TR TH/L TS PG VS VR N L

  32. B4 T2 N L1 1 2 3 N B5 T6 T7 T8 S3 T1 Ph STARTING - ignition (2nd stage) RS 28 - 38 ONE PHASE 31 STO => II 0° ST1 => III, IV 15° MMI 813 MV => V 85° ST2 => I 90° 8 G 4 B A3 8 2 H 5 7 6 9 C D 1 230V 4 black white blue 6 V P K1 PA 3 III M 1 2 5 I 2 K2 I 1 I 2 M 1 IV II N N FD TR TH/L M TR TH/L TS PG 68” VS VR N L

  33. B4 T2 N L1 1 2 3 N B5 T6 T7 T8 S3 T1 Ph STARTING - ignition (2nd stage) RS 28 - 38 ONE PHASE 32 STO => II 0° ST1 => III, IV 15° MMI 813 MV => V 85° ST2 => I 90° 8 G 4 B A3 8 2 H 5 7 6 9 C D 1 230V 4 black white blue 6 V P K1 PA 3 III M 1 2 5 I 2 K2 I 1 I 2 M 1 IV II N N FD TR TH/L M TR TH/L TS PG 68” VS VR N L

  34. B4 T2 N L1 1 2 3 N B5 T6 T7 T8 S3 T1 Ph STARTING - ignition (2nd stage) RS 28 - 38 ONE PHASE 33 STO => II 0° ST1 => III, IV 15° MMI 813 MV => V 85° ST2 => I 90° 8 G 4 B A3 8 2 H 5 7 6 9 C D 1 230V 4 black white blue 6 V P K1 PA 3 III M 1 2 5 I 2 K2 I 1 I 2 M 1 IV II N N FD TR TH/L M TR TH/L TS PG 68” VS VR N L

  35. B4 T2 N L1 1 2 3 N B5 T6 T7 T8 S3 T1 Ph STARTING - ignition (2nd stage) RS 28 - 38 ONE PHASE 34 STO => II 0° ST1 => III, IV 15° MMI 813 MV => V 85° ST2 => I 90° 8 G 4 B A3 8 2 H 5 7 6 9 C D 1 230V 4 black white blue 6 V P K1 PA 3 III M 1 2 5 I 2 K2 I 1 I 2 M 1 IV II N N FD TR TH/L M TR TH/L TS PG 68” VS VR N L

  36. B4 T2 N L1 1 2 3 N B5 T6 T7 T8 S3 T1 Ph STARTING - ignition (2nd stage) RS 28 - 38 ONE PHASE 35 STO => II 0° ST1 => III, IV 15° MMI 813 MV => V 85° ST2 => I 90° 8 G 4 B A3 8 2 H 5 7 6 9 C D 1 230V 4 black white blue 6 V P K1 PA 3 III M 1 2 5 I 2 K2 I 1 I 2 M 1 IV II N N FD TR TH/L M TR TH/L TS PG 68” VS VR N L

  37. B4 T2 N L1 1 2 3 N B5 T6 T7 T8 S3 T1 Ph STARTING - ignition (2nd stage) RS 28 - 38 ONE PHASE 36 STO => II 0° ST1 => III, IV 15° MMI 813 MV => V 85° ST2 => I 90° 8 G 4 B A3 8 2 H 5 7 6 9 C D 1 230V 4 black white blue 6 V P K1 PA 3 III M 1 2 5 I 2 K2 I 1 I 2 M 1 IV II N N FD TR TH/L M TR TH/L TS PG 68” VS VR N L

  38. B4 T2 N L1 1 2 3 N B5 T6 T7 T8 S3 T1 Ph STARTING - ignition (2nd stage) RS 28 - 38 ONE PHASE 37 STO => II 0° ST1 => III, IV 15° MMI 813 MV => V 85° ST2 => I 90° 8 G 4 B A3 8 2 H 5 7 6 9 C D 1 230V 4 black white blue 6 V P K1 PA 3 III M 1 2 5 I 2 K2 I 1 I 2 M 1 IV II N N FD TR TH/L M TR TH/L TS PG VS VR N L

  39. B4 T2 N L1 1 2 3 N B5 T6 T7 T8 S3 T1 Ph STARTING - ignition (2nd stage) RS 28 - 38 ONE PHASE 38 STO => II 0° ST1 => III, IV 15° MMI 813 MV => V 85° ST2 => I 90° 8 G 4 B A3 8 2 H 5 7 6 9 C D 1 230V 4 black white blue 6 V P K1 PA 3 III M 1 2 5 I 2 K2 I 1 I 2 M 1 IV II N N FD TR TH/L M TR TH/L TS PG VS VR N L

  40. B4 T2 N L1 1 2 3 N B5 T6 T7 T8 S3 T1 Ph STARTING - ignition (2nd stage) RS 28 - 38 ONE PHASE 39 STO => II 0° ST1 => III, IV 15° MMI 813 MV => V 85° ST2 => I 90° 8 G 4 B A3 8 2 H 5 7 6 9 C D 1 230V 4 black white blue 6 V P K1 PA 3 III M 1 2 5 I 2 K2 I 1 I 2 M 1 IV II N N FD TR TH/L M TR TH/L TS PG VS VR 85° N L

  41. B4 T2 N L1 1 2 3 N B5 T6 T7 T8 S3 T1 Ph STARTING - ignition (2nd stage) RS 28 - 38 ONE PHASE 40 STO => II 0° ST1 => III, IV 15° MMI 813 MV => V 85° ST2 => I 90° 8 G 4 B A3 8 2 H 5 7 6 9 C D 1 230V 4 black white blue 6 V P K1 PA 3 III M 1 2 5 I 2 K2 I 1 I 2 M 1 IV II N N FD TR TH/L M TR TH/L TS PG VS VR 85° N L

  42. B4 T2 N L1 1 2 3 N B5 T6 T7 T8 S3 T1 Ph STARTING - ignition (2nd stage) RS 28 - 38 ONE PHASE 41 STO => II 0° ST1 => III, IV 15° MMI 813 MV => V 85° ST2 => I 90° 8 G 4 B A3 8 2 H 5 7 6 9 C D 1 230V 4 black white blue 6 V P K1 PA 3 III M 1 2 5 I 2 K2 I 1 I 2 M 1 IV II N N FD TR TH/L M TR TH/L TS PG VS VR 90° N L

  43. B4 T2 N L1 1 2 3 N B5 T6 T7 T8 S3 T1 Ph STARTING - ignition (2nd stage) RS 28 - 38 ONE PHASE 42 STO => II 0° ST1 => III, IV 15° MMI 813 MV => V 85° ST2 => I 90° 8 G 4 B A3 8 2 H 5 7 6 9 C D 1 230V 4 black white blue 6 V P K1 PA 3 III M 1 2 5 I 2 K2 I 1 I 2 M 1 IV II N N FD TR TH/L M TR TH/L TS PG VS VR 90° N L

  44. B4 T2 N L1 1 2 3 N B5 T6 T7 T8 S3 T1 Ph STARTING - working mode (2nd stage) RS 28 - 38 ONE PHASE 43 STO => II 0° ST1 => III, IV 15° MMI 813 MV => V 85° ST2 => I 90° 8 G 4 B A3 8 2 H 5 7 6 9 C D 1 230V 4 black white blue 6 V P K1 PA 3 III M 1 2 5 I 2 K2 I 1 I 2 M 1 IV II N N FD TR TH/L M TR TH/L TS PG VS VR N L

  45. B4 T2 N L1 1 2 3 N B5 T6 T7 T8 S3 T1 Ph STARTING - working mode (2nd stage ==>1st stage) RS 28 - 38 ONE PHASE 44 STO => II 0° ST1 => III, IV 15° MMI 813 MV => V 85° ST2 => I 90° 8 G 4 B A3 8 2 H 5 7 6 9 C D 1 230V 4 black white blue 6 V P K1 PA 3 III M 1 2 5 I 2 K2 I 1 I 2 M 1 IV II N N FD TR TH/L M TR TH/L TS PG VS VR N L

  46. B4 T2 N L1 1 2 3 N B5 T6 T7 T8 S3 T1 Ph STARTING - working mode (2nd stage ==>1st stage) RS 28 - 38 ONE PHASE 45 STO => II 0° ST1 => III, IV 15° MMI 813 MV => V 85° ST2 => I 90° 8 G 4 B A3 8 2 H 5 7 6 9 C D 1 230V 4 black white blue 6 V P K1 PA 3 III M 1 2 5 I 2 K2 I 1 I 2 M 1 IV II N N FD TR TH/L M TR TH/L TS PG VS VR N L

  47. B4 T2 N L1 1 2 3 N B5 T6 T7 T8 S3 T1 Ph STARTING - working mode (2nd stage ==>1st stage) RS 28 - 38 ONE PHASE 46 STO => II 0° ST1 => III, IV 15° MMI 813 MV => V 85° ST2 => I 90° 8 G 4 B A3 8 2 H 5 7 6 9 C D 1 230V 4 black white blue 6 V P K1 PA 3 III M 1 2 5 I 2 K2 I 1 I 2 M 1 IV II N N FD TR TH/L M TR TH/L TS PG VS VR N L

  48. B4 T2 N L1 1 2 3 N B5 T6 T7 T8 S3 T1 Ph STARTING - working mode (2nd stage ==>1st stage) RS 28 - 38 ONE PHASE 47 STO => II 0° ST1 => III, IV 15° MMI 813 MV => V 85° ST2 => I 90° 8 G 4 B A3 8 2 H 5 7 6 9 C D 1 230V 4 black white blue 6 V P K1 PA 3 III M 1 2 5 I 2 K2 I 1 I 2 M 1 IV II N N FD TR TH/L M TR TH/L TS PG VS VR N L

  49. B4 T2 N L1 1 2 3 N B5 T6 T7 T8 S3 T1 Ph STARTING - working mode (2nd stage ==>1st stage) RS 28 - 38 ONE PHASE 48 STO => II 0° ST1 => III, IV 15° MMI 813 MV => V 85° ST2 => I 90° 8 G 4 B A3 8 2 H 5 7 6 9 C D 1 230V 4 black white blue 6 V P K1 PA 3 III M 1 2 5 I 2 K2 I 1 I 2 M 1 IV II N N FD TR TH/L M TR TH/L TS PG VS VR N L

  50. B4 T2 N L1 1 2 3 N B5 T6 T7 T8 S3 T1 Ph STARTING - working mode (2nd stage ==>1st stage) RS 28 - 38 ONE PHASE 49 STO => II 0° ST1 => III, IV 15° MMI 813 MV => V 85° ST2 => I 90° 8 G 4 B A3 8 2 H 5 7 6 9 C D 1 230V 4 black white blue 6 V P K1 PA 3 III M 1 2 5 I 2 K2 I 1 I 2 M 1 IV II N N FD TR TH/L M TR TH/L TS PG VS VR N L 20°

More Related