Siemens – 6RA8095-4GS22-0AA0

SINAMICS DCM DC converter for 4-quadrant drives Circuit (B6) A (B6) C Input 830V 3AC, 1577A controllable field rectifier D875/1900 MREQ-GEGF4V62 Output 875 V DC, 1900A G00=Advanced CUD on left G63=Terminal Module Cabinet L11=2Q field power unit L15=External sensor for average ambient temperature M08=Assembled PCBs, painted M10=Nickel-plated copper busbars S01=Memory card on left

SINAMICS DCM DC converter for 4-quadrant drives Circuit (B6) A (B6) C Input 830V 3AC, 1577A controllable field rectifier D875/1900 MREQ-GEGF4V62 Output 875 V DC, 1900A G00=Advanced CUD on left G63=Terminal Module Cabinet L11=2Q field power unit L15=External sensor for average ambient temperature L85=85 A field power unit M08=Assembled PCBs, painted M10=Nickel-plated copper busbars S01=Memory card on left

SINAMICS DCM DC converter for 4-quadrant drives Circuit (B6) A (B6) C Input 830V 3AC, 1577A controllable field rectifier D875/1900 MREQ-GEGF4V62 Output 875 V DC, 1900A L10=Without field power unit M08=Assembled PCBs, painted

SINAMICS DCM DC CONVERTER FOR TWO-QUADRANT DRIVES CONNECTION B6C INPUT: 3-PHASE AC 830V, 1577A CONTROLLABLE FIELD RECTIFIER D1000/1900 MRE-GEEF4S22 OUTPUT: DC 1000V,1900A

SINAMICS DCM DC converter for 4-quadrant drives Circuit (B6) A (B6) C Input 830V 3AC, 1577A controllable field rectifier D875/1900 MREQ-GEGF4V62 Output 875 V DC, 1900A G00=Advanced CUD on left G11=Advanced CUD on right G20=CBE20 PROFINET module on left M08=Assembled PCBs, painted M10=Nickel-plated copper busbars S01=Memory card on left

SINAMICS DCM DC converter for 4-quadrant drives Circuit (B6) A (B6) C Input 830V 3AC, 1577A controllable field rectifier D875/1900 MREQ-GEGF4V62 Output 875 V DC, 1900A G00=Advanced CUD on left G11=Advanced CUD on right M08=Assembled PCBs, painted S01=Memory card on left S02=Memory card on right

SINAMICS DCM DC converter for 4-quadrant drives Circuit (B6) A (B6) C Input 830V 3AC, 1577A controllable field rectifier D875/1900 MREQ-GEGF4V62 Output 875 V DC, 1900A

SINAMICS DCM DC converter for 4-quadrant drives Circuit (B6) A (B6) C Input 690 V 3 AC, 1660 A controllable field rectifier D725/2000 MREQ-GEGF4V62 Output 725 V DC, 2000 A G00=Advanced CUD on left

SINAMICS DCM DC converter for 4-quadrant drives Circuit (B6) A (B6) C Input: 575V 3AC, 1660 A controllable: Field rectifier D600/2000 MREQ-GEGF4V62 Output: 600 V DC, 2000 A G00=Advanced CUD on left G20=CBE20 PROFINET module on left

SINAMICS DCM DC CONVERTER FOR FOUR-QUADRANT DRIVES CONNECTION (B6) A (B6) C INPUT: 3-PHASE AC 690V, 1660A CONTROLLABLE FIELD RECTIFIER D725/2000 MREQ-GEGF4V62 OUTPUT: DC 725V, 2000A G00=ADVANCED-CUD LEFT G10=STANDARD-CUD RIGHT G20=CBE20 PROFINET-MODUL LEFT L11=2Q FIELD RECTIFIER S01=MEMORY CARD LEFT

SINAMICS DCM DC converter for 4-quadrant drives Circuit (B6) A (B6) C Input 690 V 3 AC, 1660 A controllable field rectifier D725/2000 MREQ-GEGF4V62 Output 725 V DC, 2000 A

SINAMICS DCM DC converter for 4-quadrant drives Circuit (B6) A (B6) C Input: 575V 3AC, 1660 A controllable: Field rectifier D600/2000 MREQ-GEGF4V62 Output: 600 V DC, 2000 A G00=Advanced CUD on left G20=CBE20 PROFINET module on left M08=Assembled PCBs, painted