 |  | Seq | Source | Timetable line |
| | 1 |  | TX=M + m2; C=(WIEN_MB,2*WIEN_M2)|(WIEN_MBL,2*WIEN_M2L); |
| | 2 | | TX=M + m2; C=(WIEN_MB,2*WIEN_M2)|(WIEN_MBL,2*WIEN_M2L); |
| | 3 | | TX=M + c3; C=(WIEN_MA[#D:R],WVB_C3_1110)|(WIEN_M[#D:L],WVB_C3_1110L); |
| | 4 | | TX=M1 + m3; C=(WIEN_M1[#D:R],2*WIEN_M3B[#D:R])|(WIEN_M1L[#D:L],2*WIEN_M3BL[#D:L]); |
| | 5 | | TX=N + n1; C=(WIEN_NB,2*WIEN_N1B)|(WIEN_NBL,2*WIEN_N1BL); |
| | 6 | | TX=P; C=WIEN_P_L[#D:L]|WIEN_P_LL[#D:L]; |
| | 7 | | TX=P2 + h; C=(WIEN_P2,WIEN_HA)|(WIEN_P2L,WIEN_HAL); |
| | 8 | | TX=A; C=MTM_A2L[#D:L]|MTM_A2[#D:R]; |
| | 9 | | TX=A + m3; C=(WIEN_AH[#D:R],WIEN_M3B[#D:R])|(WIEN_AHL[#D:L],WIEN_M3BL[#D:L]); |
| | 10 | | TX=B + b; C=WIEN_B2,2*WIEN_BB; |
| | 11 | | TX=T1 + m3; C=WIEN_T1,WIEN_M3[#D:R]|WIEN_M3A[#D:L]; |
| | 12 | | TX=T1 + k6; C=WIEN_T1,2*WIEN_K6; |
