Table 4: Mean RVs of the primary and secondary from the KOREL solutions, derived via cross-correlation of the disentangled line profiles with the individual spectra.
RJD ${\it RV}_1$ ${\it RV}_2$ Instrument

51472.3477 -20.36 22.45 Reticon

52119.5195 8.54 -137.15 HEROS

52202.4135 11.94 -127.26

52213.3264 3.17 -60.10

52510.5522 -29.90 60.55

52525.5532 6.11 -96.82

52527.5776 -28.04 83.86

52530.5375 -22.71 84.75

52574.3596 14.85 -168.86

52132.7797 -.50 -44.01 DAO

52132.9563 -2.60 -24.56

52133.7187 -19.52 44.73

52133.9867 -20.23 69.46

52134.7254 -27.31 121.25

52135.7324 -27.40 151.39

52135.9723 -23.94 147.21

52187.9218 -19.48 62.96

52188.7860 -17.85 -23.21

52189.7006 3.22 -106.05

52190.9492 22.78 -166.03

52191.7086 24.72 -155.17

52287.6367 -31.36 138.17

52309.6070 -26.05 -3.94

**Table 4:** Mean RVs of the primary and secondary from the KOREL solutions, derived via cross-correlation of the disentangled line profiles with the individual spectra.
RJD	${\it RV}_1$	${\it RV}_2$	Instrument
51472.3477	-20.36	22.45	Reticon
52119.5195	8.54	-137.15	HEROS
52202.4135	11.94	-127.26
52213.3264	3.17	-60.10
52510.5522	-29.90	60.55
52525.5532	6.11	-96.82
52527.5776	-28.04	83.86
52530.5375	-22.71	84.75
52574.3596	14.85	-168.86
52132.7797	-.50	-44.01	DAO
52132.9563	-2.60	-24.56
52133.7187	-19.52	44.73
52133.9867	-20.23	69.46
52134.7254	-27.31	121.25
52135.7324	-27.40	151.39
52135.9723	-23.94	147.21
52187.9218	-19.48	62.96
52188.7860	-17.85	-23.21
52189.7006	3.22	-106.05
52190.9492	22.78	-166.03
52191.7086	24.72	-155.17
52287.6367	-31.36	138.17
52309.6070	-26.05	-3.94

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