Table 3: Estimated system parameters from maximum-entropy minimized $\chi ^{2}$ fits to data from each site. $\gamma$ denote the systemic velocity, $K_{\rm 1}$ is the velocity amplitude for the primary component, $EW_{\rm pri}$ and $EW_{\rm sec}$ are the equivalent width of the primary and secondary components respectively, M₂/M₁ is the mass ratio, i is the inclination angle and e is the eccentricity.
Site $\gamma$ $K_{\rm 1}$ $EW_{\rm pri}$ $EW_{\rm sec}$ Period $R_{\rm pri}$ $R_{\rm sec}$ M₂/M₁ i e

(km s^-1) (km s^-1) (Å) (Å) (d) ( $R_{\odot}$ ) ( $R_{\odot}$ ) (deg)

KPNO -12.74 49.66 117 139 2.8377 3.3 1.1 0.789 40 0

MSO -15.69 49.66 82 210 2.8377 3.3 1.1 0.789 40 0

**Table 3:** Estimated system parameters from maximum-entropy minimized $\chi ^{2}$ fits to data from each site. $\gamma$ denote the systemic velocity, $K_{\rm 1}$ is the velocity amplitude for the primary component, $EW_{\rm pri}$ and $EW_{\rm sec}$ are the equivalent width of the primary and secondary components respectively, M₂/M₁ is the mass ratio, i is the inclination angle and e is the eccentricity.
Site	$\gamma$	$K_{\rm 1}$	$EW_{\rm pri}$	$EW_{\rm sec}$	Period	$R_{\rm pri}$	$R_{\rm sec}$	M₂/M₁	i	e
	(km s^-1)	(km s^-1)	(Å)	(Å)	(d)	( $R_{\odot}$ )	( $R_{\odot}$ )		(deg)
KPNO	-12.74	49.66	117	139	2.8377	3.3	1.1	0.789	40	0
MSO	-15.69	49.66	82	210	2.8377	3.3	1.1	0.789	40	0

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