Table 2: Positions and photometry of 1RXS J115928.5-524717 measured at different epochs.
$\alpha$ (J2000) $\delta$ (J2000) epoch photometry note

11 59 30.178 -52 47 15.85 1976.26 B_J =21.00 1

11 59 30.147 -52 47 17.04 1977.41 B_J =20.75 1, *

11 59 29.665 -52 47 16.28 1980.23 I =14.49 1

11 59 29.340 -52 47 16.65 1983.18 I =13.76 1

11 59 29.089 -52 47 16.92 1985.19 RE =17.70 2

11 59 28.996 -52 47 16.55 1986.14 RE =17.44 2, *

11 59 28.425 -52 47 17.45 1991.12 OR =17.66 1, *

11 59 28.268 -52 47 17.98 1992.24 OR =18.07 1

11 59 27.531 -52 47 18.64 1998.32 RHa =17.30 3

11 59 27.515 -52 47 18.56 1998.39 SR2 =17.96 3

11 59 27.43 -52 47 18.8 1999.36 J=11.430 4

H=10.763 4

$K_{\rm s}=10.322$ 4

11 59 27.32 -52 47 19.0 2000.78 I=14.499 5, *

J=11.398 5

K=10.343 5

11 59 27.047 -52 47 19.32 2002.55 R=17.08 6

Notes:
1 - SSS measurements of UKST plates.
2 - SSS measurements of ESO Schmidt plates.
3 - SHS film scans.
4 - 2MASS all-sky data release.
5 - DENIS second data release.
6 - Position from two DFOSC acquisition images (R and I).
* - Measurements not used in final proper motion solution, due to overlap
with a background object. Photometry is also affected.

**Table 2:** Positions and photometry of 1RXS J115928.5-524717 measured at different epochs.
$\alpha$ (J2000)	$\delta$ (J2000)	epoch	photometry	note
11 59 30.178	-52 47 15.85	1976.26	B_J =21.00	1
11 59 30.147	-52 47 17.04	1977.41	B_J =20.75	1, *
11 59 29.665	-52 47 16.28	1980.23	I =14.49	1
11 59 29.340	-52 47 16.65	1983.18	I =13.76	1
11 59 29.089	-52 47 16.92	1985.19	RE =17.70	2
11 59 28.996	-52 47 16.55	1986.14	RE =17.44	2, *
11 59 28.425	-52 47 17.45	1991.12	OR =17.66	1, *
11 59 28.268	-52 47 17.98	1992.24	OR =18.07	1
11 59 27.531	-52 47 18.64	1998.32	RHa =17.30	3
11 59 27.515	-52 47 18.56	1998.39	SR2 =17.96	3
11 59 27.43	-52 47 18.8	1999.36	J=11.430	4
			H=10.763	4
			$K_{\rm s}=10.322$	4
11 59 27.32	-52 47 19.0	2000.78	I=14.499	5, *
			J=11.398	5
			K=10.343	5
11 59 27.047	-52 47 19.32	2002.55	R=17.08	6

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