Table 1: General cluster properties. Column (1): cluster name; Col. (2): right ascension; Col. (3): declination; Col. (4): redshift; Col. (5): luminosity distance; Col. (6): hydrogen column density (Dickey & Lockman 1990); Col. (7): X-ray emission mean temperature derived in this work; see Sect. 4.2; Col. (8): r₅₀₀ values were derived in this work.
Cluster RA Dec ${\it z}$ $d_{\rm L}$ nH $\langle kT\rangle$ r₅₀₀

(J2000) (J2000) ( $h_{\rm 70}^{-1}$ Mpc) $(10^{20}~\rm cm^{-2})$ (keV) ( $h_{\rm 70}^{-1}$ kpc)

A496 04 33 37.1 -13 14 46 0.033 144.902 4.45 3.96 $\pm$ 0.023 1480

A1689 13 11 34.2 -01 21 56 0.1823 888.870 1.84 8.34 $\pm$ 0.32 2172

A2050 15 16 21.6 +00 05 59 0.1183 551.167 4.67 5.85 $\pm$ 0.11 1785

A2631 23 37 39.7 +00 17 37 0.273 1393.23 3.82 6.89 $\pm$ 0.34 2153

A2667 23 51 47.1 -26 00 18 0.23 1146.59 1.64 6.56 $\pm$ 0.13 1976

**Table 1:** General cluster properties. Column (1): cluster name; Col. (2): right ascension; Col. (3): declination; Col. (4): redshift; Col. (5): luminosity distance; Col. (6): hydrogen column density (Dickey & Lockman 1990); Col. (7): X-ray emission mean temperature derived in this work; see Sect. 4.2; Col. (8): r₅₀₀ values were derived in this work.
Cluster	RA	Dec	${\it z}$	$d_{\rm L}$	nH	$\langle kT\rangle$	r₅₀₀
	(J2000)	(J2000)		( $h_{\rm 70}^{-1}$ Mpc)	$(10^{20}~\rm cm^{-2})$	(keV)	( $h_{\rm 70}^{-1}$ kpc)
A496	04 33 37.1	-13 14 46	0.033	144.902	4.45	3.96 $\pm$ 0.023	1480
A1689	13 11 34.2	-01 21 56	0.1823	888.870	1.84	8.34 $\pm$ 0.32	2172
A2050	15 16 21.6	+00 05 59	0.1183	551.167	4.67	5.85 $\pm$ 0.11	1785
A2631	23 37 39.7	+00 17 37	0.273	1393.23	3.82	6.89 $\pm$ 0.34	2153
A2667	23 51 47.1	-26 00 18	0.23	1146.59	1.64	6.56 $\pm$ 0.13	1976

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