Table 5: Power law, $Y=Y_0\;X^{\gamma}$, parameterized X-ray scaling relations.
X Y Y0 $\gamma$ Scatter Sample
        X Y  

$\frac{T_{0.2-0.5r_{500}}}{\rm keV}$		 $\frac{S_{0.2r_{500}}}{\rm keV\;cm^{2}} \; E(z)^{4/3} \; \left(\frac{\Delta_{{\rm c},z}}{\Delta_{{\rm c},0}}\right)^{2/3}$ $10^{2.08\pm0.26}$ $0.90 \pm 0.30$ -- -- REFLEX-DXL
    $10^{2.00\pm0.16}$ $0.81 \pm 0.19$ -- -- pilot LoCuSS sample
    $10^{1.96\pm0.22}$ $0.89 \pm 0.25$ -- -- non-CCC subsample
    $10^{2.04\pm0.18}$ $0.71 \pm 0.21$ -- -- CCC subsample

$\frac{r}{r_{500}}$		 $\frac{S}{\rm keV\;cm^{2}} \; E(z)^{4/3} \; \left(\frac{\Delta_{{\rm c},z}}{\Del... ... c},0}}\right)^{2/3} \left(\frac{T_{0.2-0.5r_{500}}}{10~\rm keV}\right)^{-0.65}$ $10^{3.52\pm0.03}$ $1.00 \pm 0.07$ -- -- REFLEX-DXL
    $10^{3.50\pm0.02}$ $1.01 \pm 0.04$ -- -- pilot LoCuSS sample
    $10^{3.49\pm0.02}$ $0.97 \pm 0.05$ -- -- non-CCC subsample
    $10^{3.52\pm0.02}$ $1.10 \pm 0.05$ -- -- CCC subsample

$\frac{T_{0.2-0.5r_{500}}}{\rm keV}$		 $\frac{M_{500}}{M_{\odot}} \; E(z) \; \left(\frac{\Delta_{{\rm c},z}}{\Delta_{{\rm c},0}}\right)^{0.5}$ $10^{13.69\pm0.03}h_{70}^{-1}$ 1.5 (fixed) 0.05 0.15 pilot LoCuSS sample
    $10^{13.72\pm0.04}h_{70}^{-1}$ 1.5 (fixed) 0.05 0.20 non-CCC subsample
    $10^{13.91\pm0.38}h_{70}^{-1}$ $1.24\pm0.44$ 0.06 0.15 pilot LoCuSS sample
    $10^{13.41\pm0.53}h_{70}^{-1}$ $1.87\pm0.63$ 0.07 0.19 non-CCC subsample

$\frac{T_{0.2-0.5r_{500}}}{\rm keV}$		 $\frac{M_{\rm gas,500}}{M_{\odot}} \; E(z) \; \left(\frac{\Delta_{{\rm c},z}}{\Delta_{{\rm c},0}}\right)^{0.5}$ $10^{12.54\pm0.04}h_{70}^{-1}$ 1.8 (fixed) 0.06 0.10 pilot LoCuSS sample
    $10^{12.54\pm0.05}h_{70}^{-1}$ 1.8 (fixed) 0.06 0.11 non-CCC subsample
    $10^{11.72\pm0.70}h_{70}^{-1}$ $2.76\pm 0.81$ 0.05 0.13 pilot LoCuSS sample
    $10^{11.65\pm0.98}h_{70}^{-1}$ $2.86\pm 1.17$ 0.05 0.13 non-CCC subsample

$\frac{T_{0.2-0.5r_{500}}}{\rm keV}$		 $\frac{L_{\rm0.1-2.4keV}^{\rm corr}}{\rm erg\;s^{-1}}\;E(z)^{-1} \; \left(\frac{\Delta_{{\rm c},z}}{\Delta_{{\rm c},0}}\right)^{-0.5}$ $10^{42.31\pm0.04}h_{70}^{-1}$ 2.60 (fixed) 0.05 0.12 pilot LoCuSS sample
    $10^{42.30\pm0.05}h_{70}^{-1}$ 2.60 (fixed) 0.05 0.13 non-CCC subsample
    $10^{41.87\pm0.71}h_{70}^{-1}$ $3.11\pm 0.82$ 0.04 0.13 pilot LoCuSS sample
    $10^{42.17\pm0.86}h_{70}^{-1}$ $2.76\pm 1.01$ 0.05 0.14 non-CCC subsample

$\frac{T_{0.2-0.5r_{500}}}{\rm keV}$		 $\frac{L_{\rm bol}^{\rm corr}}{\rm erg\;s^{-1}}\;E(z)^{-1} \; \left(\frac{\Delta_{{\rm c},z}}{\Delta_{{\rm c},0}}\right)^{-0.5}$ $10^{42.39\pm0.04}h_{70}^{-1}$ 2.98 (fixed) 0.04 0.12 pilot LoCuSS sample
    $10^{42.38\pm0.05}h_{70}^{-1}$ 2.98 (fixed) 0.05 0.13 non-CCC subsample
    $10^{41.84\pm0.70}h_{70}^{-1}$ $3.62 \pm 0.80$ 0.04 0.13 pilot LoCuSS sample
    $10^{41.95\pm0.90}h_{70}^{-1}$ $3.49 \pm 1.06$ 0.04 0.14 non-CCC subsample

$\frac{M_{500}}{M_{\odot}} \; E(z) \; \left(\frac{\Delta_{{\rm c},z}}{\Delta_{{\rm c},0}}\right)^{0.5}$		 $\frac{L_{\rm0.1-2.4keV}^{\rm corr}}{\rm erg\;s^{-1}}\;E(z)^{-1} \; \left(\frac{\Delta_{{\rm c},z}}{\Delta_{{\rm c},0}}\right)^{-0.5}$ $10^{18.65\pm0.04}h_{70}^{-1}$ 1.73 (fixed) 0.14 0.11 pilot LoCuSS sample
    $10^{18.61\pm0.04}h_{70}^{-1}$ 1.73 (fixed) 0.19 0.12 non-CCC subsample
    $10^{18.12\pm4.74}h_{70}^{-1}$ $ 1.77 \pm 0.32$ 0.14 0.11 pilot LoCuSS sample
    $10^{22.85\pm3.51}h_{70}^{-1}$ $ 1.45 \pm 0.23$ 0.19 0.12 non-CCC subsample

$\frac{M_{500}}{M_{\odot}} \; E(z) \; \left(\frac{\Delta_{{\rm c},z}}{\Delta_{{\rm c},0}}\right)^{0.5}$		 $\frac{L_{\rm bol}^{\rm corr}}{\rm erg\;s^{-1}}\;E(z)^{-1} \; \left(\frac{\Delta_{{\rm c},z}}{\Delta_{{\rm c},0}}\right)^{-0.5}$ $10^{15.16 \pm 0.04}h_{70}^{-1}$ 1.99 (fixed) 0.14 0.12 pilot LoCuSS sample
    $10^{15.11 \pm 0.04}h_{70}^{-1}$ 1.99 (fixed) 0.19 0.13 non-CCC subsample
    $10^{14.16 \pm 5.39}h_{70}^{-1}$ $2.06 \pm 0.36$ 0.14 0.12 pilot LoCuSS sample
    $10^{19.88 \pm 3.19}h_{70}^{-1}$ $1.67 \pm 0.21$ 0.19 0.13 non-CCC subsample


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