Mass determination of the lowest $T = 2$ state in $^{32}{\rm S}$

We present data of a recent mass determination of the lowest $T = 2$ state in $^{32}$S ($E_x$ $\approx$ 12 MeV) with an uncertainty of $\approx$ 0.3 keV using the $^{31}$P$(p,\gamma)$ reaction. The state of interest was populated using the resonance at $E_p$ = 3285 keV and the decaying gammas of energies $\approx$ 8124 keV and 3923 keV were detected using HPGe detectors at $\pm90^\circ$ and $0^\circ$ to the incident beam. Systematic effects and implications to the Isobaric Multiplet Mass Equation for the A = 32 multiplet will be discussed.