A useful program for engineers and technicians in the \ac{ALMA} observatory is the LabVIEW \acp{GUI}, which control and monitor most of the antenna’s instruments and providing fast reports of the conditions of the unit under test. However, the \ac{ACA} Correlator did not bring such a tool for working with \acp{DTS-R}. In that sense, a development work was done in order to integrate a \ac{GUI} into the \ac{ACA} Correlator diagnostic toolkit. In order to create this \ac{GUI}, a base was obtained from receivers in Baseline Correlator \ac{DRX}, studied documentation for finding the common and different functions between both receivers, and modified LabVIEW\texttrademark\ programming to fit \ac{DTS-R} capabilities. A research was done to check addressing, data format and LabVIEW\texttrademark\ processing blocks with the outcome of a fully functional interface that allows establishing a low level CAN bus communication with \acp{DTS-R} regardless if the system is in operational state, providing us with one more degree of freedom is diagnose and resolve problems in the reception chain where \ac{ACA} Correlator is involved.