6F2T0207 (0.01)GRE200 (5,6)- 465 -4.1.6 Setup for BIO moduleThe user should connect the DPSY input/output points with the BI and the BO circuits;subsequently, the DPSY function is able to issue select and operate commands. In order to setup the DPSY function the user should execute the following four steps. Do not confuse settingBOs between step (ii) and step (iii).i BI connection for statusii BO connection for “select command”iii BO connection for “operate command”iv Contact health checkNote that the DPSY01 function commences operation when the scheme switch [DPSY01-EN] is set to On.(i) BI connection for status signalsFigure 4.1-40 exemplifies the reception of signals at the DPSY01 function; to acquire thestatus§ signal for phase-A, the user should set two input-points for settings [DPSY01A-NOPSG] and [DPSY01A-NCLSG]†.†Note:Normally an input-signal corresponding to phase-A is generated using a normally-open contact (NO) and a normally-closed contact (NC). If a NO and a NC contactare exchanged, the input-signal should be determined by inversion; that is, theuser is required to set On for both scheme switches [DPSY01A-NOPSGI] and[DPSY01A-NCLSGI].§Note: The state signal acquired can be monitored. For more information, see ChapterAutomatic supervision.Grouping three-phase signals corresponding to a stateSuppose that status signals are acquired on the six BI circuits at IO#1 slot. The signalscorresponding to phase-A can be acquired via N/C and N/O contacts; thus, the user should settwo input-points (8001001110 and 810101110 in 200B41†) for the settings [DPSY01A-NOPSG]and [DPSY01A-NCLSG], respectively, as shown in Figure 4.1-40. For input pointscorresponding to phase-B and phase-C, the user must also apply input-points via settings. Theuser sets And for scheme switches [DPSY01-OPC] and [DPSY01-CLC], respectively; finally, thescheme switch [DPSY01-DEVTYPE] should be set to 3-Pole.