6F2S1931 (0.20)Centralized GRB200(Soft: 030, 031, 032, 033, 034)- 306 -LED-03[Input signal 1][LOGIC-SW]ANDORXOR&≥1=1&OffDwellDelay&&Blink≥1Blink&DRIVERLatch &F/F[TIMER-SW]0.000-300.000s310003100131001A100[Input signal 2][Input signal 3][Input signal 8]0 t[Logic Timer][Reset signal]LED indicator #3[Input signal 1][LOGIC-SW]ANDORXOR&≥1=1&OffDwellDelay&&Blink≥1Blink&DRIVERLatch &F/F[TIMER-SW]0.000-300.000sLED-043100041001[Input signal 2][Input signal 3][Input signal 8]0 t[Logic Timer][Reset signal][Input signal 1][LOGIC-SW]ANDORXOR&≥1=1&OffDwellDelay&&Blink≥1Blink&DRIVERLatch &F/F[TIMER-SW]0.000-300.000sLED-26[Input signal 2][Input signal 3][Input signal 8]0 t[Logic Timer][Reset signal]LED indicator #4LED indicator #261[INVERSE-SW]&&InverseNormalt 00.000-300.000s0 t0.000-300.000s[On Delay Timer] [Off Delay Timer] ≥11[INVERSE-SW]&&InverseNormalt 00.000-300.000s0 t0.000-300.000s[On Delay Timer] [Off Delay Timer] ≥11[INVERSE-SW]&&InverseNormalt 00.000-300.000s0 t0.000-300.000s[On Delay Timer] [Off Delay Timer] ≥1Figure 4.6-2 LED indicator logics (#3 to #26)(iii) Delayed pick-up/delayed drop-off signalFor the LED indicator logic #3 the user can use an on-delay timer and an off-delay timer; bothare used to adjust the timing for lighting the LED indicator #3. The user should set theirrespective time values for settings [On Delay Timer] and [Off Delay Timer].(iv) Logic level inversionOn the LED indicator logic #3 the entering signal is inverted by the logic inversion function;inverting an entering signal is carried out when the user sets Inverse for the scheme switch[INVERSE-SW]. Set Normal for the scheme switch when logic inversion is not required.