LOCONETOPSBOARD Ops Mode Address Base Address Cell 1 Address Cell 2 Address Cell 3 Address Cell 4 Address Cell 5 Address Cell 6 Address Cell 7 Address Cell 8 Address Cell 9 Address Cell 10 Address Cell 11 Address Cell 12 Address Cell 13 Address Cell 14 Address Cell 15 Address Cell 16 Address Cell 17 Address Cell 18 Address Cell 19 Address Cell 20 Address Cell 21 Address Cell 22 Address Cell 23 Address Cell 24 Address Switch Address Version ID Manufacturer ID Ops Mode Logic Cell Msg DCC gateway Sw Throw Msg Sw Close Msg Interrogate input Common Cathode LEDs Primary Address 1 Invert Toggle Primary Type 1 Primary Transition 1 Secondary Address 1 Invert Secondary Type 1 Secondary Transition 1 Primary Address 2 Invert Toggle Primary Type 2 Primary Transition 2 Secondary Address 2 Invert Secondary Type 2 Secondary Transition 2 Primary Address 3 Invert Toggle Primary Type 3 Primary Transition 3 Secondary Address 3 Invert Secondary Type 3 Secondary Transition 3 Primary Address 4 Invert Toggle Primary Type 4 Primary Transition 4 Secondary Address 4 Invert Secondary Type 4 Secondary Transition 4 Primary Address 5 Invert Toggle Primary Type 5 Primary Transition 5 Secondary Address 5 Invert Secondary Type 5 Secondary Transition 5 Primary Address 6 Invert Toggle Primary Type 6 Primary Transition 6 Secondary Address 6 Invert Secondary Type 6 Secondary Transition 6 Primary Address 7 Invert Toggle Primary Type 7 Primary Transition 7 Secondary Address 7 Invert Secondary Type 7 Secondary Transition 7 Primary Address 8 Invert Toggle Primary Type 8 Primary Transition 8 Secondary Address 8 Invert Secondary Type 8 Secondary Transition 8 Element A Address Message Type State Element B Address Message Type State Logic Element C Address Message Type State Logic Bi-Color Invert State Reciprocal Effect Effect Duration Element A Address Message Type State Element B Address Message Type State Logic Element C Address Message Type State Logic Bi-Color Invert State Reciprocal Effect Effect Duration Element A Address Message Type State Element B Address Message Type State Logic Element C Address Message Type State Logic Bi-Color Invert State Reciprocal Effect Effect Duration Element A Address Message Type State Element B Address Message Type State Logic Element C Address Message Type State Logic Bi-Color Invert State Reciprocal Effect Effect Duration Element A Address Message Type State Element B Address Message Type State Logic Element C Address Message Type State Logic Bi-Color Invert State Reciprocal Effect Effect Duration Element A Address Message Type State Element B Address Message Type State Logic Element C Address Message Type State Logic Bi-Color Invert State Reciprocal Effect Effect Duration Element A Address Message Type State Element B Address Message Type State Logic Element C Address Message Type State Logic Bi-Color Invert State Reciprocal Effect Effect Duration Element A Address Message Type State Element B Address Message Type State Logic Element C Address Message Type State Logic Bi-Color Invert State Reciprocal Effect Effect Duration Element A Address Message Type State Element B Address Message Type State Logic Element C Address Message Type State Logic Bi-Color Invert State Reciprocal Effect Effect Duration Element A Address Message Type State Element B Address Message Type State Logic Element C Address Message Type State Logic Bi-Color Invert State Reciprocal Effect Effect Duration Element A Address Message Type State Element B Address Message Type State Logic Element C Address Message Type State Logic Bi-Color Invert State Reciprocal Effect Effect Duration Element A Address Message Type State Element B Address Message Type State Logic Element C Address Message Type State Logic Bi-Color Invert State Reciprocal Effect Effect Duration Element A Address Message Type State Element B Address Message Type State Logic Element C Address Message Type State Logic Bi-Color Invert State Reciprocal Effect Effect Duration Element A Address Message Type State Element B Address Message Type State Logic Element C Address Message Type State Logic Bi-Color Invert State Reciprocal Effect Effect Duration Element A Address Message Type State Element B Address Message Type State Logic Element C Address Message Type State Logic Bi-Color Invert State Reciprocal Effect Effect Duration Element A Address Message Type State Element B Address Message Type State Logic Element C Address Message Type State Logic Bi-Color Invert State Reciprocal Effect Effect Duration Element A Address Message Type State Element B Address Message Type State Logic Element C Address Message Type State Logic Bi-Color Invert State Reciprocal Effect Effect Duration Element A Address Message Type State Element B Address Message Type State Logic Element C Address Message Type State Logic Bi-Color Invert State Reciprocal Effect Effect Duration Element A Address Message Type State Element B Address Message Type State Logic Element C Address Message Type State Logic Bi-Color Invert State Reciprocal Effect Effect Duration Element A Address Message Type State Element B Address Message Type State Logic Element C Address Message Type State Logic Bi-Color Invert State Reciprocal Effect Effect Duration Element A Address Message Type State Element B Address Message Type State Logic Element C Address Message Type State Logic Bi-Color Invert State Reciprocal Effect Effect Duration Element A Address Message Type State Element B Address Message Type State Logic Element C Address Message Type State Logic Bi-Color Invert State Reciprocal Effect Effect Duration Element A Address Message Type State Element B Address Message Type State Logic Element C Address Message Type State Logic Bi-Color Invert State Reciprocal Effect Effect Duration Element A Address Message Type State Element B Address Message Type State Logic Element C Address Message Type State Logic Bi-Color Invert State Reciprocal Effect Effect Duration Start up delay Basic ------ Output Addresses ------ Address for optional switch throw/close messages ------ Configuration ------ Sending output state messages Send switch throw messages on logic cell true Send switch close message on logic cell false Send primary input state at Digitrax interrogation request - Only sensor type inputs Use common cathode LEDs on all outputs ------ Special Options ------ This is the same as a Loco address ------ Notes: ------ The Custom Programmer format is recommended Mfg Inputs ------ Input 1 ------ ------ Input 2 ------ ------ Input 3 ------ ------ Input 4 ------ ------ Input 5 ------ ------ Input 6 ------ ------ Input 7 ------ ------ Input 8 ------ Outputs 1-8 ------ Logic combination reference table for elements B and C ------ Logic Combination A OR B OR C (A OR B) AND C (A AND B) OR C A AND B AND C B Logic OR OR AND AND C Logic OR AND OR AND Output 1 Control --- Do not use for Bi-Color LEDs Use for alternating flashing LEDs Output 2 Control --- Do not use for Bi-Color LEDs Use for alternating flashing LEDs Output 3 Control --- Do not use for Bi-Color LEDs Use for alternating flashing LEDs Output 4 Control --- Do not use for Bi-Color LEDs Use for alternating flashing LEDs Output 5 Control --- Do not use for Bi-Color LEDs Use for alternating flashing LEDs Output 6 Control --- Do not use for Bi-Color LEDs Use for alternating flashing LEDs Output 7 Control --- Do not use for Bi-Color LEDs Use for alternating flashing LEDs Output 8 Control --- Do not use for Bi-Color LEDs Use for alternating flashing LEDs Outputs 9-16 ------ Logic combination reference table for elements B and C ------ Logic Combination A OR B OR C (A OR B) AND C (A AND B) OR C A AND B AND C B Logic OR OR AND AND C Logic OR AND OR AND Output 9 Control --- Do not use for Bi-Color LEDs Use for alternating flashing LEDs Output 10 Control --- Do not use for Bi-Color LEDs Use for alternating flashing LEDs Output 11 Control --- Do not use for Bi-Color LEDs Use for alternating flashing LEDs Output 12 Control --- Do not use for Bi-Color LEDs Use for alternating flashing LEDs Output 13 Control --- Do not use for Bi-Color LEDs Use for alternating flashing LEDs Output 14 Control --- Do not use for Bi-Color LEDs Use for alternating flashing LEDs Output 15 Control --- Do not use for Bi-Color LEDs Use for alternating flashing LEDs Output 16 Control --- Do not use for Bi-Color LEDs Use for alternating flashing LEDs Outputs 17-24 ------ Logic combination reference table for elements B and C ------ Logic Combination A OR B OR C (A OR B) AND C (A AND B) OR C A AND B AND C B Logic OR OR AND AND C Logic OR AND OR AND Output 17 Control --- Do not use for Bi-Color LEDs Use for alternating flashing LEDs Output 18 Control --- Do not use for Bi-Color LEDs Use for alternating flashing LEDs Output 19 Control --- Do not use for Bi-Color LEDs Use for alternating flashing LEDs Output 20 Control --- Do not use for Bi-Color LEDs Use for alternating flashing LEDs Output 21 Control --- Do not use for Bi-Color LEDs Use for alternating flashing LEDs Output 22 Control --- Do not use for Bi-Color LEDs Use for alternating flashing LEDs Output 23 Control --- Do not use for Bi-Color LEDs Use for alternating flashing LEDs Output 24 Control --- Do not use for Bi-Color LEDs Use for alternating flashing LEDs CVs