Base Address High 3 bytes of Address CV6 Number of outputs Command Source Output Cell 1 Type Output Cell 2 Type Output Cell 3 Type Output Cell 4 Type Output Cell 5 Type Output Cell 6 Type Output Cell 7 Type Output Cell 8 Type CDU Recharge Time Brightness Simulation Output 1 Brightness Simulation Output 2 Brightness Simulation Output 3 Brightness Simulation Output 4 Brightness Simulation Output 5 Brightness Simulation Output 6 Brightness Simulation Output 7 Brightness Simulation Output 8 Brightness Simulation Output 1 following Output 2 following Output 3 following Output 4 following Output 5 following Output 6 following Output 7 following Output 8 following Output State Memory Output Cell 1 Message Output Cell 2 Message Output Cell 3 Message Output Cell 4 Message Output Cell 5 Message Output Cell 6 Message Output Cell 7 Message Output Cell 8 Message Sensor Board Number Input Cell 1 Type Input Cell 2 Type Input Cell 3 Type Input Cell 4 Type Input Cell 5 Type Input Cell 6 Type Input Cell 7 Type Input Cell 8 Type Input Cell A Type Input Cell B Type Input Cell 1 Message Input Cell 2 Message Input Cell 3 Message Input Cell 4 Message Input Cell 5 Message Input Cell 6 Message Input Cell 7 Message Input Cell 8 Message Input Cell A Message Input Cell B Message Route base address High 3 bytes of Address CV61 Route 1 element 1 Route 1 element 2 Route 1 element 3 Route 1 element 4 Route 1 element 5 Route 1 element 6 Route 1 element 7 Route 1 element 8 Route 1 element 9 Route 1 element 10 Route 1 element 11 Route 1 element 12 Route 2 element 1 Route 2 element 2 Route 2 element 3 Route 2 element 4 Route 2 element 5 Route 2 element 6 Route 2 element 7 Route 2 element 8 Route 2 element 9 Route 2 element 10 Route 2 element 11 Route 2 element 12 Route 3 element 1 Route 3 element 2 Route 3 element 3 Route 3 element 4 Route 3 element 5 Route 3 element 6 Route 3 element 7 Route 3 element 8 Route 3 element 9 Route 3 element 10 Route 3 element 11 Route 3 element 12 Route 4 element 1 Route 4 element 2 Route 4 element 3 Route 4 element 4 Route 4 element 5 Route 4 element 6 Route 4 element 7 Route 4 element 8 Route 4 element 9 Route 4 element 10 Route 4 element 11 Route 4 element 12 Route 5 element 1 Route 5 element 2 Route 5 element 3 Route 5 element 4 Route 5 element 5 Route 5 element 6 Route 5 element 7 Route 5 element 8 Route 5 element 9 Route 5 element 10 Route 5 element 11 Route 5 element 12 Route 6 element 1 Route 6 element 2 Route 6 element 3 Route 6 element 4 Route 6 element 5 Route 6 element 6 Route 6 element 7 Route 6 element 8 Route 6 element 9 Route 6 element 10 Route 6 element 11 Route 6 element 12 Route 7 element 1 Route 7 element 2 Route 7 element 3 Route 7 element 4 Route 7 element 5 Route 7 element 6 Route 7 element 7 Route 7 element 8 Route 7 element 9 Route 7 element 10 Route 7 element 11 Route 7 element 12 Route 8 element 1 Route 8 element 2 Route 8 element 3 Route 8 element 4 Route 8 element 5 Route 8 element 6 Route 8 element 7 Route 8 element 8 Route 8 element 9 Route 8 element 10 Route 8 element 11 Route 8 element 12 Ext Dev 1 X Ext Dev 1 Y Ext Dev 2 X Ext Dev 2 Y Ext Dev 3 X Ext Dev 3 Y Ext Dev 4 X Ext Dev 4 Y Ext Dev 5 X Ext Dev 5 Y Ext Dev 6 X Ext Dev 6 Y Ext Dev 7 X Ext Dev 7 Y Ext Dev 8 X Ext Dev 8 Y Ext Dev 9 X Ext Dev 9 Y Ext Dev 10 X Ext Dev 10 Y Ext Dev 11 X Ext Dev 11 Y Ext Dev 12 X Ext Dev 12 Y Ext Dev 13 X Ext Dev 13 Y Ext Dev 14 X Ext Dev 14 Y Ext Dev 15 X Ext Dev 15 Y Ext Dev 16 X Ext Dev 16 Y Ext Dev 17 X Ext Dev 17 Y Ext Dev 18 X Ext Dev 18 Y Ext Dev 19 X Ext Dev 19 Y Ext Dev 20 X Ext Dev 20 Y Ext Dev 21 X Ext Dev 21 Y Ext Dev 22 X Ext Dev 22 Y Ext Dev 23 X Ext Dev 23 Y Ext Dev 24 X Ext Dev 24 Y Ext Dev 25 X Ext Dev 25 Y Ext Dev 26 X Ext Dev 26 Y Ext Dev 27 X Ext Dev 27 Y Ext Dev 28 X Ext Dev 28 Y Ext Dev 29 X Ext Dev 29 Y Ext Dev 30 X Ext Dev 30 Y Ext Dev 31 X Ext Dev 31 Y Ext Dev 32 X Ext Dev 32 Y Ext Dev 33 X Ext Dev 33 Y Ext Dev 34 X Ext Dev 34 Y Ext Dev 35 X Ext Dev 35 Y Ext Dev 36 X Ext Dev 36 Y Ext Dev 37 X Ext Dev 37 Y Ext Dev 38 X Ext Dev 38 Y Ext Dev 39 X Ext Dev 39 Y Ext Dev 40 X Ext Dev 40 Y Out 1 Cond 1 Out 1 Cond 1 logic Out 1 Cond 2 Out 1 Cond 2 logic Out 1 Cond 3 Out 1 Cond 3 logic Out 1 Cond 4 Out 1 Cond 4 logic Out 1 Cond 5 Out 1 Cond 5 logic Out 1 Cond 6 Out 1 Cond 6 logic Out 1 Cond 7 Out 1 Cond 7 logic Out 1 Cond 8 Out 1 Cond 8 logic Out 1 Cond 9 Out 1 Cond 9 logic Out 1 Cond 10 Out 1 Cond 10 logic Out 1 Cond 11 Out 1 Cond 11 logic Out 1 Cond 12 Out 1 Cond 12 logic Out 1 Cond 13 Out 1 Cond 13 logic Out 1 Cond 14 Out 1 Cond 14 logic Out 1 Cond 15 Out 1 Cond 15 logic Out 1 Cond 16 Out 1 Cond 16 logic Out 2 Cond 1 Out 2 Cond 1 logic Out 2 Cond 2 Out 2 Cond 2 logic Out 2 Cond 3 Out 2 Cond 3 logic Out 2 Cond 4 Out 2 Cond 4 logic Out 2 Cond 5 Out 2 Cond 5 logic Out 2 Cond 6 Out 2 Cond 6 logic Out 2 Cond 7 Out 2 Cond 7 logic Out 2 Cond 8 Out 2 Cond 8 logic Out 2 Cond 9 Out 2 Cond 9 logic Out 2 Cond 10 Out 2 Cond 10 logic Out 2 Cond 11 Out 2 Cond 11 logic Out 2 Cond 12 Out 2 Cond 12 logic Out 2 Cond 13 Out 2 Cond 13 logic Out 2 Cond 14 Out 2 Cond 14 logic Out 2 Cond 15 Out 2 Cond 15 logic Out 2 Cond 16 Out 2 Cond 16 logic Out 3 Cond 1 Out 3 Cond 1 logic Out 3 Cond 2 Out 3 Cond 2 logic Out 3 Cond 3 Out 3 Cond 3 logic Out 3 Cond 4 Out 3 Cond 4 logic Out 3 Cond 5 Out 3 Cond 5 logic Out 3 Cond 6 Out 3 Cond 6 logic Out 3 Cond 7 Out 3 Cond 7 logic Out 3 Cond 8 Out 3 Cond 8 logic Out 3 Cond 9 Out 3 Cond 9 logic Out 3 Cond 10 Out 3 Cond 10 logic Out 3 Cond 11 Out 3 Cond 11 logic Out 3 Cond 12 Out 3 Cond 12 logic Out 3 Cond 13 Out 3 Cond 13 logic Out 3 Cond 14 Out 3 Cond 14 logic Out 3 Cond 15 Out 3 Cond 15 logic Out 3 Cond 16 Out 3 Cond 16 logic Out 4 Cond 1 Out 4 Cond 1 logic Out 4 Cond 2 Out 4 Cond 2 logic Out 4 Cond 3 Out 4 Cond 3 logic Out 4 Cond 4 Out 4 Cond 4 logic Out 4 Cond 5 Out 4 Cond 5 logic Out 4 Cond 6 Out 4 Cond 6 logic Out 4 Cond 7 Out 4 Cond 7 logic Out 4 Cond 8 Out 4 Cond 8 logic Out 4 Cond 9 Out 4 Cond 9 logic Out 4 Cond 10 Out 4 Cond 10 logic Out 4 Cond 11 Out 4 Cond 11 logic Out 4 Cond 12 Out 4 Cond 12 logic Out 4 Cond 13 Out 4 Cond 13 logic Out 4 Cond 14 Out 4 Cond 14 logic Out 4 Cond 15 Out 4 Cond 15 logic Out 4 Cond 16 Out 4 Cond 16 logic Out 5 Cond 1 Out 5 Cond 1 logic Out 5 Cond 2 Out 5 Cond 2 logic Out 5 Cond 3 Out 5 Cond 3 logic Out 5 Cond 4 Out 5 Cond 4 logic Out 5 Cond 5 Out 5 Cond 5 logic Out 5 Cond 6 Out 5 Cond 6 logic Out 5 Cond 7 Out 5 Cond 7 logic Out 5 Cond 8 Out 5 Cond 8 logic Out 5 Cond 9 Out 5 Cond 9 logic Out 5 Cond 10 Out 5 Cond 10 logic Out 5 Cond 11 Out 5 Cond 11 logic Out 5 Cond 12 Out 5 Cond 12 logic Out 5 Cond 13 Out 5 Cond 13 logic Out 5 Cond 14 Out 5 Cond 14 logic Out 5 Cond 15 Out 5 Cond 15 logic Out 5 Cond 16 Out 5 Cond 16 logic Out 6 Cond 1 Out 6 Cond 1 logic Out 6 Cond 2 Out 6 Cond 2 logic Out 6 Cond 3 Out 6 Cond 3 logic Out 6 Cond 4 Out 6 Cond 4 logic Out 6 Cond 5 Out 6 Cond 5 logic Out 6 Cond 6 Out 6 Cond 6 logic Out 6 Cond 7 Out 6 Cond 7 logic Out 6 Cond 8 Out 6 Cond 8 logic Out 6 Cond 9 Out 6 Cond 9 logic Out 6 Cond 10 Out 6 Cond 10 logic Out 6 Cond 11 Out 6 Cond 11 logic Out 6 Cond 12 Out 6 Cond 12 logic Out 6 Cond 13 Out 6 Cond 13 logic Out 6 Cond 14 Out 6 Cond 14 logic Out 6 Cond 15 Out 6 Cond 15 logic Out 6 Cond 16 Out 6 Cond 16 logic Out 7 Cond 1 Out 7 Cond 1 logic Out 7 Cond 2 Out 7 Cond 2 logic Out 7 Cond 3 Out 7 Cond 3 logic Out 7 Cond 4 Out 7 Cond 4 logic Out 7 Cond 5 Out 7 Cond 5 logic Out 7 Cond 6 Out 7 Cond 6 logic Out 7 Cond 7 Out 7 Cond 7 logic Out 7 Cond 8 Out 7 Cond 8 logic Out 7 Cond 9 Out 7 Cond 9 logic Out 7 Cond 10 Out 7 Cond 10 logic Out 7 Cond 11 Out 7 Cond 11 logic Out 7 Cond 12 Out 7 Cond 12 logic Out 7 Cond 13 Out 7 Cond 13 logic Out 7 Cond 14 Out 7 Cond 14 logic Out 7 Cond 15 Out 7 Cond 15 logic Out 7 Cond 16 Out 7 Cond 16 logic Out 8 Cond 1 Out 8 Cond 1 logic Out 8 Cond 2 Out 8 Cond 2 logic Out 8 Cond 3 Out 8 Cond 3 logic Out 8 Cond 4 Out 8 Cond 4 logic Out 8 Cond 5 Out 8 Cond 5 logic Out 8 Cond 6 Out 8 Cond 6 logic Out 8 Cond 7 Out 8 Cond 7 logic Out 8 Cond 8 Out 8 Cond 8 logic Out 8 Cond 9 Out 8 Cond 9 logic Out 8 Cond 10 Out 8 Cond 10 logic Out 8 Cond 11 Out 8 Cond 11 logic Out 8 Cond 12 Out 8 Cond 12 logic Out 8 Cond 13 Out 8 Cond 13 logic Out 8 Cond 14 Out 8 Cond 14 logic Out 8 Cond 15 Out 8 Cond 15 logic Out 8 Cond 16 Out 8 Cond 16 logic Route 1 Cond 1 Route 1 Cond 1 logic Route 1 Cond 2 Route 1 Cond 2 logic Route 1 Cond 3 Route 1 Cond 3 logic Route 1 Cond 4 Route 1 Cond 4 logic Route 1 Cond 5 Route 1 Cond 5 logic Route 2 Cond 1 Route 2 Cond 1 logic Route 2 Cond 2 Route 2 Cond 2 logic Route 2 Cond 3 Route 2 Cond 3 logic Route 2 Cond 4 Route 2 Cond 4 logic Route 2 Cond 5 Route 2 Cond 5 logic Route 3 Cond 1 Route 3 Cond 1 logic Route 3 Cond 2 Route 3 Cond 2 logic Route 3 Cond 3 Route 3 Cond 3 logic Route 3 Cond 4 Route 3 Cond 4 logic Route 3 Cond 5 Route 3 Cond 5 logic Route 4 Cond 1 Route 4 Cond 1 logic Route 4 Cond 2 Route 4 Cond 2 logic Route 4 Cond 3 Route 4 Cond 3 logic Route 4 Cond 4 Route 4 Cond 4 logic Route 4 Cond 5 Route 4 Cond 5 logic Route 5 Cond 1 Route 5 Cond 1 logic Route 5 Cond 2 Route 5 Cond 2 logic Route 5 Cond 3 Route 5 Cond 3 logic Route 5 Cond 4 Route 5 Cond 4 logic Route 5 Cond 5 Route 5 Cond 5 logic Route 6 Cond 1 Route 6 Cond 1 logic Route 6 Cond 2 Route 6 Cond 2 logic Route 6 Cond 3 Route 6 Cond 3 logic Route 6 Cond 4 Route 6 Cond 4 logic Route 6 Cond 5 Route 6 Cond 5 logic Route 7 Cond 1 Route 7 Cond 1 logic Route 7 Cond 2 Route 7 Cond 2 logic Route 7 Cond 3 Route 7 Cond 3 logic Route 7 Cond 4 Route 7 Cond 4 logic Route 7 Cond 5 Route 7 Cond 5 logic Route 8 Cond 1 Route 8 Cond 1 logic Route 8 Cond 2 Route 8 Cond 2 logic Route 8 Cond 3 Route 8 Cond 3 logic Route 8 Cond 4 Route 8 Cond 4 logic Route 8 Cond 5 Route 8 Cond 5 logic DAC20 General Settings Output Cells Input Cells Routes 1-4 Set Base address for calling routes from a Throttle, add from 1 to 7 to this address to trigger subsequent routes Enter either Cell number 1-8 for Closed, or 11-18 for Thrown or use two Elements to enter values Y and X, see DAC20 manual Routes 5-8 Set Base address for calling routes from a Throttle, add from 1 to 7 to this address to trigger subsequent routes Enter either Cell number 1-8 for Closed, or 11-18 for Thrown or use two Elements to enter values Y and X, see DAC20 manual Advanced Conditional 1-2 Advanced Conditional rules based on the status of the DAC20 inputs, outputs and any devices listed in the External Devices table. Each output on the DAC20 can be triggered automatically if the conditions occur. Set each Element in the Condition as follows: DAC20 inputs 1-10 are ACTIVE, Element values are 1-10. If INACTIVE, Element values are 61-70. DAC20 outputs 1-8 are THROWN, Element values are 11-18. If CLOSED, Element values are 71-78. DAC20 external devices 1-40 are THROWN or RED, Element values are 21-60. If CLOSED or NOT RED, Element values are 81-120. If the Output is a Turnout, create rules for THROWN and CLOSED, plus rules which will LOCK the turnout If the Output is a Light, create two groups of rules for ON, plus rules which will LOCK the light Turnout 1 Thrown Or Light 1 (On) group 1 Turnout 1 Closed Or Light 1 (On) group 2 Turnout 2 Thrown Or Light 2 (On) group 1 Turnout 2 Closed Or Light 2 (On) group 2 Lock Output 1 Conditions Lock Output 2 Conditions Advanced Conditional 3-4 Advanced Conditional rules based on the status of the DAC20 inputs, outputs and any devices listed in the External Devices table. Each output on the DAC20 can be triggered automatically if the conditions occur. Set each Element in the Condition as follows: DAC20 inputs 1-10 are ACTIVE, Element values are 1-10. If INACTIVE, Element values are 61-70. DAC20 outputs 1-8 are THROWN, Element values are 11-18. If CLOSED, Element values are 71-78. DAC20 external devices 1-40 are THROWN or RED, Element values are 21-60. If CLOSED or NOT RED, Element values are 81-120. If the Output is a Turnout, create rules for THROWN and CLOSED, plus rules which will LOCK the turnout If the Output is a Light, create two groups of rules for ON, plus rules which will LOCK the light Turnout 3 Thrown Or Light 3 (On) group 1 Turnout 3 Closed Or Light 3 (On) group 2 Turnout 4 Thrown Or Light 4 (On) group 1 Turnout 4 Closed Or Light 4 (On) group 2 Lock Output 3 Conditions Lock Output 4 Conditions Advanced Conditional 5-6 Advanced Conditional rules based on the status of the DAC20 inputs, outputs and any devices listed in the External Devices table. Each output on the DAC20 can be triggered automatically if the conditions occur. Set each Element in the Condition as follows: DAC20 inputs 1-10 are ACTIVE, Element values are 1-10. If INACTIVE, Element values are 61-70. DAC20 outputs 1-8 are THROWN, Element values are 11-18. If CLOSED, Element values are 71-78. DAC20 external devices 1-40 are THROWN or RED, Element values are 21-60. If CLOSED or NOT RED, Element values are 81-120. If the Output is a Turnout, create rules for THROWN and CLOSED, plus rules which will LOCK the turnout If the Output is a Light, create two groups of rules for ON, plus rules which will LOCK the light Turnout 5 Thrown Or Light 5 (On) group 1 Turnout 5 Closed Or Light 5 (On) group 2 Turnout 6 Thrown Or Light 6 (On) group 1 Turnout 6 Closed Or Light 6 (On) group 2 Lock Output 5 Conditions Lock Output 6 Conditions Advanced Conditional 7-8 Advanced Conditional rules based on the status of the DAC20 inputs, outputs and any devices listed in the External Devices table. Each output on the DAC20 can be triggered automatically if the conditions occur. Set each Element in the Condition as follows: DAC20 inputs 1-10 are ACTIVE, Element values are 1-10. If INACTIVE, Element values are 61-70. DAC20 outputs 1-8 are THROWN, Element values are 11-18. If CLOSED, Element values are 71-78. DAC20 external devices 1-40 are THROWN or RED, Element values are 21-60. If CLOSED or NOT RED, Element values are 81-120. If the Output is a Turnout, create rules for THROWN and CLOSED, plus rules which will LOCK the turnout If the Output is a Light, create two groups of rules for ON, plus rules which will LOCK the light Turnout 7 Thrown Or Light 7 (On) group 1 Turnout 7 Closed Or Light 7 (On) group 2 Turnout 8 Thrown Or Light 8 (On) group 1 Turnout 8 Closed Or Light 8 (On) group 2 Lock Output 7 Conditions Lock Output 8 Conditions Conditional Routes Advanced Conditional rules based on the status of the DAC20 inputs, outputs and any devices listed in the External Devices table. For each ROUTE defined in the Route Tables, optionally select conditional elements to trigger the ROUTE as follows: DAC20 inputs 1-10 are ACTIVE, Element values are 1-10. If INACTIVE, Element values are 61-70. DAC20 outputs 1-8 are THROWN, Element values are 11-18. If CLOSED, Element values are 71-78. DAC20 external devices 1-40 are THROWN or RED, Element values are 21-60. If CLOSED or NOT RED, Element values are 81-120. External Devices External Devices can be used in Conditional rules. These may be any turnout, signal or sensor, including 'imaginary' ones not represented on the layout If an External Device is used in more than one Conditional rule it only needs to be defined once in this table If a Turnout, calculate X and Y as follows: The address, 1 to 2048 is made up as Y*256 + X . X takes values 0-255, Y values 0-8 If a Signal, add 10 to the value calculated for Y, thus for an address 1 to 2048 is made up as ( Y*256 - 10 ) + X. X takes values 0-255, Y values 10-18 If a Sensor, the Board number (1-255) is written into X, the sensor number (1-16) has 100 added to it and written into Y (thus Y = 101-116)