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(1) The computer will not send a turnout change if a train is over the turnout.

The advantages of a computer controlled DS64 are Make a diagram of your wiring and programming and wire the rest of your turnouts.

IF the LED color is not synchronized with the turnout position, reverse the LED wires.Ħ. IF now the ACTUAL turnout position is not synchronized with TC position on the screen, reverse the wires to pin 8 and 1 of the Tortoise machine.ĥ. IF turnout position on TC screen is not synchronized with MOM switch position, reverse the A1 and S1 wires.Ĥ. When you have the turnouts changing position when you throw the MOM switch each way, then procede with the following: (Order of procedure important)ģ. Wire the turnouts a shown on the left without regard to position or LED color.Ģ. When setting up the wiring and programming, complete the following:ġ. OpSw 15 - Closed - outputs ignore inputs. OpSw 13 - Closed - all 8 inputs send sensor message OpSw 1 - Closed - Static output for Tortoise turnout machine. When the SPDT switch is toggled down, it closes the individual S input and the computer sends a CLOSED command to the turnout. When the SPDT switch is toggled up, it closes the individual A input and the computer sends an OPEN command to the turnout. In RR&Co's Train Controller program, there are 8 Contact Indicators for each DS64, two for each turnout. This drawing of DS64 wiring shows the SPDT MOM (Single Pole Double Throw Momemtary ON Center Off switches, the Red/Green Bipolar LED, and the Tortoise SloMo Turnout Machine.Įach DS64 is programmed so that all eight inputs are sensors. DS64 Wiring Drawing (for Train Controller program to throw turnouts)