- #WIRW A DPDT SWITCH FOR A TORTOSIC SWITCH MAC HOW TO#
- #WIRW A DPDT SWITCH FOR A TORTOSIC SWITCH MAC MANUAL#
The handle of a toggle switch is physically pushed to one position, and it stays in that position until pushed to the opposite position. The latching relay is similar to a two-position ('double throw') toggle switch. The latching relay maintains its position after the actuating switch has been released, so it performs a basic memory function. It is controlled by two momentary-acting switches or sensors, one that 'sets' the relay, and the other 'resets' the relay. Turnout Control Devices, Signaling, & Detection.A latching relay is a two-position electrically-actuated switch.Layouts, Design, Planning, & Operations.Photography/Videography (Techniques & Equipment).
The Wabbit takes about 4 seconds after you initiate the PBL enable/disable before the inputs are actually inhibited. You can also do all Wabbit SWA at once and then all Wabbit SWB at once. This will enable PBL on multiple units at the same time. You can place more than one Hare into program mode and issue the CV88=173 command and then the address. With the Wabbit, you also need to set SWA and SWB CVs separately.
The Wabbit has the same feature except that you set the PBL address by setting CV72=173 instead of using CV88.
#WIRW A DPDT SWITCH FOR A TORTOSIC SWITCH MAC MANUAL#
Should you need to use a manual input, a single DCC command will enable the inputs, allowing a quick point change, and then a single DCC command will again disable all of the manual inputs. Once this feature is enabled, you can use it, for example, at a train show to disable ALL of your manual inputs to prevent visitors from “helping” you dispatch trains. If you send an OFF (2,t) Accessory Command to your selected lockout address, all enabled Hares will now respond to all push button commands. When PBL is enabled, if you send an ON (1,c) Accessory Command to your selected lockout address (here 500), all of the PBL enabled Hares will not respond to any push button commands. If you have already set an Accessory Address for the PBL logic, you can enable or disable the PBL function by setting CV88=1 (enable) or CV88=0 (disable). This enables the PBL logic, and will allow you to enable or disable manual inputs by sending Accessory Commands to your selected lockout address. Program CV88 to 173 and then send an Accessory Command (or SWCH) to your selected lockout address (e.g. Select an Accessory Address that will be used by all Hares on your layout to enable or disable Push Button Lockout (PBL). Try it with one on the bench first just to get the feel for how it works. Conversely, a single command to the selected Accessory (SWCH) address will re-enable ALL push button inputs on the layout. Basically, once it is enabled on all of your Hares/Wabbits, a single Accessory (SWCH) ON command to your selected accessory address will disable ALL push buttons on the layout.
#WIRW A DPDT SWITCH FOR A TORTOSIC SWITCH MAC HOW TO#
I have attached a write up telling you how to enable and use this feature. It is designed for clubs with exactly the problem you are trying to cope with. I have the best possible answer for you: if you are using Hares and/or Wabbits, they already have a feature to solve this problem without any wiring changes. He's offered to answer any further questions you might have too. Here is an excerpt from their manual online: I am not personally experienced with the Wabbits, but it looks like the input for the buttons could be intercepted (where I circled in purple).
We've tossed around some solutions - like a hinged plexi cover to provide some protection, wiring 220v through the buttons to shock their fingers, or put in a hidden/subtle dead-man switch switch that must be pressed to enable the buttons.Īll of the switches are Tortoise and Wabbit controlled. The adults are as bad as the kids, and perhaps even worse as they should have the common sense to leave things alone. We surround the panels with stanchions to send a message of "don't touch". Unwary fingers are a problem at some shows, resulting in derails, electrical shorts, and even a melted truck or two. One a couple of our club modules we have elaborate control panels, with push buttons used to manually select turnout routes (red/black buttons).
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