Suggestions for automating manual LGB points

Something like this might work nicely.

With some work you could gut the remotes and installed them in a panel.

This approach assumes you would use the standard EPL motors for the points.

The receive has a momentary mode which should work fine with the motors.

You still need to get power (or air) to the controller, or remotes, regardless of how they are operated, this is where the issue really is.
 
All this also pre-supposes that the OP just wants remote operation of the points...

The title is automatic operation, which also infers a degree of remote control?

PhilP
 
You still need to get power (or air) to the controller, or remotes, regardless of how they are operated, this is where the issue really is.

Two 9 volt batteries would power an EPL motor's typical use for a very long time. 400,000 switch actions (cycle) ?

1000 mAh in the batteries. 30 milliamp draw. 300 Msec cycle duration.
 
Two 9 volt batteries would power an EPL motor's typical use for a very long time. 400,000 switch actions (cycle) ?

1000 mAh in the batteries. 30 milliamp draw. 300 Msec cycle duration.
Correct..

Biggest problems (outside) would, over time) be seasonal temperature cycling and corrosion.

PhilP
 
All this also pre-supposes that the OP just wants remote operation of the points...

The title is automatic operation, which also infers a degree of remote control?

PhilP

Agreed.

The manual switches have to operated directly with your hand.

I believe his use of the word "automating" in the context of his question implies a remote switch/control of some sort, whether that be wired or wireless.
 
I have decided to go with a controller from Talking Electronics, the one I am using does 2 sets of points using converted RC servos for the actual moving of points
and it has led's that indicate what position the points are in. For $25 plus postage I don't think you could beat it.

s-l1600 (4).webp
 
I have decided to go with a controller from Talking Electronics, the one I am using does 2 sets of points using converted RC servos for the actual moving of points
and it has led's that indicate what position the points are in. For $25 plus postage I don't think you could beat it.

View attachment 334652
Hi Alan,
Is this a kit and if so do you have a link to it, please?
cheers,
Ian
 
I have decided to go with a controller from Talking Electronics, the one I am using does 2 sets of points using converted RC servos for the actual moving of points
and it has led's that indicate what position the points are in. For $25 plus postage I don't think you could beat it.

View attachment 334652
Be interesting to see how the servos and board connected to them survives outside. Certainly the board would be better in a small dry building say a lineside hut or equipment case model.
 
The servos will have to sit above the baseboard, and be protected by a lineside hut or equipment cabinet.
Do not leave power on 24/7 as if there is the slightest damp, pcb tracks will migrate.

PhilP
 
They/He does a Semaphore signal module as well that detects a train using a IR detector that when it detects a train it charge the signal to clear
and a short time after the train passes by it returns to danger/ stop. $28.00 plus postage.... I better order one before their all sold out :(

SemaphoreSignal.gif
 
I am getting all nerdy and am going to use a python program running on a raspberry pi to do my point changing.
While I am at I'm having a line drawing of my track displayed on a monitor which will eventually tell me train position, point direction and signal settings.
The below blog pages give an idea of where I am coming from and where I am trying to get to (the second page is still a work in progress)

This how I did my servo control points.

I am in the process of upgrading the control method to use wifi controlled relays to replace the switches.and wiring outside and taking them into the shed onto a central control box.

I even have an idea to use wifi cameras linked to a couple of old phones to see hidden parts of the layout but that is way into the future.

Alan;
A word of warning from one who has been there; if the servo horns are going to be exposed to sunlight change them to metal as they will not survive a summer without crumbling.
 
I am getting all nerdy and am going to use a python program running on a raspberry pi to do my point changing.
While I am at I'm having a line drawing of my track displayed on a monitor which will eventually tell me train position, point direction and signal settings.
The below blog pages give an idea of where I am coming from and where I am trying to get to (the second page is still a work in progress)

This how I did my servo control points.

I am in the process of upgrading the control method to use wifi controlled relays to replace the switches.and wiring outside and taking them into the shed onto a central control box.

I even have an idea to use wifi cameras linked to a couple of old phones to see hidden parts of the layout but that is way into the future.

Alan;
A word of warning from one who has been there; if the servo horns are going to be exposed to sunlight change them to metal as they will not survive a summer without crumbling.
Hi Gap, yeah I intend to house the servos in a weather resistant housing disguised as something else, IE. pile of old sleepers , but metal arms are much better over all.
 
Hi Gap, yeah I intend to house the servos in a weather resistant housing disguised as something else, IE. pile of old sleepers , but metal arms are much better over all.
I would also suggest that you use a conformal coating if the boards are going to live outdoors.
This will greatly reduce moisture ingress into the boards that will lead to corrosion and possible de-lamination.

Couple of examples


Personally I would use the second one (the urethane, used in the RAAF on avionic boards) as it will be easier to rework the board if needed.
 
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