Hello guys. I'm about to start a project to build a duplicate mini of a passenger lift. Just a model to sit in our office.
The project will consist of a Motor for drive, Floor positioning selector (micro switches) I'll be using 24v dc power supply.
At this stage there will be no doors. I will add that into the circuit diagram at a later date.
Ideally I would like to keep it based on relays. I'm open to a logic setup but it's been a while since I've touched logic circuits. Even if I get a complete logic on a diagram it would be hard for me to translate it into the real thing.
I don't want to use a stepper motor as this is not how a conventional lift works.
I understand the basics of a lift as I'm a lift engineer. Getting diagrams will not be a problem. However a call collective lift is difficult to come across.
Call collective as in u can press floors 1 and 2 and it will collect the calls and the lift will stop. Wait, then travel to the next stop.
I've searched the forum and there's not a lot on here. Yes there's a lot of posts but nothing complete.
Any comments welcome.
The project will consist of a Motor for drive, Floor positioning selector (micro switches) I'll be using 24v dc power supply.
At this stage there will be no doors. I will add that into the circuit diagram at a later date.
Ideally I would like to keep it based on relays. I'm open to a logic setup but it's been a while since I've touched logic circuits. Even if I get a complete logic on a diagram it would be hard for me to translate it into the real thing.
I don't want to use a stepper motor as this is not how a conventional lift works.
I understand the basics of a lift as I'm a lift engineer. Getting diagrams will not be a problem. However a call collective lift is difficult to come across.
Call collective as in u can press floors 1 and 2 and it will collect the calls and the lift will stop. Wait, then travel to the next stop.
I've searched the forum and there's not a lot on here. Yes there's a lot of posts but nothing complete.
Any comments welcome.