Hi Everybody!
I want to share a post about my project about the soft top closure from my remote key.
I hope it will be ok to stay and can discuss about is good or not etc.
View: https://www.youtube.com/watch?v=TuxE_jZKEXE
(Captured from YouTube)
How the existing system works is as follows.
The roof motor/pump is fed via one of the two violet relays (mounted on it), one is for 'open' one is for 'close'.
These have a permanent +12v all the time, ready to be swiched for the motor supply, but the relay coils are switched as follows.
The +ve for both coils is via the brake light circuit.
The -ve is fed via the roof microswitch, to the roof open/close button in the car, and then onto the -ve side of the relevant relay coil.
When all these conditions are met, ie foot on brake, roof flap lifted, the roof will move depending on whether up or down button is then pressed.
I have used two additional relays to mimic this:
One, when switched, provides a separate 12v to the brake light circuit (Blue/Red wire on the switched side of the pedal) and this energises the +ve side of the existing motor relay coils.
The other, which is switched at the same time, provides the -ve to the existing 'close relay' coil.
This -ve is sourced from the Brown/Orange wire on the back of the roof button (Its the -ve from the microswitch) and then goes (via the new relay's normally open contacts) to the Brown/Yellow 'close' wire on roof button (which in turn supplies the existing close relay on the pump.)
both additions are linked in parallel,... dont disconnect the existing, just join new wires into those circuits.
However the roof microswitch will disconnect the -ve circuit when the front of the roof flops down.
What I will do now is supply my new brake circuit relay coil -ve, with the microswitch circuit -ve, and this will also disconnect the brake circuit at the same time.
Just remember to remove 30amp fuse no1 when hardtop is on to prevent roof movement.
Attached YouTube link is for represent the post
Wiring diagram attached.
Tell me if any incorrect in my write up.
Thank you,
I want to share a post about my project about the soft top closure from my remote key.
I hope it will be ok to stay and can discuss about is good or not etc.
(Captured from YouTube)
How the existing system works is as follows.
The roof motor/pump is fed via one of the two violet relays (mounted on it), one is for 'open' one is for 'close'.
These have a permanent +12v all the time, ready to be swiched for the motor supply, but the relay coils are switched as follows.
The +ve for both coils is via the brake light circuit.
The -ve is fed via the roof microswitch, to the roof open/close button in the car, and then onto the -ve side of the relevant relay coil.
When all these conditions are met, ie foot on brake, roof flap lifted, the roof will move depending on whether up or down button is then pressed.
I have used two additional relays to mimic this:
One, when switched, provides a separate 12v to the brake light circuit (Blue/Red wire on the switched side of the pedal) and this energises the +ve side of the existing motor relay coils.
The other, which is switched at the same time, provides the -ve to the existing 'close relay' coil.
This -ve is sourced from the Brown/Orange wire on the back of the roof button (Its the -ve from the microswitch) and then goes (via the new relay's normally open contacts) to the Brown/Yellow 'close' wire on roof button (which in turn supplies the existing close relay on the pump.)
both additions are linked in parallel,... dont disconnect the existing, just join new wires into those circuits.
However the roof microswitch will disconnect the -ve circuit when the front of the roof flops down.
What I will do now is supply my new brake circuit relay coil -ve, with the microswitch circuit -ve, and this will also disconnect the brake circuit at the same time.
Just remember to remove 30amp fuse no1 when hardtop is on to prevent roof movement.
Attached YouTube link is for represent the post
Wiring diagram attached.
Tell me if any incorrect in my write up.
Thank you,