Joined
·
113 Posts
Soon I will start converting an aquarium into a paludarium. There will be no sliding windows at the front and ventilation, because I don't like this. Disruptive when looking in.
The ventilation will be regulated in the 30 cm high light box by means of a number of fans, blowing both in and out.
3 fans are placed against the rear of the light cover, which blow gently towards the front window screen. If this is not enough, I will place another 3 fans above the windshield to keep the window clean from condensation.
2 fans are placed in the top of the cover to suck out warm air from the paludarium should the temperature become too high. This is controlled by a computer.
The lighting will consist of a Daytime LED bar of 1 meter, of which 2 rows (7000k) and 1 row (5000k). With a 36w power supply. In total 4700 lumens. This lighting is controlled with a TC420 controller to simulate sunrise and sunset.
Since LED lighting does not give off much heat, I will equip the water stream that flows past the front window screen with an Eheim 2373 pump with built-in heating.
The ventilation will be regulated in the 30 cm high light box by means of a number of fans, blowing both in and out.
3 fans are placed against the rear of the light cover, which blow gently towards the front window screen. If this is not enough, I will place another 3 fans above the windshield to keep the window clean from condensation.
2 fans are placed in the top of the cover to suck out warm air from the paludarium should the temperature become too high. This is controlled by a computer.
The lighting will consist of a Daytime LED bar of 1 meter, of which 2 rows (7000k) and 1 row (5000k). With a 36w power supply. In total 4700 lumens. This lighting is controlled with a TC420 controller to simulate sunrise and sunset.
Since LED lighting does not give off much heat, I will equip the water stream that flows past the front window screen with an Eheim 2373 pump with built-in heating.