frederic
New member
Here are pictures of my racks, with most of the gear installed. And the pictures are smaller this time
A four racks. 6U on top and 18U on the bottom.
You might notice the ceiling slants over these racks, so this is an excellent place for them since human's can't stand near the wall due to the height.
At the point where the slanted ceiling meets the wall, there is a 1U "rack" mounted on the slanted ceiling, which contains an ADC 48pt patch bay, which connects to a 48U TRS snake which connects to ADC144pt bays further down the line in/near the console table. To attach gear to the patch bays, ordinary 1', 2' and 3' patch cords are used. This should save wear and tear on the snake(s).
in between the four racks (right behind the three center 2x4 studs) on the floor are three dual gang isolated outlets (total 12 outlets between each rack) that share ground with the rest of the studio gear.
All four racks are on a 15A circuit that has capability of having a breaker swap to 20A should I add more power hungry gear.
A four racks. 6U on top and 18U on the bottom.
You might notice the ceiling slants over these racks, so this is an excellent place for them since human's can't stand near the wall due to the height.
At the point where the slanted ceiling meets the wall, there is a 1U "rack" mounted on the slanted ceiling, which contains an ADC 48pt patch bay, which connects to a 48U TRS snake which connects to ADC144pt bays further down the line in/near the console table. To attach gear to the patch bays, ordinary 1', 2' and 3' patch cords are used. This should save wear and tear on the snake(s).
in between the four racks (right behind the three center 2x4 studs) on the floor are three dual gang isolated outlets (total 12 outlets between each rack) that share ground with the rest of the studio gear.
All four racks are on a 15A circuit that has capability of having a breaker swap to 20A should I add more power hungry gear.