Quiet server cabinets

[psahx]

I made noise cancelling panels with HVAC fiber ductboard.I installed them in a restaurant that had hard wood ceilings & concrete floors,it only took a few well placed panels to stop the echo  

I cut all edges at a 45 degree angle & sprayed glue on the fiberglass side & applied a fabric to it.That keeps the fiberglass from flaking off & gives a classy look.

The other side has the silver aluminized facing which is kinda tough.It can be punctured/scratched/ripped though.You can paint it any color you want.

Each sheet is 10 ft x 4 ft x 1 inch or 1 1/2 thick & costs about $35 a sheet.

Just an idea  

Can you please post some photos as well? Sounds very attractive

[1714055100]

1714055100

[Spotswood]

First pics!  (Pardon some of the protective paper).  

Fresh air enters the cabinet from the bottom of the front door and exits out the top of the back door with a -10dB in noise.

image

This 8U quiet cabinet would be perfect for 2x Spondoolies-Tech SP30.  

Cool man, this is exactly what one will need, to run some SP at home!!! I liked very much the idea with the vent duct, thus you can remove the hot air from SPs directly out from building. Does it come with a blower?

It will not include a blower.  You local home improvement store should have 'em in stock. 

[Spotswood]

A quick video demonstrating the effectiveness of my quiet server cabinet:

http://youtu.be/UFVYyNDMCUA

[jtlightner]

Spotswood, are you using 80/20 parts for the frame?

Certainly looks like 80/20 parts I have seen in the past...

[Spotswood]

Spotswood, are you using 80/20 parts for the frame?

Certainly looks like 80/20 parts I have seen in the past...

Its made from aluminum t-slot extrusions, not 80/20, but another vendor.

[Unacceptable]

I made noise cancelling panels with HVAC fiber ductboard.I installed them in a restaurant that had hard wood ceilings & concrete floors,it only took a few well placed panels to stop the echo  

I cut all edges at a 45 degree angle & sprayed glue on the fiberglass side & applied a fabric to it.That keeps the fiberglass from flaking off & gives a classy look.

The other side has the silver aluminized facing which is kinda tough.It can be punctured/scratched/ripped though.You can paint it any color you want.

Each sheet is 10 ft x 4 ft x 1 inch or 1 1/2 thick & costs about $35 a sheet.

Just an idea  

Can you please post some photos as well? Sounds very attractive

Sorry,but I lost the pics when a HDD failed a few years ago  

You can use ANY fabric you want almost,it needs to be abit porous though,to let the sound in,otherwise it kinda defeats the principal  

The panels were 3 ft x 4 ft & a few were 2 1/2 ft x 6 ft.You could make them almost any shape,just need to work the fabric around the curves,can be tricky  

My customer had a carpenter come in later & put them in wood frames,it turned out really nice!! Wish I still had those pics!!!  

[Spotswood]

I'm now ready to take orders for this 8U quiet server cabinet.





Features

• 19" Rack-mount cabinet
• Entire interior lined with noise absorbing and noise blocking foam (-10dB reduction; video here)
• Front intake via duct/door
• Rear exhaust via duct/door (with a 4x10-inch cutout to connect to exhaust system)
• 4x 8U round hole server rack posts
• Ships flat-packed (from New Hampshire)

Specifications

Form Factor	8U
Materials	Aluminum extrusion, aluminum sheeting, acrylic
Supported chassis depth	23.5-inches (596mm)
Internal Dimensions	Height: 15.5-inches (394mm) Width: 20.5-inches (521mm) Depth: 23.5-inches (596mm)
External Dimensions	Height: 20.5-inches (521mm) Width: 21.5-inches (546mm) Depth: 37.5-inches (957mm)
Weight	49 pounds (22.3 kg)

For more info, see here.

-Rich

[wanna4fun]

I'm working on this kind of cabinet too.
To have better performance with the noise reduction you could use foam for the wall and sound trap for the intake and outcoming air.
Below and example of a sound trap.

[Spotswood]

I'm working on this kind of cabinet too.
To have better performance with the noise reduction you could use foam for the wall and sound trap for the intake and outcoming air.
Below and example of a sound trap.

That looks awesome.

This current design attempts to strike a balance between noise reduction and cooling (with more emphasis on cooling atm).

[notlist3d]

Looks like a great product.  I love the sleek design.  Do you mind taking a picture of front exhaust?  I'm curious what it looks like.

[Spotswood]

Looks like a great product.  I love the sleek design.  Do you mind taking a picture of front exhaust?  I'm curious what it looks like.

I don't have interior pics just yet, but here is the model of the front door.  The interior is lined with sound absorbing foam.  Air enters the cabinet via the open bottom.

[wanna4fun]

Looks like a great product.  I love the sleek design.  Do you mind taking a picture of front exhaust?  I'm curious what it looks like.

I don't have interior pics just yet, but here is the model of the front door.  The interior is lined with sound absorbing foam.  Air enters the cabinet via the open bottom.

I believe that making the door the way you intake and out take the air is wrong (it seems good on professional product tough). It require to much work and precision to make it effective.
After thinking about it I plan to make my sound traps in the cabinet and I want to it to be removable and cleanable.
To me, the best is to make big hole and use this component to connect the sound trap with the interior and the exterior of the cabinet.

To make the soundtrap, I'm thinking about using plastic box with foam in side. To break the sound, polystyrene plate with foam stick on it. I may have 100% sound reduction

What is the program did you use to make 3D model ?

EDIT : this is what i think of :
then all you have to worry is make sure that air does not go out or in from doors. The most of the noise will come from the air flow

[Spotswood]

Looks like a great product.  I love the sleek design.  Do you mind taking a picture of front exhaust?  I'm curious what it looks like.

I don't have interior pics just yet, but here is the model of the front door.  The interior is lined with sound absorbing foam.  Air enters the cabinet via the open bottom.

I believe that making the door the way you intake and out take the air is wrong (it seems good on professional product tough). It require to much work and precision to make it effective.
After thinking about it I plan to make my sound traps in the cabinet and I want to it to be removable and cleanable.
To me, the best is to make big hole and use this component to connect the sound trap with the interior and the exterior of the cabinet.

To make the soundtrap, I'm thinking about using plastic box with foam in side. To break the sound, polystyrene plate with foam stick on it. I may have 100% sound reduction

What is the program did you use to make 3D model ?

EDIT : this is what i think of :
then all you have to worry is make sure that air does not go out or in from doors. The most of the noise will come from the air flow

I use Sketchup.

[Spotswood]

Interior pics:

[Spotswood]

For sale thread is live.  

[sussanbetcher]

It would be useful for many customers as the sale thread for the server rack frames are up now. As there is custom size frames are available many people would be interested in this deal with this reasonable prize. Can you guide me to your services page where I can get more info about the kind of fields you handle?


Thanks
server rack shelf
Sussan B.