Beantech BT-85
Aug 28th, 2004 | By Archive
Beantech BT-85
Date
: 08/29/04 – 01:34:20 AM
Author
:
Category
: Cases
Page 1 : Introduction
Manufacturer
: BeanTech
Price
:
I always find case reviews fun to do. Every time I pop a motherboard onto a new tray it feels like I'm installing a brand new computer. Today I get a chance to revamp my test bed. For those who have seen my previous reviews know that my Abit NF7-S test bed consists of all the components placed on a little rack. As the school year approaches, I'm going to need something a little more durable and movable. Having a ton of fancy looking equipment in my case means I have to be able to show it off. Everyone knows there is only one way to do that – windows! With my new case, Prisma Prime BT-85, all I have is a window. It's Plexi-Time at Overclockers Online.
Many of you may not have heard of BeanTech. They were established in 2000 with a three point mission:
Page 2 : Package
The BeanTech BT-85 arrived in it's retail packaging. This was one huge box!
To ensure nothing but absolute quality, a sticker reading "This transparent case have been fully QC before send to your hand. If you find damage on our case — Please don't open the seal (or sticker). Thanks!" ensures that you are the only owner of this case.
If you step back from the box you'll see that there is a lot of Styrofoam protecting the case.
After removing the case, the following picture sort of shows you how small the case is compared to the box.
Even if this case was dropped I don't think it would sustain major damage. Very impressive packaging compared to other companies who cut back on costs by taking off valuable protection.
Once you break the quality control sticker and remove the plastic bag you will find two white cloth gloves and a folded up installation instruction manual.
Here are some pictures of the instruction manual:
With the exception of the base of the case, it is entirely shrink wrapped to protect against scratching. You are to remove this wrap with the gloves on.
Inside the case is a bag of special screws you will need to install all your favourite components. The thickness of the Plexiglass prevents you from using conventional screws packaged with your hardware.
Somewhere in the mix you will find a much smaller speaker. It measures about 1cm in diameter.
Let's move on to the actual specifications of the case.
Page 3 : Specifications
Here is a copy of the specification from BeanTech:
Features
High level acrylic case
Plexigass acrylic ATX chassis
4 transparent blue LED fans
Front USB 2.0 x 2 & IEEE 1394 access
Removable motherboard tray
Anti-vibration drive bays
Excellent airflow system for heat dissipation
Recommended by well-known overclockers
4×80 mm blue LED fan
Drive Bays 4×5.25"
External 2×3.5"
External 5×3.5" Hidden
Rotary Fan Speed Control
Rubber Ring for Hidden HDD
Edge reinforcement and rounded camber
USB 2.0+IEEE 1394 front access
Laser-Cut fan rounding holes
Anti-Vibration gold-rim pad
Brass mounting holes
Cut-off lines for 7xAGP/PCI Expansion
Perforated I/O plate
M3x0.5 brass insert Screw M/B stand-off
Specifications
Color : Transparent
Foam Factor : Acrylic ATX Chassis
Front Panel Material : 10mm
Chassis Material: 5mm
Drive Space External : 5.25''x 4, 3.5''x 2
Drive Space Internal : 3.5''x 5
Expansion Slot : 7
Front Panel Connect : 2 x USB2.0, 1 x IEEE1394
Cooling Fan : 8cm x2(Front), 8cm x1(Rear) w/ Grill
Power Type : PSII ATX
Power Supply : W/O
Dimensions (D*W*H) : 490x205x450 mm
Options
Red LED fan
Green LED fan
Blue LED fan
Red,Blue,Green LED fan
Voice Control Cold Cathode Fluorescent Lamp-Blue
Cold Cathode Fluorescent Lamp-Blue
Cold Cathode Fluorescent Lamp-Blue/Green
Cold Cathode Fluorescent Lamp-Blue/Green/Red
My case came with the 4 80mm FloLite Blue LED fans.
Each fan came with 1 80mm chrome grill and 1 80mm laser cut grill fabricated into the acrylic sheets.
Here are the general specifications on FloLite LED Fans:
34 CFM Capacity
Connects to your mainboard or to your PSU via Molex adapter
Ball bearing
80mm x 80mm x 25.4mm
4 Mounting screws
MTBF 50,000 Hours
Page 4 : Exterior
The exterior of the case is very simple. It utilized nothing but acrylic sheets held together at various points using special screws.
The top of the case lacks any form of additional ventilation. Looking at the size, it would of been nice to add an 80mm or 120mm fan at this location.
A close up of the USB and FireWire ports:
On the back things are very different:
You will notice that the expansion slots pop out only on one of the two sides.
The fact that the cut-off is only on the on side makes installation and uninstallation a tad complicated. I'll explain more about this during the installation process.
Also on the back of the case are the screws to support the power supply. I tried all sorts of screws for this, but I could never find a perfect fit for my Ultra X-Connect Power Supply. Only three of the four screws mounted properly.
Let's go inside now.
Page 5 : Interior
The interior of the case is like any other mid tower chassis. This one features four external 5.25" drive bays, two external 3.5" drive bays and another four internal 3.5" drive bays.
Mounting the drives into the drive bays requires special screws due to the additional thickness of the acrylic sheets. You will find two bags of screws similar to these:
With all acrylic cases and cases with windows cable management is imperative. A sloppy wiring job is better off in an aluminum or steel chassis with no windows. You would of thought that BeanTech put a little more thought into this when they created the mini-fan rheobus.
The last thing I'd like to bring up are the power switches, LEDs and speaker
Page 6 : Installation
Here is what I put into this system.
Abit NF7-S rev 2.0
AMD Mobile Athlon XP 2500+ @ 200*12
Ultra Products 2*512 MB PC3200 Dual Channel Kit
HIS ATi 9550 VIVO Stock
Asetek KT03A-L30 WaterCooling
Ultra Products X-Connect Power supply
10 GB ATA 100 5400 RPM Hard Drive
LiteON SOHW 1213S Provided by LiteON
1*120mm fans @ 12 V
1*Swiftech RadBox
2*80mm FloLite Fans
With the removable motherboard tray installation of everything is very easy.
Although most cases only have six positions for screws to hold down the motherboard, BeanTech gives you all ten. This ensures that the board is secured and the weight is evenly supported. You would not want your motherboard and massive heatsink to rip the board off the tray.
Using the ABit NF7-S motherboard, I knew the back IO plate had to be changed. Although BeanTech provides the most commonly used back plate in the acrylic form, it is made out of very thin acrylic. This makes its removal very easy. Just about all removable portions on the motherboard tray are made from thin plastic. This warrants for extra care when handling.
The removable portion on the expansion slots is only on the one side. Had BeanTech removed a little bit from the side, where the side is screwed down, it would make removing expansion cards a lot easier. Right now, once I've inserted my video card, I can't seem to get it out. By angling the card, one of two things get in the way. Either the card is clipped down onto the motherboard via AGP retention clip or the CRT port bolt hits the side.
Once you find all the proper screws to use, installing any of the drives becomes very easy. You must pick the right screw as you do not want to thread away the metal inside the drives.
Here's a picture of a pre-wired case.
Things get a little chaotic when everything is wired into place:
Page 7 : Conclusion
Well another case review all wrapped up. I'm very pleased with how some of the things worked. There are a few things that I would like to see fixed, but nothing that would tarnish the image of BeanTech.
Acrylic cases are very cool and if you don't want to pay for your own case, you can built your own. Check out Nick's article on how he built his very own LANBox.
Before I list some advantages and disadvantages of this case, let me show you some more pictures.
Advantages
It's one big window!
Lots of cool blue 80mm fans
Removable motherboard tray
Disadvantages
Scratches easily
Can't easily remove expansion cards
Can't mount power supply properly
Many thanks to BeanTech for making this evaluation possible.