Chapter 1. Product Introduction
1.1 Specification
| Case Type | Micro Case |
| Dimension (H*W*D) | 378 x 198 x 411 mm (15 x 7.8 x 16.2 inch) |
| Material | SPCC |
| Cooling System | Rear (exhaust): 120 x 120 x 25 mm Turbo fan (1000rpm, 16dBA) |
| Drive Bays | - Accessible: 1 x 5.25" - Hidden: 3 x 3.5" or 3 x 2.5" |
| Expansion Slots | 4 |
| Motherboards | 6.7" x 6.7" (Mini ITX), 9.6" x 9.6" (Micro ATX) |
| Fan Support | Front: 1 x 120mm or 2 x 120mm Top: 1 x 120mm or 2 x 120mm Rear: 1 x 120mm |
| Radiator Support | Front: 1 x 120mm or 1 x 240mm Top: 1 x 120mm or 1 x 240mm Rear: 1 x 120mm |
| Clearance | CPU cooler height limitation: 155mm VGA length limitation: 330mm PSU length limitation: 160mm ODD length limitation: 150mm |
1.2 Accessory
| Parts Name | Q'ty | Used for |
|---|---|---|
| Screw #6-32 x 6 mm | 5 | PSU |
| Screw M3 x 7 mm | 25 | Motherboard, ODD, SSD |
| Stand-off # 6-32 x 6 mm | 9 | Motherboard |
| HDD Rail | 4 | 3.5"HDD |
| Screw TA3 x 6mm | 4 | HDD Rail |
| Screw #6-32 x 5 mm | 4 | PCI Bracket |
| PCI Bracket | 1 | Slot |
| Ø5 x 10 mm | 8 | Fan |
| Cable Tie | 5 | Cable Management |
Chapter 2. Installation Guide
2.1 Side Panel Disassembly
Diagram showing how to remove screws from the back of the chassis to open the side panel.
Remove the screws on the back of the chassis, and open the side panel.
2.2 PSU Installation
Diagram showing the placement of the power supply unit (PSU) inside the chassis and securing it with screws.
Place the power supply in proper location and secure it with screws.
2.3 Motherboard Installation
Diagram illustrating the chassis laid down and the motherboard being installed and secured with screws.
- Lay down the chassis.
- Install the motherboard in proper location and secure it with screws.
2.4 5.25" Device Installation
Diagram showing the steps to install a 5.25" device: removing the bay cover, unlocking and removing the lock device, placing the device, and relocking.
- Remove the 5.25" drive bay cover.
- Turn the lock device counterclockwise to unlock and remove the lock device.
- Place 5.25" device into the drive bay.
- Find the proper openings. Put back the lock device and turn lock device clockwise to lock.
2.5 3.5" HDD Installation
Diagram showing how to install a 3.5" HDD onto a sliding rack and then slide it into the chassis.
- Install the hard disk drive onto the sliding rack and tighten it.
- Slide in the hard disk drive along the sliding rail at the back of the enclosure, and tighten it with the screws.
2.6 2.5" HDD Installation
Diagram showing the installation of a 2.5" HDD into the chassis and securing it with screws.
Place the 2.5" HDD on proper location and secure it with screws.
2.7 PCI Slot Usage
Diagram illustrating how to loosen screws, install a PCI card, and secure it.
- Loosen the screws with a screwdriver.
- Install the PCI card in proper location and secure it with screws.
2.8 Radiator Installation
Diagrams showing radiator installation for 120mm and 240mm sizes.
Fix the radiator with screws.
Chapter 3. Leads Installation
3.1 Case LED Connection
On the front of the case, you can find some LEDs and switch leads. Consult your motherboard manufacturer's user manual, then connect these leads to the panel header on the motherboard.
3.2 USB 2.0 Connection
Consult your motherboard manual to find the section for "USB connection".
3.3 USB 3.0 Connection
- Make sure your motherboard supports USB 3.0 connection.
- Connect the USB 3.0 cable to the available USB 3.0 port on your computer.
3.4 Audio Connection
Illustration showing the Audio HD Audio Function pinout (PORT1 L, PORT1 R, PORT2 R, PORT2 L, SENSE_SEND, SENSE1_RETURN, SENSE2_RETURN, AUD GND, PRESENCE#, KEY) and USB Function pinout (VCC1, RED2, RED1, VCC2, D1-, WHITE2, WHITE1, D2-, D1+, GREEN2, GREEN1, D2+, GND, BLACK2, BLACK1, GND, NC, N.C, KEY, KEY) for front panel connectors.
Refer to the following illustration of the Audio connector and your motherboard user manual. Please select a motherboard that uses AC'97 or HD Audio (Azalia). Be aware that your audio supports AC'97 or HD Audio (Azalia), or it will damage your device(s).
Chapter 4. Other
4.1 Thermaltake Power Supply Series (Optional)
As today's technology updates rapidly, consumers are always requesting for higher and higher PC performance, which also increases loads to power supplies. Therefore, selecting a suitable and reliable power supply becomes a necessary lesson for all PC users.
Why Choose Thermaltake Power Supply?
Quality From Within
Every power supply unit from Thermaltake should pass a very strict quality control before being sent to customers, including BIT (Burn-in-test) for over 8 continuous hours in a 45°C room to test if a unit can run normally under usual scene, and Hipot test to ensure the power supply unit can survive and protect both users and their systems when the voltage volume surges.
Less is more
In order to prevent wasted energy, all of Thermaltake's products should have at least 80% of transforming efficiency, and Thermaltake is one of the manufacturers that have the most 80 PLUS certificates. Thermaltake knows how to save for the earth and customers; they know what makes less to be more.
Being Supportive By All Means
A product with better quality can have longer life and working hours but less pollution. Thermaltake obeys and respects all environmental clauses in all countries and makes sure all of their products are both user and environmental-friendly. Therefore, they show their supports by giving 2 to 7-year warranties, which is not only a quality commitment to the users, but also love to this planet by reducing resources and wastes.
Thermaltake has several power supply product lines; please refer to their official website and Facebook Fan Page for more detail information!
Brand official website: http://www.thermaltake.com/
Global Facebook: https://www.facebook.com/ThermaltakeInc
Taiwan Facebook: https://www.facebook.com/ThermaltakeTW
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