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English Edition
◈ Please read before installation.
◈ Visit our website and watch the TNN500AF installation video first to make
your installation easier.
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▣ Welcome
Congratulations on your purchase of ZALMAN Tech’s TNN 500AF.
With TNN500AF, you are now in the world of silent computing. TNN
500AF is the ultimate answer to every computer user’s dream of
creating a silent computing environment with total system stability.
▣ Contents
1. Safety Notices
3
4
2. Features
3. Patents
11
12
15
15
19
20
47
4. Components
5. Optional Components
6. Specifications
7. Operational Notes
8. Installation Guide
9. Trademarks and Copyright Notice
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1
Safety Notices
1) Keep this unit away from heat sources and direct sunlight.
2) This unit should be placed on a flat, level, and solid surface.
3) Always shut down the operating system and switch the AC OFF before disassembling.
4) Keep this unit in an upright position when the AC power is ON.
5) Do not place or spill liquids on this unit.
6) Avoid inserting any objects into the system while it is ON.
7) Lower the caster stops to immobilize the unit before using the system.
8) If this unit is to be transported a long distance, place it in the original packing box or a custom
made hard case.
9) Do not drop or expose this unit to shock while it is in transit.
10) Store and use out of the reach of children.
11) Check the condition of the product and its components before installation.
If there is a problem with the product and/or its components, please contact the Retailer
immediately.
◈
Disclaimer
Zalman Tech Co., Ltd. Is not responsible for any damages due to external causes, including
but not limited to, improper use, problems with electrical power, accident, neglect, alteration,
repair, improper installation, or improper testing.
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2
Features
TNN 500AF is the world’s first truly noiseless high-end computer case, developed with heatpipe
technology, HSC(Heat Source Contact) power technology, High Capacity Extrusion technique,
and FMS (Flexible Mounting Structure) design technology by ZALMAN Tech Co., Ltd. The
TNN 500AF package contains a high performance aluminum computer case with an absolutely
noiseless cooling solution for the CPU, VGA Card, Power Supply, and Northbridge free of fans,
making it ideal for storage servers, workstations, high-end home systems, and sound studio
computer systems.
1) Complete Silence
The cooling system does not generate any noise because it does not utilize any fans. Even
the HDD noise is blocked out by the sturdy aluminum plates 5 to 7mm thick, achieving
completely silent computing.
2) Stability
①
No Fans in the System
The majority of heat generated inside the system is
transferred through heatpipes to the heatsink plates
where it is dissipated via natural convection, reducing
inflow of dust dramatically. Consequently, this
prevents system crashes caused by dust buildup and
fan failures (fans last around 20,000 to 50,000 hours).
② High-Capacity Aluminum Heatsink Plates for
Natural Convection
Two large aluminum heatsink plates cool heat
generating components, such as the CPU and VGA
Chipset, through natural convection. Without any
moving parts, the TNN 500AF is virtually free of the
need for mechanical maintenance, and it is 100%
recyclable, making it environmentally friendly.
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③
Heat Transfer via Heatpipes
Virtually ever-lasting heatpipes transfer heat away
from the CPU, VGA chipset, and Northbridge chipset
preventing system crashes due to over heating.
- CPU Heatpipes
Heat from the CPU is transferred to the heatsink plate
through 6 heatpipes each 6 millimeters in diameter.
The six heatpipes can transfer up to 150W of heat
from the CPU - sufficient for the hottest CPUs on the
market. The CPU Block Base is made of pure copper
to ensure the highest cooling performance.
CPU Heatpipes
- VGA Card Heatpipes
Heat from the VGA Card is transferred to the heatsink
plate through 3 heatpipes each 6 millimeters in
diameter. The three heatpipes can transfer up to 75W
of heat from the VGA chipset - sufficient for the hottest
VGA cards on the market.
VGA Card Heatpipes
- Northbridge Heatpipe
Heat from the Northbridge chipset is transferred to the
heatsink plate through a single heatpipe, 5 millimeters
in diameter. This heatpipe can transfer up to 20W of
heat.
Northbridge Heatpipe
③
Heat Transfer via Rear-mount Thermal Blocks
When the Rear-mount Thermal Blocks are installed on
the back-side of the motherboard in line with the
position of the FETs (Field Effect Transistor) and the
Northbridge chipset, each can lower the FET
temperature by 10 to 30°Cand the Northbridge chipset
Rear-mount Thermal Blocks
by 5 to 10°C
.
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⑤
High-Efficiency, Fanless Power Supply
The power supply uses high-efficiency FET
components and Heat Source Contact (HSC)
technology, eliminating the need for a fan, and
has a 10% higher power conversion efficiency
(80%) rating than conventional power supplies.
Heat from the power supply is transferred
directly to the high-capacity heatsink plates,
where it is dissipated by natural convection,
making the power supply free of noise and
vibration.
- High-capacity active PFC inductors, separate switching transformers for each power rail
(+12V, +5V, +3.3V), and 2-FET forward converter design all work to create a superior
level of stable power quality.
- Conventional power supplies tend to have lower output voltage due to line-dropping
phenomenon. The TNN Power Supply extends the output voltage sensors up to the
motherboard connection for +3.3V, +5V, and +12V rails to prevent this, enhancing
output voltage accuracy and assuring system stability.
■Ripple and noise waveforms at DC output
a)+5VDC
(21.4mVp-p)
b)+3.3VDC
(42.2mVp-p)
c)+12V1DC d)+12V2DC
(80.8mVp-p) (88.4mVp-p)
e)-12VDC
(98.4mVp-p)
f)-5VDC
(56mVp-p)
g)+5VsdDC
(31.8mVp-p)
※
Data above were measured according to INTEL ATX v2.03/ATX12V power supply specs.
Measurement specifications : For each DC output, a bypass made up of one 0.1μF
ceramic capacitor and one 10μF electrolytic capacitor is connected and measured with
an oscilloscope (input impedance 1MΩ) at a frequency bandwidth of 20MHz. The
waveforms may differ under different measurement conditions.
3) Electricity Conservation
Since TNN 500AF is equipped with a high-efficiency power supply and does not use any
fans, it utilizes 10 to 15% less power compared to a conventional computer system under the
same configuration.
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4) Ease of Use
① A latch is installed to prevent component
theft.
②The Remote Control enables the user to
conveniently experience multimedia
content and control the PC.
❶
❷
❹
❻
③Various I/O ports are provided (Audio,
USB, IEEE-1394, 1394B)
④Heatpipe HDD Cooler dissipates heat
from the hard disk and reduces vibration
transferred to the case.
❸
❺
❼
⑤Four casters (wheels) withstand up to four
metric tons of weight in total, and have
skid prevention / height adjustment
features built in.
⑥The case is structured to easily house up
to two ODDs and five HDDs.
⑦Retractable handles are attached for
short-range transportation.
5) Shielding from EMI (Electro-Magnetic
Interference)
The sturdy, thick (5 to 7mm) aluminum case and the EMI Interception
Block effectively contain EMI. Even the power supply housing is designed
with EMI shielding.
EMI Measurement Data Graphs
EMI Interception Block
EMI Interception Design
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※
Test Results
▶AMD AMD64 Athlon64 System
①Thermal Test (Room Temperature : 25℃)
TNN 500AF AMD System
Conventional AMD System
※Fan rpm at Full Load
②Power Consumption Test
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③
Configuration of Systems for Testing
④Testing Equipment and Programs
▣CPU Loading Program
CPU Burm (47, High)
▣Measurement Instrument
Personal Daq/56 (Iotech, Inc.) KIKUSUI PCR 1000L
▣Temperature Measurement Program
DaqView (Iotech, Inc.)
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▶Intel P4 Prescott System
①Thermal Test (Room Temperature : 25℃)
TNN 500AF Intel System
Conventional Intel System
※ Fan rpm at Full Load
② Power Consumption Test
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③Configuration of Systems for Testing
④Testing Equipment and Programs
▣CPU Loading Program
Maximum Power Program for the Prescott Processor Rev. 1.2
▣Measurement Instrument
Personal Daq/56 (Iotech, Inc.) KIKUSUI PCR 1000L
▣Temperature Measurement Program
DaqView (Iotech, Inc.)
※Caution
1) If the CPU has a higher Thermal Design Power (TDP) rating than an Intel Prescott or
an AMD Athlon64 3500+, the Heatpipe Northbridge Cooler and a Rear-mount Thermal
Blocks (ZM-RTB1) MUST be installed to cool the Northbridge.
2) To use CPUs with a 100W or higher TDP rating, Rear-mount thermal Blocks Must be
installed (one for each FET) on the backside of the motherboard in-line with each FET.
3
Patents
◈Korean Patent Application #04-82817
◈Korean Patent Application #03-30358
◈Korean Design Application #03-19970
◈International patent applications pending in the EU, USA, Japan and 30+ other countries
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4
Components
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1) Heatpipe CPU Cooler Parts
[One(1) Bag]
1) Components for Intel Pentium 4 (Socket 478)
One (1) Socket 478 CPU Clip
Four(4) PH M4X22 bolts
Two (2) Socket 478 Finger Bolts (M3X52)
Two (2) Socket 478 Clip Supports
2) Components for Intel Pentium 4 (Socket 775)
One(1) Socket 775 Clip Support
One(1) Socket 754 Back Plate
Two (2) Socket 775 Finger Bolts (M3X49)
Four (4) PH M3X22 Bolts
3) Components for AMD Amd64 (Socket 478)
Two Socket 754 Finger Bolts (#6-32X40)
Two (2) Socket 754 AMD Nipples
2) Heatpipe VGA Cooler Parts
[One(1) Bag]
Four (4) VGA Finger Bolts A (M2.5)
Eight (8) Ram Heatsinks
Four (4) VGA Springs
Four (4) VGA Finger Bolts B (M3)
Paper Washers
VGA Block A/B & Cover [one(1) Each]
3) Heatpipe Northbridge Cooler Parts
[One(1) Bag]
Block Cover
Block Base
Thermal Pad
Two (2) Common Finger Bolts
4) Heatpipe HDD Cooler
5) Rear-mount Thermal Blocks
One (1) ZM-2HC2 Set
One(1) ZM-RTB1 Set (8 Blocks)
6) HDD Set
[One(1) Bag]
Five (5) Ground Wires
Twenty Four (24) FH #6-32X7 Bolts
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7) ODD/FDD Bolts
[One(1) Bag]
8) Motherboard Bolts
[One(1) Bag]
Twelve (12) PH M3X10 Bolts
Ten (10) PWH M3X5 Bolts
9) Thermal Grease
10) ATA 133 Cable
[One(1) Bag]
2.5 ml
One (1) ATA 133 Cable
11) Power Cord
[One(1) Bag]
12) Latch Key
[One(1) Bag]
One (1) Power Cord
Two (2) Latch Keys
13) Remote Control Set
One(1) Remote Control
Two(2) AAA Batteries
One(1)
One(1) iMON & Multi-Median
User’s Guide
Installation CD
14) Motherboard Power Cable
[One(1) Bag]
One(1) Motherboard Power Cable
(24 pin -> 20pin)
15) TNN 500AF User’s Guide (1Copy)
16) Spare Parts
[One(1) Bag]
One(1) TNN 500AF
User’s Guide
※
Interpreting the Bolt Abbreviations
PH M4X20 : PH(Pan Head) Type, Meter Screw, 4mm in Diameter, 20mm in Length
FH #6-32X8 : FH(Flat Head) Type, Screw #6, 32 Pitches per Inch, 8mm in Length
Length
Flat Head
Length
Socket Head
Length
Pan Head
Length
Pan-Washer Head
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5
6
Optional Components
Heatpipe HDD Cooler (ZM-2HC2)
Specifications
1) Model : TNN 500AF
2) Dimensions : 400(L) x 286(W) x 597(H) mm
3) Weight : 26Kg
4) Compatible CPUs : All Intel Pentium 4 CPUs and AMD AMD64
CPUs Supported
※NOTE : When the Thermal Design Power rating of the CPU is 100W or higher, a quiet 120mm
case fan MUST be installed and operated at 1000~1200rpm, and Rear-mount Thermal
Blocks (ZM-RTB1) must be installed on the backside of the motherboard. Refer to page 22.
1) CPUs that require a quiet case fan and Rear-mount Thermal Blocks(ZM-RTB1) (As of Oct. 30, 2004)
TDP
103W
115W
104W
CPU
Prescott 3.2E GHz
Socket
478
Intel Pentium 4
AMD AMD64
Prescott 550 (3.2 GHz)
775
Athlon 64 FX 55 (2.6 GHz)
939
(※ Before using one of the latest CPUs, check our website for usage guidelines and
information regarding compatibility.)
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2) CPUs with Thermal Design Power ratings under 100W.
(As of Oct. 30, 2004)
CPU
Socket
478
TDP
89W
89W
84W
89W
89W
84W
Northwood 3.4 GHz
Prescott 3.0E GHz
478
Intel Pentium 4
AMD AMD64
775
Prescott 540 (3.2 GHz)
Athlon 64 4000 + (2.4 GHz)
Athlon 64 FX 53 (2.4 GHz)
Opteron 150 (2.4 GHz)
775
939
940
(
All CPUs that are slower than those mentioned above have Thermal Design Power ratings under 100W.
)
3. Refer to the following website for more information regarding CPU compatibility.
(www.zalman.co.kr/product/TNN500AF.html)
5) Compatible VGA Cards
All AGP / PCI Express VGA cards that have heatsink mounting holes
(As of Oct. 30, 2004)
Manufacturer
ATI
Model
Up to X 800 XT
Up to geForce 6800
All Parhelia Series
nVidia
Matrox
※Notes
1. NVIDIA PCX Series VGA Cards are not supported. Replace with a Zalman-recommended
VGA card.
2. If the VGA card does not install normally due to physical incompatibility with the case, stop
installation and replace with a Zalman-recommended VGA card listed on the following website.
(www.zalman.co.kr/product/TNN500AF)
Heatsink Mounting Hole
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6) Thermal Transfer Capacity
①CPU Heatpipe (ZMC-6HB) : 150W
②VGA Card Heatpipe (ZMV-3HA) : 75W
③Northbridge Heatpipe (ZMN-1HB) : 20W
7) Power Supply Output Capacity : 400W
8) Power Supply Electrical Specifications (Model : TNN400APF - V2)
List of compatible motherboards, HDDs, and ODDs for building a TNN 500AF system is
available at the following website (www.zalman.co.kr/product/TNN500AF.html).
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9) Output Power Cable
Motherboard Power
(20-Pin)
Motherboard Power
(24-Pin)
Remote Control
Standby Power
Serial ATA HDD
Power
VGA Card Auxiliary
Power
Motherboard
Auxiliary Power
HDD/ODD Power
FDD Power
VGA Card
Auxiliary Power
HDD/ODD Power
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7
Operational Notes
1) Operating Environment
Recommended Room Temperature : 15~28℃
Operation in comfortable room temperature is recommended.
2) Precautionary Notes on Booting
When booting the computer, it may automatically power down after an alarm sound is
generated to indicate that the rotation of the CPU fan is slow by a system monitoring
program. If this happens, connect the fan on the stock CPU Cooler to the 3-pin connector for
the CPU Cooler on your motherboard. Boot the system and set“CPU Fan Detected”to
“Disabled”in the BIOS settings. Turn the system off, remove the CPU Cooler fan, and
reboot.
NOTES)
1. Some motherboards do not boot if the rotation of the CPU fan is not detected. There
might not be a "CPU Fan Detected“ setting in the BIOS setup, but updating the BIOS could
solve this problem. For more information on updating the BIOS, please refer to your
motherboard manufacturer’s website.
2. When using an Intel motherboard, if you remove the motherboard from an existing
system and attach it to the TNN 500AF, the system’s Active Monitor may generate an
alarm sound with a warning that there is no CPU fan. Remove Active Monitor from
Add/Remove Programs applet in Control Panel and reinstall.
3) Compatible Components
A list of compatible components for building a TNN 500AF system is available at the following
website (www.zalman.co.kr/product/TNN500AF.html).
※ NOTE
Only use motherboards recommended by Zalman.[Certain motherboards have unusually
high power consumption and/or are not compatible with the Rear-mount Thermal Blocks
(ZM-RTB1). Refer to Page 22.]
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8
Installation Guide
1) Opening and Disassembling the TNN500AF Case
①As shown in the diagram, lay the TNN500AF down on a flat surface and open the front door.
②Open the latch with the key.
③Unscrew four bolts (PH M5x15-S) on the Left Heatsink Plate and open the plate as shown.
④Remove the blocks and Heatpipes in an orderly fashion using a screwdriver and store them
in a safe place.
Left Heatsink Plate
Latch
Front Door
Bolt (PH5x15-S)
Bolt
(PH M3x60)
The Bushings and the bolts separated at the
time of the CPU Block’s removal are simply
for packaging purposes and are not used for
the actual assembly of the system.
Packing
Parts
}
Bushing
(34mm)
CPU Block
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2) Installing the CPU Clip Support and Motherboard
①Choose the correct Clip Support & bolts for the CPU type being used.
▶For Intel Pentium 4 Socket 478 Motherboards
Place two Socket 478 Clip Supports on the notches of the Retention Guide.
Retention Guide
Socket 478
Clip Supports
Installation for Intel P4 Socket 478 Motherboards
▶For Intel Pentium 4 Socket 775 Motherboards
Align the Socket 775 Clip Support and the Socket 775 Back Plate with the mounting
holes on the motherboard and fasten with bolts (PH M3x22).
Socket 775
Clip Support
Bolt(PH M3x22)
Lever slot
Hole
M/B
Socket 775
Back Plate
Socket Lever
Lever slot
Installation for Intel P4 Socket 775 Motherboards
NOTE) The Lever Slot on the Clip Support should be properly oriented on the hinged side
of the Socket Lever when installing.
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▶For AMD AMD64 Motherboards
Insert the Socket 754 AMD Nipples into the holes on the Retention Frame and fasten
the Socket 754 Back Plate .
Socket 754 AMD Nipple
Retention Frame
M/B
Socket 754 Back Plate
Installation for AMD AMD64 Socket 754 Motherboard
3) Installing the Rear-mount Thermal Blocks
Caution)
1) Motherboards with a Northbridge that has integrated video capability is not recommended.
If such Northbridge is used, the Rear-mount Thermal Blocks MUST be installed.
2) Zalman Tech does not recommend using a motherboard with a fan on the Northbridge
Cooler. If the fan is removed, the Rear-mount Thermal Blocks MUST be installed.
3) If the CPU has a higher Thermal Design Power (TDP) rating than an Intel Prescott or an
AMD Athlon64 3500+, the Heatpipe Northbridge Cooler and a Rear-mount Thermal Block
MUST be installed to cool the Northbridge.
4) To use CPUs with a 100W or higher TDP rating, Rear-mount Thermal Blocks MUST be
installed (one for each FET) on the backside of the motherboard in-line with each FET.
5) If interference occurs between components or any problems appear, visit Zalman’s
website for a list of recommended motherboards, and replace before installation.
(www.zalman.co.kr/product/TNN500AF.html)
6) The Rear-mount Thermal Blocks are proprietary components of Zalman’s TNN series cases.
Do not use with other cases!
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①Determine the points that correspond to the location of the FETs and Northbridge chipset on
the back side of the motherboard.
②Clean the surface of the point where the block will be attached.
③Peel off the Film from the Thermal Pad on both ends of the block.
Film
Film
Thermal Pad
④Firmly attach the blocks on the determined points.
Northbridge Chipset Area
CPU Area
M/B
Rear-Mount
Thermal Block
FET Area
NOTES : 1) To prevent short circuiting the motherboard, avoid soldered points, and any exposed
wiring or circuitry when installing the Rear-mount Thermal Blocks.
2) Thermal Pads lose adhesiveness after it has been used once. Try to attach it properly
on the first attempt.
3) Do not touch the Thermal Pad with your hands.
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⑤Install the motherboard using the bolts (PWH M3x5).
Bolt (PWH M3x5)
M/B
I/O Shield
M/B Nipple
NOTES
1) To prevent short-circuiting the motherboard, nipples that are not required for motherboard
installation must be removed first.
2) Fix the motherboard to the TNN using all of the motherboard’s mounting holes.
3) Be careful to not let the Rear-mount Thermal Blocks fall off from the back of the motherboard.
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4) Installing the Heatpipe
Northbridge Cooler
NOTES
1) The Heatpipe Northbridge Cooler can be
installed only when the Northbridge is located in
the appropriate area as shown in the diagram.
2) If the Northbridge chipset is located in the
inappropriate area, it should be cooled with a
Rear-mount Thermal Blocks(Refer to page 22).
Appropriate
installation
area
inappropriate
installation
Area
If the CPU’s Thermal Design Power rating is
lower than an AMD Opteron 3500+ or Intel
Prescott, it is not necessary to install a Rear-
mount Thermal Block for the Northbridge, for
the Heatpipe Northbridge Cooler is sufficient.
① Check what type of Stock Northbridge Heatsink is on the motherboard and determine the
method of Northbridge Block installation.
Northbridge
Thermal
Block
Tape Film
Northbridge
Stock Heatsink
Sliding
Adhesive Type
※Notes on Installation of the Adhesive Type
1. The Thermal Tape must be adhered to the bottom of the Northbridge Block.
2. Remove the film from the Thermal Tape before adhering the Northbridge Block to the
Stock Northbridge Heatsink.
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② Determine the installation point of the Northbridge Case Block and the Northbridge Heatpipe.
The Position of the Northbridge Case Block can be adjusted horizontally as well as vertically.
Northbridge
Heatpipe
Northbridge Case
Block
The position of the Northbridge Case Block can be adjusted horizontally as well as vertically.
③Assemble and install the Northbridge Cooler as shown in the Diagram.
Common Finger Bolt
Northbridge Case Block Base
Northbridge Case Block Cover
Northbridge Heatpipe
Northbridge Block Cover
Northbridge Block Base
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5) Installing the Heatpipe CPU Cooler
①Refer to the diagram below to check the appropriate layout of the CPU Heatpipes for each
general location of the CPU.
CPU Heatpipes
Appropriate
Area
NOTES
1)If the CPU Heatpipes interfere with certain
components, turn the Heatpipes upside down or
CPU Case Block Base A
adjust the CPU Case Block Base A vertically and
try installing again.
2) If the CPU is located beyond the appropriate area
and the Cooler is deemed uninstallable, stop and
replace the motherboard with a Zalman-recommended
model (www.zalman.co.kr/product/TNN500AF.html)
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②Determine the appropriate CPU Finger Bolts & clip holes.
Intel
Intel
AMD
TYPE
Socket 478
Socket 775
Socket 775
Appropriate
Installation
Holes
(Inner Holes)
(Outer Holes)
Finger Bolts
To Use
Socket 478
Finger Bolts
(M3x52)
Socket 775
Finger Bolts
(M3x49)
Socket 754
Finger Bolts
(#6-32x40)
NOTES
1) Apply a generous quantity of thermal grease (1mm or 0.04 inches in height) on the
CPU core, and install the CPU Block Base (gold colored).
2) Apply thermal grease on the grooves of the CPU Block Base and the CPU Case Block
Base where the CPU Heatpipes come in contact.
3) The CPU Case Block Base already has thermal grease coated underneath, so it
should not be taken off under normal circumstances.
4) Use a coin or a screwdriver to firmly tighten the CPU Finger Bolts.
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③Install the Heatpipe CPU Cooler as shown in the diagram.
CPU Finger Bolt
Clip
Bolt(PH M4x20)
CPU Block Cover
Bolt(PH M3x15)
CPU Case Block Cover
CPU Heatpipe
CPU Block Base
CPU Case Block Base
Thermal Grease
Thermal Grease
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6) Installing the Heatpipe VGA Cooler
TYPE
VGA Block Base A
VGA Block Base B
Block
ATI
ATI Radeon Series
GeForce4 Ti Series
GeForce3 MX Series
-
FX 5900 Series
GeForce 6800 Series
Parhelia
Nvidia
Matrox
NOTE) If the VGA card interferes with certain components of the case, stop and refer to the
card with one that is recommended.
As you install the VGA card, move the VGA Case Block Base vertically as needed to
accommodate the VGA card.
VGA Case
Block Base
①Remove the Stock VGA Cooler on the VGA card and clean off the exposed contact surface
completely.
NOTE) Be extremely careful when taking off the Stock VGA Cooler. Zalman is not responsible
for any damages Due to user negligence during the Cooler’s removal.
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②Peel off the Film from the Thermal Tape on the bottom of the RAM Heatsinks.
Thermal Tape
Thermal Tape Film
NOTE : 1) The bending strength of the Thermal Tapes reaches 90% after 24 hours of curing.
Do not put excessive force on the RAM heatsinks during this period.
2) Avoid getting grease or any kind of stain on the surface of the Thermal Tape.
The Thermal Tape may not stick. Clean the surface of the RAM with acetone or
alcohol before attaching.
③ Stick the RAM Heatsinks onto the VGA RAM chips. Press the RAM Heatsinks firmly with
your finger for proper adhesion.
RAM Heatsink
VGA RAM
VGA Chipset
1) If there are more than 8 VGA RAM chips on your VGA card, purchase additional RAM
Heatsinks (ZM-RHS1).
2) Thermal Tape loses adhesiveness after it has been used once. Thermal Tape cannot be
reused after it has been detached from a surface. If you need more, purchase it separately.
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④Apply a thin layer of thermal grease on the VGA chipset.
NOTE) Most VGA chipsets on the VGA card have a concave curvature towards the middle and
need more thermal grease at the center.
⑤Make sure the VGA Block Base is level and firmly installed onto the VGA chipset using the
Paper Washers, the VGA springs, and the VGA Finger Bolts A(M2.5).
VGA Finger Bolt A (M2.5)
VGA Block Base
VGA Spring
Paper Washer
VGA Chipset
Thermal Grease
⑥Apply thermal grease evenly onto the grooves on the VGA Case Block Base that come in
contact with the VGA Heatpipes, and install the VGA card on the motherboard.
VGA Block Base
Thermal Grease
VGA Case Block Base
M/B
NOTE) The VGA Case Block Base already has thermal grease coated underneath, and
should not be taken off under normal circumstances.
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⑦Install the VGA Heatpipes in sequence and fix the Block Cover over them using the VGA
Finger Bolts B(M3). Then, fix the VGA Case Block Cover using bolts (PH M3x15).
Bolt(PH M3x15)
VGA Block Cover
VGA Case Block Cover
VGA Finger
Bolt B (M3)
VGA Heatpipe
VGA Block
Cover
Datum Line
NO
VGA Case
block Cover
OK
Datum Line
NOTES
1) There are many types of VGA cards and the VGA Heatpipes may not fit the grooves on the VGA
Case Block very well. In this case, the user needs to modify the VGA Heatpipes to fit the grooves.
2)If the VGA Heatpipes must bend below the datum line, the VGA Heatpipes will not function
properly and the VGA chipset may get damaged. Check if this is the case before proceeding.
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7) Installing the ODD/FDD/HDD
①The ODD/HDD/FDD can be installed as shown in the diagrams below.
ODD 2EA
FDD 1EA
HDD 4EA
ODD 1EA
FDD 1EA
HDD 5EA
ODD 1EA
❸
HDD 6EA
❶
❷
ODD 1EA
ODD 1EA
ODD 2EA
HDD Cooler 1EA
HDD 4EA
FDD 1EA
HDD Cooler 1EA
HDD 3EA
FDD 1EA
HDD Cooler 1EA
HDD 2EA
❹
❺
❻
ODD 1EA
HDD Cooler 2EA
HDD 2EA
ODD 2EA
FDD 1EA
HDD Cooler 2EA
ODD 1EA
HDD Cooler 3EA
❼
❽
❾
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②Loosen the bolts (PH M4x12) on the left heatsink slightly and remove the ODD/FDD/HDD
Brackets.
Bolt (PH M4x12)
Brackets
Left Heatsink
Plate
Brackets
③Install the Heatpipe HDD Cooler as shown in the diagram.
Bolt (FH #6-32X13)
ZM-2HC2
Damper
Ground Wire
Bolt (PH #6-32X7)
Bracket
NOTES) The ground wire MUST be connected to Both the HDD and the Damper as shown.
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④ Install the ODD/FDD/HDD on the Brackets.
Ground Wire
Bolt(PH M3X10)
Bolt
(PH #6-32X7)
NOTE) Remember to connect the Ground Wire to the HDD.
⑤Insert the ODD/FDD/HDD installed Brackets in the direction shown in the diagram, and re-fasten
the Bracket fixing bolts (PH M4x12) on the Left Heatsink Plate completely.
Left Heatsink Plate
Bracket
Bolt
(PH M4x12)
ODD/FDD/HDD
installed Brackets
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⑥Connect the Ground Wire to the right heatsink.
Common Finger Bolt
Ground Wire
8) Installing PCI Cards
Insert the PCI cards into the PCI slots and fix them firmly in place using the card fixing bolts.
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9) Connecting the Power & Data Cables
①Check whether the power connector on the motherboard is a 24 pin or 20 pin type connector and
connect the appropriate Motherboard Power Cable.
Sensor Connector
Power
Motherboard Power
Cable (20 Pin)
Supply
Motherboard Power
Cable (24 Pin)
②Connect the various power and data cables as needed.
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10) Connecting the Remote Control receiver and USB Cables
▶Two Available Dual USB Port on the Motherboard
①To Use the Remote Control Function
- Plug the Dual USB-A Connector into the Dual USB Port on the motherboard(M/B).
Dual USB-A Connector
M/B
M/B Dual
USB Port
Note)
1) As shown below, there are two types of USB cables (USB-A & USB-B).
Please connect the cables according to the instructions in this guide.
Dual USB-A Cable
Dual USB-B Cable
2) Verify the location and the layout of the USB headers from the motherboard manual.
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- Plug the Remote Control USB Connectors into the Dual USB Port on the motherboard.
Remote Control USB Connectors
M/B
M/B Dual
USB Port
Color codes
VCC : red (yellow), D- : white (orange), D+ : green (blue), GND : black
- Next to where the Remote Control USB Connectors have been connected, on the same Dual
USB Port, connect the Single USB-B Connectors that have the‘△’marking.
‘△’Single USB-B Connector
Remote Control USB Connectors
M/B
M/B Dual
USB Port
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- Plug in the Dual USB-A and USB-B Connectors into their respective ports on the back of the
Switch Panel.
Dual USB-A Connector
Dual USB-B
Connector
Switch Panel
Back Side
Front Side
(0) (0) (0) (X)
USB ports #1 through #3 (see diagram) can be used in this configuration.
②To Sacrifice the Remote Control Function
- Plug the Dual USB-A Connector and the Dual USB-B Connectors into each of the Dual USB
Ports on the motherboard.
Dual USB-A Connector
Dual USB-B
Connectors
M/B
M/B Dual
USB Port
M/B Dual
USB Port
1) Verify the location and the layout of the USB headers from the motherboard manual.
2) Color codes
VCC : red (yellow), D- : white (orange), D+ : green (blue), GND : black
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- Plug in the Dual USB-A and USB-B Connectors into their respective ports on the back of the
Switch Panel.
Dual USB-A Connector
Dual USB-B
Connector
Switch Panel
Back Side
Front Side
(0) (0) (0) (0)
All of the USB ports (see diagram) can be used in this configuration.
▶Three Available Dual USB Port on the Motherboard
①Plug the Dual USB-A Connector and the Dual USB-B Connectors into each of the Dual
USB Ports on the motherboard.
Dual USB-A Connector
Dual USB-B
Connectors
M/B
M/B Dual
USB Port
M/B Dual
USB Port
1) Verify the location and the layout of the USB headers from the motherboard manual.
2) Color codes : VCC : red (yellow), D- : white (orange), D+ : green (blue), GND : black
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②In the remaining Dual USB Port on the motherboard, connect the Remote Control USB
Connectors.
Remote Control USB Connectors
M/B
M/B Dual
USB Port
③Plug in the Dual USB-A and USB-B Connectors into their respective ports on the back
of the Switch Panel.
Dual USB-A Connector
Dual USB-B
Connector
Switch Panel
Back Side
Front Side
(0) (0) (0) (0)
All of the USB ports (see diagram) can be used in this configuration.
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11) Connecting Audio I/O, IEEE1394, and IEEE1394B Cables
①Plug the Audio I/O Connectors onto the Audio Port on the motherboard.
Caution : The audio headers arrangement may differ among motherboards.
Check the motherboard’s manual for correct header arrangement First.
M/B
Audio I/O
Audio Port
Connectors
Color codes :
GND : Black, MIC : Orange, MIC BIAS : Red, Spk-R : Green,
Spk-L : Yellow, RET-L : Brown, RET-R : Blue
②Plug the IEEE1394/IEEE1394B Connectors onto the IEEE1394/IEEE1394B Port on the
motherboard.
Caution : The IEEE1394 / IEEE1394B headers arrangement may differ among motherboards.
Check the manual for correct header arrangement first.
M/B
IEEE1394 / IEEE1394B Ports
IEEE1394B Connectors
IEEE1394 Connectors
Color codes :
TPA - : Green, TPA + : Red, GND : Black, VP : White,
TAPB + : Orange, TAPB - : Blue
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③ Plug the other end of the audio I/O, IEEE1394 & 1394B cables into the back side of the
Switch Panel. Note the arrows for orientation.
Switch Panel
12) Use Casters
The Casters’ level can be adjusted to either fix the TNN500AF in place or make it move freely.
Leveler
Leveler
Mount
1. Fix
Move
Fix
Leveler
Mount
Wheel
Mount
2. Move
If the TNN500AF cannot be installed on a flat surface, the leveler can be used to make it
level; doing so also reduces noise from vibration.
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13) Using the Remote Control
Refer to the iMON & Multi-Median User’s Guide for Details.
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9
Trademarks and Copyright Notice
All trademarks are the properties of their respective owner’s.
- ZALMAN and TNN are registered trademarks of ZALMAN Tech Co., Ltd.
- Intel, Pentium, and Prescott are registered trademarks of Intel Corporation.
- Microsoft, and Microsoft Windows 95/98/Me/2000/NT/XP are registered trademarks of Microsoft
Corporation.
- AMD, AMD64, and AMD Athlon64 are registered trademarks of AMD Corporation.
- PS/2, and VGA are registered trademarks of International Business Machines Corporation (IBM).
- NVDIA, GeForce, GeForce2, GeForce3-MX, GeForce-Ti, GeForceFX, GeForce PCX are
registered trademarks of NVIDIA Corporation.
- PCI Express is a registered trademark of PCI-SIG Corporation.
- Matrox, and Parhelia are registered trademarks of Matrox Graphics Inc.
- ATI, and ATI Radeon are registered trademarks of ATI Technologies Inc.
- Unitech is a registered trademark of Unitech Corporation.
- Bytel is a registered trademark of Bytel Electronics, Co., Ltd.
- ASUS is a registered trademark of ASUSTek Computer Inc.
- Samsung is a registered trademark of Samsung Corporation.
- Seagate is a registered trademark of Seagate Technology LLC.
ꢀ 2004 by Zalman Tech Co., Ltd.
Copying or publishing this user’s guide without consent of Zalman Tech Co., Ltd.
is prohibited.
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