SINGULARITY COMPUTERS WRAITH 2.0 User manual

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Table of Contents
Introducing Wraith 2.0 ................................................................................................................................... 3
Features .............................................................................................................................................................4
Specifications ................................................................................................................................................... 5
Wraith 2.0 Liquid Cooling System Layout................................................................................................. 6
Table of Panels, Accessories & Fasteners ............................................................................................... 7
Step 1 - Attach Corner Pieces to Top Panel .............................................................................................. 9
Step 2 - Attach Corner Pieces and Feet to Bottom Panel ..................................................................... 9
Step 3 - Attach LED Diffusor and LED Shroud to Front Panel ............................................................ 10
Step 4 - Attach Rear I/O Block to Rear Panel.......................................................................................... 11
Step 5 - Assemble Wraith 2.0 Outer Panels ............................................................................................ 11
Step 6 - Install Wraith 2.0 Manifold ......................................................................................................... 12
Step 7 - Assemble Cable Shroud/Drive Cage and attach it to the case ...........................................13
Step 8 - Side Panel Window Installation..................................................................................................15
Step 9 – Install PSU ........................................................................................................................................15
Filling & Draining The Loop......................................................................................................................... 16

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IMPORTANT: Wraith 2.0 Warranty
Wraith 2.0 has a limited 2-year warranty.
Welcome to Singularity Computers and your new Wraith 2.0! We look forward to seeing what you
create.
1: The Integrated Liquid Cooling System is pressure tested at the factory, so there is no need to adjust
the fasteners on the manifold. Take care not to over tighten any fasteners on the acrylic. As soon as
you feel any significant feedback or tension go no more than 1/4th of a turn past it. On the metal parts
you can tighten normally. We are not responsible for damage caused by over-tightening the
fasteners.
2: Any thread stripping, cross threading or thread damage of any kind will not be covered under our
warranty. All threads are pre-tested. We use stainless steel fasteners which are extremely tough.
3: All acrylic is carefully checked for scratches, marks or particles as the manifold is assembled. We
are not responsible for mistreatment of the acrylic. Only clean with a microfiber cloth and use nothing
except distilled or deionized water for cleaning, or Novus Plastic Cleaner. Damage caused by cleaning
agents (particularly alcohols or solvents) is not covered under warranty.
4: Acrylic Surface Guarantee: Marks on acrylic which cannot be wiped away with a microfiber cloth
will only be covered under warranty under the following conditions: That they did not occur after the
item was shipped from the Singularity Computers Factory or Retailer. If there are more than 10 marks
which are beyond 5mm in length and visible when facing perpendicular to the surface. Evidence of
this must be photographed in detail and photographs must be taken perpendicular to the surface.
Marks must be easily visible in photographs; subtle marks will not be covered.
5: For the latest coolant recommendations please visit http://bit.ly/sc-important-info. We are not
responsible for staining of the acrylic, but it has never been an issue with our products. Most staining
will be easy to remove by flushing out the loop with distilled water for 24hrs or using Mayhems Blitz.
If you are concerned about staining then we suggest Mayhems Non-Stain Dyes.
6: Any damage which occurs after the item leaves the Singularity Computers Factory or our Retailers
is not covered under warranty. We are not responsible for shipping damage or mishandling.

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Introducing Wraith 2.0
Singularity Computers Wraith 2.0 is a compact case capable of housing a high-end liquid cooled
system. Since Wraith was originally launched, we have been developing Wraith 2.0 with the
features customers have requested. Every part of the case has been redesigned with updated
aesthetics. Wraith 2.0 has three expansion slots, more space for SFX-L PSUs, a PCIE 4.0 Vertical
GPU Riser, increased ventilation and many design tweaks to improve performance and
component compatibility.
The Distribution Plate has been redesigned including updates to the reservoir for improved filling
and bleeding of the loop. All metal components have been redesigned. Wraith 2.0 has two PSU
locations, the one on the rear panel is for a future Wraith 2.0 version and addon which is coming
for the case but cannot be used with the distribution plate.
Design & Engineering
We are all experienced system builders at Singularity Computers having built high end water-
cooled systems for over 15 years. Our approach to product development begins with a need for
our own builds and so the origin is always function. From there we start to build ideas around this
function and the aesthetics and everything else follows. The original ideas for our products came
from years of building highly customized, high end water-cooled systems and trying to reduce
the exceptionally long build times and complexity. Our approach to development is hands on, we
are using our own products every day.
Manufacturing & Quality
Almost all components of Wraith 2.0 are CNC machined from a solid block of material. There is no
hidden or back side, and this also goes for the components being installed. Due to this we selected
the most high-end materials manufacturing process. The Distribution Plate is machined on a CNC
router built from thick sheets of cast acrylic. It is hand assembled with silicone gaskets and
stainless-steel fasteners, and pressure tested. The metal components are machined with
Extreme Precision from solid blocks of 6061 aluminum on a CNC mill then sand blasted and
anodized.
Lighting
Wraith 2.0 has the best lighting features of any case in the industry. There are two integrated
30cm (11.81”) LED Strip positions. Even one LED strip will make the entire case glow. With UV
lighting and UV reactive coolant you can make your coolant glow. There are endless lighting
possibilities to experiment with.

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Features
Integrated Liquid Cooling Features
Reservoir, D5 Pump Top, D5 Pump Cover, Fill Port, Drain Port, parts of the cooling loop.
Reduced build time due to integration
With the pump, reservoir, fill and drain ports and half of the water-cooling loop integrated there
is less assembly to be done. Also, less fittings and tube are needed.
Integration Cost Component
A large portion of the case cost is due to the integration; these are components you do not have
to purchase for your build. The pump top, pump cover, reservoir, less fittings, and tube.
Compatibility
Theoretically the more integration the less compatibility. For Wraith 2.0’s integration each port
was positioned based on an average of a vast range of components and build designs.
Integration & Optimization
With the integration we did not just develop a case, we also developed all the integrated
components. This meant that we could focus more on optimization than would normally be
possible. The integrated loop routes in Wraith 2.0 allow for more flow than 16mm tubes. The
pump top was designed for the D5 pump, maximizing flow to and from the distribution plate. The
reservoir was designed to remove air as quickly as possible making the loop easier to fill. The fill
port is at the highest point on the back for the case and the drain point at the lowest point.
High End Components
Despite its compact size Wraith 2.0 is designed to fit a high-end liquid cooled build. It can fit the
largest high-end GPUs and the largest SFX-L PSUs. For the water-cooling system it can fit 2x
240mm radiators 30mm thick with a single set of fans and the D5 pump.
Radiator Adjustment
The radiator mounting panels have a large range of adjustment to help with port alignment to the
distribution plate.
Storage
Wraith 2.0 has 9x 2.5” drive positions and 1x 3.5”.
Two PSU Mounting Locations
There is a PSU mounting location toward the front of the case on the bottom panel and at the
back of the case on the rear panel. The front PSU location is more for Wraith 2.0 allowing space
for the integrated pump, the rear PSU location is more for Wraith 2.0 Volta allowing space for
pump/reservoir combos mounted onto the inside of the front radiator. Only the front PSU location
can be used with Wraith 2.0 to make room for the pump but on Wraith 2.0 Volta either PSU
location can be used. The benefit of the front PSU location is you can fit an extra 3.5” HDD, and the
benefit of the rear one is that you can fit larger pump/reservoir combos. It also depends on your
build layout and how you want it to look.

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Specifications
Motherboard Form Factor Mini-ITX, Mini-DTX
Case Dimensions 407mm x 407mm x 170mm (Including legs)
Package Dimensions 450mm x 500mm x 120mm
Case Weight 7 kg
Case Packaged Weight 8 kg
Expansion Slots 3x
Storage 2.5″x9 | 3.5” x1
PSU Compatibility SFX, SFX-L
Maximum PSU Length Up to 170mm long | Without Top Cable Shroud any SFX-L PSU
size can be used with no limitation.
Radiator Top 240mm x 30mm
Radiator Front 240mm x 30mm
Maximum GPU Length 300mm
Maximum GPU Thickness 3 slots
Maximum GPU Width Fits any available wide GPUs
Maximum CPU Cooler Height 130mm
Front Panel I/O Vandal Switch 16mm
Fittings Compatibility G1/4″BSPP Standard
Fittings Click here for more details
Pump Compatibility All D5 pumps (Pump not included)
Vertical GPU Mount 1x Singularity Computers PCIe 4.0 Bracket & Riser Cable
Materials 6061 Anodized Aluminum, Cast Acrylic, Stainless Steel
Manufacturing Process CNC Router, CNC Mill, CNC Lathe

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Wraith 2.0 Liquid Cooling System Layout

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Table of Panels, Accessories & Fasteners
Panels
Accessories
Name Quantity
Page
Reference
Name Quantity
a
Top Panel
1
9
Vertical GPU Mount
1
b
Bottom Panel
1
9
30cm DRGB LED Strips
2
c
Front Panel
1
10
D5 O-Ring
1
d
Rear Panel
1
11, 15
Power Button
1
e
Corner Pieces
4
9
Power Cable
1
f
Feet
2
9
g
LED Diffusor
1
10
Fasteners
h
LED Shroud
1
10
Type Quantity
I
Manifold
1
12
M3 x 6mm
24
J
Drive Mount
1
13
M3 x 8mm
5
K
Cable Shroud
1
13
M3 x 25mm
5
l
Side Panel Window
1
15
M4 x 6mm
2
Rear I/O Block
1
11
M4 x 10mm
24
Struts
5
13
M4 x 14mm
3
M4 x 25mm
8
6-32 x 0.25”
10
Turn to next page for Panels Layout Diagram.

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Assembly Tolerances & Alignment
Wraith 2.0 uses CNC machining and very thick materials. This means it is manufactured with
extreme precision and there is no flex or play in any of the materials. Due to this we have built in
tolerances to most mounting holes to allow for the looser tolerances on the components being
installed. If a component does not align then loosen the related fasteners and you will be able to
align it. All of the outer panels have a tolerance built in so that they can be used for alignment
also.
Tools Required
•M4 Allen Key
•6-32 Hex Key
•M3 Allen Key
•Fill & Drain Tubes
Note: Tools listed are not included, unless otherwise specified.

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Step 1 - Attach Corner Pieces to Top Panel
Parts Involved
•aTop Panel x1 •
M4 x 10mm Button Head Fasteners x6
•eCorner Pieces x2
Attach the corner pieces to the top panel using x6 M4 10mm Button Head Fasteners.
Step 2 - Attach Corner Pieces and Feet to Bottom Panel
Parts Involved
•bBottom Panel x1 •Vertical GPU Mount
•eCorner Pieces x2 •
M4 x 10mm Fasteners x6
•fFeet x2 •M4 x 6mm Fasteners x2
Attach the Corner Pieces to the Bottom Panel using x6 M4 10mm Fasteners in the marked holes
below.

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Attach Vertical GPU Mount to bottom panel in the position marked in the diagram below using x2
M4 6mm fasteners.
Step 3 - Attach LED Diffusor and LED Shroud to Front Panel
Parts Involved
•cFront Panel x1 •30cm LED Strip x1
•gLED Diffusor x1 •
Power Button x1
•hLED Shroud x1 •M4 x 14mm Fasteners x3
Remove the adhesive backing from the LED strip and attach it to the LED strip position highlighted
in the diagram below. Route the cable through the cable routing hole at the bottom of the front
panel. Attach the LED Diffusor and LED Shroud at the same time using x3 M4 14mm Fasteners. Do
not over tighten fasteners on acrylic.
Install the Power Button into hole as shown in the diagram. Use the included O-ring on
the inside of the panel and tighten the retention ring onto it.

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Step 4 - Attach Rear I/O Block to Rear Panel
Parts Involved
•Rear I/O Block x1 •M4 x 6mm Fasteners x2
•dRear Panel x1 •
6-32 x 0.25” x3
•30cm LED Strip x1
Attach the Rear I/O Block to the Rear Panel using x2 M4 6mm Fasteners. The Rear I/O Block is
adjustable so that you can fit your GPU into position. Use x3 6-32 x 0.25" Fasteners to attach your
GPU to the Rear I/O Block during building the system. Remove the adhesive backing from the LED
strip and attach it to the LED strip position highlighted in the diagram below.
Step 5 - Assemble Wraith 2.0 Outer Panels
Parts Involved
•Front Panel Assembly x1 •Rear Panel Assembly x1
• Top Panel Assembly x1 • M4 x 10mm Fasteners x8
•Bottom Panel Assembly x1
Attach Front, Rear, Bottom and Top Panel assemblies to each other via the Corner pieces (which
should already be installed) using x8 M4 10mm Fasteners.

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Step 6 - Install Wraith 2.0 Manifold
Parts Involved
•Wraith 2.0 Metal Parts Assembly x1 •M4 x 25mm Fasteners x8
•iWraith 2.0 Manifold x1
Put the Wraith 2.0 Metal Parts Assembly onto its side so that it is horizontal with the Corner
Pieces facing so that the side with the two holes is facing upwards. Install the Wraith 2.0 Manifold
into the Wraith 2.0 Metal Parts Assembly. If the Manifold does not fit then loosen off some of the
fasteners holding the outer panels onto the Corner Pieces. Use x8 25mm M4 Fasteners to attach
the Wraith 2.0 Manifold to the Corner Pieces. Do not over tighten fasteners on acrylic.
D5 Pump Installation
Install your D5 Pump into the included pump cover (D5 pump not included). Make sure to fit the
included O-Ring into the Wraith 2.0 D5 Pump Top before installing the pump. Check that the O-
Ring is properly placed inside of the O-Ring groove, it may be best to do this while the case is
laying on the manifold side so that the pump top is horizontal. Then tighten the pump cover onto
the pump firmly.
Pressure Testing
We strongly recommend
pressure testing with an
air pressure tester prior
to filling your loop.
For pressure testing we
recommend up to 8.7 PSI
(0.6 bar).

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Step 7 - Assemble Cable Shroud/Drive Cage and attach it to the case
Parts Involved
• Struts x5• M3 x 25mm Fasteners x3
•jDrive Mount x1 •
M3 x 8mm Fasteners x5
•kCable Shroud x1 •
M3 Thread Insert x4
Attach the x5 Struts to the Drive Mount using the x5 M3 8mm fasteners with arrows in diagram 1.
Diagram 1
Diagram 2
Push the 3x M3 x 25mm fasteners through the distribution plate and then push the Cable Shroud
onto the end of the fasteners. Then attach the Drive Mount (which should now have the Struts
attached to it) to the 3x M3 x 25mm fasteners sandwiching the Cable Shroud in between.
Diagram 3

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Drive Installation
There are 9 mounting positions for 2.5” drives, 8 on the Front Cable Cover and one more on the Bottom
Panel under the Vertical GPU Mount. To install drives onto the Front Cable Cover you may not need to
remove it because you can reach around the back. If you need to remove it then you will need to undo
it from the manifold not from the front. Undo the 5 fasteners from the back of the manifold and
remove the entire Cable Cover assembly together with the Stand Offs. Then you can easily access the
rear of the Front Cable Cover to install your drives. There are two mounting orientations for 2.5” drives
on the Front Cable Cover, one is for aesthetics and the other is for maximum drive capacity. For the
aesthetics configuration you can lay two drives flat. For the maximum capacity configuration install
the drives on their edge.
Wraith 2.0 also has one 3.5” drive position in-front of the GPU for a side mounted 3.5” drive.
Drive Configuration 1
Drive Configuration 2

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Step 8 - Side Panel Window Installation
Parts Involved
•lSide Panel Window x1 •M4 x 10mm Button Head Fasteners x4
Attach the Side Panel Window to the Corner Pieces using the x4 M4 12mm Fasteners.
Step 9 – Install PSU
Parts Involved
• PSU Cover •
6-32 x 0.25" Fasteners x4
•Wraith 2.0 90˚ Power Cable • M4 x 6mm Fasteners x4
There are two PSU mounting locations on Wraith 2.0. The rear panel PSU mounting location is for
Wraith Volta so you will need to install the PSU cover in this location using x4 6mm M4 Fasteners.
Mount the PSU onto the bottom panel PSU Mounting location using x4 6-32 x 0.25" fasteners.
Alternatively, you can use the fasteners included with your PSU. Any SFX or SFX-L PSU will fit. You
will need to use the included power cable which has a 90˚ connector to fit under the case.

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Filling & Draining The Loop

Recommended Items
•Air Pressure Tester
•Long Fill Tube
•External Power Supply for D5 Pump
Filling the Loop
We recommend air pressure testing before filling any loop. Air pressure should not surpass 0.6
bar.
To fill the loop, we strongly recommend a long fill tube. We use a 90-degree fitting with a barb
fitting and a 200mm length of soft tube. This prevents spilling and helps to remove the air faster.
Use an external PSU for your pump or jump start your PSU. Do not boot your system to fill the
loop.
Fill the reservoir 100% and run the pump until the reservoir is almost empty (do not run the pump
dry). Keep repeating until you have full circulation. Give some time for the final air to come out, it
can take 30min to 48hrs depending on your build. Keep the fill tube on until all the air is out and
then seal up the reservoir with a stop fitting.
Draining the Loop
There are various options for drain valves. No drainage system will ever drain a loop 100%. The
only way trapped coolant can be removed is the hard way in any build, dismantling the loop and
individually draining each section.
For more information about Singularity Computers and our products, please visit/scan the
following links: