Integra-M Water Cooling Case
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Product Information
Specifications
- Water-cooling Integration (Integra-M only):
Yes - Electronics Integration: Yes
- Cables: Various power cables included
- LED Strips: x2 50cm ARGB LED Strips
- Motherboard Form Factor: ATX, Mini-DTX,
Mini-ITX - Case Form Factor: Mid Tower
- Package Dimensions & Weight: 640 mm(L) x
620 mm(W) x 110 mm(H), Integra-M: 14kg | Integra-MA: 12kg - Case Dimensions & Weight: 486 mm(L) x 245
mm(W) x 528 mm(H), Integra-M: 12kg | Integra-MA: 10kg - Storage: Various drive mounting options
- Radiators: Integra-M: x2 360mm x 40mm,
Integra-MA: x1 360mm x 60mm Front and x1 360mm x 40mm top - Maximum GPU Length: 410mm with radiator
installed - Maximum GPU Height: 170 mm in standard
orientation | Unlimited in vertical orientation - Maximum CPU Cooler Height: 170 mm
- Maximum PSU Length: 220mm
Product Usage Instructions
Assembly and Manufacturing Process
The Spectre Integra-MA components are CNC machined from a solid
block of material with extreme precision. The assembly is done by
hand and all components are carefully tested. The design celebrates
the raw materials and manufacturing processes with everything on
display.
Water-cooling Integration
The Integra-M model features water-cooling integration with
ports for water-cooling loop components. The case is compatible
with all D5 pumps.
Cables and LED Strips
Connect the included power cables to the appropriate components
on your motherboard and power supply. Mount the ARGB LED strips on
specific mounting points for front and top panel glow.
Radiators and Cooling
Install the radiators based on the specifications provided for
each model. Ensure proper airflow and cooling for your system
components.
FAQ
Q: Is the Spectre Integra-MA compatible with all D5 pumps?
A: Yes, the case is designed to be compatible with all D5 pumps
for water-cooling integration.
Q: What is the maximum GPU length supported by the Spectre
Integra-M/MA?
A: The maximum GPU length supported is 410mm when a radiator is
installed.
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Table of Contents
Introduction ………………………………………………………………………………………………………………………………… 2 Spectre Integra-M/MA Features …………………………………………………………………………………………………3 Spectre Integra-M/MA Specifications ………………………………………………………………………………………..5 Included Items…………………………………………………………………………………………………………………………….. 6 Table of Fasteners & Panels………………………………………………………………………………………………………..7 Warranty …………………………………………………………………………………………………………………………………….. 8 Assembly Manual ……………………………………………………………………………………………………………………….. 9
Step 1: Install Legs onto Distribution Plate…………………………………………………………………………………….9 Step 2: Install ARGB 50cm LED Strips. …………………………………………………………………………………………..10 Step 3: Install Feet and Top Supports…………………………………………………………………………………………….11 Step 4: Install Power Button………………………………………………………………………………………………………….. 12 Step 5: Install LED Diffusors & Radiator Panels………………………………………………………………………….. 13 Step 6: Assemble PSU Shroud. ………………………………………………………………………………………………………. 15 Step 7: Install PSU Shroud. …………………………………………………………………………………………………………….. 16 Step 8: Install PCIe 4.0 Vertical GPU Mount…………………………………………………………………………………. 17 Step 9: Install PCIe 4.0 2nd Vertical GPU Mount. …………………………………………………………………………..18 Step 10: Install I/O Panel………………………………………………………………………………………………………………… 19 Step 11: 2.5″ Drive Installation. ……………………………………………………………………………………………………… 20 Step 12: Install D5 Pump (Not included)……………………………………………………………………………………….. 21 Step 13: Install Side Panel Window………………………………………………………………………………………………. 22 Step 14: Filling & Draining The Loop…………………………………………………………………………………………….. 23 Installing Radiators ………………………………………………………………………………………………………………….. 23 Liquid Cooling System Layout ………………………………………………………………………………………………….. 24 Spectre Integra-M/MA PowerBoard ……………………………………………………………………………………….. 25
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Introduction
Spectre Integra-M Dark
Spectre Integra-M Dark has a space theme with aesthetics inspired by fighter jets and spacecraft. It has a 3-layer distribution plate where Spectre Integra-M which has a 2-layer distribution plate built from clear acrylic. Spectre Integra-M Dark has a clear acrylic cover and motherboard tray, the main distribution plate layer is grey tinted acrylic, the rear distribution plate layer is clear acrylic, and the rear cover is satin black acrylic. The reservoir volume is much larger allowing for easier filling and bleeding, and increased flow.
Spectre Integra-M
Spectre Integra-M is a more compact ATX version of Spectre. It is a full re-design using everything we have learned from the development of Spectre which has continued since 2015. Integra-M is 25% smaller than Spectre 3.0 (all versions) but maintains all the features, except that it fits ATX motherboards and two 360mm radiators which are 40mm thick. Integra-M has a large part of the water-cooling loop integrated with a completely new distribution plate design. It has a fully integrated solution for cables with the Singularity Computers PowerBoard. Previously we have created PowerBoards for existing cases, but for Integra-M we have developed the PowerBoard and case together. This means that both have become far more streamlined, meaning more features and compatibility. The PowerBoard supports the most high-end components and includes two of the new 12VHPWR connectors along with x3 8pin PCIE connectors. It has built in filter capacitors, 24 integrated ARGB and UV LEDs facing inwards and outwards, integrated direct connect SATA, power, and reset buttons, and a touch activated power button. There is no rear access needed to the case for cable management, all cables can be connected from the front and little to no cable management is needed. Black sleeved linking cables are included with the case. Custom colored sleeved linking cables can be purchased separately.
Spectre Integra-MA
Integra-MA does not include a distribution plate but includes a PowerBoard. It is capable of housing a high-end liquid cooled system with two 360mm radiators, the top one up to 40mm thick and the front one up to 60mm thick. The Singularity Computers PowerBoard is an integrated solution for cables, lighting and much more. Previously we have created PowerBoards for existing cases, but for Integra we have developed the PowerBoard and case together. This means that both have become far more streamlined, meaning more features and compatibility. The PowerBoard supports the most high-end components and includes two of the new 12VHPWR connectors. The PowerBoard has built in filter capacitors, 24 integrated ARGB and UV LEDs facing inwards and outwards, integrated direct connect SATA, power, and reset buttons, and a touch activated power button. There is no rear access needed to the case for cable management, all cables can be connected from the front and little to no cable management is needed. Black sleeved linking cables are included with the case. Custom colored sleeved linking cables can be purchased separately.
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Spectre Integra-M/MA Features
· Integrated Liquid Cooling Features (Integra-M only) Reservoir, D5 Pump Top, D5 Pump Cover, Fill Port, Drain Port, parts of the cooling loop.
· PowerBoard Integration The PowerBoard is a PCB integrating 24pin, EPS, PCIE and 12VHPWR along with PWM and ARGB Hubs, SATA and Power and Reset Buttons. The Spectre Integra-M PowerBoard also has an integrated touch sensing Power Button. The PowerBoard has x24 ARGB and UV LEDs positioned around the external and internal perimeter to optimally light up the distribution plate. The LEDs can be switched on or off and you can switch between ARGB or UV or have both on at the same time. Essentially the PowerBoard is a distribution plate for cables also integrating other features and functions. It is a new method for cables allowing standardization of cable lengths and making cable management almost unnecessary. Spectre Integra-M comes included with a standard set of black sleeved linking cables including 24pin x1, 8pin EPS x2, 8pin PCIE x3 meaning that these cables don’t have to be purchased separately.
· Reduced build time due to integration With the core component cables, PWM and ARGB hubs all integrated there is less assembly to be done, there is almost no cable management thanks to the PowerBoard integration. Even further build time reduction on Integra-M with the pump, reservoir, fill & drain ports and parts of the water-cooling loop are integrated.
· 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, reservoir, cables, hubs, less fittings, less tube, no lighting, no cable combs, or cable management components. Integra-M reduces cost further on water-cooling components.
· 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 Spectre Integra-M 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.
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· High End Components Spectre Integra-M/MA fits ATX motherboards and has 7 expansion slots. It is designed to fit the largest high-end GPUs. It can fit the largest PSUs up to 220mm. For the water-cooling system it can fit 2x 360mm radiators 45mm thick with a single set of fans and the D5 pump. The PowerBoard can handle the most high-end PSUs and components.
· Radiator Adjustment The radiator mounting panels have a large range of adjustment to help with port alignment to the distribution plate.
· Storage Spectre Integra-M/MA has 7x 2.5″ Drive positions. Two are on the top of the PSU shroud, four inside of the PSU shroud and there is one integrated on the PowerBoard. The two on top of the PSU shroud cannot be used with vertically mounted GPUs.
Design & Engineering We have been building 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 and testing our own products every day.
Manufacturing & Quality Almost all components of Spectre Integra-MA are CNC machined from a solid block of material with extreme precision. Everything is carefully assembled by hand and tested. Our approach and philosophy are that there is no hidden or back side, everything is on display and so the design is a celebration of the raw materials and the manufacturing processes with everything on display.
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Spectre Integra-M/MA Specifications
Water-cooling Integration (Integra-M only)
Electronics Integration
Reservoir, Pump Top, Pump Cover, Fill Port, Drain Port, Parts of water-cooling loop. Ports: x6 G1/4″ BSPP. 1x Fill Port. 1x Drain Port. Pump: (Not included): Compatible with all D5 pumps.
Core Component Cables: 24pin x1. 8pin EPS x2. PCIE 8pin x3. 12VHPWR x2. 6pin PCIE MB Supplementary x1. Hubs: PWM: x3. ARGB: x10 (Single input for each). LEDs: x24 Integrated ARGB 90-degree LEDs and x24 UV 90-degree LEDs facing around the internal and external perimeter of the PowerBoard. There are two switches on the PowerBoard one switches the ARGB on or off and the other switches the UV on or off. Touch sensing Power Button. Extra Power and Reset Buttons. PowerBoard LED on/off switch. PowerBoard 2.5″ SATA 3.0 6Gb/s Direct Mount x1.
Cables
LED strips
Motherboard Form Factor Expansion Slots Case Form Factor Package Dimensions & Weight Case Dimensions & Weight Storage
PowerBoard Linking Cables Standard Set: 24pin x1. 8pin EPS x2. 8pin PCIE x3. 18AWG Black Headshrinkless Sleeve. PWM Female to Female 50cm Black Sleeved x1. ARGB Female to Female 50cm Black Sleeved x1. Touch Power Button and extra Power and Reset Button Cables 20cm x4.
x2 50cm ARGB LED Strips with 50cm cables. (Attach to case panels on specific mounting points for front and top panel glow). ATX, Mini-DTX, Mini-ITX.
x7.
Mid Tower.
640 mm(L) x 620 mm(W) x 110 mm(H). (Flat-packed Case | Partial assembly required). Integra-M: 14kg. | Integra-MA: 12kg. 486 mm(L) x 245 mm(W) x 528 mm(H). Integra-M: 12kg. | Integra-MA: 10kg.
7x 2.5″ Drive x2 are on top of the PSU shroud and cannot be used when the GPUs are vertically mounted. x4 are inside of the PSU Shroud. x1 is on the PowerBoard behind the PSU.
Radiators Maximum GPU Length
Integra-M: x2 360mm x 40mm with x1 set of standard 25mm fans. Integra-MA: x1 360mm x 60mm Front and x1 360mm x 40mm top, each with a single set of 25mm fans. 410mm with radiator installed.
Maximum GPU Height
170 mm in standard orientation | Unlimited in vertical orientation
Maximum CPU Cooler Height 170 mm
Maximum PSU Length
220mm (Space allowed for cables inside of PSU shroud).
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Front Panel I/O Vertical GPU Mount
Materials Manufacturing Process Assembly
Testing/Validation (Integra-M only)
Spectre Integra-M/MA Assembly Manual
No Front I/O | Vandal Switch 16mm | White LED x2 with 3 slots (60mm) spacing. x1 is included. 2nd Vertical GPU Mount Available Separately here. Riser cable not included, compatible with Linkup PCIE 4.0 Riser Cables.
6061 Aluminum Anodized. Cast Acrylic | Stainless Steel | PCB CNC Mill, CNC Lathe, CNC Router, PCB. Distribution Plate Assembled by Hand. Acrylic backplate with PowerBoard assembled by hand. Metal Components need to be assembled and attached to the Acrylic backplate by the customer. All Distribution Plates are factory pressure tested and precise fastener tension is applied.
Included Items
Items
Case Components Distribution Plate with PowerBoard Acrylic backplate with PowerBoard Clear Cast Acrylic Side Panel Window Case Panel Set LED Diffusors Top corner acrylic cover with logo. Vertical GPU Mount (Includes Vertical GPU Bracket and Angle Mount).
Cables PowerBoard Linking Cables Standard Set: · 24pin · 8pin EPS · 8pin PCIe PWM Female to Female 50cm Black Sleeved ARGB Female to Female 50cm Black Sleeved Touch Power Button and extra Power and Reset Button Cables 20cm
Accessories
Hex Keys: · M3
· M4 · M6
Microfiber Cloth Stop Fittings
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Table of Fasteners & Panels
Fasteners
Type M3 x 6mm M4 x 6mm M4 x 8mm M4 x 10mm M4 x 12mm M4 x 14mm
Quantity 12 22 3 4 4 2
Panels
Spectre Integra-M/MA Assembly Manual
Type M4 x 20mm M6 x 20mm M6 x 30mm M4 x Springwasher Standoff M3-M4 18mm Standoff M4 M-F 13mm
Quantity 8 10 2 6 9 4
Name Radiator Panels PSU Side Shroud PSU Top Shroud PSU Bottom Shroud Top Supports PSU Front Shroud PSU Mount Front Cover Top Cover Legs LED Diffusors I/O Panel Feet
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Warranty
Spectre Integra-M/MA 2-Year Limited Warranty:
1: The Integrated Water-cooling system is pressure tested at the factory, there is no need to adjust the fasteners on the distribution plate. Take care not to over tighten any of the fasteners particularly on the acrylic, stop as soon as you feel feedback or tension on the fastener. On the metal parts you can tighten normally. We are not responsible for damage caused by overtightening the fasteners.
2: Any thread stripping, cross threading or thread damage will not be covered under our warranty. All threads are pre-tested. We use stainless steel fasteners which are extremely durable.
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 5 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.
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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Assembly Manual
Assembly Note Spectre is built from thick and strong CNC Machined aluminum components with tight tolerances. There is no flex in the metal parts like there is on other cases. Due to this we have had to build tolerances into all the mounting holes on Spectre Integra. If something does not align then loosen all related fasteners on the surrounding panels to let the component settle in, then tighten the fasteners again.
Step 1: Install Legs onto Distribution Plate.
Install the Legs onto the Distribution Plate using 8x M6x20mm fasteners. It is best to lay the legs down on a table in position, then place the distribution plate on top, align the legs to the holes and then install the fasteners.
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Step 2: Install ARGB 50cm LED Strips.
Remove the adhesive covers on the LED strips and stick them onto the positions marked in the diagrams below. Make sure to put the cables in the correct orientation for the best cable management, which depends where you plan on connecting them in your build. There should be one LED strip installed onto the inside of LED Cover Front, another installed inside of LED Cover Top and another installed on the inside of the top Radiator Panel.
IMPORTANT: All three LED Strips need to be cut to length to fit into position. If you plan on using the individually LED Strip functions then you need to know how many LEDs are remaining on each LED Strip after you cut them. When you cut them, count how many LEDs are remaining on each LED Strip and remember which header you will plug each one into. The Spectre Integra M/ M-A LED Strips each have 30 LEDs before they are cut.
Cut LED Strips on the sections marked in the diagram below.
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Step 3: Install Feet and Top Supports.
Install the Feet, for each one using a M4 x 20mm fastener with an M4 Spring Washer on the middle hole and 2x M4 x 14mm fasteners with M4 Spring Washers on the outer holes. It is best do this with the distribution plate laying flat and on the edge of a table so that you can easily access the Feet.
Install the Top Supports, for each one using 2x M4 x 20mm Fasteners per support. It is best to do this with the case standing upright on the Feet.
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Step 4: Install Power Button. Remove the Power Button retention ring and O-ring. Thread the cable through from the front of the Front LED Cover and LED Diffusor until the Power Button is in position. Install the O-ring onto the back of the Power Button and then tighten the retention ring to hold it in position. The O-ring prevents the Power Button from coming loose.
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Step 5: Install LED Diffusors & Radiator Panels.
Note The radiator panels have countersinking and chamfering on the side which needs to face outwards. Another way to check the orientation is you need to have the side with the extra space facing where the ports will be on the radiator.
Attach the Top Cover to one of the Radiator Panels with an LED Diffusor in between using 2x M4 x 10mm fasteners. Then attach the top Radiator Panel using 6 x M4 x 6mm Fasteners.
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1 Attach one of the Radiator Panels and LED Diffusors to the Front Leg using 2x M4 x 10mm fasteners.
2 Then attach the Front Cover the Front Leg of the case using 2x M4 x 20mm fasteners.
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Step 6: Assemble PSU Shroud.
Spectre Integra-M/MA Assembly Manual
Attach the PSU Bottom Shroud to the PSU Mount and PSU Front Shroud using 4x M4 x 6mm fasteners.
Install the PSU Side Shroud using 2x M4 x 6mm fasteners at the top and 2x Standoff M4 M-F 13mm at the bottom.
Install the PSU Top Shroud onto the PSU Mount and PSU Front Shroud using 4x M4 x 6mm.
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Step 7: Install PSU Shroud. To install the PSU shroud onto the case, use 2x M6 x 20mm screws at the back and 2x M6 x 30mm screws at the front. The mounting holes are marked in the diagrams below.
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Step 8: Install PCIe 4.0 Vertical GPU Mount.
Step 1: Install Riser Cable. Install the PCIe Riser Cable (not included). Check you have the correct orientation (see diagram to the right). The cutout side of the Vertical GPU Bracket PCIE 4.0 needs to line up with the protruding plastic cover under the Vertical GPU Riser Cable. Install the Vertical GPU Riser Cable onto the PCIE 4.0 Vertical GPU Bracket using the 2x M3 x 10mm Fasteners, 2x M3 Nuts and 6 x M3 Washers (see the diagram to the right for fastener orientation).
Step 2: Install PCIe 4.0 Vertical GPU Mount. Remove the PSU Side Panel to gain access into the PSU Shroud. Install the Vertical GPU Bracket PCIe 4.0 to the PSU Top Panel using the 2x M4 x 6mm Fasteners. The fasteners are installed from underneath the PSU Top panel. There are several holes in the PSU Top Panel also for the 2nd Vertical GPU Mount PCIe 4.0 and SSD Mounting so be careful to select the correct mounting holes. Install the Vertical GPU Angle using the x2 6-32 x 0.25″ Fasteners. Be careful to select the correct position on the Rear IO Panel so that the angle is at the correct height for your GPU.
Note: You may need to adjust the position of the Riser Cable on the PCIE 4.0 Vertical GPU bracket for correct GPU alignment.
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Step 9: Install PCIe 4.0 2nd Vertical GPU Mount.
(This add-on needs to be purchased separately; it is not included with the case).
Step 1: Install Riser Cable. Install the PCIe Riser Cable (not included). Check you have the correct orientation (see diagram to the right). The cutout side of the Vertical GPU Bracket PCIE 4.0 needs to line up with the protruding plastic cover under the Vertical GPU Riser Cable. Install the Vertical GPU Riser Cable onto the PCIE 4.0 Vertical GPU Bracket using the 2x M3 x 10mm Fasteners, 2x M3 Nuts and 6 x M3 Washers (see the diagram to the right for fastener orientation).
Step 2: Install 2nd PCIe 4.0 Vertical GPU Mount. Remove the PSU Side Panel to gain access into the PSU Shroud. Install the PCIe 4.0 2nd Vertical GPU Bracket to the PSU Top Panel using the 2x M4 x 6mm Fasteners. The fasteners are installed from underneath the PSU Top panel. There are several holes in the PSU Top Panel also for SSD Mounting so be careful to select the correct mounting holes.Remove the Vertical GPU Angle if it is already installed. When installing the 1st and 2nd Vertical GPU Mounts both angle pieces are installed with the same fasteners at the same time. These fasteners are included with the 2nd Vertical GPU Mount and are not included with the case. Use the 2x 6-32 x 0.5″ Fasteners to mount the Vertical GPU Angle and the Vertical GPU 2nd Angle. These are both attached to opposite sides of the Rear IO Panel facing opposite directions. Tighten the 2x 6-32 x 0.5″ fasteners and then use the 2x 6-32 Nuts to fix the Vertical GPU Second Angle in position. Be careful to select the correct position on the Rear IO Panel so that the height is correct for your GPU.
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Step 10: Install I/O Panel. Install 2x M4 x 13mm Stand Offs onto the Top Support and then install the Rear IO Panel using 3x M4 x 8mm fasteners.
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Step 11: 2.5″ Drive Installation.
A total of 7 x 2.5″ drives can be installed into Spectre Integra-M/MA. There are three locations to install 2.5″ drives. 1) PowerBoard integrated mount behind the PSU (see PowerBoard manual starting at Pg. 24-
27). 2) PSU Top Shroud. x2 2.5″ drives can be installed in this location only if vertical GPU mounts are
not being used. 3) PSU Bottom Shroud. 4x 2.5″ drives can be installed in this location. If you are using stock PSU
cables and a long PSU, it is going to become tight inside of the PSU shroud. In this case a PowerBoard PSU Cable Set is recommended so that all drive positions can be used. See the diagrams below for the 2.5″ drive mounting locations:
Note PSU Top Shroud SSD mounting locations cannot be used with Vertical GPU mounts.
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Step 12: Install D5 Pump (Not included).
Spectre Integra-M only.
It is easier to do this when the Case or Distribution Plate is horizontal because then you can sustain downward pressure on the pump while tightening the pump cover to prevent the O-ring moving out of position. Position the O-ring in the D5 Pump Top O-ring Groove, make sure that it is not twisted, kinked, or damaged. Push the pump into the pump top and twist side to side until you feel the O-ring has settled into the O-ring groove. Then tighten the pump cover firmly onto the pump. Position the pump cables where you need to for the best cable routing.
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Step 13: Install Side Panel Window. Install the Side Panel Window using 4x M4 x 12mm Fasteners. Place the Side Panel Window in front of the case, pick up one corner and align it with the first hole. Install the fastener but do not fully tighten it. Then move onto the other side and install the next fastener.
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Step 14: Filling & Draining The Loop.
Spectre Integra-M only.
Filling the Loop: 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. Spectre Builds will usually take 1.21.5L of fluid but allow 2L. We recommend air pressure testing before filling any loop. Air pressure should not surpass 0.6 bar. 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. For Spectre Integra-M it is in quite a visible location around the back of the case, so we suggest something visually appealing. We like to use no spill quick disconnects but any high-quality drain valve will work. 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.
Installing Radiators
The radiator panels have sliding adjustment. Use this to position your radiators so that the ports are optimally aligned with the ports on the Distribution Plate.
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Liquid Cooling System Layout
Spectre Integra-M only.
Spectre Integra-M/MA Assembly Manual
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Spectre Integra-M/MA PowerBoard
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PowerBoard PSU Cables: The stock cables that come with every power supply can be used, plug in as many cables as input connectors are available. Do not use components that have more connectors than Your power supply has cables for. For example, if Your power supply comes with a single 8pin EPS (4+4) plug and Your motherboard has 2X 8pin EPS connectors, then a better power supply needs to be used.
Singularity Computers offers custom sleeved and shorter PSU cable kits that are a better fit in the PSU shroud area than stock cables.
PowerBoard Linking Cables: Spectre Integra-M/MA comes with a standard kit of PowerBoard Linking Cables which includes 24pin MB x1, 8pin EPS x2 and 8pin PCIE x3. The pinout of these Linking cables is mirrored and the lengths are custom to achieve an arch. The connectors are also female on both sides (refers to the pin and not to the connector housing). PWM and ARGB linking cables are also included to connect from your motherboard or controller to the PowerBoard PWM and ARGB inputs. Use our Cable setup guide if making custom Linking cables.
Power Connectors: The input and output connectors are not wired directly together but they are shared, so if EPS-1IN is plugged in then any of the EPS outputs can be used, it is not limited to EPS-1-OUT. The same applies to the PCIE inputs, they can be mixed and matched. The exception is the 12VHPWR connectors, as there are communication lines in them where the power supply communicates to the graphics card of how much power it can supply to it, so if the 12VHPWR-A-IN is used on the input side then 12VHPWR-A-OUT must be used on the output side, same applies to 12VHPWR-B. There is a PCIE 6P connector located next to the MB 24P connector for motherboards that have a supplementary PCIE 6P connector for additional power.
ARGB Connectors: The PowerBoard has built-in ARGB lighting and acts as an ARGB hub. An ARGB source, like a motherboard ARGB header, must be connected to the ARGB-IN header on the PowerBoard. The input header is marked with a white rectangle around it for easier identification. The PowerBoard uses this ARGB signal to light up the built-in LEDs and splits this signal to all ARGB outputs. What signal goes into the input will be displayed on the built-in LEDs and all LED strips attached to the ARGB outputs, in parallel. The PowerBoard does not show up as an individual component in ARGB controlling software, but it can be controlled by controlling the motherboard ARGB header, which will show up in software. The PowerBoard LEDs and headers are powered by the power supply 24pin connection, so they will only light up when the system is turned on, but not when the system is turned off or in stand-by mode. The ARGB headers are conveniently located where they are expected to be used, next to radiator mounts, GPU, and CPU waterblocks and close to Elite kits. Do not plug a 4pin/12V RGB device into the PowerBoard, only 3pin/5V ARGB/DRGB (addressable/digital RGB) devices are compatible.
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ARGB On/Off Switch: This switch connects/disconnects the ARGB control signal from the built-in LEDs on the PowerBoard. When turned ON, the LEDs will immediately light up. When turned OFF, the LEDs will not light up from the next time the system is turned ON from a cold boot but will display the last colour they were displaying before the switch was turned OFF. After turning the switch OFF, turn off the system, wait 5 seconds and turn the system ON again. This switch does not control ARGB headers, only the built-in LEDs on the PowerBoard.
UV On/Off Switch: This switch turns the built-in UV LEDs on the PowerBoard ON/OFF. It is a live switch, and the UV lighting should immediately turn ON or OFF based on the position of the switch. There is no need to reboot the system.
PWM/Fan Connectors: The PowerBoard acts as a powered PWM/Fan hub. A PWM source, like a motherboard CPU Fan header, must be connected to the FAN-IN header on the PowerBoard. The PowerBoard shares this PWM signal to all PWM outputs. What signal goes into the input will be the same control signal sent to every fan connected to the PowerBoard. The PowerBoard does not show up as an individual component in fan controlling software, but it can be controlled by controlling the motherboard CPU Fan header, which will show up in software. The PowerBoard PWM headers are powered by the power supply, so there is less strain on the motherboard. Only FAN-1-OUT-RPM monitors the speed of a connected fan which is reported back to the motherboard. If no fan is connected to this header, the motherboard will see zero RPM even if all other headers have fans connected to them, so populate FAN-1-OUT-RPM first with a fan that You would like to monitor the RPM of. The PWM headers are conveniently located where they are expected to be used, close to radiator mounts.
Power, Reset, LED Header: Connect the motherboard front panel headers to this header to enable functionality of the touch button on the back side of the PowerBoard, the POWER and RESET buttons on the front side and the header for the front panel button on the case. Refer to the motherboard’s manual for the pinout of its front panel header:
Connect PWR_BTN (motherboard) with POWER SW cable to PWR (PowerBoard) Polarity matters, although it varies by motherboard maker. If it is wired the wrong way then the system will automatically turn ON and then OFF, repeatedly. It is the same behaviour from holding the power button indefinitely. If this is the case, turn the power supply main switch to OFF and reverse the connector polarity of the POWER SW cable either on the motherboard or on the PowerBoard side.
Connect RESET (motherboard) with RESET SW cable to RST (PowerBoard). +/- Polarity does not matter.
Connect POWER_LED (motherboard) with POWER LED+/- cable to LED (PowerBoard) +/- Polarity
does not matter.
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FRONT BUTTON HEADER: connect the main power button from the front panel here: POWER SW cable to PWR (PowerBoard), polarity does not matter. POWER LED+/- to LED (PowerBoard), polarity does not matter.
Powering on the system: There are up to 4 ways to turn the system on. The first is the main power button that’s installed onto the front of the case. Second is the built-in buttons on the PowerBoard. Third is the touch button on the back side, bottom right corner area of the PowerBoard inside the acrylic cut out, touch the Singularity Computers logo to turn the system on. Fourth is the power button built into the motherboard, it depends on the model whether it has it or not.
SATA Connector: Connect this SATA input into a SATA output on the motherboard and install a 2.5″ drive into the PowerBoard. There is no need to connect a SATA power cable to the 2.5″ drive, it is powered directly from the PowerBoard.
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Documents / Resources
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SINGULARITY COMPUTERS Integra-M Water Cooling Case [pdf] Instruction Manual Integra-M Water Cooling Case, Integra-M, Water Cooling Case, Cooling Case, Case |
