Difference between revisions of "Assembling SimuCUBE 320W kit"
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| − | [[File:Simucube assembled 320w.jpg|thumb|Assembled 320W SimuCUBE system. Assembling this is the goal of this document.]] | + | {{SimucubeManualNav}}[[File:Simucube assembled 320w.jpg|thumb|Assembled 320W SimuCUBE system. Assembling this is the goal of this document.]] |
This guide gives instructions of assembling a Granite Devices SimuCUBE kit for 320W power supply options. The kit of needed parts is available through [[Granite Devices web shop]] and also has been offered through [https://www.indiegogo.com/projects/simucube-force-feedback-from-the-future#/ SimuCUBE indiegogo campaign]. | This guide gives instructions of assembling a Granite Devices SimuCUBE kit for 320W power supply options. The kit of needed parts is available through [[Granite Devices web shop]] and also has been offered through [https://www.indiegogo.com/projects/simucube-force-feedback-from-the-future#/ SimuCUBE indiegogo campaign]. | ||
See also [[SimuCUBE|List of SimuCUBE documentation]] for 480W/720W model kit assembly instructions and other guides. | See also [[SimuCUBE|List of SimuCUBE documentation]] for 480W/720W model kit assembly instructions and other guides. | ||
| − | {{docstatus| | + | {{docstatus|new|Status updated 29.6.2016.}} |
==Tools and parts needed== | ==Tools and parts needed== | ||
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| − | ![[File:simucube_wiring_320w-kit.jpg|thumbnail|Wiring diagram for SimuCUBE motherboard + Meanwell RSP-320|1000px|none]] | + | ![[File:simucube_wiring_320w-kit.jpg|thumbnail|Wiring diagram for SimuCUBE motherboard + Meanwell RSP-320-48 (320W kit)|1000px|none]] |
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Latest revision as of 11:52, 29 June 2016
This guide gives instructions of assembling a Granite Devices SimuCUBE kit for 320W power supply options. The kit of needed parts is available through Granite Devices web shop and also has been offered through SimuCUBE indiegogo campaign.
See also List of SimuCUBE documentation for 480W/720W model kit assembly instructions and other guides.
 | This page is newly crafted and it may contain harsh errors. Use information with caution until this notice has been removed. Status updated 29.6.2016. |
Tools and parts needed[edit | edit source]
Tools[edit | edit source]
- Metric hex keys (2.5 + 3 + 4 mm)
- Suitable wrench or pliers to hold M3 nuts
- Small file, might be needed to touch off some of the laser cut tenons to ease up the assembly and prevent the use of excessive force
- Suitable crimpers for wire terminals or a soldering iron
Parts (included in the full kit)[edit | edit source]
- 1 pc SimuCUBE + IONI drive
- 6 pcs acrylic pieces for the case
- 1 pc Meanwell RSP-320 power supply
- 2 pcs M3x10 countersunk screw
- 8 pcs M4x8 button head screw
- 4 pcs M5x10 button head screw
- 2 pcs M3 locking nut
- 1 pc Schurter DC11.00001.003 IEC power socket (Farnell 1207680
- 1 pc 60x60x25mm cooling fan capable of starting at 5V: Qualtek FAD1-06025BBLW12 (Digikey Q620-ND).
- 50 cm of 1.5 mm^2 wire for electrical connections
- 15 cm of 1.5 mm^2 yellow-green wire for protective earth (15 cm)
Optional[edit | edit source]
- Gloves to prevent fingerprints on the acrylic parts while assembling the system
- Wire end ferrules
- Heat shrink tubing
Assembly[edit | edit source]
 | Assembly requires wiring of mains voltages that can be lethal. Consult an electrician if you are unsure of your skills. Everything published here is provided as-is without any warranty, you do everything on your on responsibility and Granite Devices Inc. cannot be held responsible if you harm yourself, others or burn your house down because of miswiring. |
1) Cut off the round parts from the acrylic back plate and save these for later. These will be used as spacers for the SimuCUBE motherboard.
2) Attach grounding and mains wires to the power connector by either soldering them or by using the crimp terminals. If you don't have an access to proper crimp pliers for these type of terminals, then soldering is more preferred method to prevent wires from getting loose. Make wires 14-15 cm long.
3) Fix the power plug to the acrylic back plate with M3x10 countersunk screws and M3 locking nuts.
5) Attach the back panel to the powersupply with two M4x8 button head screws (be careful, do not tighten too much!).
6) Connect grounding and mains wires to the power supply's screw terminal.
7) Attach IONI to the SimuCUBE motherboard by pressing it to the PCI-E-type connector. Use the four spacers cut from the acrylic back plate below the motherboard and fix it in place with four M4x8 button head screws.
8) Attach the 60mm fan on the acrylic side piece with four M5x10 button head screws, use the photo as a reference on which way the fan should be aligned. This configuration sucks air to the case and blows it towards the IONI and through the power supply.
10) Attach positive (+48VDC) and negative wires between the power supply output and motherboard terminals.
See step 6 for the wiring diagram
11) Attach the fan side plate in place and attach the fan wires to the quick terminal on the motherboard.
| Acrylic is very brittle material and breaks easily. Don't use much force when inserting or removing parts together (max 2 kg static pressure to push tenons together). If part are tight to fit together (which is can happen due to material tolerances), use a small file to loosen the tenons (round the corners of male part and/or enlarge the hole of female counter piece). |
13) Attach the left exhaust, bottom and top panels with the logo to the case and carefully wiggle the front plate in place. Attach the front panel with two M4x8 button head screws.
 | If you need to disassemble any acrylic joints, use a small flat headed screw driver to loosen each tenon progressively to separate panels. Pulling panel with force may break the acrylic panel. |
14) Follow the SimuCUBE system user guide for usage
 | Read next |
