Editing Assembling SimuCUBE 480W/720W kit

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{{SimucubeManualNav}}[[File:Simucube assembly 480w 720w.jpg|thumb|Assembled 480/720W SimuCUBE system. Assembling this is the goal of this document.]]
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[[File:Simucube assembly 480w 720w.jpg|thumb|Assembled 480/720W SimuCUBE system. Assembling this is the goal of this document.]]
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This guide gives instructions of assembling a Granite Devices SimuCUBE kit for 480W/720W 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 launch campaign].
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This guide gives instructions of assembling a Granite Devices SimuCUBE kit for 480W/720W 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].
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See also [[SimuCUBE|List of SimuCUBE documentation]] for 320W model kit assembly instructions and other guides.
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{{docstatus|new|Status updated 29.6.2016.}}
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==Tools and parts needed==
 
==Tools and parts needed==
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====== Parts (included in the full kit) ======
 
====== Parts (included in the full kit) ======
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* 1 pc SimuCUBE + IONI drive
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* SimuCUBE + IONI drive
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* 7 pcs acrylic pieces for the case
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* 7 acrylic pieces for the case
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* 1 pcs Meanwell NDR-480 or SDR-480 power supply
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* Meanwell NDR-480 or SDR-480 power supply
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* 8 pcs M3x8 button head screw
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* 4x M3x6 button head screw
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* 6 pcs M3x12 button head screw
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* 6x M3x10 button head screw
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* 2 pcs M3x10 countersunk screw
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* 2x M3x10 countersunk screw
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* 4 pcs M4x16 socket screw
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* 4x M4x16 socket screw
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* 4 pcs M5x10 button head screw
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* 4x M5x10 button head screw
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* 2 pcs M3 locking nut
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* 2x M3 locking nut
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* 4 pcs M4 locking nut
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* 4x M4 locking nut
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* 4 pcs threaded 10mm brass cubes
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* 2x threaded 10mm brass cubes
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* 1 pc Schurter DC11.00001.003 IEC power socket ({{farnell|1207680}}, {{digikey|486-1963-ND}})
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* Schurter DC11.00001.003 IEC power socket ({{farnell|1207680}}, {{digikey|486-1963-ND}})
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* 1 pc 80x80x25mm cooling fan capable of starting at 5V
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* 80x80x25mm cooling fan capable of starting at 5V
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* 60 cm of 1.5 mm^2 wire for electrical connections
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* 1.5 mm^2 wire for electrical connections
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* 30 cm of 1.5 mm^2 yellow-green wire for protective earthing
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* 1.5 mm^2 yellow-green wire for grounding
  
 
====== Optional ======
 
====== Optional ======
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==Assembly==
 
==Assembly==
 
{{warning|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.}}
 
{{warning|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.}}
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<br />
  
 
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.
 
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.
  
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[[File:simucube_acrylic_spacers_common.png|thumbnail|480px|none]]
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[[File:big_case_spacers.png|thumbnail|480px|none]]
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<br />
  
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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. Cut wires approx 14 cm long (total length with crimp connectors becomes approx 14-15 cm).
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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.
  
 
[[File:20160613-DSC_3271.jpg|thumbnail|Mains power socket|480px|none]]
 
[[File:20160613-DSC_3271.jpg|thumbnail|Mains power socket|480px|none]]
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![[File:20160613-DSC_3273.jpg|thumbnail|Terminals attached to the plug terminals|480px|none]]
 
![[File:20160613-DSC_3273.jpg|thumbnail|Terminals attached to the plug terminals|480px|none]]
 
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|}
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<br />
  
 
3) Fix the power plug to the acrylic back plate with M3x10 countersunk screws and M3 locking nuts.
 
3) Fix the power plug to the acrylic back plate with M3x10 countersunk screws and M3 locking nuts.
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![[File:big_case_powerplug2.png|thumbnail|480px|none]]
 
![[File:big_case_powerplug2.png|thumbnail|480px|none]]
 
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<br />
  
 
4) Put the two pieces of thin tape to the power supply as in the image (helps with assembly). Unscrew the marked screws to detach the DIN rail connector and the other marked screws. Follow the instructions with the type of power supply you have (SDR-480 or NDR-480).
 
4) Put the two pieces of thin tape to the power supply as in the image (helps with assembly). Unscrew the marked screws to detach the DIN rail connector and the other marked screws. Follow the instructions with the type of power supply you have (SDR-480 or NDR-480).
  
 
{| class="wikitable"
 
{| class="wikitable"
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![[File:20160613-DSC_3257.jpg|thumbnail|Remove the three circled screws to detach the DIN rail mount|539x539px|none]]
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![[File:20160613-DSC_3257.jpg|thumbnail|Remove the three circled screws to detach the DIN rail mount|480px|none]]
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![[File:20160613-DSC_3260.jpg|thumbnail|Put two pieces of thin tape to the positions shown in the photo to ease up the assembly later|539x539px|none]]
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![[File:20160613-DSC_3260.jpg|thumbnail|Put two pieces of thin tape to the positions shown in the photo to ease up the assembly later|480px|none]]
 
|}
 
|}
  
 
{| class="wikitable"
 
{| class="wikitable"
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![[File:20160613-DSC_3265.jpg|thumbnail|Meanwell NDR-480|539x539px|none]]
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![[File:20160613-DSC_3265.jpg|thumbnail|Meanwell NDR-480|480px|none]]
 
![[File:20160613-DSC_3263.jpg|thumbnail|Remove the six circled screws (NDR-480)|480px|none]]
 
![[File:20160613-DSC_3263.jpg|thumbnail|Remove the six circled screws (NDR-480)|480px|none]]
 
|}
 
|}
  
 
{| class="wikitable"
 
{| class="wikitable"
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![[File:20160613-DSC_3262.jpg|thumbnail|Meanwell SDR-480|539x539px|none]]
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![[File:20160613-DSC_3262.jpg|thumbnail|Meanwell SDR-480|480px|none]]
 
![[File:20160613-DSC_3261.jpg|thumbnail|Remove the six circled screws (SDR-480)|480px|none]]
 
![[File:20160613-DSC_3261.jpg|thumbnail|Remove the six circled screws (SDR-480)|480px|none]]
 
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|}
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5) Attach the power supply to the back plate with four M3x10 button head screws (be careful, do not tighten too much!). Slide the bottom plate below the power supply (use the two screwless holes on the bottom of the PSU as a reference to align the bottom) and to the slots on the back plate and screw two M3x10 button head screws from the bottom.
 
5) Attach the power supply to the back plate with four M3x10 button head screws (be careful, do not tighten too much!). Slide the bottom plate below the power supply (use the two screwless holes on the bottom of the PSU as a reference to align the bottom) and to the slots on the back plate and screw two M3x10 button head screws from the bottom.
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{{Warning|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 counterpiece).}}
 
  
 
{| class="wikitable"
 
{| class="wikitable"
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{{Tip|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.}}<br />
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<br />
  
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6) Connect grounding and mains wires to the power supply's screw terminal. Cut wires approx 13 cm long (total length with crimp ferrules becomes approx 13 cm).
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6) Connect grounding and mains wires to the power supply's screw terminal.
  
 
{| class="wikitable"
 
{| class="wikitable"
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![[File:simucube_wiring_480w-kit.jpg|thumbnail|Wiring diagram for SimuCUBE motherboard + Meanwell NDR-480-48 (480W kit)|1000px|none]]
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![[File:20160613-DSC_3248.jpg|thumbnail|Mains and ground wires attached to Meanwell NDR-480|480px|none]]
 
|}
 
|}
  
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{| class="wikitable"
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<br />
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![[File:simucube_wiring_720w-kit.jpg|thumbnail|Wiring diagram for SimuCUBE motherboard + Meanwell SDR-480-48 (720W kit)|1000px|none]]
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|}
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{| class="wikitable"
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![[File:20160613-DSC_3248.jpg|thumbnail|Mains and ground wires attached to Meanwell NDR-480|480px|none]]
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|}
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7) Attach IONI to the SimuCUBE motherboard by pressing it to the PCI-E-type connector. Align the motherboard onto the acrylic middle piece so that the edge of the connector edge of the circuit board is flush with the main edge of the acrylic (not the three protruding parts) and the holes line up. Use the four spacers cut from the acrylic back plate, four M4x16 screws and four locking nuts.
 
7) Attach IONI to the SimuCUBE motherboard by pressing it to the PCI-E-type connector. Align the motherboard onto the acrylic middle piece so that the edge of the connector edge of the circuit board is flush with the main edge of the acrylic (not the three protruding parts) and the holes line up. Use the four spacers cut from the acrylic back plate, four M4x16 screws and four locking nuts.
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![[File:big_case_middle2.png|thumbnail|480px|none]]
 
![[File:big_case_middle2.png|thumbnail|480px|none]]
 
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|}
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<br />
  
 
8) Attach the 80mm 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.
 
8) Attach the 80mm 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.
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![[File:big_case_fan2.png|thumbnail|480px|none]]
 
![[File:big_case_fan2.png|thumbnail|480px|none]]
 
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|}
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<br />
  
 
9) Slide the motherboard assembly on top of the power supply and into the slots on the back of the case.
 
9) Slide the motherboard assembly on top of the power supply and into the slots on the back of the case.
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10) Attach positive (+48VDC), negative and grounding wires between the power supply output and motherboard terminals. Crimp the fork terminal on the other end of the grounding cable and do a pull test to make sure it is crimped well. Cut the earthing wire approx 13 cm long (total length with crimp connectors becomes approx 14 cm).<br />
 
 
<br />
 
<br />
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<b>See step 6 for the wiring diagram</b><br />
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10) Attach positive (+48VDC), negative and grounding wires between the power supply output and motherboard terminals. Crimp the fork terminal on the other end of the grounding cable and do a pull test to make sure it is crimped well.
  
 
{| class="wikitable"
 
{| class="wikitable"
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![[File:20160613-DSC_3246.jpg|thumbnail|Positive, negative and ground connected to the SimuCUBE motherboard|480px|none]]
 
![[File:20160613-DSC_3246.jpg|thumbnail|Positive, negative and ground connected to the SimuCUBE motherboard|480px|none]]
 
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|}
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11) Attach the fan side plate in place and attach the fan wires to the quick terminal on the motherboard.
 
11) Attach the fan side plate in place and attach the fan wires to the quick terminal on the motherboard.
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![[File:20160613-DSC_3252.jpg|thumbnail|Fan wires attached to the motherboard|480px|none]]
 
![[File:20160613-DSC_3252.jpg|thumbnail|Fan wires attached to the motherboard|480px|none]]
 
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|}
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<br />
  
 
12) Attach the two 10mm threaded cubes to the acrylic front plate with M3x6 button head screws and align the holes as shown on the image.
 
12) Attach the two 10mm threaded cubes to the acrylic front plate with M3x6 button head screws and align the holes as shown on the image.
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![[File:big_case_front2.png|thumbnail|480px|none]]
 
![[File:big_case_front2.png|thumbnail|480px|none]]
 
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<br />
  
 
13) Attach the left exhaust panel and top panel with the logo to the case and carefully wiggle the front plate in place. Screw one M3x6 button head screw from either side to the 10mm threaded cubes previously attached to the front plate.
 
13) Attach the left exhaust panel and top panel with the logo to the case and carefully wiggle the front plate in place. Screw one M3x6 button head screw from either side to the 10mm threaded cubes previously attached to the front plate.
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14) Follow the [[SimuCUBE end-user guide|SimuCUBE system user guide]] for usage
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{{Next|[[SimuCUBE end-user guide]]}}
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[[Category:SimuCUBE_user_guide]]
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14) Follow the [[SimuCUBE system user guide]] for usage{{Next|SimuCUBE system user guide}}
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[[Category:Work_in_progress_pages]]
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