Difference between revisions of "May 2022 CP Enclosure"

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==Scope==
==Scope==
To keep the cost low in general we plan to produce non-structural parts like connector plate covers as 3D print parts, the structural elements from milled aluminium:
Most enclosure parts are to be CNC milled and anodized (black or clear) - the process is cost intensive but the results look and feel excellent. To reduce the overall cost we plan to produce some non-structural parts like connector plate covers as high quality SLA 3D print parts (no layers visible & smooth surfaces):
[[File:Cp enclosure proposal 3d print parts 01.png]]
[[File:Cp enclosure proposal 3d print parts 01.png]]


Note that existing AXIOM Beta hardware can be integrated into the CP enclosure if a THT sensor board is used. The ZIF sensor board does not fit as it has a bigger form factor with the larger socket and the lever. Also the THT sensor board has an opening underneath the image sensor and we attach a heat sink from the back, this is not possible with the ZIF sensor board.
Note that existing AXIOM Beta hardware can be integrated into the CP enclosure without any hardware modications if a [[Beta_CMV12K_THT_Sensor_Board|THT sensor board]] is used. The [[Beta_CMV12K_ZIF_Sensor_Board|ZIF sensor board]] does not fit as it has a bigger form factor with the larger socket and the lever. Also the THT sensor board has an opening underneath the image sensor and we attach a heat sink from the back, this is not possible with the ZIF sensor board.
 
We currently produce Power Board V0.38 which features increased input range (6-17V) and a power button and fan interface. This allows running the Beta and the top fan (60x60x10mm fan integrated in CP enclosure) from a 12V supply (like a battery). Older Power Board versions were 5V input only, there are also 5V fans but the selection is more limited. Note that we do not have a finished power button PCB but the interface to connect it in the future is there.


==Early adopter goals==
==Early adopter goals==
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* testing of internal fan, air circulation, temperature monitoring, fan control in software
* testing of internal fan, air circulation, temperature monitoring, fan control in software
* starting efforts to design print labels on the enclosure (logo, instructions, connectors, etc.)
* starting efforts to design print labels on the enclosure (logo, instructions, connectors, etc.)


==Parts==
==Parts==
parts are prepared for production here:
https://cloud.apertus.org/index.php/s/WCE3Z5G5wxQLMYA
https://cloud.apertus.org/index.php/s/WCE3Z5G5wxQLMYA
==Notes==
* 6-14V input supply range over X2 header on Power Board (software still needs to be written) - requires cable to barrel jack in cap bottom.

Latest revision as of 12:45, 8 January 2023

We started collecting people interested in becoming AXIOM Beta Compact (CP) enclosure early adopters on May 1st. If you are interested please contact us: https://www.apertus.org/contact

The idea is that we optimally gather a group of 10+ people to benefit from the manufacturing prices getting lower with raising quantities.

Once we have a headcount we will be able to deliver an accurate estimate for the cost.

20190614 163841 HDR.jpg

Cp-asselby03-small.jpg


1 Scope

Most enclosure parts are to be CNC milled and anodized (black or clear) - the process is cost intensive but the results look and feel excellent. To reduce the overall cost we plan to produce some non-structural parts like connector plate covers as high quality SLA 3D print parts (no layers visible & smooth surfaces): Cp enclosure proposal 3d print parts 01.png

Note that existing AXIOM Beta hardware can be integrated into the CP enclosure without any hardware modications if a THT sensor board is used. The ZIF sensor board does not fit as it has a bigger form factor with the larger socket and the lever. Also the THT sensor board has an opening underneath the image sensor and we attach a heat sink from the back, this is not possible with the ZIF sensor board.

We currently produce Power Board V0.38 which features increased input range (6-17V) and a power button and fan interface. This allows running the Beta and the top fan (60x60x10mm fan integrated in CP enclosure) from a 12V supply (like a battery). Older Power Board versions were 5V input only, there are also 5V fans but the selection is more limited. Note that we do not have a finished power button PCB but the interface to connect it in the future is there.

2 Early adopter goals

  • collect general feedback about ergonomics, handling, look & feel
  • testing of internal fan, air circulation, temperature monitoring, fan control in software
  • starting efforts to design print labels on the enclosure (logo, instructions, connectors, etc.)


3 Parts

parts are prepared for production here:

https://cloud.apertus.org/index.php/s/WCE3Z5G5wxQLMYA

4 Notes

  • 6-14V input supply range over X2 header on Power Board (software still needs to be written) - requires cable to barrel jack in cap bottom.