diff --git a/Agent b/Agent new file mode 100644 index 0000000..e69de29 diff --git a/content/assets b/content/assets new file mode 120000 index 0000000..ec2e4be --- /dev/null +++ b/content/assets @@ -0,0 +1 @@ +../assets \ No newline at end of file diff --git a/content/en/v1.1/_index.adoc b/content/en/v1.1/_index.adoc index 67328ab..78733ae 100644 --- a/content/en/v1.1/_index.adoc +++ b/content/en/v1.1/_index.adoc @@ -9,14 +9,13 @@ aliases: - /v1.1 - /1.1 --- - == Quick Synopsis This guide will walk you through how to build a Powered Air Purifying Respirator, also known as a PAPR. We assume that you have some knowledge of 3D-printing, and cutting foam with a knife or using a stencil or a cricut, and perhaps some soldering. In the end, you will have four things: a box with a filter and a fan in it, a second box with batteries and a fan controller, a mask, and straps and hoses to hold it all together. Please note that this system will not protect you from anything landing in your eyes. For that protection, either the mask will need to be modified to be a helmet or you will need a face shield. -*WARNING:* we provide no warranty, implicit or explicit, that this device will work up to an N95 specification, a P100 specification, or any other standard, when built outside of a facility rated to do so. The only way to truly test one of these devices using something like a https://tsi.com/products/respirator-fit-testers/portacount-respirator-fit-tester-8038/[Portacount] under controlled conditions. +WARNING: we provide no warranty, implicit or explicit, that this device will work up to an N95 specification, a P100 specification, or any other standard, when built outside of a facility rated to do so. The only way to truly test one of these devices using something like a https://tsi.com/products/respirator-fit-testers/portacount-respirator-fit-tester-8038/[Portacount] under controlled conditions. Please refer to the link:testing-guide[Testing] section for the flow and fit testing done to verify PAPR functionality. diff --git a/content/en/v1.1/fan-box.adoc b/content/en/v1.1/fan-box.adoc index ba52109..c244646 100644 --- a/content/en/v1.1/fan-box.adoc +++ b/content/en/v1.1/fan-box.adoc @@ -41,79 +41,79 @@ These parts should be printed at 0.2 or 0.15 spacing. They should be oriented s | The Fan Box (holds the fan) | P-TET-000140 | 1 -| PLA/PETG +| PETG | No (Can have some in the nut pocket) -| https://github.com/tetrabiodistributed/papr-print-files/blob/f77c5bc3c5f0d8fadfdf2757c59a09a8cd5e584b/STLs/fan_box/96mm%20Stealth%20Parts/P-TET-000140%20Base%20Sanyo.st +| https://github.com/tetrabiodistributed/papr-print-files/blob/f77c5bc3c5f0d8fadfdf2757c59a09a8cd5e584b/STLs/fan_box/96mm%20Stealth%20Parts/P-TET-000140%20Base%20Sanyo.stl[Fan box] | Filter Interface | P-TET-000158 | 1 -| PLA/PETG +| PETG | No (Can have some in the nut pocket) -| https://github.com/tetrabiodistributed/papr-print-files/blob/f77c5bc3c5f0d8fadfdf2757c59a09a8cd5e584b/STLs/fan_box/96mm%20Stealth%20Parts/P-TET-000158%20Stealth%20Filter%20Interface%20Sanyo.stl +| https://github.com/tetrabiodistributed/papr-print-files/blob/f77c5bc3c5f0d8fadfdf2757c59a09a8cd5e584b/STLs/fan_box/96mm%20Stealth%20Parts/P-TET-000158%20Stealth%20Filter%20Interface%20Sanyo.stl[Filter Interface] | Filter Frame | P-TET-000159 | 1 -| PLA/PETG +| PETG | No -| https://github.com/tetrabiodistributed/papr-print-files/blob/f77c5bc3c5f0d8fadfdf2757c59a09a8cd5e584b/STLs/fan_box/96mm%20Stealth%20Parts/P-TET-000159%20Stealth%20Filter%20Frame%20Sanyo.stl +| https://github.com/tetrabiodistributed/papr-print-files/blob/f77c5bc3c5f0d8fadfdf2757c59a09a8cd5e584b/STLs/fan_box/96mm%20Stealth%20Parts/P-TET-000159%20Stealth%20Filter%20Frame%20Sanyo.stl[Filter Frame] | Weather Guard | P-TET-000143 | 1 -| PLA/PETG +| PETG | No -| https://github.com/tetrabiodistributed/papr-print-files/blob/f77c5bc3c5f0d8fadfdf2757c59a09a8cd5e584b/STLs/fan_box/96mm%20Stealth%20Parts/P-TET-000159%20Stealth%20Filter%20Frame%20Sanyo.stl +| https://github.com/tetrabiodistributed/papr-print-files/blob/f77c5bc3c5f0d8fadfdf2757c59a09a8cd5e584b/STLs/fan_box/96mm%20Stealth%20Parts/P-TET-000159%20Stealth%20Filter%20Frame%20Sanyo.stl[Weather Guard] | Fan Outlet Spout | P-TET-000144 | 1 -| PLA/PETG +| PETG | No -| https://github.com/tetrabiodistributed/papr-print-files/blob/f77c5bc3c5f0d8fadfdf2757c59a09a8cd5e584b/STLs/fan_box/96mm%20Stealth%20Parts/P-TET-000144%20Spout.stl +| https://github.com/tetrabiodistributed/papr-print-files/blob/f77c5bc3c5f0d8fadfdf2757c59a09a8cd5e584b/STLs/fan_box/96mm%20Stealth%20Parts/P-TET-000144%20Spout.stl[Fan Outlet Spout] | Fan Outlet Spacer | P-TET-000145 | 1 -| PLA/PETG +| PETG | No -| https://github.com/tetrabiodistributed/papr-print-files/blob/f77c5bc3c5f0d8fadfdf2757c59a09a8cd5e584b/STLs/fan_box/96mm%20Stealth%20Parts/P-TET-000145%20Spacer.stl +| https://github.com/tetrabiodistributed/papr-print-files/blob/f77c5bc3c5f0d8fadfdf2757c59a09a8cd5e584b/STLs/fan_box/96mm%20Stealth%20Parts/P-TET-000145%20Spacer.stl[Fan Outlet Spacer] | Fan Outlet Interface | P-TET-000152 | 1 -| PLA/PETG +| PETG | No -| https://github.com/tetrabiodistributed/papr-print-files/blob/f77c5bc3c5f0d8fadfdf2757c59a09a8cd5e584b/STLs/fan_box/96mm%20Stealth%20Parts/P-TET-000152%20Spout%20Interface.stl +| https://github.com/tetrabiodistributed/papr-print-files/blob/f77c5bc3c5f0d8fadfdf2757c59a09a8cd5e584b/STLs/fan_box/96mm%20Stealth%20Parts/P-TET-000152%20Spout%20Interface.stl[Fan Outlet Interface] | Spout ring | P-TET-000191 | 1 -| PLA/PETG +| PETG | No -| https://github.com/tetrabiodistributed/papr-print-files/blob/f77c5bc3c5f0d8fadfdf2757c59a09a8cd5e584b/STLs/fan_box/96mm%20Stealth%20Parts/P-TET-000191%20Spout%20Ring.stl +| https://github.com/tetrabiodistributed/papr-print-files/blob/f77c5bc3c5f0d8fadfdf2757c59a09a8cd5e584b/STLs/fan_box/96mm%20Stealth%20Parts/P-TET-000191%20Spout%20Ring.stl[Spout ring] | MOLLE Strap | P-TET-000153 | 1 -| PLA/PETG +| PETG | No -| https://github.com/tetrabiodistributed/papr-print-files/blob/f77c5bc3c5f0d8fadfdf2757c59a09a8cd5e584b/STLs/fan_box/96mm%20Stealth%20Parts/P-TET-000153%20MOLLE%20Strap.stl +| https://github.com/tetrabiodistributed/papr-print-files/blob/f77c5bc3c5f0d8fadfdf2757c59a09a8cd5e584b/STLs/fan_box/96mm%20Stealth%20Parts/P-TET-000153%20MOLLE%20Strap.stl[MOLLE Strap] | MOLLE Catch | P-TET-000154 | 1 -| PLA/PETG +| PETG | No -| https://github.com/tetrabiodistributed/papr-print-files/blob/f77c5bc3c5f0d8fadfdf2757c59a09a8cd5e584b/STLs/fan_box/96mm%20Stealth%20Parts/P-TET-000154%20MOLLE%20Catch.stl +| https://github.com/tetrabiodistributed/papr-print-files/blob/f77c5bc3c5f0d8fadfdf2757c59a09a8cd5e584b/STLs/fan_box/96mm%20Stealth%20Parts/P-TET-000154%20MOLLE%20Catch.stl[MOLLE Catch] | MOLLE Spacer | P-TET-000193 | 1 -| PLA/PETG +| PETG | No -| https://github.com/tetrabiodistributed/papr-print-files/blob/f77c5bc3c5f0d8fadfdf2757c59a09a8cd5e584b/STLs/fan_box/96mm%20Stealth%20Parts/P-TET-000193%20MOLLE%20Spacer.stl +| https://github.com/tetrabiodistributed/papr-print-files/blob/f77c5bc3c5f0d8fadfdf2757c59a09a8cd5e584b/STLs/fan_box/96mm%20Stealth%20Parts/P-TET-000193%20MOLLE%20Spacer.stl[MOLLE Spacer] |=== @@ -130,31 +130,31 @@ Gaskets should be cut from 2mm craft foam. Ideally, they should be cut by somet | P-TET-000146 | 1 | Craft Foam -| https://github.com/tetrabiodistributed/papr-print-files/blob/f77c5bc3c5f0d8fadfdf2757c59a09a8cd5e584b/Gaskets/96mm%20Stealth%20Sanyo%20PAPRa/P-TET-000146%2096mm%20Base%20Gasket.svg +| https://github.com/tetrabiodistributed/papr-print-files/blob/f77c5bc3c5f0d8fadfdf2757c59a09a8cd5e584b/Gaskets/96mm%20Stealth%20Sanyo%20PAPRa/P-TET-000146%2096mm%20Base%20Gasket.svg[Base Gasket] | Fan Gasket | P-TET-000147 | 1 | Craft Foam -| https://github.com/tetrabiodistributed/papr-print-files/blob/f77c5bc3c5f0d8fadfdf2757c59a09a8cd5e584b/Gaskets/96mm%20Stealth%20Sanyo%20PAPRa/P-TET-000147%2096mm%20Fan%20Gasket.svg +| https://github.com/tetrabiodistributed/papr-print-files/blob/f77c5bc3c5f0d8fadfdf2757c59a09a8cd5e584b/Gaskets/96mm%20Stealth%20Sanyo%20PAPRa/P-TET-000147%2096mm%20Fan%20Gasket.svg[Fan Gasket] | Filter Gasket | P-TET-000148 | 1 | Craft Foam -| https://github.com/tetrabiodistributed/papr-print-files/blob/db2500507c2c03987185a34bd57795aa45caed02/Gaskets/96mm%20Stealth%20Sanyo%20PAPRa/P-TET-000148%2096mm%20Filter%20Gasket.svg +| https://github.com/tetrabiodistributed/papr-print-files/blob/db2500507c2c03987185a34bd57795aa45caed02/Gaskets/96mm%20Stealth%20Sanyo%20PAPRa/P-TET-000148%2096mm%20Filter%20Gasket.svg[Filter Gasket] | Outlet Gasket | P-TET-000149 | 1 | Craft Foam -| https://github.com/tetrabiodistributed/papr-print-files/blob/db2500507c2c03987185a34bd57795aa45caed02/Gaskets/96mm%20Stealth%20Sanyo%20PAPRa/P-TET-000149%2096mm%20Outlet%20Gasket.svg +| https://github.com/tetrabiodistributed/papr-print-files/blob/db2500507c2c03987185a34bd57795aa45caed02/Gaskets/96mm%20Stealth%20Sanyo%20PAPRa/P-TET-000149%2096mm%20Outlet%20Gasket.svg[Outlet Gasket] | Fan Outlet Spout Interface | P-TET-000152 | 1 | Craft Foam -| https://github.com/tetrabiodistributed/papr-print-files/blob/f77c5bc3c5f0d8fadfdf2757c59a09a8cd5e584b/Gaskets/96mm%20Stealth%20Sanyo%20PAPRa/P-TET-000152%2096mm%20Fan%20Outlet%20Spout%20Interface.svg +| https://github.com/tetrabiodistributed/papr-print-files/blob/f77c5bc3c5f0d8fadfdf2757c59a09a8cd5e584b/Gaskets/96mm%20Stealth%20Sanyo%20PAPRa/P-TET-000152%2096mm%20Fan%20Outlet%20Spout%20Interface.svg[Fan Outlet Spout Interface] |=== @@ -167,22 +167,22 @@ These are components that need to be purchased. Prices fluctuate, and so are no | Count | Description | URL | Number in Package | 1 | Sanyo Denki 9BMB12F201 -| https://octopart.com/9bmb12f201-sanyo+denki-24320259 +| https://octopart.com/9bmb12f201-sanyo+denki-24320259[Sanyo Denki] | 1 | 1 | 20 American Wire Gauge (awg) BNC cable -| https://www.jameco.com/z/205-523-Steren-Electronics-Cable-Assembly-RG58-U-36-Bnc-To-Bnc-50-Ohm_11404.html +| https://www.jameco.com/z/205-523-Steren-Electronics-Cable-Assembly-RG58-U-36-Bnc-To-Bnc-50-Ohm_11404.html[BNC cable] | 1 | 1 | Dryer Vent Installation Tape -| http://www.nashuatape.com/ +| http://www.nashuatape.com/[DryerTape] | 1 | 1 | BNC Cable Jack Connector -| https://octopart.com/112517-amphenol+rf-50123148 +| https://octopart.com/112517-amphenol+rf-50123148[Jack Connector] | 1 | 13 @@ -197,7 +197,7 @@ These are components that need to be purchased. Prices fluctuate, and so are no | 1 | BNC 20 gauge wire stays -| https://www.jameco.com/z/205-523-Steren-Electronics-Cable-Assembly-RG58-U-36-Bnc-To-Bnc-50-Ohm_11404.html +| https://www.jameco.com/z/205-523-Steren-Electronics-Cable-Assembly-RG58-U-36-Bnc-To-Bnc-50-Ohm_11404.html[Wire stays] | 1 | 1 @@ -216,31 +216,31 @@ These tools are recommended. URLs are for tools purchased and used in the buildi | Description | URL | 4-3/4 In. Bent Long Nose Pliers -| https://www.harborfreight.com/4-34-in-bent-long-nose-pliers-63819.html +| https://www.harborfreight.com/4-34-in-bent-long-nose-pliers-63819.html[Long Nose Pliers] | A hex screwdriver for the m4 screws -| https://www.amazon.com/gp/product/B007ICWAJC +| https://www.amazon.com/gp/product/B007ICWAJC[hex screwdriver] | Flush cutter -| https://www.harborfreight.com/micro-flush-cutter-90708.html +| https://www.harborfreight.com/micro-flush-cutter-90708.html[Flush cutter] | X-acto knife -| https://www.amazon.com/Xacto-X3201-N0-Precision-Knife/dp/B00004Z2TQ +| https://www.amazon.com/Xacto-X3201-N0-Precision-Knife/dp/B00004Z2TQ[X-acto knife] | 3D Printer (note the size of the print bed for the fan box) -| https://www.prusa3d.com/category/original-prusa-mk4/ +| https://www.prusa3d.com/category/original-prusa-mk4/[3D Printer] | #0 Phillips head screwdriver -| https://www.homedepot.com/p/Husky-8-in-1-Screwdriver-with-LED-Light-232360016/301959976 +| https://www.homedepot.com/p/Husky-8-in-1-Screwdriver-with-LED-Light-232360016/301959976[head screwdriver] | CPAP hose cleaner (for maintenance) -| https://www.amazon.com/Cleaning-DreamStation-Diameter-Stainless-Cleaner/dp/B08HLQV2VK/ +| https://www.amazon.com/Cleaning-DreamStation-Diameter-Stainless-Cleaner/dp/B08HLQV2VK/[CPAP hose cleaner] | Cable Crimper -| https://www.amazon.com/IWISS-Crimping-Swaging-Aluminum-Sleeves/dp/B00JW4X4TO/ref=sr_1_20?dchild=1&keywords=cable+crimping+tool&qid=1630860032&sr=8-20 +| https://www.amazon.com/IWISS-Crimping-Swaging-Aluminum-Sleeves/dp/B00JW4X4TO/ref=sr_1_20?dchild=1&keywords=cable+crimping+tool&qid=1630860032&sr=8-20[Cable Crimper] | 9/16 Nut Driver for the BNC -| https://www.milwaukeetool.com/Products-Repository/North-America/Hand-Tools/Screwdrivers/48-22-2427 +| https://www.milwaukeetool.com/Products-Repository/North-America/Hand-Tools/Screwdrivers/48-22-2427[9/16 Nut Driver] |=== diff --git a/content/en/v1.1/m12-controller.adoc b/content/en/v1.1/m12-controller.adoc index 50ef75b..93122a6 100644 --- a/content/en/v1.1/m12-controller.adoc +++ b/content/en/v1.1/m12-controller.adoc @@ -37,57 +37,57 @@ These parts should be printed at 0.2 spacing: | Knob | 1 -| PLA/PETG +| PETG | No -| https://github.com/tetrabiodistributed/papr-print-files/blob/f77c5bc3c5f0d8fad8cd5e584b/STLs/battery_controller/P-TET-000100%20M12%20Knob.stl +| https://github.com/tetrabiodistributed/papr-print-files/blob/f77c5bc3c5f0d8fad8cd5e584b/STLs/battery_controller/P-TET-000100%20M12%20Knob.stl[Knob] | Body One Piece (alternative part for Body + Light Panel) | 1 -| Transparent PLA/PETG +| Transparent PETG | No -| https://github.com/tetrabiodistributed/papr-print-files/blob/f77c5bc3c5f0d8fadfdf2757c59a09a8cd5e584b/STLs/battery_controller/P-TET-000101%20M12%20Body%20One%20Piece.stl +| https://github.com/tetrabiodistributed/papr-print-files/blob/f77c5bc3c5f0d8fadfdf2757c59a09a8cd5e584b/STLs/battery_controller/P-TET-000101%20M12%20Body%20One%20Piece.stl[Body One Piece] | Plate | 1 -| PLA/PETG +| PETG | No -| https://github.com/tetrabiodistributed/papr-print-files/blob/f77c5bc3c5f0d8fadfdf2757c59a09a8cd5e584b/STLs/battery_controller/P-TET-000170%20M12%20Plate.stl +| https://github.com/tetrabiodistributed/papr-print-files/blob/f77c5bc3c5f0d8fadfdf2757c59a09a8cd5e584b/STLs/battery_controller/P-TET-000170%20M12%20Plate.stl[Plate] | MOLLE Strap | 1 -| PLA/PETG +| PETG | No -| https://github.com/tetrabiodistributed/papr-print-files/blob/f77c5bc3c5f0d8fadfdf2757c59a09a8cd5e584b/STLs/battery_controller/P-TET-000171%20M12%20MOLLE%20Strap.stl +| https://github.com/tetrabiodistributed/papr-print-files/blob/f77c5bc3c5f0d8fadfdf2757c59a09a8cd5e584b/STLs/battery_controller/P-TET-000171%20M12%20MOLLE%20Strap.stl[MOLLE Strap] | MOLLE Catch | 1 -| PLA/PETG +| PETG | No -| https://github.com/tetrabiodistributed/papr-print-files/blob/f77c5bc3c5f0d8fadfdf2757c59a09a8cd5e584b/STLs/battery_controller/P-TET-000172%20M12%20MOLLE%20Catch.stl +| https://github.com/tetrabiodistributed/papr-print-files/blob/f77c5bc3c5f0d8fadfdf2757c59a09a8cd5e584b/STLs/battery_controller/P-TET-000172%20M12%20MOLLE%20Catch.stl[MOLLE Catch] | Body | 1 -| PLA/PETG +| PETG | No -| https://github.com/tetrabiodistributed/papr-print-files/blob/f77c5bc3c5f0d8fadfdf2757c59a09a8cd5e584b/STLs/battery_controller/P-TET-000101%20M12%20Body%20One%20Piece.stl +| https://github.com/tetrabiodistributed/papr-print-files/blob/f77c5bc3c5f0d8fadfdf2757c59a09a8cd5e584b/STLs/battery_controller/P-TET-000101%20M12%20Body%20One%20Piece.stl[Body] | Lid | 1 -| PLA/PETG +| PETG | No -| https://github.com/tetrabiodistributed/papr-print-files/blob/f77c5bc3c5f0d8fadfdf2757c59a09a8cd5e584b/STLs/battery_controller/P-TET-000174%20M12%20Lid.stl +| https://github.com/tetrabiodistributed/papr-print-files/blob/f77c5bc3c5f0d8fadfdf2757c59a09a8cd5e584b/STLs/battery_controller/P-TET-000174%20M12%20Lid.stl[Lid] | Lid | 1 -| PLA/PETG +| PETG | No -| https://github.com/tetrabiodistributed/papr-print-files/blob/f77c5bc3c5f0d8fadfdf2757c59a09a8cd5e584b/STLs/battery_controller/P-TET-000194%20M12%20MOLLE%20Spacer.stl +| https://github.com/tetrabiodistributed/papr-print-files/blob/f77c5bc3c5f0d8fadfdf2757c59a09a8cd5e584b/STLs/battery_controller/P-TET-000194%20M12%20MOLLE%20Spacer.stl[Lid] | Light Panel | 1 -| Transparent PLA/PETG +| Transparent PETG | No -| https://github.com/tetrabiodistributed/papr-print-files/blob/f77c5bc3c5f0d8fadfdf2757c59a09a8cd5e584b/STLs/battery_controller/P-TET-000195%20M12%20Light%20Panel.stl +| https://github.com/tetrabiodistributed/papr-print-files/blob/f77c5bc3c5f0d8fadfdf2757c59a09a8cd5e584b/STLs/battery_controller/P-TET-000195%20M12%20Light%20Panel.stl[Light Panel] |=== @@ -101,12 +101,12 @@ You will need these components. Prices fluctuate, and so are not included here. | 1 | Printed Circuit Board Assembly -| https://github.com/tetrabiodistributed/PAPRA-PCBA +| https://github.com/tetrabiodistributed/PAPRA-PCBA[PCBA] | 1 | 1 | 2Pack Upgraded 3.5Ah M 12 Battery for Milwaukee 12V Battery Lithium XC M 12B Batteries -| https://www.amazon.com/gp/product/B082WW688D/ +| https://www.amazon.com/gp/product/B082WW688D/[Battery] | 2 | 3 @@ -130,10 +130,10 @@ These tools are recommended. URLs are for tools purchased and used in the buildi | Description | URL | A hex screwdriver for the M4 screws -| https://www.amazon.com/gp/product/B007ICWAJC +| https://www.amazon.com/gp/product/B007ICWAJC[Hex Screwdriver] | A 10mm socket wrench -| https://www.amazon.com/gp/product/B0009ORXRU/ +| https://www.amazon.com/gp/product/B0009ORXRU/[Socket wrench] |=== diff --git a/content/en/v1.1/mask-3m.adoc b/content/en/v1.1/mask-3m.adoc index a7157fd..c27f4af 100644 --- a/content/en/v1.1/mask-3m.adoc +++ b/content/en/v1.1/mask-3m.adoc @@ -27,16 +27,16 @@ The Tetra Powered Air Purified Respirator requires a Mask component to deliver p | Right-angle Connector | P-TET-000150 | 2 -| PET/PLA +| PETG | Yes -| https://github.com/tetrabiodistributed/papr-print-files/blob/ae647b7905ae6b9a0845f862daef6b815cd362d1/STLs/3M%20Adapter/P-TET-000150_Right_Angle_Hose_Connector.stl +| https://github.com/tetrabiodistributed/papr-print-files/blob/ae647b7905ae6b9a0845f862daef6b815cd362d1/STLs/3M%20Adapter/P-TET-000150_Right_Angle_Hose_Connector.stl[Right-angle Connector] | Y Connector | P-TET-000150 | 1 -| PET/PLA +| PETG | No -| https://github.com/tetrabiodistributed/papr-print-files/blob/ae647b7905ae6b9a0845f862daef6b815cd362d1/STLs/3M%20Adapter/P-TET-000151_Y_Splitter.stl +| https://github.com/tetrabiodistributed/papr-print-files/blob/ae647b7905ae6b9a0845f862daef6b815cd362d1/STLs/3M%20Adapter/P-TET-000151_Y_Splitter.stl[Y Connector] |=== @@ -52,19 +52,19 @@ You will need these components. Prices fluctuate, and so are not included here. | 1 | CPAP Hose (possible candidate-- this product is 3 feet, you may want something longer or shorter. Refer to https://github.com/tetrabiodistributed/papra/issues/48 for alternatives) -| https://www.amazon.com/Gray-Standard-CPAP-Tubing-foot/dp/B073GBQN73 +| https://www.amazon.com/Gray-Standard-CPAP-Tubing-foot/dp/B073GBQN73[CPAP Hose] | 1, 3ft | 2 | Stiff Ventilator hosing (999) 22mm -| https://hitechmedical.net/products/999-2/ +| https://hitechmedical.net/products/999-2/[Stiff Ventilator hosing] | 1 length, 200 yards | 1 | 3M 6200 Model Mask -| https://www.amazon.com/3M-Respirator-6200-Respiratory-Protection/dp/B007JZ1N00 +| https://www.amazon.com/3M-Respirator-6200-Respiratory-Protection/dp/B007JZ1N00[Mask] | 1 |=== @@ -112,4 +112,4 @@ Changing the filter depends on how much you use the device. If you're using the ## My hose is smelling. What can I do about that? -You can clean the hose with a 22mm cleaning brush (like https://www.amazon.com/JAKIA-CPAP-Brush-Cleaning-7inch/dp/B089Q6QH1X). Soap and water should be sufficient. We've found that the hose material can begin to smell if exposed to quite a bit of sunlight, such as wearing the PAPR in the desert, and this smell wears off after some time. +You can clean the hose with a 22mm cleaning brush (like https://www.amazon.com/JAKIA-CPAP-Brush-Cleaning-7inch/dp/B089Q6QH1X)[Cleaning Brush]. Soap and water should be sufficient. We've found that the hose material can begin to smell if exposed to quite a bit of sunlight, such as wearing the PAPR in the desert, and this smell wears off after some time. diff --git a/content/en/v1.1/papra-pcba.adoc b/content/en/v1.1/papra-pcba.adoc index 3f15f3a..53ebdd0 100644 --- a/content/en/v1.1/papra-pcba.adoc +++ b/content/en/v1.1/papra-pcba.adoc @@ -13,7 +13,7 @@ aliases: The following is the board diagram for the M12 controller PCB. Further information can be found in https://github.com/tetrabiodistributed/PAPRA-PCB[the PAPRA-PCB project.] -WARNING: we provide no warranty, implicit or explicit, that this device will work up to an N95 specification, when built outside of a facility rated to do so. The only way to truly test one of these devices using something like a https://tsi.com/products/respirator-fit-testers/portacount-respirator-fit-tester-8038/[Portacount] under controlled conditions. +WARNING:we provide no warranty, implicit or explicit, that this device will work up to an N95 specification, when built outside of a facility rated to do so. The only way to truly test one of these devices using something like a https://tsi.com/products/respirator-fit-testers/portacount-respirator-fit-tester-8038/[Portacount] under controlled conditions. Enter at your own risk. @@ -209,29 +209,29 @@ Enter at your own risk. | Tetra-PCB-jig-v3 | 1 -| PLA/PETG +| PETG | No -| https://github.com/tetrabiodistributed/papr-print-files/blob/d0c51e8a21a43540b39c50ecf9295a17e224a93b/STLs/Tetra-PCB-jig-v3.stl +| https://github.com/tetrabiodistributed/papr-print-files/blob/d0c51e8a21a43540b39c50ecf9295a17e224a93b/STLs/Tetra-PCB-jig-v3.stl[PCB Jig] |=== == Build instructions == -Download the PCB Jig STL from Github and print it. +* Download the PCB Jig STL from Github and print it. image::https://photos.smugmug.com/Tetra-Testing/PCBA-Thruhole-Board-Assembly-v1/i-Vxkbtqr/0/Dvq4ZSMp9rSHhpZV8s4VmFNvCrWSjgv2WjtqhZ9wj/M/pcb-jig-M.png[420] The larger gaps are to aid the positioning of the battery terminals. -Place the board on the PCB Jig. The markings should be upside down. +* Place the board on the PCB Jig. The markings should be upside down. -Insert the LEDs with the Anode facing away from the test points. +* Insert the LEDs with the Anode facing away from the test points. -Insert the LEDS in the D1, D3, D4, D5 and D7 +* Insert the LEDS in the D1, D3, D4, D5 and D7 image::https://photos.smugmug.com/Tetra-Testing/PCBA-Thruhole-Board-Assembly-v1/i-xLnHxBj/0/DKFtHJwLHKF22dwXTxZKXMFW4QNJt77mhmCpBmDpM/M/pcb-on-jig-M.png[420] -Flip the Board carefully and align the LEDs with the holes in the jig +* Flip the Board carefully and align the LEDs with the holes in the jig Push them into place until they touch the work surface.