Universal Enclosure PSU - Revision history

RMHenry: /* Reviews With Assembly Instructions */

2022-11-11T05:57:42Z

Reviews With Assembly Instructions

← Older revision		Revision as of 22:57, 10 November 2022
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	==Reviews With Assembly Instructions==		==Reviews With Assembly Instructions==
	A couple user pics of what the Universal Enclosure PSU with fans and meters looks like in their clear case from [https://maceffects.com/ Mac Effects].		A couple user pics of what the Universal Enclosure PSU with fans and meters looks like in their IIe clear case from [https://maceffects.com/ Mac Effects].
	<gallery class="center" heights=200px widths=280px>		<gallery class="center" heights=200px widths=280px>
	File:2022-11-10_-_IMG_0552-wiki.jpg\|Credit: Eric Sirinsky\|link=https://wiki.reactivemicro.com/images/1/1e/2022-11-10_-_IMG_0552-wiki.jpg		File:2022-11-10_-_IMG_0552-wiki.jpg\|Credit: Eric Sirinsky\|link=https://wiki.reactivemicro.com/images/1/1e/2022-11-10_-_IMG_0552-wiki.jpg

RMHenry: /* Reviews With Assembly Instructions */

2022-11-11T05:57:21Z

Reviews With Assembly Instructions

← Older revision		Revision as of 22:57, 10 November 2022
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	A couple user pics of what the Universal Enclosure PSU with fans and meters looks like in their clear case from [https://maceffects.com/ Mac Effects].		A couple user pics of what the Universal Enclosure PSU with fans and meters looks like in their clear case from [https://maceffects.com/ Mac Effects].
	<gallery class="center" heights=200px widths=280px>		<gallery class="center" heights=200px widths=280px>
	File:2022-11-10_-_IMG_0552-wiki.jpg\|~~Universal Enclosure PSU in IIe~~\|link=https://wiki.reactivemicro.com/images/1/1e/2022-11-10_-_IMG_0552-wiki.jpg		File:2022-11-10_-_IMG_0552-wiki.jpg\|Credit: Eric Sirinsky\|link=https://wiki.reactivemicro.com/images/1/1e/2022-11-10_-_IMG_0552-wiki.jpg
	File:IMG_0550.jpg\|~~IIe Inside~~\|link=https://wiki.reactivemicro.com/images/1/11/IMG_0550.jpg		File:IMG_0550.jpg\|Credit: Eric Sirinsky\|link=https://wiki.reactivemicro.com/images/1/11/IMG_0550.jpg
	</gallery>		</gallery>

RMHenry: /* Reviews With Assembly Instructions */

2022-11-11T05:56:19Z

Reviews With Assembly Instructions

← Older revision		Revision as of 22:56, 10 November 2022
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	==Reviews With Assembly Instructions==		==Reviews With Assembly Instructions==
			A couple user pics of what the Universal Enclosure PSU with fans and meters looks like in their clear case from [https://maceffects.com/ Mac Effects].
			<gallery class="center" heights=200px widths=280px>
			File:2022-11-10_-_IMG_0552-wiki.jpg\|Universal Enclosure PSU in IIe\|link=https://wiki.reactivemicro.com/images/1/1e/2022-11-10_-_IMG_0552-wiki.jpg
			File:IMG_0550.jpg\|IIe Inside\|link=https://wiki.reactivemicro.com/images/1/11/IMG_0550.jpg
			</gallery>

	{{#ev:youtube\|GMcpk2Df5LM\|400\|right\|Joe's Computer Museum: ReActiveMicro Universal Power Supply\|frame}}		{{#ev:youtube\|GMcpk2Df5LM\|400\|right\|Joe's Computer Museum: ReActiveMicro Universal Power Supply\|frame}}
	On June 18th, 2021 Joe from Joe's Computer Museum posted a build video of the Universal Enclosure PSU Kit for the IIgs. He shows how simple and fun this kit can be, as well as a finished product. A good vid to review before building your kit!		On June 18th, 2021 Joe from Joe's Computer Museum posted a build video of the Universal Enclosure PSU Kit for the IIgs. He shows how simple and fun this kit can be, as well as a finished product. A good vid to review before building your kit!

Khaibitgfx: /* Versions */

2021-06-25T21:26:23Z

Versions

← Older revision		Revision as of 14:26, 25 June 2021
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	</gallery>		</gallery>

	The next proto revision came with new, longer sides to help with stability in the ~~IIgs~~. It also was the first time fans and meters were being testing in-system. Now final touches could be added to the design, a firm BOM worked out, and production pricing start to be quoted. Sample units were sent to a few beta users to help create the Wiki page as well as for feedback about assembly of the kits.		The next proto revision came with new, longer sides to help with stability in the IIGS. It also was the first time fans and meters were being testing in-system. Now final touches could be added to the design, a firm BOM worked out, and production pricing start to be quoted. Sample units were sent to a few beta users to help create the Wiki page as well as for feedback about assembly of the kits.
	<gallery class="center" widths=250px caption="Universal Enclosure PSU - Proto v1.0.3">		<gallery class="center" widths=250px caption="Universal Enclosure PSU - Proto v1.0.3">
	File:IMG 20201012 125032696 HDR-Wiki-tiny.png\|~~IIgs~~ Version with Meters And Fans\|link=https://wiki.reactivemicro.com/images/b/b1/IMG_20201012_125032696_HDR-Wiki-tiny.png		File:IMG 20201012 125032696 HDR-Wiki-tiny.png\|IIGS Version with Meters And Fans\|link=https://wiki.reactivemicro.com/images/b/b1/IMG_20201012_125032696_HDR-Wiki-tiny.png
	File:IMG 20201012 125045322 HDR-Wiki-tiny.png\|~~IIgs~~ Version 'End'\|\|link=https://wiki.reactivemicro.com/images/1/1a/IMG_20201012_125045322_HDR-Wiki-tiny.png		File:IMG 20201012 125045322 HDR-Wiki-tiny.png\|IIGS Version 'End'\|\|link=https://wiki.reactivemicro.com/images/1/1a/IMG_20201012_125045322_HDR-Wiki-tiny.png
	File:IMG 20200925 200802313-Wiki-tiny.png\|Testing Of Meters. +5v Amp Meter Working Well.\|link=https://wiki.reactivemicro.com/images/9/90/IMG_20200925_200802313-Wiki-tiny.png		File:IMG 20200925 200802313-Wiki-tiny.png\|Testing Of Meters. +5v Amp Meter Working Well.\|link=https://wiki.reactivemicro.com/images/9/90/IMG_20200925_200802313-Wiki-tiny.png
	</gallery>		</gallery>

Khaibitgfx: /* Versions */

2021-06-25T21:25:32Z

Versions

← Older revision		Revision as of 14:25, 25 June 2021
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	==Versions==		==Versions==
	In 2015 research in to what it would take to create a custom enclosure. Several PSUs were evaluated and several well versed Community members consulted as to their input. We decided to use a 'long' IIgs PSU which would allow for IIe and IIgs usage with no changes. However this PSU was too long to fit in the II and II ~~Plus~~ due to the placement of the speaker. In an attempt to produce only one version of the enclosure a modification would be needed to allow the user shorten the enclosure at will. Two main options seemed possible. One being a removable bracket, and the other being a way to snap off the enclosure. The issue with a snap off solution would be possible sharp edged and a risk of getting injured.		In 2015 research in to what it would take to create a custom enclosure. Several PSUs were evaluated and several well versed Community members consulted as to their input. We decided to use a 'long' IIgs PSU which would allow for IIe and IIgs usage with no changes. However this PSU was too long to fit in the II and II ''plus'' due to the placement of the speaker. In an attempt to produce only one version of the enclosure a modification would be needed to allow the user shorten the enclosure at will. Two main options seemed possible. One being a removable bracket, and the other being a way to snap off the enclosure. The issue with a snap off solution would be possible sharp edged and a risk of getting injured.

	The initial designs started in 2017. Several companies and Community members provided CAD and ideas for a simple yet versatile layout.		The initial designs started in 2017. Several companies and Community members provided CAD and ideas for a simple yet versatile layout.
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	</gallery>		</gallery>

	The next design was also the last with metal in mind. This version also incorporated a user breakable end to allow the enclosure to fit in a II and II ~~Plus~~ case. Although the concept works, it's a share edge and some care is needed when making the bend.		The next design was also the last with metal in mind. This version also incorporated a user breakable end to allow the enclosure to fit in a II and II ''plus'' case. Although the concept works, it's a share edge and some care is needed when making the bend.
	<gallery class="center" widths=250px caption="Design by: Manila Gear">		<gallery class="center" widths=250px caption="Design by: Manila Gear">
	File:2017-12-17 - ReActicveMicro - PSU Enclossure- Design2 - 3-Wiki-tiny.png\|Last 3D CAD Concept\|link=https://wiki.reactivemicro.com/images/e/e7/2017-12-17_-_ReActicveMicro_-_PSU_Enclossure-_Design2_-_3-Wiki-tiny.png		File:2017-12-17 - ReActicveMicro - PSU Enclossure- Design2 - 3-Wiki-tiny.png\|Last 3D CAD Concept\|link=https://wiki.reactivemicro.com/images/e/e7/2017-12-17_-_ReActicveMicro_-_PSU_Enclossure-_Design2_-_3-Wiki-tiny.png
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	New designs were produced which were low cost, allowed for many options, strong, and conductive. The new design also allowed for kits to be produced which would also help lower retail pricing as well as improved bulk ordering. This new version also help prove the project as being possible to produce and some ideas about costs. Now options could be looked in to.		New designs were produced which were low cost, allowed for many options, strong, and conductive. The new design also allowed for kits to be produced which would also help lower retail pricing as well as improved bulk ordering. This new version also help prove the project as being possible to produce and some ideas about costs. Now options could be looked in to.
	<gallery class="center" widths=250px caption="Universal Enclosure PSU - Proto v1.0.2">		<gallery class="center" widths=250px caption="Universal Enclosure PSU - Proto v1.0.2">
	File:IMG 20201011 223519222 HDR-Wiki-tiny.png\|Unit Missing ~~IIgs~~ 'Tail' - Used for II and ~~IIe~~ Tests\|link=https://wiki.reactivemicro.com/images/6/64/IMG_20201011_223519222_HDR-Wiki-tiny.png		File:IMG 20201011 223519222 HDR-Wiki-tiny.png\|Unit Missing IIGS 'Tail' - Used for II and //e Tests\|link=https://wiki.reactivemicro.com/images/6/64/IMG_20201011_223519222_HDR-Wiki-tiny.png
	</gallery>		</gallery>

Khaibitgfx: /* History */

2021-06-25T21:23:37Z

History

← Older revision		Revision as of 14:23, 25 June 2021
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	==History==		==History==
	When Henry created the [[Universal PSU Kit]] in 2015 he also started research in to what it would take to create a custom enclosure. The initial concept was going to be a full clone of what Apple Computer produced. However any metal enclosure would be about $1k or more for single proto units, and at least $85 per unit in quantities under 250 units. These prices meant either metalwork had to come down in price, or some other material would be needed.		When Henry created the [[Universal PSU Kit]] in 2015 he also started research in to what it would take to create a custom enclosure. The initial concept was going to be a full clone of what Apple Computer had produced. However any metal enclosure would be about $1k or more for single proto units, and at least $85 per unit in quantities under 250 units. These prices meant either metalwork had to come down in price, or some other material would be needed.

	Henry then started to look in to 3D printing in conductive composites and even metalized plastic. Although these did mostly work, the price was still very expensive and the metal coating in most cases wasn't very durable. Several hobbyist in the retro Community contacted Henry to possibly offer help, however all these offers ended in the same thing being learned - working in metal is very expensive. So Henry would need to find other options.		Henry then started to look in to 3D printing in conductive composites and even metalized plastic. Although these did mostly work, the price was still very expensive and the metal coating in most cases wasn't very durable. Several hobbyist in the retro Community contacted Henry to possibly offer help, however all these offers ended in the same thing being learned - working in metal is very expensive. So Henry would need to find other options.

Khaibitgfx: /* //e FANs Option: */

2021-06-25T21:21:22Z

//e FANs Option:

← Older revision		Revision as of 14:21, 25 June 2021
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	* 1: First, use the doubled sided tape to stick the two fans together to create a single 'unit'. Apply the tape to the middle flat area of the fan chassis. Then press the two fans together. They should looks as pictured on the bottom part of the pic. We recommend setting the power cables to the bottom left side, however they should be long enough to work in any orientation. The bottom side will help prevent them wires from hitting the fan once installed. But be sure the fans are facing the correct way as pictured so they air is venting OUTSIDE your case.		* 1: First, use the doubled sided tape to stick the two fans together to create a single 'unit'. Apply the tape to the middle flat area of the fan chassis. Then press the two fans together. They should looks as pictured on the bottom part of the pic. We recommend setting the power cables to the bottom left side, however they should be long enough to work in any orientation. The bottom side will help prevent them wires from hitting the fan once installed. But be sure the fans are facing the correct way as pictured so they air is venting OUTSIDE your case.
	* 2: Now install the fan unit inside your II ~~Plus~~ or ~~IIe~~ case on the left side, next to the PSU area. Take care to angle them enough so only little force is required to fit them in to place. They should just be small enough to fit, and once inside the vent area cavity they should have some room to move around. For best venting performance be sure to center them in the vent area and place close to the vents. No need to secure them in to place, but you can if desired although it can make future removal for cleaning more complex. They should just rest in this area without issue or noise, and is what we recommend.		* 2: Now install the fan unit inside your II ''plus'' or //e case on the left side, next to the PSU area. Take care to angle them enough so only little force is required to fit them in to place. They should just be small enough to fit, and once inside the vent area cavity they should have some room to move around. For best venting performance be sure to center them in the vent area and place close to the vents. No need to secure them in to place, but you can if desired although it can make future removal for cleaning more complex. They should just rest in this area without issue or noise, and is what we recommend.

Khaibitgfx: /* IIe FANs Option: */

2021-06-25T21:20:43Z

IIe FANs Option:

← Older revision		Revision as of 14:20, 25 June 2021
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	<hr>		<hr>

	===~~IIe~~ FANs Option:===		===//e FANs Option:===

	* 1: First, use the doubled sided tape to stick the two fans together to create a single 'unit'. Apply the tape to the middle flat area of the fan chassis. Then press the two fans together. They should looks as pictured on the bottom part of the pic. We recommend setting the power cables to the bottom left side, however they should be long enough to work in any orientation. The bottom side will help prevent them wires from hitting the fan once installed. But be sure the fans are facing the correct way as pictured so they air is venting OUTSIDE your case.		* 1: First, use the doubled sided tape to stick the two fans together to create a single 'unit'. Apply the tape to the middle flat area of the fan chassis. Then press the two fans together. They should looks as pictured on the bottom part of the pic. We recommend setting the power cables to the bottom left side, however they should be long enough to work in any orientation. The bottom side will help prevent them wires from hitting the fan once installed. But be sure the fans are facing the correct way as pictured so they air is venting OUTSIDE your case.
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	Note: If you have the Meters option you can optionally install the black/ground of the fans in to the Black-White & Thick Red meter wire Wego connector to add the fan's power usage to the Amp Meter's display.		Note: If you have the Meters option you can optionally install the black/ground of the fans in to the Black-White & Thick Red meter wire Wego connector to add the fan's power usage to the Amp Meter's display.


	==Reviews With Assembly Instructions==		==Reviews With Assembly Instructions==

Khaibitgfx: /* IIgs FAN Option: */

2021-06-25T21:20:12Z

IIgs FAN Option:

← Older revision		Revision as of 14:20, 25 June 2021
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	<hr>		<hr>

	===~~IIgs~~ FAN Option:===		===IIGS FAN Option:===
	* 1: First, install the fan's power in to the PSU spring connector. You can either cut the wires or remove the pins from their connector with a small screwdriver. Press on the metal tab to unlock the pin from the connector, then pull to remove. When unlocked it should slid out of the connector with only slight force. If not, then repress on the locking tab with more force and try to remove again. If you cut the wires then be sure to strip them to expose the metal core about 1/2" (12mm) then insert in to the DC Output spring connector. Press the top tab of the spring connector with a small screwdriver and a fair amount of force. Then insert the wire, and release the tab. The wire should now be locked in to the spring connector. If not then you may need to strip more wire and try again. See pic below for example connection. To keep things simple, let's call the left side of the spring connector where we terminate a wire "Pin1", and the right side "Pin6".		* 1: First, install the fan's power in to the PSU spring connector. You can either cut the wires or remove the pins from their connector with a small screwdriver. Press on the metal tab to unlock the pin from the connector, then pull to remove. When unlocked it should slid out of the connector with only slight force. If not, then repress on the locking tab with more force and try to remove again. If you cut the wires then be sure to strip them to expose the metal core about 1/2" (12mm) then insert in to the DC Output spring connector. Press the top tab of the spring connector with a small screwdriver and a fair amount of force. Then insert the wire, and release the tab. The wire should now be locked in to the spring connector. If not then you may need to strip more wire and try again. See pic below for example connection. To keep things simple, let's call the left side of the spring connector where we terminate a wire "Pin1", and the right side "Pin6".
	* 2: Run the cable behind the heat-sink, against the PCB side. Leave most of the cable on the AC side of the Enclosure. The cable should be tucked between the heat-sink and PCB side so it doesn't prevent the fan from turning.		* 2: Run the cable behind the heat-sink, against the PCB side. Leave most of the cable on the AC side of the Enclosure. The cable should be tucked between the heat-sink and PCB side so it doesn't prevent the fan from turning.

Khaibitgfx: /* II/e and IIgs DC Output Cables */

2021-06-25T21:19:20Z

II/e and IIgs DC Output Cables

← Older revision		Revision as of 14:19, 25 June 2021
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	<hr>		<hr>

	===II/e and ~~IIgs~~ DC Output Cables===		===II, //e and IIGS DC Output Cables===
	Next are the two thick wires on the meter connector. These wires are much thicker than the three wires in the last section. It might be simpler to remove the connector from the rear of the meter to work with the wires.		Next are the two thick wires on the meter connector. These wires are much thicker than the three wires in the last section. It might be simpler to remove the connector from the rear of the meter to work with the wires.

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	* 6: When done splicing the wires, connect the 2 pin cable back to the rear of the larger meter, and the DC Output cable to the PSU. You can now connect the AC line plug and turn on the PSU for a test of the meters and fan. Be sure to check the DC Output connector to make sure the voltages are correct before connecting to your Apple II system. This is the last chance to make sure all is correct before you possibly damage your motherboard.		* 6: When done splicing the wires, connect the 2 pin cable back to the rear of the larger meter, and the DC Output cable to the PSU. You can now connect the AC line plug and turn on the PSU for a test of the meters and fan. Be sure to check the DC Output connector to make sure the voltages are correct before connecting to your Apple II system. This is the last chance to make sure all is correct before you possibly damage your motherboard.

	Link to Apple IIe and ~~IIgs~~ motherboard pinouts: [https://apple2.org.za/gswv/a2zine/faqs/R023PINOUTS.htm https://apple2.org.za/gswv/a2zine/faqs/R023PINOUTS.htm]		Link to Apple IIe and IIGS motherboard pinouts: [https://apple2.org.za/gswv/a2zine/faqs/R023PINOUTS.htm https://apple2.org.za/gswv/a2zine/faqs/R023PINOUTS.htm]

	Done!		Done!