Recore A8 - Revision history

Elias: /* A64 */

2025-01-18T00:45:47Z

A64

← Older revision		Revision as of 00:45, 18 January 2025
Line 68:		Line 68:
	\| DIR 2 \|\| PE10 \|\|style="border-right:solid 2px;"\| 138 \|\| PU-ENABLE-T0 \|\| PG10 \|\|style="border-right:solid 2px;"\| 202 \|\| USR-PIN \|\| PF3 \|\| 163		\| DIR 2 \|\| PE10 \|\|style="border-right:solid 2px;"\| 138 \|\| PU-ENABLE-T0 \|\| PG10 \|\|style="border-right:solid 2px;"\| 202 \|\| USR-PIN \|\| PF3 \|\| 163
	\|-		\|-
	\| DIR 3 \|\| PE11 \|\|style="border-right:solid 2px;"\| 139 \|\| PU-ENABLE-T1 \|\| PG11 \|\|style="border-right:solid 2px;"\| 203 \|\| \|\| \|\|		\| DIR 3 \|\| PE11 \|\|style="border-right:solid 2px;"\| 139 \|\| PU-ENABLE-T1 \|\| PG11 \|\|style="border-right:solid 2px;"\| 203 \|\| SBU1 \|\| PC0 \|\| 64
	\|-		\|-
	\| DIR 4 \|\| PE12 \|\|style="border-right:solid 2px;"\| 140 \|\| PU ENABLE T2 \|\| PG12 \|\|style="border-right:solid 2px;"\| 204 \|\| \|\| \|\|		\| DIR 4 \|\| PE12 \|\|style="border-right:solid 2px;"\| 140 \|\| PU ENABLE T2 \|\| PG12 \|\|style="border-right:solid 2px;"\| 204 \|\| SBU2 \|\| PC2 \|\| 66
	\|-		\|-
	\| DIR 5 \|\| PE13 \|\|style="border-right:solid 2px;"\| 141 \|\| PU ENABLE T3 \|\| PG13 \|\|style="border-right:solid 2px;"\| 205 \|\| \|\| \|\|		\| DIR 5 \|\| PE13 \|\|style="border-right:solid 2px;"\| 141 \|\| PU ENABLE T3 \|\| PG13 \|\|style="border-right:solid 2px;"\| 205 \|\| \|\| \|\|

Jon: /* Klipper Configuration */

2024-12-19T09:01:33Z

Klipper Configuration

← Older revision		Revision as of 09:01, 19 December 2024
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	There are no jumpers on Recore and no hard fuses. Everything is software configurable and resettable from software. This gives great power and flexibility without requiring physical access to the board once it has been installed. But with great power comes great responsibility. It is possible to break things if care is not taken during setup. There is one setting in particular that is worth mentioning: ES0 can have either +5V or +12V on the power pin. This is in order to allow a standard industrial inductive sensor to be used on that end stop. If a 5V only peripheral is connected, that could damage the connected peripheral.		There are no jumpers on Recore and no hard fuses. Everything is software configurable and resettable from software. This gives great power and flexibility without requiring physical access to the board once it has been installed. But with great power comes great responsibility. It is possible to break things if care is not taken during setup. There is one setting in particular that is worth mentioning: ES0 can have either +5V or +12V on the power pin. This is in order to allow a standard industrial inductive sensor to be used on that end stop. If a 5V only peripheral is connected, that could damage the connected peripheral.

	The default config file for Recore A8 can be found in the repository: [https://github.com/intelligent-agent/~~klipper~~/blob/~~master~~/~~config~~/generic-recore-a8.cfg generic-recore-a8.cfg]		The default config file for Recore A8 can be found in the repository: [https://github.com/intelligent-agent/Rebuild/blob/main/userpatches/overlay/klipper/generic-recore-a8.cfg generic-recore-a8.cfg]

	===TMC2209===		===TMC2209===

Elias: /* CE and FCC */

2024-12-17T10:48:24Z

CE and FCC

← Older revision		Revision as of 10:48, 17 December 2024
Line 30:		Line 30:
	A STEP file of the PCB with components is available here: [https://github.com/intelligent-agent/Recore/blob/master/3D-files/Recore_A8.step https://github.com/intelligent-agent/Recore/blob/master/3D-files/Recore_A8.step]		A STEP file of the PCB with components is available here: [https://github.com/intelligent-agent/Recore/blob/master/3D-files/Recore_A8.step https://github.com/intelligent-agent/Recore/blob/master/3D-files/Recore_A8.step]
	==CE and FCC==		==CE and FCC==
	Recore has been certified according to 2014/30/EU. The certificate of compliance can be downloaded here: [http://feeds.iagent.no/doc/CE-Recore.pdf CE-Recore.pdf]		Recore has been certified according to 2014/30/EU. The certificate of compliance can be downloaded here: [http://feeds.iagent.no/doc/CE-Recore.pdf CE-Recore.pdf]<br>
	The FCC declaration of conformity can be downloaded here: [http://feeds.iagent.no/doc/FCC-Recore.pdf FCC-Recore.pdf]		The FCC declaration of conformity can be downloaded here: [http://feeds.iagent.no/doc/FCC-Recore.pdf FCC-Recore.pdf]

Elias: /* CE certificate */

2024-12-17T10:48:15Z

CE certificate

← Older revision		Revision as of 10:48, 17 December 2024
Line 29:		Line 29:
	==3D model==		==3D model==
	A STEP file of the PCB with components is available here: [https://github.com/intelligent-agent/Recore/blob/master/3D-files/Recore_A8.step https://github.com/intelligent-agent/Recore/blob/master/3D-files/Recore_A8.step]		A STEP file of the PCB with components is available here: [https://github.com/intelligent-agent/Recore/blob/master/3D-files/Recore_A8.step https://github.com/intelligent-agent/Recore/blob/master/3D-files/Recore_A8.step]
	==CE ~~certificate~~==		==CE and FCC==
	Recore has been certified according to 2014/30/EU. The certificate of compliance can be downloaded here: [http://feeds.iagent.no/doc/CE-Recore.pdf CE-~~recore~~.pdf]		Recore has been certified according to 2014/30/EU. The certificate of compliance can be downloaded here: [http://feeds.iagent.no/doc/CE-Recore.pdf CE-Recore.pdf]
			The FCC declaration of conformity can be downloaded here: [http://feeds.iagent.no/doc/FCC-Recore.pdf FCC-Recore.pdf]

	=Pinout=		=Pinout=

Elias: /* CE certificate */

2024-11-28T12:20:04Z

CE certificate

← Older revision		Revision as of 12:20, 28 November 2024
Line 30:		Line 30:
	A STEP file of the PCB with components is available here: [https://github.com/intelligent-agent/Recore/blob/master/3D-files/Recore_A8.step https://github.com/intelligent-agent/Recore/blob/master/3D-files/Recore_A8.step]		A STEP file of the PCB with components is available here: [https://github.com/intelligent-agent/Recore/blob/master/3D-files/Recore_A8.step https://github.com/intelligent-agent/Recore/blob/master/3D-files/Recore_A8.step]
	==CE certificate==		==CE certificate==
	Recore has been certified according to 2014/30/EU. The certificate of compliance can be downloaded here: [http://feeds.iagent.no/doc/CE-Recore.pdf]		Recore has been certified according to 2014/30/EU. The certificate of compliance can be downloaded here: [http://feeds.iagent.no/doc/CE-Recore.pdf CE-recore.pdf]

	=Pinout=		=Pinout=

Elias: /* 3D model */

2024-11-28T12:19:46Z

3D model

← Older revision		Revision as of 12:19, 28 November 2024
Line 29:		Line 29:
	==3D model==		==3D model==
	A STEP file of the PCB with components is available here: [https://github.com/intelligent-agent/Recore/blob/master/3D-files/Recore_A8.step https://github.com/intelligent-agent/Recore/blob/master/3D-files/Recore_A8.step]		A STEP file of the PCB with components is available here: [https://github.com/intelligent-agent/Recore/blob/master/3D-files/Recore_A8.step https://github.com/intelligent-agent/Recore/blob/master/3D-files/Recore_A8.step]
			==CE certificate==
			Recore has been certified according to 2014/30/EU. The certificate of compliance can be downloaded here: [http://feeds.iagent.no/doc/CE-Recore.pdf]

	=Pinout=		=Pinout=

Elias: /* Software for Recore */

2024-11-25T14:42:26Z

Software for Recore

← Older revision		Revision as of 14:42, 25 November 2024
Line 606:		Line 606:

	=Software for Recore=		=Software for Recore=
	Recore comes with the Linux distro ~~Refactor~~ (Armbian) pre-installed on the eMMC.		Recore comes with the Linux distro Rebuild (Armbian) pre-installed on the eMMC.
	For more instructions about software for Recore, see the ~~Refactor~~ wiki page:		For more instructions about software for Recore, see the Rebuild wiki page:
	[[ ~~Refactor~~ ]]		[[ Rebuild ]]

	=== AR100 ===		=== AR100 ===

Elias: /* Note */

2024-10-03T13:05:35Z

Note

← Older revision		Revision as of 13:05, 3 October 2024
Line 524:		Line 524:
	<div class="alert alert-warning">		<div class="alert alert-warning">
	===='''Note'''====		===='''Note'''====
	All the end-stops have a permanent 10 K pull-up resistor between the signal pin (pin 2) and the +5V/+12V (pin3). This will work with an NPN-type inductive sensor. If you have a PNP-type inductive sensor, you need to add a pull-down resistor of a lower value, for instance 1 K. The pull-down resistor goes between pin 2 and pin 1.		All the end-stops have a permanent 10 K pull-up resistor between the signal pin (pin 2) and the +5V/+12V (pin3). This will work with an NPN-type inductive sensor. If you have a PNP-type inductive sensor, you need to add a pull-down resistor of a lower value, for instance 1 K. The pull-down resistor goes between the signal pin (pin 2) and ground (pin 1).
	</div>		</div>

Elias: /* Note */

2024-10-03T13:03:36Z

Note

← Older revision		Revision as of 13:03, 3 October 2024
Line 524:		Line 524:
	<div class="alert alert-warning">		<div class="alert alert-warning">
	===='''Note'''====		===='''Note'''====
	All the end-stops have a permanent 10 K pull-up resistor between the signal pin (pin 2) and the +5V/+12V (pin3). This will work with an NPN-type inductive sensor. If you have a PNP-type inductive sensor, you need to add a pull-down resistor of a lower value, for instance 1 K.		All the end-stops have a permanent 10 K pull-up resistor between the signal pin (pin 2) and the +5V/+12V (pin3). This will work with an NPN-type inductive sensor. If you have a PNP-type inductive sensor, you need to add a pull-down resistor of a lower value, for instance 1 K. The pull-down resistor goes between pin 2 and pin 1.
	</div>		</div>

Elias: /* Note */

2024-10-03T13:02:27Z

Note

← Older revision		Revision as of 13:02, 3 October 2024
Line 524:		Line 524:
	<div class="alert alert-warning">		<div class="alert alert-warning">
	===='''Note'''====		===='''Note'''====
	All the end-stops have a permanent 10 K pull-up resistor. This will work with an NPN-type inductive sensor. If you have a PNP-type inductive sensor, you need to add a pull-down resistor of a lower value, for instance 1 K.		All the end-stops have a permanent 10 K pull-up resistor between the signal pin (pin 2) and the +5V/+12V (pin3). This will work with an NPN-type inductive sensor. If you have a PNP-type inductive sensor, you need to add a pull-down resistor of a lower value, for instance 1 K.
	</div>		</div>