Pick and place - Sideversjonshistorikk

Jensa på 21. feb. 2026 kl. 13:20

2026-02-21T13:20:04Z

← Eldre sideversjon		Sideversjonen fra 21. feb. 2026 kl. 13:20
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	Bitraf ~~har nå en~~ pick-and-place-~~maskin~~ (bestykkningsmaskin)		Bitraf has a pick-and-place-machine (bestykkningsmaskin)
	~~Denne krever kurs~~, ~~som blir satt opp i løpet av sommeren 2018~~.		It requires training, but ask in the #electronics channel on Slack if you need this course.

	~~Vi har en~~ SmallSMT [https://www.smallsmt.biz/vp2500hpcl32-pnp-machine VP-2500HP-CL32]		We have a SmallSMT [https://www.smallsmt.biz/vp2500hpcl32-pnp-machine VP-2500HP-CL32]

	~~Brukermanualen ligger her~~: ''Dropbox/Bitraf Felles/Manualer/Vision placer_V2.pdf''		The user manual is in our Dropbox: ''Dropbox/Bitraf Felles/Manualer/Vision placer_V2.pdf''

	~~Se for øvrig siden som ble opprettet før vi gikk til innkjøp av maskinen~~: [[pick_and_place_innkjop]]		Here's our discussion before buying the machine: [[pick_and_place_innkjop]]

	~~Se også oversikt over tilgjengelige komponenter:~~ [[Smd_parts_library]]		Here is our (somewhat outdated) [[Smd_parts_library]]

	~~Rommet har også en egen side:~~ [[Smut_cave]]		The room the machine is in also has it's own page [[Smut_cave]]

	== Starting the machine ==		== Starting the machine ==
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	<references/>		<references/>

	[[Category:Elektronikk]] [[Category:SmallSMT]]		[[Category:Elektronikk]] [[Category:SmallSMT]] [[Category:English]]

Jensa: /* Tools support */

2025-01-20T15:44:25Z

Tools support

← Eldre sideversjon		Sideversjonen fra 20. jan. 2025 kl. 15:44
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	== Tools support ==		== Tools support ==
	PnP maskinen er utstyrt med en kontroller for Bitraf sitt [[Tool\|Tools]] system~~, men denne~~ er ~~ikke~~ ferdig integrert med medlemssystemet.		PnP maskinen er utstyrt med en kontroller for Bitraf sitt [[Tool\|Tools]] system. Denne er ferdig integrert med medlemssystemet.

	~~Foreløpig må man sende en mqtt-melding for å sjekke ut PnP-maskinen ('''merk''': normalt er maskinen utsjekket, dette er ikke noe vanlige brukere trenger å tenke på)~~.

	Tools-kontrolleren har egen strømforsyning, og egen 230V-ledning til strømforsyningen. Dersom Tools-kontrolleren slutter og virke, dra ut strømmen på den, vent litt og sett inn igjen. deretter må det sendes mqtt-melding på nytt for å sjekke ut maskinen.		Tools-kontrolleren har egen strømforsyning, og egen 230V-ledning til strømforsyningen. Dersom Tools-kontrolleren slutter og virke, dra ut strømmen på den, vent litt og sett inn igjen. deretter må det sendes mqtt-melding på nytt for å sjekke ut maskinen.

Jensa: /* Compressed air */

2025-01-20T15:29:11Z

Compressed air

← Eldre sideversjon		Sideversjonen fra 20. jan. 2025 kl. 15:29
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	== Compressed air ==		== Compressed air ==
	* Remember to ~~turn on~~ the air ~~compressor~~ before you begin (~~a black switch you turn on the top of the white box near the valve~~)		* Remember to check that the compressed air is connected before you begin
	* When you're done you should ~~turn off~~ the ~~compressor and release the pressure~~		* In Brenneriveien 9, we get the compressed air from our compressed air system (blue pipes)
			* When you're done you should disconnect the compressed air

	== Visual alignment ==		== Visual alignment ==

Jensa: /* Starting to mount parts */

2024-05-27T15:04:22Z

Starting to mount parts

← Eldre sideversjon		Sideversjonen fra 27. mai 2024 kl. 15:04
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	# To mount a single part, right click it and select "Mount selection"		# To mount a single part, right click it and select "Mount selection"
	# To mount from a specific point in the component list, right click and select "Mount from here"		# To mount from a specific point in the component list, right click and select "Mount from here"

			Once the test run is smooth, start producing your boards.

	== Nozzle sizes ==		== Nozzle sizes ==

Jensa: /* Adjusting origin */

2024-05-27T15:03:45Z

Adjusting origin

← Eldre sideversjon		Sideversjonen fra 27. mai 2024 kl. 15:03
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	# Camera coordinates: Move Nozzle to Camera 1. Adjust so it's dead center. (Set -> Camera List -> Double click Camera 1 -> Set Camera X/Y Coordinates -> Press the X/Y button)		# Camera coordinates: Move Nozzle to Camera 1. Adjust so it's dead center. (Set -> Camera List -> Double click Camera 1 -> Set Camera X/Y Coordinates -> Press the X/Y button)

	Make sure to always save your project after adjusting settings for any of the above. If you did not, you won't have any way to ~~restor~~ after a crash (rare, but does happen).		Make sure to always save your project after adjusting settings for any of the above. If you did not, you won't have any way to restore after a crash (rare, but does happen).

	== Adjusting feeders ==		== Adjusting feeders ==

Jensa: /* Adjusting origin */

2024-05-27T15:03:24Z

Adjusting origin

← Eldre sideversjon		Sideversjonen fra 27. mai 2024 kl. 15:03
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	Make sure to always save your project after adjusting settings for any of the above. If you did not, you won't have any way to restor after a crash (rare, but does happen).		Make sure to always save your project after adjusting settings for any of the above. If you did not, you won't have any way to restor after a crash (rare, but does happen).

			== Adjusting feeders ==
			Be sure to set the component height and the pickup height. Start with a preset and work from there when configuring new parts.

			# Set the feeder type. It's often easier to just copy or re-use a previous component placement.
			# Set the X/Y pickup position. Move the camera and click the CY/CY (CopyX/CopyY) to copy the current location.
			# Set the component height before testing. Use the list below as a reference.
			# Try a pickup. If successful, test for orientation. Pay special attention to diodes and pin 1.

			CL Feeders are very precise, but expensive. The reel feeders are cheap, but will often fail by either stripping the cover tape or by not removing it completely. The machine will retry once and then display a (seriously amusing) dialogue that let you either retry, skip or cancel.

			== Starting to mount parts ==
			Use a test-board with paste applied (so parts stick to it).

			# To mount all parts, just press play
			# To mount a single part, right click it and select "Mount selection"
			# To mount from a specific point in the component list, right click and select "Mount from here"

	== Nozzle sizes ==		== Nozzle sizes ==

Jensa: /* Adjusting origin */

2024-05-27T14:53:48Z

Adjusting origin

← Eldre sideversjon		Sideversjonen fra 27. mai 2024 kl. 14:53
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	# Visual Origin: Adjust manually with the mouse so the visual origin is in the cross (Set -> Basic Settings -> Visual Origin Coordinate -> Click the CX & CY buttons to set current position as origin)		# Visual Origin: Adjust manually with the mouse so the visual origin is in the cross (Set -> Basic Settings -> Visual Origin Coordinate -> Click the CX & CY buttons to set current position as origin)
	# PCB Origin: Adjust camera manually to align with the Lower Left corner of the PCB ('''Note''': KiCad users should use position of "Auxilliary origin"). Click the "PCB Edit" button (fgreen icon). Next to the Origin X & Y, click the CX/CY button to set current position as the coordinate.		# PCB Origin: Adjust camera manually to align with the Lower Left corner of the PCB ('''Note''': KiCad users should use position of "Auxilliary origin"). Click the "PCB Edit" button (fgreen icon). Next to the Origin X & Y, click the CX/CY button to set current position as the coordinate.
	# Component Reel origin: Click the Reels-icon and Double-click the reel you want to adjust. Adjust manually with the mouse so the cross is dead centered on the component you want to pick up ( -> Visual Origin Coordinate -> Click the CX & CY buttons to set current position as origin)		# Component Reel origin: Click the Reels-icon and Double-click the reel you want to adjust. Adjust manually with the mouse so the cross is dead centered on the component you want to pick up ( -> Visual Origin Coordinate -> Click the CX & CY buttons to set current position as origin).
	# Camera coordinates: Move Nozzle to Camera 1. Adjust so it's dead center. (Set -> Camera List -> Double click Camera 1 -> Set Camera X/Y Coordinates -> Press the X/Y button)		# Camera coordinates: Move Nozzle to Camera 1. Adjust so it's dead center. (Set -> Camera List -> Double click Camera 1 -> Set Camera X/Y Coordinates -> Press the X/Y button)

			Make sure to always save your project after adjusting settings for any of the above. If you did not, you won't have any way to restor after a crash (rare, but does happen).

	== Nozzle sizes ==		== Nozzle sizes ==

Jensa: /* Test coordinate system */

2024-05-27T14:50:10Z

Test coordinate system

← Eldre sideversjon		Sideversjonen fra 27. mai 2024 kl. 14:50
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	# Verify that the camera moved to the correct position		# Verify that the camera moved to the correct position
	## If it's not correct - adjust origin X/Y in Edit Pcb (see above)		## If it's not correct - adjust origin X/Y in Edit Pcb (see above)
	## If all parts are off by the same X/Y, make sure you set the PCB Origin in your EDA software (see above)		## If all parts are off by the same X/Y, make sure you have set the PCB Origin in your EDA software (see above)

	=== Picking up parts ===		=== Picking up parts ===

Jensa: /* Test coordinate system */

2024-05-27T14:49:55Z

Test coordinate system

← Eldre sideversjon		Sideversjonen fra 27. mai 2024 kl. 14:49
Linje 124:		Linje 124:
	# Verify that the camera moved to the correct position		# Verify that the camera moved to the correct position
	## If it's not correct - adjust origin X/Y in Edit Pcb (see above)		## If it's not correct - adjust origin X/Y in Edit Pcb (see above)
			## If all parts are off by the same X/Y, make sure you set the PCB Origin in your EDA software (see above)

	=== Picking up parts ===		=== Picking up parts ===

Jensa: /* Set up PCB in program */

2024-05-27T14:46:42Z

Set up PCB in program

← Eldre sideversjon		Sideversjonen fra 27. mai 2024 kl. 14:46
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	# Choose file type		# Choose file type
	## Both Eagle and [[KiCad\|KiCAD]] is natively supported, and has been tested.		## Both Eagle and [[KiCad\|KiCAD]] is natively supported, and has been tested.
	## In [[KiCad\|KiCAD]], the files must have Windows line endings. If you use Linux, convert the file with an external program.		## In [[KiCad\|KiCAD]], the files must have Windows line endings. If you use Linux, convert the file with an external program or just export the .pos file from the P'n'p computer (since it's Windows).
	# Open Pcb File and find file		# Open Pcb File and find file
	# Import All To Project		# Import All To Project