VSP-C1 User Manual - Revision history

Romme Koldenhof: updating adress

2023-07-27T14:17:59Z

updating adress

← Older revision		Revision as of 14:17, 27 July 2023
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	\|-		\|-
	!Address		!Address
	\| ~~Molengraaffsingel 10~~<br/>~~2629 JD~~<br/>Delft<br/>The Netherlands		\| Oostsingel 209<br/>2612 HL<br/>Delft<br/>The Netherlands
	\|-		\|-
	!Website		!Website

Charlotte Braak: /* Errors & Warnings */

2023-02-01T13:36:09Z

Errors & Warnings

← Older revision		Revision as of 13:36, 1 February 2023
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	The <b> Alert </b> button will be: [[File:AlertsSuccess.png\|thumb\|rigth\|'' Alerts success!'']]		The <b> Alert </b> button will be: [[File:AlertsSuccess.png\|thumb\|rigth\|'' Alerts success!'']]
	* ''Green'' when no error or warning occurs		* ''Green'': when no error or warning occurs
	* ''Red'' when an error occurs		* ''Red'': when an error occurs
	* ''Yellow'' when a warning occurs		* ''Yellow'': when a warning occurs
	* ''Blue'' when an info message occurs		* ''Blue'': when an info message occurs

Charlotte Braak: /* Disk Space */

2023-02-01T13:33:22Z

Disk Space

← Older revision		Revision as of 13:33, 1 February 2023
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	==== Disk Space ====		==== Disk Space ====
	To check for cleaned disk space, go to the Disk space in Data menu bar. Here you can check how much percent is used and check how many megabytes are left on the disk space.		To check for cleaned disk space, go to the Disk space in '''Data''' menu bar. Here you can check how much percent is used and check how many megabytes are left on the disk space.

	==== Disk Cleanup ====		==== Disk Cleanup ====

Charlotte Braak: /* Disk Cleanup */

2023-02-01T13:32:33Z

Disk Cleanup

← Older revision		Revision as of 13:32, 1 February 2023
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	==== Disk Cleanup ====		==== Disk Cleanup ====
	It could be possible that you are not able to download your data. This might be caused by a full disk space. The following steps help you to delete data:		It could be possible that you are not able to download your data. This might be caused by a full disk space. The following steps help you to delete data:
	* Tap in the menu bar on Data		* Tap in the menu bar on '''Data'''
	* Go to the section of Disk clean-up and click on ''Choose…''		* Go to the section of Disk clean-up and click on ''Choose…''
	* The following option appear:		* The following option appear:

Charlotte Braak: /* Data Download */

2023-02-01T13:29:56Z

Data Download

← Older revision		Revision as of 13:29, 1 February 2023
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	[[File:DataDownloadSettings.png\|thumb\|rigth\|'' Data download, space, cleanup'']]		[[File:DataDownloadSettings.png\|thumb\|rigth\|'' Data download, space, cleanup'']]
	To download the data from the C1 follow the following instructions:		To download the data from the C1 follow the following instructions:
	* Tap in the menu bar on Settings		* Tap in the menu bar on '''Settings'''
	* Select the start and end time		* Select the start and end time
	* Click on Download to get the data in a CSV format		* Click on Download to get the data in a CSV format

Charlotte Braak: /* Setpoints & Scheduling */

2023-02-01T13:05:47Z

Setpoints & Scheduling

← Older revision		Revision as of 13:05, 1 February 2023
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	The setpoints can be filled in for the MFC+ and VSP-G1. For the MFC+, the flowrate in l/min, gas type, and limit pres. in mbar can be set. For the VSP-G1, the voltage in kV, current in mA, material, reactor, spark state, and glow avoidance can be set.		The setpoints can be filled in for the MFC+ and VSP-G1. For the MFC+, the flowrate in l/min, gas type, and limit pres. in mbar can be set. For the VSP-G1, the voltage in kV, current in mA, material, reactor, spark state, and glow avoidance can be set.
	In the ‘Apply’ section you can schedule your experiment when you are finished with the filling in the setpoints. The options are between now, in such minutes, and at what time.		In the ‘Apply’ section you can schedule your experiment when you are finished with the filling in the setpoints. The options are between ''now'', ''in'' such minutes, and ''at'' what time.

	<gallery>		<gallery>

Charlotte Braak: /* Set-up The VSP-C1, VSP-G1, and MFC+ */

2023-02-01T12:57:15Z

Set-up The VSP-C1, VSP-G1, and MFC+

← Older revision		Revision as of 12:57, 1 February 2023
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	''MFC+''		''MFC+''

	Place the MFC+ on the surface with the VSP-C1 and VSP-G1 nearby. Connect the MFC+ with the wire to the USB port of the VSP-C1. Plug the power supply in. Connect the blue wires ~~(Gas toe voer )~~		Place the MFC+ on the surface with the VSP-C1 and VSP-G1 nearby. Connect the MFC+ with the wire to the USB port of the VSP-C1. Plug the power supply in. Connect the one of the blue wires to a gas outlet and the other can be connected to the VSP-G1.

	==== Starting The VSP-C1 For The First Time ====		==== Starting The VSP-C1 For The First Time ====

Charlotte Braak: /* Set-up The VSP-C1, VSP-G1, and MFC+ */

2023-02-01T12:17:19Z

Set-up The VSP-C1, VSP-G1, and MFC+

← Older revision		Revision as of 12:17, 1 February 2023
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	''MFC+''		''MFC+''

	Place the MFC+ on the surface with the VSP-C1 and VSP-G1 nearby. Connect the MFC+ with the wire to the USB port of the VSP-C1. Plug the power supply in. Connect the blue wires		Place the MFC+ on the surface with the VSP-C1 and VSP-G1 nearby. Connect the MFC+ with the wire to the USB port of the VSP-C1. Plug the power supply in. Connect the blue wires (Gas toe voer )

	==== Starting The VSP-C1 For The First Time ====		==== Starting The VSP-C1 For The First Time ====

Charlotte Braak: /* Set-up The VSP-C1, VSP-G1, and MFC+ */

2023-02-01T12:10:54Z

Set-up The VSP-C1, VSP-G1, and MFC+

← Older revision		Revision as of 12:10, 1 February 2023
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	''VSP-C1''		''VSP-C1''

	Place the VSP-C1 device on the surface. Plug the power supply into the VSP-C1 and into a power ~~point~~. The VSP-C1 will automatically start-up and shows the following interface:		Place the VSP-C1 device on the surface. Plug the power supply into the VSP-C1 and into a power supply. The VSP-C1 will automatically start-up and shows the following interface:

	<gallery>		<gallery>

Charlotte Braak: /* Introduction */

2023-02-01T10:55:17Z

Introduction

← Older revision		Revision as of 10:55, 1 February 2023
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	The VSP-C1 is designed for users who want to control experiments with the VSP-G1 and MFC+ to produce inorganic nanoparticles from conductive material for applications in fields ranging from cluster research to material science. The VSP-G1 (“Generator”) is a desktop spark generator that uses spark ablation technology to produce aerosol nanoparticles after a high voltage spark evaporates part of two metallic electrodes. The MFC+ (“mass flow controller”) is a desktop device that has a mass flow meter (i.e. the sensor) combined with control valve and feedback electronics between sensor and valve.		The VSP-C1 is designed for users who want to control experiments with the VSP-G1 and MFC+ to produce inorganic nanoparticles from conductive material for applications in fields ranging from cluster research to material science. The VSP-G1 (“Generator”) is a desktop spark generator that uses spark ablation technology to produce aerosol nanoparticles after a high voltage spark evaporates part of two metallic electrodes. The MFC+ (“mass flow controller”) is a desktop device that has a mass flow meter (i.e. the sensor) combined with control valve and feedback electronics between sensor and valve.

	The VSP-C1 ~~is designed to have~~ a versatile control system with software that enables easy to use interface to control the experiment.		The VSP-C1 has a versatile control system with software that enables easy to use interface to control the experiment.

	== System Description ==		== System Description ==