VSP-C1 User Manual: Difference between revisions
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The User Manual provides instructions for the set-up, installation, operation and maintenance of a VSParticle C1 Controller (“VSP-C1”) unit. | The User Manual provides instructions for the set-up, installation, operation and maintenance of a VSParticle C1 Controller (“VSP-C1”) unit. | ||
you have any questions or concerns regarding the VSP-C1 unit you have purchased or any information within the provided user documentation, please contact us via the contact details at the top of this page. | If you have any questions or concerns regarding the VSP-C1 unit you have purchased or any information within the provided user documentation, please contact us via the contact details at the top of this page. | ||
The VSP-C1 is designed for use by researchers who want to produce inorganic nanoparticles from conductive materials for applications in fields ranging from cluster research to materials science. | The VSP-C1 is designed for use by researchers who want to produce inorganic nanoparticles from conductive materials for applications in fields ranging from cluster research to materials science. | ||
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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 is designed to have a versatile control system with software that enables easy to use interface to control the experiment. | ||
== System description == | |||
Revision as of 14:41, 9 December 2022
This is the comprehensive User Manual for the VSParticle Controller (VSP-C1). The Quick Start Guide is available as a quick reference for standard operation of the VSP-C1 unit.
| Company | VSParticle B.V. | |
|---|---|---|
| Address | Molengraaffsingel 10 2629 JD Delft The Netherlands | |
| Website | vsparticle.com | |
| Support e-mail | support@vsparticle.com |
Introduction
The User Manual provides instructions for the set-up, installation, operation and maintenance of a VSParticle C1 Controller (“VSP-C1”) unit.
If you have any questions or concerns regarding the VSP-C1 unit you have purchased or any information within the provided user documentation, please contact us via the contact details at the top of this page.
The VSP-C1 is designed for use by researchers who want to produce inorganic nanoparticles from conductive materials for applications in fields ranging from cluster research to materials science.
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.
