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Manual overview and aims of the document.
Guidance on navigating the manual and recommended reading order.
Defines user roles (Operator, Supervisor) and their access levels.
Details naming conventions and menu command formats.
Information sources, help desk contact, and accessory manuals.
Information on remote support services and the Malvern website.
Overview of the chapter's content covering the Spraytec's function.
Explains the instrument's measurement process and steps.
Guidelines for preparing the spray and instrument for measurement.
Process for creating Standard Operating Procedures for consistent measurements.
Principles of Spraytec operation and how scattering patterns are captured.
Theories (Fraunhofer, Mie) and methods for particle size calculation.
How results are presented, including volume-based data and derived parameters.
Clarifies common terms like experiments, records, and measurement files.
Chapter introduction to the Spraytec hardware components.
Identifies the major hardware components of a complete system.
Details the major components of the Spraytec instrument itself.
Describes the bench that holds and aligns optical modules.
Explains the function and components of the transmitter module.
Explains the function and components of the receiver module.
Description of the external power supply unit.
Explains the function and connections of the switching box.
Requirements for the control computer and monitor.
Describes the detachable shroud for wet environments.
Overview of the software application's features.
Describes the primary software interface and its components.
Explains how measurement data is organized and displayed.
Plots derived parameters against time for selected records.
Displays detailed measurement results in various formats.
Controls the measurement process and settings.
Displays averaged particle size distribution data.
Compares multiple Particle Size Distributions.
Details the functionality of each software menu.
Explains the function of the toolbar buttons for quick access.
Chapter overview of making simple measurements with Spraytec.
Initial system power-on and software startup procedures.
Guidelines for setting up the instrument and spray.
Steps to define, set up, and save Standard Operating Procedures.
Describes SOP creation for continuous, pulsed, and externally-triggered sprays.
Guide for creating SOPs for continuous spray applications.
Guide for creating SOPs for pulsed spray applications.
Guide for creating SOPs for externally-triggered spray applications.
Performing measurements without an SOP for testing settings.
Step-by-step guide on how to perform a measurement.
Details where completed measurements are stored in the system.
Overview of how to review and interpret measurement results.
Explains common ways results are displayed (histogram, cumulative plots).
How to interpret system warnings and error messages.
Detailed view of parameters over time, used for record selection.
Process for modifying measurement parameters and re-analyzing data.
Methods for locating specific measurement records within files.
Procedure for removing unwanted measurement records.
Displays histogram and cumulative percentage volume curves.
Table displaying calculated parameters like Dv(50), Span, etc.
Summary of settings used for the measurement.
Techniques for comparing stages or consistency of measurements.
Customizing particle size bands for data aggregation.
Applying distribution models (Rosin-Rammler, Log-Normal) for compatibility.
Comparing multiple Particle Size Distributions in one view.
Addressing data errors like vignetting and beam steering.
Excluding detectors to correct issues like beam steering and vignetting.
Chapter overview of printing and exporting Spraytec data.
Describes the different file formats used by Spraytec (.smea, .psh, .psd, .pso).
Methods for exporting data and views to other applications.
Procedures for printing results to a physical printer or PDF.
Overview of routine user maintenance procedures.
How to reposition optical modules along the X-bar.
Procedure for changing the lens on the receiver casing.
Instructions for cleaning the instrument's optics and covers.
Explains the meaning of system error and warning messages.
Chapter overview of security features and user management.
How user access levels and permissions are managed.
Process for configuring administrator accounts and enabling security.
Best practices for user login, permissions, and password management.
Creating and managing user groups with specific permissions.
Adding and configuring individual user accounts and properties.
Overview of advanced Spraytec features.
Detailed description of available parameters like Dv(x1), D[x,y], ASD, etc.
How to use triggers (Manual, Transmission, Scattering, External) for measurements.
Configuration and management of warning and error alarms.
Defining spray plume geometry (shape, size, position) for analysis.
Comparison of Fraunhofer approximation and Mie theory.
Chapter overview of managing Standard Operating Procedures (SOPs).
How to modify settings within existing SOPs using the SOP Editor.
Creating and using SOP templates for common measurement types.
Procedure for removing SOP files from the system.
Creating a new SOP from parameters of a past measurement.
General safety advice, operating conditions, and regulations.
Safety precautions regarding high voltage components and earthing.
Information on the Class 3R laser, hazards, and safe usage.
Diagram illustrating the path of the laser beam within the instrument.
Identifies laser warning labels on the front of the transmitter.
Identifies the laser warning label on the back of the transmitter.
Advice on avoiding direct laser beam exposure.
Safety guidelines for handling chemical substances and sprays.
Safe procedures for moving the instrument and its components.
Guidelines for responsible disposal of the system and accessories.
Physical dimensions of the Spraytec system components.
Specifications for the laser source, including power and wavelength.
Details on measurement principle, size range, and lens specifications.
Comparison of Fraunhofer approximation and Mie theory used.
Information on measurement triggering methods (internal and external).
Minimum PC specifications and software requirements.
Environmental conditions for system operation and storage.
Outlines requirements needed to install a Spraytec system.
Guidelines for choosing a suitable site environment for the system.
Dimensions and space allocation for all system components.
Specifications for mains power supply, UPS, and component power needs.
Requirements for power cord sets, including general guidelines.
Requirements for remote support via Internet connection.
Recommendations for running Spraytec software on a network.
Overview of re-installing the Spraytec system.
Procedures for carefully moving the instrument.
Guidelines for moving the system within a single room.
Procedures for moving the system between different locations.
How to adjust the instrument's feet for proper leveling.
Procedure for installing the Spraytec software on a new computer.
Statement of conformance to European Commission Directives.
FCC compliance information for Radio Frequency Devices.
Compliance with Canadian digital apparatus regulations.
Compliance with Japanese EMC regulations.
General| Brand | Malvern Instruments |
|---|---|
| Model | Spraytec |
| Category | Laboratory Equipment |
| Language | English |
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