Customer Education

Description
*Acquity QDa eLearning Track
Course Number: 750002029

This track contains a series of modules for the Acquity QDa system. It covers the following areas: theory, general use, best practices, optimization of the isocratic solvent manager and data processing using Empower 3 FR2.

*Empower Chromatography Core eLearning Track
Course Number: 750002060

This track contains 36 modules and covers operation of Empower controlled LC and LC/QDa systems. This track covers the theory and operation of HPLC, UPLC, TUV/PDA detectors and QDa systems. Topics include sample analysis, data analysis and LC method deve...

*Introductory Familiarization for ACQUITY UPLC Systems (Classic and I-Class) eLearning Track
Course Number: 750002046

Basic familiarization for new users of ACQUITY UPLC systems (Classic and I-Class). This track covers controlling contamination, tips & techniques, injection modes, peak shape and the Empower software.

*Introductory Familiarization for ACQUITY UPLC Systems (H-Class) eLearning Track
Course Number: 750002047

Basic familiarization for new users of ACQUITY UPLC systems (H-Class). This track covers controlling contamination, tips & techniques, injection modes, peak shape and the Empower software.

*UPLC eLearning Track
Course Number: 750002003

This track contains a series of modules that cover the basics of ultra performance liquid chromatography (UPLC). These modules will discuss the theory, operation. maintenance and practical tips of UPLC using both a TUV and PDA detector.

ACQUITY H-Class Tips and Techniques
Course Number: 750000845

Tips and techniques for the proper set up, preparation, running and shutting down of an ACQUITY H-Class system are discussed, along with the use of the ACQUITY H-Class Console for system evaluation. The process and tools for the migration of HPLC methods...

ACQUITY Isocratic Solvent Manager
Course Number: 750000864

This module covers the operation of the Acquity isocratic solvent manager for optimal performance with various ACQUITY detectors. Emphasis if given to the appropriate splitting and dilution setup for the QDa detector

ACQUITY Tips and Techniques
Course Number: 750000844

Tips and techniques for the proper set up, preparation, running and shutting down of an ACQUITY system are discussed, along with the use of the ACQUITY Console for system evaluation. The process and tools for the migration of HPLC methods to UPLC methods...

Achieving the Best LC Peak Shape
Course Number: 750000788

Good peak shape is crucial in liquid chromatography for the best sensitivity, peak resolution, and reproducibility of peak areas and retention times. Causes of non-ideal peak shapes and how to improve peak shape are discussed.

Acquity QDa General Theory and Basic Use
Course Number: 750000862

Basic mass spectrometry theory and use of the QDa in Empower 3 Software.

Acquity QDa Processing MS Data with Empower
Course Number: 750000863

Overview of Empower 3 FR2 processing of MS data generated from the Acquity QDa as well as other tandem quadrupole mass spectrometers using Empower.

Binary vs. Quaternary Gradient Systems
Course Number: 750000658

This module discusses two types of solvent delivery systems; binary versus quaternary gradient systems. It will review the similarities and differences between the two systems and how to optimize for UPLC gradient chromatography. The topics to be covere...

Challenges of Peptide Analysis
Course Number: 750000792

Peptides are more difficult to analyze than small moleules (e.g. drugs) because of their large size, structure, and chemistry; and the complexity of the samples. Some of the analytical challenges and suggestions for better chromatography and improved sen...

Fundamentals of UPLC: Theory & Advantages
Course Number: 750000838

The Fundamentals of UPLC discusses the theory of how chromatographic advantages of greater speed, sensitivity, and peak resolution are obtained. Information about column chemistry (particle types, ligands, particle and pore sizes) and how it provides a b...

Introduction to Supercritical Fluid Techniques
Course Number: 750000858

This module provides a comprehensive explanation of supercritical fluid properties and their advantages in purification and chromatographic applications.

Maintenance of UPLC/PDA
Course Number: 750000684

This module covers routine daily and yearly maintenance of Waters ACQUITY Photo Diode Array (PDA) detector for UPLC. This module shows how to properly change the lamp and provides recommended cleaning procedures for the flow cell. This module is self pa...

Maintenance of UPLC/TUV
Course Number: 750000687

This module covers routine daily and yearly maintenance of Waters ACQUITY Tunable UV/Visible (TUV) detector for UPLC. This module shows how to properly change the lamp and provides recommended cleaning procedures for the flow cell. This module is self p...

Operation of UPLC/PDA
Course Number: 750000689

This module covers the operational parameters of Waters ACQUITY Photo Diode Array (PDA) detector for UPLC. This module shows how to set the appropriate data acquisition rate and filtering constant for a separation. There is an explanation and example of...

Operation of UPLC/TUV
Course Number: 750000686

This module covers the operational parameters of Waters ACQUITY Tunable Ultra Violet (TUV) detector for UPLC. This module shows how to set the appropriate data acquisition rate and filtering constant for a separation. There is an explanation and example...

Practical Tips for UV and PDA Detection
Course Number: 750000773

This module will discuss practical tips for optimizing Tunable UV (TUV) and Photodiode Array (PDA) detectors for maximum linearity and sensitivity, rugged and reproducible methods.

Theory of UPLC/PDA
Course Number: 750000688

This module will cover the theory of UV/Visible light absorption and the optics of Waters ACQUITY Photo Diode Array (PDA) detector for UPLC. The theory section covers Beer's law, how lamp output, solvent background adsorption, and a compound's spectrum a...

Theory of UPLC/TUV
Course Number: 750000685

This module covers the theory of UV/Visible light absorption and the optics of Waters Acuity Tunable Ultra Violet (TUV) detector for UPLC. The theory section covers Beer's law, how lamp output, solvent background adsorption, and a compound's spectrum aff...

UPC² Method Development
Course Number: 750000859

This module provides the user a basic understanding of parameters used in convergence chromatography method development as well as a detailed approach to developing a separation.

UPLC Sample Injection Modes
Course Number: 750000787

This module will discuss two types of sample injection: Fixed Loop and Flow Through Needle. The topics to be covered include the injection and wash cycles, the advantages of the different injection modes, how to optimize peak area reproducibility and ...