What to do if the Genevac Laboratory Equipment evaporator won't start a run due to an error?
To fix this, resolve the underlying fault or error as described in the troubleshooting tables. After addressing the problem, clear the error by turning the evaporator off, waiting ten seconds, and then turning it back on.
How to recognize a critical error on Genevac HT-24 Laboratory Equipment?
A critical error is signaled by three short beeps when the system stops, repeating every minute until the door is opened.
General introduction to the Genevac HT-24 Evaporation System, its features and capabilities.
Visual overview of the workstation, including pump, waste container, fume hood, and data connections.
Highlights physical interface components like sample shelves, flow meter, screen, and keypad.
Explains warning symbols and their meaning to highlight potential risks of injury or damage.
Advises performing solvent-specific risk assessments, considering chemical hazards like oxygen-rich atmospheres.
Lists essential operational safety measures, including ventilation, proper accessory use, and handling spills.
Details safety warnings for combustible solvents, electrical earthing, strong acids, and low auto-ignition point solvents.
Lists the standard components and technologies included in the HT-24 evaporators.
Describes additional specifications that can be ordered, such as auto defrost and high-power lamps.
Presents the range of interchangeable sample holders designed for various vessel types.
Instructions for powering the system on and off, including use of the emergency stop button.
How to enter and exit the evaporator's stand-by mode for reduced power consumption.
Identifies and explains the function of each button and indicator on the main workstation control panel.
Details the operation of the evaporator's keypad, screen, and function keys for running the system.
Explains the data presented on the LCD screen during operation, including numerical and graphical readouts.
Describes the SampleGuard system and how to connect probes for accurate sample temperature control.
Guides users on choosing a pre-programmed or custom run and initiating the evaporation process.
How to observe run progress on the Run Log screen and manually stop an active evaporation.
Outlines choices available after a run completes, such as skipping, draining, or defrosting the condenser.
Step-by-step guide to setting up new or modifying existing evaporation methods and parameters.
Explains essential parameters like run protection, naming, and linking subsequent runs.
Details selecting compatible solvents and appropriate sample holders for method setup.
Guides on specifying sample volume and utilizing the auto-program feature for efficient method creation.
Covers configuring sample temperature, channel selection, and CoolHeat pressure settings.
Explains the different strategies for controlling the evaporation chamber temperature.
Details the available rotor speed settings and their effects on sample containment and SampleGuard function.
Configures automatic shut-off and end-of-run actions based on time or sample detection.
Describes various pressure control methods including Full Vacuum, Controlled Pressure, and Dri-Pure variations.
Accessing the Run Log for progress and navigating the Options menu for system functions.
Explains the Controls Menu for adjustments and the main Menu Bar for system navigation.
Procedures for transferring methods and log files using a USB data key for backup or analysis.
Details the automatic defrost and drain functions, their benefits, and limitations for specific applications.
Guides on manually initiating defrost and drain cycles and managing the waste solvent container.
Instructions for connecting/disconnecting the waste container, with details for quick-release and quarter-turn valves.
Overview of available sample holders and swings for different sample types and formats.
Guidelines for using approved sample holders, tubes, and accessories to ensure proper fit and function.
Information on maximum load per swing, total mass limits, and balancing opposing loads.
Procedures for loading samples onto the rotor, including distribution and balancing for partial loads.
Explains the necessity of balancing swings and sample holders to prevent imbalance and wear.
A guide to choosing suitable pre-programmed runs based on solvent properties and application needs.
Steps for creating new methods or refining existing ones through experimentation and data analysis.
Advice on setting up robust lyophilisation methods and potential challenges.
A list of solvents deemed safe for use with the system, indicating potential chemical compatibility.
Techniques for creating methods to effectively evaporate mixtures of solvents with different boiling points.
Illustrative examples of method settings for common applications like HPLC fractions and solvent mixtures.
Essential checks and cleaning procedures to perform before and after each evaporation run.
Outlines checks for exhaust hoses, drain tubes, and general system performance indicators.
Instructions for cleaning exterior surfaces, rotor, door seals, and the evaporation chamber.
Specific cleaning methods for IR lamp lenses and sample holders, including precautions.
Recommendations for scheduled maintenance to ensure long-term performance and prevent downtime.
Guidance on checking delivered items and preparing a suitable installation environment.
Importance of professional installation, commissioning, and initial user training for safe operation.
Identifies audible and visual alerts and their corresponding system status or error messages.
Explains critical and non-critical errors, their potential causes, and general resolution approaches.
Steps to resolve errors, typically involving power cycling the system after addressing the root cause.
Addresses common problems like condensation, bumping, door access, and circuit breaker trips.
A detailed table providing symptoms, causes, and step-by-step solutions for various system malfunctions.
Detailed technical specifications for the evaporator, vacuum pump, condenser, and electrical requirements.
Presents the EC Declaration of Conformity and compliance with relevant safety and EMC standards.
Outlines the product warranty, lists protected patents, and provides other relevant legal details.
Tracks revisions to the user manual, including reasons for changes and issue dates.
Important notes on reading instructions, system updates, reproduction rights, and disposal.
General| Brand | Genevac |
|---|---|
| Model | HT-24 |
| Category | Laboratory Equipment |
| Language | English |
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