How to fix Teledyne ACCQPrep HP125 ACCQPrep when it won't turn on?
If the ACCQPrep won’t turn on using the front panel power switch, first ensure the power cord is connected. Next, verify that the rear panel circuit breaker is in the “1” position, switching it off and then back on to reset it. Finally, ensure the lab power connection has power.
Why I am unable to communicate with pump controller module in Teledyne Laboratory Equipment?
If you are unable to communicate with the pump controller module on the Teledyne Laboratory Equipment, check the pump communication connector at the top, left corner and the pump power connector at the top right corner of the pump subassembly, ensuring the connectors are oriented so that the locking tab is at the top.
General| Brand | Teledyne |
|---|---|
| Model | ACCQPrep HP125 |
| Category | Laboratory Equipment |
| Language | English |
General warnings and guidelines for safe operation and maintenance of the ACCQPrep HP125.
Explains the different hazard levels (Caution, Warning, Danger) used in the manual.
Describes the meaning of various hazard symbols used throughout the manual.
Provides contact information for technical support and additional information.
Outlines the content covered in the installation and operation guide.
Introduces the Teledyne Isco ACCQPrep HP125 chromatography system and its capabilities.
Details available configurations including base, ELSD, and Mass Spectrometer options.
Explains system control via touch screen and network connections.
Identifies the power cord and circuit breaker as safety disconnects.
Lists detailed technical specifications of the ACCQPrep HP125 system.
General overview of the ACCQPrep installation process.
Lists the necessary tools for setting up the ACCQPrep system.
Instructions for initial system setup, including lifting precautions.
Step-by-step guide for installing the pump assembly into the system.
Instructions for connecting the solvent inlet and outlet lines for the pumps.
Details the process of installing the fluid lines for solvent delivery.
Specific connections required when the ACCQPrep is equipped with the optional ELSD detector.
Instructions for connecting the carrier gas and preparing the P-trap for ELSD operation.
Guides the user through the process of priming the system with solvents.
Instructions on how to install the luer injection port for manual sample injection.
General steps for installing the AutoSampler module onto the ACCQPrep.
Details on attaching the Z-Drive component to the AutoSampler's Y-axis carriage.
Instructions for mounting and connecting the wash well for the AutoSampler.
Explains the connections for wash and waste tubing on the AutoSampler.
Diagram and steps for connecting the AutoSampler module to the ACCQPrep via tubing.
Wiring diagram and steps for connecting the AutoSampler to the ACCQPrep using USB cables.
Detailed steps for making the necessary fluid connections for the AutoSampler probe.
Placement of the test tube and wash well on the AutoSampler platform.
Instructions for powering on both the AutoSampler and the main ACCQPrep unit.
Procedure for priming the wash station of the AutoSampler.
General information about installing HPLC columns with the ACCQPrep.
Steps for mounting different diameter HPLC columns onto the ACCQPrep.
Details on the components and tracks used for mounting columns.
Instructions for connecting the tubing to the column inlet and outlet.
How to configure installed columns within the ACCQPrep software.
Description of the CSVM accessory and its functionality for column selection.
Common installation issues and their solutions.
Steps to resolve issues where AutoSampler control is not visible in the software.
How to configure system settings like solvents, solvent level sensing, and waste level sensing.
Configuring system name, time zones, and default tube volume.
Steps for connecting the ACCQPrep to a network for remote control and data saving.
Customizing user interface language, print reports, and pressure display.
Options for showing absorbance during equilibration and enabling automatic peak hold.
Configuration options for preparative HPLC methods, including loop volume and probe type.
Step-by-step guide to define new columns and their associated default methods.
Procedure for removing a previously defined column from the system.
Instructions on how to create new methods associated with specific columns.
Guidance on developing focused gradients for optimized separations.
Overview of the ACCQPrep's operational capabilities and method flexibility.
Explains various ways to select and edit methods for a separation.
Steps to initiate a separation, including options for ELSD, PurIon, and manual injection.
Detailed steps for performing separations using the AutoInjector module.
How to set up and perform multiple injections using the AutoInjector.
Setting sample volume and the number of injections for automated sequences.
Detailed sequence of operations performed by the AutoInjector during sample injection.
Procedures for setting up and running separations with the AutoSampler module.
How to program and manage sample queues for automated separations.
Explains the various columns and their functions within the AutoSampler Queue tab.
Describes the default and bracketed sample injection protocols for the AutoSampler.
Detailed step-by-step process for the default injection sequence with the AutoSampler.
Detailed step-by-step process for bracketed sample injections with the AutoSampler.
How the AutoSampler enhances fraction collection capabilities by extending rack usage.
General troubleshooting guide for operational issues encountered during use.
Specific steps to diagnose and resolve leaks from the injection valve.
Troubleshooting unexpected or variable retention times due to temperature or flow rate issues.
Addresses issues like no peaks, early/late elution, poor peak shape, and phantom peaks.
Troubleshooting drifting baselines and problems with ELSD detector performance.
Troubleshooting PurIon detection problems and excessive system pressure.
Diagnosing and resolving issues related to incorrect fraction volumes collected.
Steps to troubleshoot and resolve dripping from the injection valve.
Introduction to the PeakTrak software and its main window components.
Explains the purpose and usage of method files and run files in PeakTrak.
Details the commands available in the PeakTrak File menu for managing files.
Further explanation of file management operations within the PeakTrak software.
Describes the options available in the PeakTrak MS menu for PurIon systems.
Details the functions accessible through the PeakTrak Tools menu.
Information on accessing help resources and software updates within PeakTrak.
Detailed descriptions of various windows used within the PeakTrak software.
Explains the controls and display areas of the PeakTrak Main window.
How to use the MS and UV controls within the PeakTrak interface.
Configuration options for columns, sample names, flow rates, and solvents.
Explanation of the function of control buttons like PLAY, PAUSE, and STOP.
Options for controlling how fractions are collected (ALL, PEAKS, NONE).
How to view and interpret data related to fraction collection after a run.
Description of the Method Editor window and its sections for modifying method settings.
How to use the controls in the Gradient Plot Area to edit gradient curves.
Setting peak collection modes and specifying the volume collected per tube.
Enabling and configuring various peak detection methods like wavelength and slope-based.
Further details on peak detection settings such as peak width and threshold.
Adjusting ELS detector parameters like spray chamber and drift tube temperatures.
Accessing information about the installed ACCQPrep columns.
Overview of the Files window for browsing and managing files and folders.
Performing actions like copy, paste, delete, and create new folders for files.
Configuring the default directory for saving and opening user files.
Developing and verifying ionization conditions for PurIon mass spectrometer.
Controlling the PurIon MS manually and formatting the mass spectrum display.
Adjusting ionization parameters to improve detection of specific compounds.
Advanced settings for ionization, probe selection, gas temperature, and voltage.
Using the Manual Control window to pump solvents and monitor lamp energy.
Configuring network settings, IP addresses, and network printing.
Procedure for setting or changing the system's administrator password.
Demonstrates common tasks performed within PeakTrak, like editing methods.
Detailed steps for modifying basic and advanced method settings to optimize separations.
Configuring initial waste diversion and time windows for fraction collection.
Choosing between All, Peaks, or None modes for collecting fractions.
Enabling and configuring various peak detection methods like wavelength and slope-based.
Adjusting ELS detector parameters like spray chamber and drift tube temperatures.
Methods for creating method files by importing or extracting from previous runs.
Step-by-step guide to create and modify gradient profiles for separations.
Modifying gradient profiles dynamically while a separation is in progress.
Using the loop bypass feature for stacking injections in isocratic separations.
Using wavelength ratios to monitor compound purity during elution.
Procedures for opening and reviewing chromatograms and data from past runs.
Accessing run summaries, printing, and saving run data from the viewer.
Understanding the components of the chromatogram plot, including traces and axes.
Using manual control for solvent pumping and monitoring raw lamp energy.
Overview of common maintenance tasks for the ACCQPrep HP125.
How to clean the exterior surfaces of the instrument safely.
Procedures for cleaning conductive plastic racks and trays to prevent static discharge.
Steps for placing the system in standby mode and shutting it down properly.
Performing monthly checks on solvent, waste, and drain tubing for damage or leaks.
Outlines a schedule for preventive maintenance tasks based on frequency (As Needed, Every Run, Monthly, Annually).
Explains the importance and methods for cleaning the flow cell.
The default procedure of flushing the flow cell with solvent B after each separation.
Steps for performing a quick cleaning of the flow cell when recommended by the system.
Detailed steps for monthly cleaning of the flow cell, often used when quick cleaning is insufficient.
Overview of maintenance procedures for specific ACCQPrep components.
Step-by-step guide for replacing the injection valve rotor.
Detailed instructions on how to remove the injection valve rotor.
Steps for correctly installing a new injection valve rotor.
Comprehensive guide for replacing the pump seals in the ACCQPrep.
Instructions for safely removing the pump head and spacer block during seal replacement.
Steps for removing old seals and cleaning the piston as part of pump seal replacement.
Procedures for installing new pump seals and reassembling the spacer block.
Final steps for reassembling the pump head and securing it with fasteners.
How to condition new pump seals prior to normal operation.
Step-by-step instructions for removing and replacing pump check valves.
Steps to remove the pump assembly to access check valves for replacement.
Details on disconnecting various lines and fittings to facilitate pump assembly removal.
Procedures for removing old check valve housings and installing new ones.
Introduction to maintenance tasks for the AutoSampler module.
Step-by-step guide for replacing the peristaltic tubing on the AutoSampler.
Overview of maintenance procedures for the ELSD detector.
Instructions for cleaning the spray chamber of the ELSD detector.
Detailed steps for cleaning the ELSD detector's spray chamber, including solvent usage.
Final rinse steps and temperature adjustments for the ELSD detector after cleaning.
Introduction to maintenance tasks specific to the PurIon mass spectrometer.
Steps to remove the ESI/APCI ion source housing from the PurIon system.
Instructions for reinstalling the ESI/APCI ion source housing onto the PurIon.
Procedure for cleaning the capillary inlet to the PurIon vacuum region.
Troubleshooting steps for overpressure errors encountered with the PurIon system.
How to clean check valves in the PurIon system if they become stuck.
Steps for installing new check valve cartridges into the PurIon pump head.
Procedure for cleaning the PurIon cone to resolve vacuum reading issues.
Steps to remove the capillary inlet cone from the PurIon system.
How to clean the capillary inlet cone to resolve blockages.
Steps for reinstalling the capillary inlet cone onto the PurIon system.
General troubleshooting for PurIon system errors and issues.
Table listing common PurIon error codes and their corresponding resolutions.
Introduces diagrams showing tubing and USB connections between the AutoSampler and ACCQPrep.
Visual representation of tubing connections between the AutoSampler and ACCQPrep.
Visual representation of USB wiring connections between the AutoSampler and ACCQPrep.
Official declaration that the equipment conforms to relevant EU directives and standards.
Details the terms, conditions, coverage, and exclusions of the factory service warranty.
Instructions on how to obtain warranty service, contact information, and shipping guidelines.
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