What to do if Shimadzu Controller fails to start?
To troubleshoot a startup failure in the Shimadzu Controller, begin by examining the CBM-20A startup status using the RUN and CONNECT indicators. Also, check the LED4 and LED5 indicators on the PCB to assess the startup status. Finally, check the startup status with the cover open.
General| Model | CBM-20A |
|---|---|
| Type | System Controller |
| Compatibility | Shimadzu LC systems |
| Communication Interface | RS-232C |
| Software | LabSolutions |
Key points for handling the instruction manual, including keeping it with the product and contacting the representative for replacements.
Information regarding reproduction rights, product upgrades, and notification of errors or omissions.
Details on warranty validity, term, limitations of liability, and items not covered by the warranty.
Information on how to handle problems, inspect the instrument, and contact the Shimadzu representative.
Safety warnings and cautions specific to the instrument's intended use with high-performance liquid chromatography systems.
Safety guidelines for the installation environment, including ventilation, fire sources, and protective equipment.
Safety measures to prevent falling during earthquakes, power supply considerations, and grounding requirements.
Safety guidelines for handling solvents, toxic samples, flammable sprays, and preventing static electricity.
Explains the sequence of events leading to static electricity accidents, from generation to ignition.
Details preventive measures to avoid electrostatic charges and potential fires or explosions.
Introduces the CBM-20A/CBM-20Alite as a system controller for Shimadzu HPLC systems.
Lists the standard parts included with the CBM-20A and CBM-20Alite instruments.
Lists available optional units for the instrument, including boards and cables.
Details the indicators and controls on the front panel of the CBM-20A.
Describes the connectors and indicators on the back panel of the CBM-20A.
Lists optional boards and cables for the CBM-20A.
Introduces the basic applications and windows for controlling the system controller via a Web server.
Describes the Group Monitor application, including HPLC Explorer, Status Summary, and System Monitor sections.
Details the Login window used to access Analysis Execution and Group Settings applications.
Explains the Analysis Execution application window, its tab pages, and buttons.
Describes the Error window, including error codes, messages, and clearing procedures.
Provides guidance on using Internet Explorer for system controller operations, including settings and precautions.
Explains how to monitor and manage multiple system controllers via the network in groups.
Details user management, including user levels, access levels, and registration.
Provides a step-by-step procedure for starting the CBM-20A system controller.
Guides the user through setting system configurations, including pumping and operation modes.
Outlines the basic operational flow for typical system configurations, from starting components to quitting.
Explains how to create and edit method files, including parameters for various components.
Details the process of creating and editing sequence files for analysis.
Describes how to create time programs for gradient analysis, controlling components based on elapsed time.
Covers starting and ending analysis operations, including pausing, stopping, and changing parameters during analysis.
Explains how to print method and sequence files to a printer or Chromatopac.
Explains how to create and use standard-sample injection tables for repeat injections within analysis sequences.
Details how to set and monitor mobile phase and rinse-solvent reserve volumes, including warning thresholds.
Describes the autopurge function for automatic replacement of solvents in flow lines and pumps.
Explains how to register sequence files into an analysis queue for continuous analysis.
Covers setting automatic shutdown and startup operations for the system after analysis completion.
Details how to use a fraction collector to automatically measure eluate based on detector signals.
Explains how to save, copy, and download method and sequence files to and from a PC.
Covers saving and downloading all component parameters for method and sequence files.
Provides details on managing group information, system administration, and user management.
Explains how users can change their own passwords through the Login window.
Describes how to lock the system to restrict access by other users.
Provides detailed explanations of basic parameters and configuration parameters for system components.
Lists commands used for creating time programs, including descriptions, setting ranges, and default settings.
Lists available rack numbers for sequence tables, varying by autosampler type.
Details the character types and name length limits for various items such as group names and system names.
Describes probable causes of problems and corrective actions for system configuration and analysis control.
Lists error messages, their codes, causes, and actions, categorized by instrument and error type.
Explains the purpose and types of hardware validation for LC systems and components.
Details the procedures for periodic validation, daily inspection, and validation after maintenance.
Provides guidelines for validation regarding environment, installation site, and room conditions.
Lists the necessary testing equipment and standard reagents for performing hardware validation.
Outlines check terms and procedures for validating the system controller's ROM, RAM, firmware, and backup memory.
Describes procedures for system validation, including isocratic and gradient LC systems.
Provides guidance on actions to take if the system or components fail validation checks.
Explains how to execute and display system check results for LC systems and components.
Details how to obtain maintenance information, such as plunger seal and lamp time, from the Maintenance tab.
Stresses the necessity of periodic inspections for safe use and exterior cleaning procedures.
Covers installation site requirements, required installation space, and power supply connections.
Explains how to connect the system controller to various HPLC components using different connector types.
Details the functions of the initialization button for returning components to default settings and making TCP/IP settings.
Provides an example of setting group names and IP addresses for LC systems connected to a network.
Lists detailed specifications for the CBM-20A, external connections, and connectable HPLC components.
Lists maintenance parts, including fuses, with their part numbers and remarks.
Provides an overview of HPLC systems and example configurations with component descriptions.
Lists characteristics of common mobile phase solvents, including UV cutoff, viscosity, and dielectric constant.
Guides users through network installation, covering items required, group settings, and network configuration.
Explains how to allocate IP addresses and configure DHCP settings for the CBM-20A.
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