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General| Brand | Shimadzu |
|---|---|
| Model | RID-10A |
| Category | Security Sensors |
| Language | English |
Key safety guidelines for operating the unit safely.
Explains the meaning of warning symbols used in the manual for clarity.
Details on replacing fuses and precautions for bending the optical cable.
Guidelines for ventilating the room where the chromatograph is installed.
Rules regarding fire usage and keeping extinguishers nearby.
Importance of installing a sink nearby for flushing eyes or skin.
Avoidance of installation in places with corrosive gases or dust.
Avoidance of locations with intense magnetic or electromagnetic fields.
Details on suitable table or stand dimensions for system placement.
Recommendations for room temperature, avoiding direct sunlight, and vibrations.
Explains how static electricity can cause accidents in liquid chromatography systems.
Outlines measures to prevent accidents caused by static electricity discharge.
Provides a brief overview of the RID-10A differential refractive index detector.
Highlights key features such as excellent stability, various applications, and safety measures.
Explains the optical system and signal processing modes (A, P, L) of the detector.
Illustrates the solvent flow lines within the RID-10A detector.
Lists all standard accessories and components included with the RID-10A.
Identifies and describes the control panel and front cover opening button.
Details cell inlet/outlet ports, tube holder, leak tube connection, and leak sensor.
Identifies rear panel connectors for remote, external I/O, grounding, power, and fuse holder.
Covers ventilation, fire safety, sink, corrosive gas, noise, space, and environmental conditions.
Shows a typical liquid chromatograph system layout with space requirements.
Explains how to stack RID-10A modules with pumps or column ovens for safety.
Details connecting the unit to power outlets and proper grounding procedures.
Describes connecting the solvent delivery pump, injector, column, and detector.
Instructions for connecting the RID-10A to a recorder and a Chromatopac integrator.
Procedures for connecting leak tubes to manage solvent leakage.
Emphasizes closing the front cover and preventing flow cell clogging.
Covers turning the unit ON, display unit functions, keyboard layout, and basic operation.
Details usage and tubing connections for analytical, preparative, and large-scale modes.
Guides on setting up and running time programs using commands like ZERO, MARK, and LOOP.
Explains functions like TOTAL EN, CELL TEMP, AUX RANGE, EVENT, and parameter settings.
Outlines the procedure for checking the performance of the HPLC system.
Describes how to connect the RID-10A to the SCL-10A controller via optical cable.
Details power on, CONFIG screen, main menu, parameter settings, and DET CONTROL screen.
Explains connections for external input/output terminals (T.B. 1 and T.B. 2).
Provides procedures for cleaning flow lines to resolve baseline issues using acetone and nitric acid.
Details the process of span adjustment for modes A, P, and L using a Chromatopac or LC workstation.
Step-by-step instructions for replacing blown fuses in the unit.
Guidance on cleaning the unit's cover and panels to maintain appearance.
Describes procedures for validating individual components like lamp, temperature, and span.
Outlines the holistic validation procedure for the entire HPLC system, focusing on repeatability.
Lists common symptoms, their possible causes, and recommended remedies for troubleshooting.
Explains system error messages like ROM error, RAM error, Leakage error, and Overheat error.
Provides detailed technical specifications for the RID-10A detector.
Lists consumables like lamps and repair parts for electric and optical systems.
Lists optional parts such as the flow selection block and relief valve.
Provides a table of physical properties for various solvents used in LC.
