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General| Brand | Agilent Technologies |
|---|---|
| Model | G1314B |
| Category | Security Sensors |
| Language | English |
General overview of the detector's design, features, and models.
Details the light path, components, and operation of the detector's optical system.
Information on the different types of flow cells available.
Details specific components within the optical system.
General system overview, including leak and waste handling concepts.
Information on environmental conditions, power, and bench space for instrument setup.
Details on weight, dimensions, power, operating conditions, and key performance metrics.
Defines the conditions under which performance specifications are measured.
Instructions for safely unpacking the detector and checking delivered items.
Guidance on arranging modules for optimal flow path and space.
Procedures and precautions for managing leaks and waste during installation.
Step-by-step guide for physically installing the detector and connecting tubing.
Procedures for safe handling of leaks and waste during operation.
Steps for preparing the system, setting analysis conditions, and entering sample info.
Steps for powering up and activating system modules and loading methods.
Running samples, monitoring signals, baseline stabilization, and plot configuration.
How to run samples and interpret chromatograms.
Advanced configuration options for detector parameters, spectra, and output.
General guidance on achieving optimal detector performance.
Recommendations for selecting the appropriate flow cell.
Explanation of how path length affects signal and cell volume.
How to configure detector settings for specific applications.
Explanation of status indicators, error messages, and test functions.
Description of the detector's status lights and their meanings.
Details the meaning of different module status indicator colors.
Table comparing diagnostic tests across different interfaces.
Information about the diagnostic software for the instrument.
General explanation of how error messages are displayed and handled.
Common error messages applicable to all modules.
Specific error messages related to the detector's operation.
Procedure to measure lamp intensity and check optical performance.
Test to check flow cell cleanliness and optical path.
Steps to verify and calibrate the detector's wavelength accuracy.
Test to determine detector noise and drift performance.
A faster test to evaluate detector noise levels.
Test to check leakage currents in sample/reference circuits.
Test using a holmium oxide filter for wavelength verification.
General overview of maintenance procedures.
Critical safety warnings and precautions for maintenance.
Summary of typical maintenance procedures and frequencies.
Instructions for cleaning the exterior of the detector module.
Step-by-step guide for replacing the deuterium lamp.
Procedure for replacing the detector's flow cell.
Detailed steps for repairing and cleaning flow cell parts.
How to install and use the cuvette holder for verifications.
Steps to identify and fix leaks in the detector.
Guide for replacing components of the leak handling system.
Instructions for replacing internal interface boards.
Procedure for updating or downgrading the module's firmware.
List of common parts and their descriptions.
Details and diagrams for the standard flow cell.
Specifications and parts for micro flow cells.
Details and diagrams for the micro flow cell.
Specifications and parts for the semi-micro flow cell.
Details and diagrams for the high-pressure flow cell.
Information and part number for the cuvette holder.
List of parts related to leak detection and handling.
Information on available tool and accessory kits.
Summary of cable types and their purposes.
Details on analog cable connections and pinouts.
Information on remote control cables and their connections.
Details on BCD cables for bottle number output.
Specifications for CAN and LAN network cables.
Information on RS-232 serial communication cables.
Details on external contact cables for general purposes.
Explanation of the instrument's firmware structure and updates.
Information on available interface boards like BCD and LAN.
Overview of module connectors and wiring.
How to interpret serial number formats for different models.
Diagram showing the rear panel connectors and controls.
Table summarizing available interfaces for various modules.
Detailed explanation of CAN, LAN, and RS-232 interfaces.
Information on APG remote control signals and connectors.
Guide for configuring the module via DIP switches.
Configuration parameters for RS-232 serial communication.
Information on special operating modes like Boot-Resident and Forced Cold Start.
Description of the internal packaging and design features.
Explanation of the EMF feature for predictive maintenance.
Comprehensive safety precautions and symbols for instrument operation.
Safety and disposal guidelines for lithium batteries.
Information on EMC compliance and screened cables.
Statement on the product's sound pressure emission levels.
Information on ultraviolet radiation levels and exposure limits.
Recommendations for using solvents in the flow cell and system.
Document stating compliance with standards for the HOX2 filter.
Information on accessing Agilent's website for product details.
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