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General| Brand | Agilent Technologies |
|---|---|
| Model | 1290 |
| Category | Laboratory Equipment |
| Language | English |
Details the warranty terms for the manual's content, disclaiming liability for errors.
Describes terms for hardware and software use, furnished under license.
Outlines rights for U.S. Government use of software, subject to standard license terms.
Explains CAUTION and WARNING notices for hazards and precautions.
Details the key features of the G4204A Quaternary Pump for high performance.
Provides a general description of the pump's capabilities and applications.
Explains how the pump operates mechanically and electronically.
Illustrates valve positions in different operating modes like Purge and Filter Flush.
Highlights leak and waste handling concepts within the system.
Details environmental and operational requirements for optimal instrument performance.
Discusses power supply capabilities, safety precautions for voltage and grounding.
Explains power cord options and critical safety warnings for use.
Specifies required space for module placement and air circulation.
Warns about condensation and its potential to damage system electronics.
Lists physical dimensions, weight, voltage, frequency, and temperature ranges.
Details hydraulic system, flow, pressure, and composition specifications.
Instructions for handling damaged packaging and checking delivery.
Ensures all parts and materials are delivered with the module.
Guides on configuring modules for optimum performance and minimum delay volume.
Recommended setup for a single stack of modules for minimum delay volume.
Recommended setup for a two-stack system to avoid high stacks.
Details safe leak and waste handling procedures and precautions.
Step-by-step guide to carefully remove protective foam from the module.
Procedure for placing the module on a bench and ensuring power is off.
Describes the installation of additional flow connections to the pump.
Instructions for installing the optional seal wash function.
Guidelines for safe handling of leaks and waste, including solvent precautions.
Steps to prepare the pump for optimal performance, including solvent and filter checks.
Explains causes, problems, and prevention of algae growth in HPLC systems.
Guides on configuring the pump via the instrument control interface.
Explains items and functions in the pump graphic interface.
Lists and describes the pump signals displayed, such as Flow and Pressure.
Details commands available in the dashboard context menu for pump control.
Describes pump control parameters like Pump, Seal Wash, Purge, and Prime.
Details pump method setup parameters like Flow, Solvents, Timetable, and Blend Assist.
Covers advanced method setup parameters like Minimum Stroke and Compressibility.
Programs parameter changes during analysis via timetable entries.
Allows blending solvents or solvent mixtures from stock solutions.
Instructions for priming the pump system with solvent after exchanges or downtime.
Procedure for flushing the inline and outlet filters.
Recommendations on solvent use and materials in the flow path for compatibility.
Explains the importance and use of the built-in degasser for flow path stability.
Provides hints for using the MCGV with salt and organic solvents to prevent precipitation.
Defines and explains system volume effects on chromatography and gradient shape.
Guides on configuring delay volume and using the optional Jet Weaver mixer.
Explains how to increase separation resolution by optimizing selectivity, particle size, and columns.
Details importing solvent calibration data for optimum pump control and accuracy.
Explains status indicators, error messages, test functions, and diagnostic signals.
Location and meaning of front module status indicators: power and module status.
Indicates power status via an illuminated green light on the power switch.
Describes conditions indicated by the module status LED: OFF, Green, Yellow, Red, Blinking.
Compares available tests across different user interfaces, recommending Agilent Lab Advisor.
Details the Agilent Lab Advisor software features, versions, and add-ons.
Explains how error messages are displayed, propagated, and resolved.
Lists generic error messages applicable to HPLC modules like Timeout and Shutdown.
Error ID 0062: Timeout threshold was exceeded, indicating a potential not-ready condition.
Error ID 0063: External instrument generated shutdown signal via remote connector.
Error ID 0070: Not-ready condition persists on the remote input line.
Error ID 0071: Failed synchronization or communication between modules in the system.
Error ID 0082: Leak sensor failed due to a short circuit.
Error ID 0083: Leak sensor failed due to an open circuit.
Error ID 0081: Ambient compensation sensor failed (open circuit).
Error ID 0080: Ambient compensation sensor failed (open circuit).
Error ID 0068: The cooling fan in the module has failed.
Error ID 0064: A leak was detected in the module, causing system shutdown.
Lists pump-specific errors like pressure limits, solvent counters, and drive issues.
Error ID 29163: Pressure exceeded the upper pressure limit.
Error ID 29176: Pressure dropped below the lower limit.
Error ID 29221: Degasser target pressure not reached within the expected time.
Error ID 29146: Solvent volume counter exceeded the set limit.
Error ID 29147: Waste volume counter exceeded the set limit.
Error ID 29164: Flow rate exceeded limit while pump is in pressure control.
Error ID 29199: Pump shut down by control software during an analysis.
Error ID 29201: Failed to read the pump encoder tag.
Error ID 29200: Failed to write the pump encoder tag.
Error ID 29214: Pump drive is blocked or encoder has failed.
Error ID 29205: Pump drive current consumption is too low.
Error ID 29236: Pump drive current consumption is too high.
Error ID 29204: Drive movement blocked mechanically during initialization.
Error ID 29202: Pump drive current consumption is too high.
Error ID 29233: Internal error related to delivery underrun.
Error ID 29208: Defect connection between main board and pump drive encoder.
Error ID 29209: Defect identified in the pump drive encoder.
Error ID 29231: Lost steps detected in the purge valve encoder.
Error ID 29240: Failed to read the multi purpose valve tag.
Error ID 29232: Invalid pump drive encoder signals detected.
Error ID 29234: Internal error related to the drive position limit.
Error ID 29235: Insufficient power detected for the drive encoder LED.
Error ID 29237, 29238, 29239, 29215: General pump drive encoder error.
Error ID 29241: Failed to write the multi purpose valve tag.
Error ID 29242: Invalid type information detected for the multi purpose valve.
Error ID 29211: Pump drive encoder generated no signal.
Error ID 29212, 29213: Pump drive failed during calibration.
Error ID 29203: The maximum stroke detected is too short.
Error ID 29207: The pump drive stop position was not found.
Error ID 29180: Target composition not reached within the expected time frame.
Error ID 29181: Target run volume not reached within the expected time frame.
Error ID 29182: Target volume not reached within the expected time frame.
Error ID 29183: Target flow rate not reached within the expected time frame.
Error ID 29185: Target pressure not reached within the expected time frame.
Error ID 29210: Drive encoder failed during pump drive calibration.
Error ID 29216: Calibration failed due to electric resistance differences.
Error ID 29220: Degasser pressure is too far above the specified limit.
Error ID 29223: Seal wash pump not detected during configuration.
Error ID 29227: Power consumption too high for one of the MCGV valves.
Shows user-accessible assemblies for simple repairs without removing the pump.
Details safety warnings for solvents, electrical shock, and product use.
Describes maintenance procedures that can be done without opening the main cover.
Instructions for cleaning the module case with a soft cloth and mild detergent.
Steps for installing and properly tightening fittings and capillaries.
Procedure to replace the pressure sensor when no or invalid pressure signal is detected.
Step-by-step guide to replace the inlet weaver assembly.
Procedure for replacing a defective inlet valve using a torque wrench.
Instructions for replacing a defective outlet valve, including seal replacement.
Steps to remove the Jet Weaver from the front panel.
Procedure for installing the optional Jet Weaver mixer for improved mixing performance.
Instructions for replacing the seal wash pump when it shows signs of wear.
Step-by-step guide to replace the Multi-Channel Gradient Valve (MCGV).
Procedure to release a stuck inlet valve using a syringe and wash solvent.
Procedure for replacing the pump head assembly for maintenance or performance issues.
Steps for disassembling the pump head assembly, recommending refurbished parts.
Detailed steps for disassembling the primary pump head, with piston cautions.
Detailed steps for disassembling the secondary pump head, with piston cautions.
Instructions for replacing the heat exchanger, noting it's not needed for pump head maintenance.
Procedure for replacing the wash seal and gasket using an insert tool.
Steps for assembling the pump head using alignment tools and torque specifications.
Illustrates and lists main maintenance parts with item numbers and p/n.
Diagrams and descriptions of pump flow connections with item numbers.
Details the peristaltic pump and tubing for the optional seal wash function.
Lists and illustrates parts for pump head assemblies with item numbers and p/n.
Details primary pump head components with and without seal wash.
Details secondary pump head components with and without seal wash.
Illustrates and lists parts for the multi-purpose valve with item numbers and p/n.
Illustrates and lists parts for the solvent cabinet with item numbers and p/n.
Illustrates and lists parts for the pump module covers with item numbers and p/n.
Illustrates and lists parts related to leak detection and handling.
Lists items included in the Accessory Kit for the 1290 Infinity Quaternary Pump.
Lists accessories and tools needed for installation and repair of the module.
Lists components included in the 1290 Infinity Pump Service Kit.
Provides an overview of available cable types: Analog, Remote, BCD, CAN/LAN, RS-232.
Details analog cables and their BNC connector pin assignments.
Describes remote cables for Agilent integrators and A/D converters.
Details BCD cables and their pin assignments for general purpose and integrators.
Describes CAN and LAN cables with modular plugs for module connections.
Details RS-232 cable specifications, pin-out, and compatibility.
Describes cable for connecting Agilent 1200 modules to printers via Serial/Parallel.
Explains the instrument firmware structure: resident and main system sections.
Details tools and procedures for updating instrument firmware.
Explains CAN, REMOTE, RS-232C, and power input connections and safety.
Diagram showing rear panel connectors, switches, and labels.
Lists interfaces (CAN, LAN, RS-232, Analog, APG) for Agilent 1200 Infinity Series modules.
Details CAN, LAN, and RS-232C interface functionalities and pin definitions.
Explains configuration switch settings for LAN, RS-232, and initialization modes.
Describes Boot-Resident and Forced Cold Start modes for specific actions.
Explains EMF for monitoring component usage and scheduling maintenance.
Describes the module's industrial design and packaging technology.
Notes MAC address and connects instrument LAN interface to PC.
Explains IP address, Subnet Mask, and Gateway configuration methods.
Location and default settings of the rear panel configuration switch.
Describes selectable initialization modes: Bootp, Stored, Default, DHCP.
Explains DHCP for automatic IP address assignment on HPLC modules.
Steps to set up DHCP initialization mode using configuration switches.
Manually sets link operating mode for non-auto-negotiating network devices.
Details the Agilent BootP Service for assigning IP addresses to instruments.
Explains the BootP service process for instrument IP assignment.
Troubleshooting steps for failed LAN communication with BootP service.
Step-by-step guide for installing the Agilent BootP Service.
Methods to find MAC address via BootP logging or the LAN interface card label.
Assigns IP addresses to instrument MAC addresses via the BootP service.
Procedure to change IP address by stopping/restarting the BootP service.
Alters stored parameters in non-volatile memory via Telnet or Instant Pilot.
Configure TCP/IP parameters by opening a Telnet session to the module.
Configure TCP/IP parameters using the Instant Pilot device.
Describes changing PC TCP/IP settings to match module defaults for local config.
Install user interface software according to the provided setup guide.
Explains safety symbols, warnings, and precautions for safe instrument operation.
States instrument is Safety Class I, manufactured and tested to international standards.
General safety precautions during operation, service, and repair of the instrument.
Product compliance with WEEE Directive and information on proper disposal.
Guidelines on using cables and ensuring radio interference limits are met.
Manufacturer's declaration on sound pressure emission levels according to ISO 7779.
Provides the worldwide web site for the latest product and service information.
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