Dionex Ultimate 3000 UHPLC Manual

The Dionex Ultimate 3000 is a high-performance ultra-high performance liquid chromatography system designed for analytical laboratories. It features advanced pump technology, precise temperature control, multiple detection options, and intuitive software control. Below are key sections covering system overview, installation, operation, maintenance, and troubleshooting.

1. System Overview 2. Installation and Setup 3. System Specifications 4. Operating Principles 5. Control and Software 6. Method Development 7. Maintenance Procedures 8. Troubleshooting Guide 9. Regulatory Compliance 10. Technical Support

System Overview

Key components: Binary pump, autosampler, column compartment, multiple detectors (DAD, FLD, RID), and Chromeleon software.

ComponentDescription
Binary PumpHigh-pressure mixing with flow rates from 0.001 to 10 mL/min
AutosamplerTemperature-controlled with 96-well plate capacity
Column CompartmentTemperature range 5-110°C with active preheating
DAD DetectorWavelength range 190-800 nm
FLD DetectorProgrammable excitation and emission wavelengths
RID DetectorRefractive index detection
SoftwareChromeleon Chromatography Data System
Solvent Cabinet4-channel degasser with 2L bottle capacity
Waste Container2L capacity with level sensor
Power Supply100-240V AC, 50/60Hz

Installation and Setup

Unpack and inspect all components. Ensure proper laboratory environment.

  1. Place system on stable bench: Allow 15cm clearance on all sides for ventilation.
  2. Connect solvent lines: Prime pump with appropriate solvents.
  3. Install columns: Follow manufacturer's instructions for column installation.
  4. Connect to power: Use provided power cables and ensure proper grounding.
  5. Install Chromeleon software: Follow installation wizard instructions.

WARNING! System contains high-pressure components. Wear appropriate PPE during installation.

System Specifications

Operating Principles

The Ultimate 3000 operates on UHPLC principles with sub-2μm particle columns for high resolution and fast separations.

Pump Operation: Dual piston design with active inlet valve and electronic pressure control.

Autosampler: Uses needle-in-loop design for minimal carryover and precise injections.

Detection: Multiple detection options including diode array, fluorescence, and refractive index.

Control and Software

System controlled via Chromeleon Chromatography Data System.

  1. Method Development: Create and optimize separation methods
  2. Sequence Setup: Program sample sequences with injection parameters
  3. Data Acquisition: Real-time monitoring and data collection
  4. Data Analysis: Peak integration, quantification, and reporting
  5. System Monitoring: Pressure, temperature, and flow monitoring

Interface: Touch-screen display and computer software control.

Method Development

Develop and optimize UHPLC methods for various applications.

  1. Column Selection: Choose appropriate column chemistry and dimensions
  2. Mobile Phase: Optimize solvent composition and gradient
  3. Flow Rate: Adjust for resolution and analysis time balance
  4. Temperature: Optimize column temperature for separation
  5. Detection: Select appropriate detection wavelength or mode
  6. Validation: Validate method performance parameters

Tip: Start with generic gradients and optimize for specific analytes.

Maintenance Procedures

Regular maintenance ensures optimal performance and extends system lifetime.

  1. Daily: Check pressure readings and system leaks
  2. Weekly: Clean autosampler needle and wash ports
  3. Monthly: Replace pump seals and check detector lamps
  4. Quarterly: Perform system performance qualification
  5. Annually: Complete system calibration and certification

CAUTION! Always depressurize system before performing maintenance.

Troubleshooting Guide

SymptomPossible CauseCorrective Action
High pressureColumn blockageReplace column; flush system
Pressure fluctuationsAir bubblesPurge system; degas solvents
Peak tailingColumn degradationReplace column; check pH
Retention time shiftTemperature variationCheck column thermostat
No injectionAutosampler errorCheck needle position; clean ports
Baseline noiseDetector lamp agingReplace lamp; check mobile phase
Low sensitivityFlow cell contaminationClean flow cell; check detector settings

Regulatory Compliance

CE marked; complies with IVDR 2017/746 for in-vitro diagnostics. FDA 21 CFR Part 11 compliant software options available. RoHS and WEEE compliant.

Quality Standards: ISO 9001, ISO 13485 certified manufacturing.

Technical Support

For technical assistance, service, or training:

Emergency Service: Available 24/7 for critical system failures.

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