Modular High-Pressure Ion Chromatography System The Thermo Scientific™ Dionex™ ICS-5000+ HPIC™ System is the world's first high-pressure ion chromatography system on the market and provides an impressive com­ ination of increased b productivity, expanded capabilities, and improved performance. Modular versatility, functional integration, superior performance and the capability to operate continuously at up to 5000 psi culminate in the most advanced ion chromatography system. • High-pressure operation for fast analyses and high resolution • Reagent-Free™ system operation for reproducibility and ease-of-use • Modular system for adaptability/ upgradability By combining capillary and analytical formats into one highly versatile system, today's analytical challenges are met while resolving potential future challenges and advanced applications. • Capillary (0.2–0.6 mm column i.d.), microbore (1–3 mm column i.d.), and standard bore (3–7 mm column i.d.) flow rates • Operate at capillary, microbore and standard bore flow rates at pressure up to 5000 psi, allowing for faster analysis with higher flow rates and better separations with higher resolution columns • Just-add-water technology allows several months of continuous operation with just two liters of water at capillary flow rates • Hydroxide, carbonate, and MSA eluents for Reagent-Free Ion Chromatography (RFIC™) systems with Eluent Generation offer high purity and unparalleled control and reproducibility for isocratic and gradient elutions, now up to 200 mM in capillary formats • Excellent flow rate accuracy, eluent generator electronics stability, and conductivity cell temperature control deliver high retention time reproducibility, baseline stability, and sensitivity • Modular design allows versatility in configuring the system for a wide variety of applications • Innovative IC Cube™ cartridge is a revolutionary way to add, configure, and use capillary consumables Thermo Scientific Dionex ICS-5000+ HPIC System

• Integrated Detector/Chromatography module with precisely controlled temperature zones maintains baseline stability and increases application flexibility • Automation Manager simplifies and automates complex applications including sample preparation, preconcentration, matrix elimination, and postcolumn reagent addition • New electrochemical detector with optimized cell for capillary and analytical flow rates including longlasting, calibration-free Palladium Hydrogen (PdH) reference electrode • Thermo Scientific Dionex Chromeleon™ Chromatography Data System software unifies and simplifies system...

RFIC-ESP (Analytical Only) The Dionex ICS-5000+ system provides automation for many sample preparation techniques with multiple valving configurations and support for electrolytic sample preparation (ESP) devices. TC Thermal Compartment (Analytical Only) The TC Thermal Compartment module is designed for UV-vis, or ICP-MS applications that do not require an ED or CD detector. The module provides precise temperature control over a wide temperature range with fast heat-up and cool-down times. The single zone oven design minimizes tubing connection lengths and reduces delay volumes, yet allows single...

Benefits of an RFIC-EG System • Minimizes baseline drift • Improves retention time stability and resolution • Provides excellent run-to-run reproducibility • Supports both gradient and isocratic applications • Minimizes labor and operating costs RFIC-ER Option (Standard Bore Only) EG Eluent Generator module (Capillary) Benefits of Dual Pump Configurations Dual configurations provide independent pumping capabilities in the same module and same space-saving footprint. Configure a DP-based system according to one of the following scenarios: EG Features • Capillary EG allows up to 200 mM eluent concentrations...

Automation Capillary columns, consumables, and valves Detection CD and ED detectors Separation Standard and micro bore columns and valves DC Detector/Chromatography module DC Detector/Chromatography Module The DC Detector/Chromatography module houses and organizes chromatography components such as valves and columns. The DC module contains three sections: (1) separation, (2) detection, and (3) automation. The lower separation compartment holds injection valves, analytical guard, and analytical separation columns with independent temperature control. The conductivity and electrochemical detectors...

AM Automation Manager for Analytical Flow Rates (Optional) CD Conductivity and ED Electrochemical Detectors Simplify complex applications with the AM Automation Manager option. This option, which fits in the upper section of the DC module, organizes and controls highpressure rotary valves, low-pressure solenoid valves, the RCH Reaction Coil Heater, and a variety of reaction coils. The CD and ED detectors are installed inside the DC compartment as snap-in devices. They can be configured in series for dual detection, or as separate detectors for a dual system. • Configure up to two 6- or 10-port...

TC Thermal Compartment (Analytical Only) The TC Thermal Compartment houses and organizes the chromatography columns and valves. The TC can be configured with up to two valves. The TC can be configured on a single timebase or shared between two timebases for sequential analysis. • Ideal for UV-vis applications which do not require an ED or CD detector PDA Photodiode Array detector • Single zone oven minimizes tubing connection lengths, reduces delay volumes, and improves peak efficiencies • Valve configurations include no valves, one 6-port injection valve, two 6-port injection valves or one injection...

Tungsten Lamp Mirror Deuterium Lamp Mirror Detector Reference Detector Reference Mirror Flow Cell Entrance Slit Mirror Optical Grating Filter Paddle Dionex ICS Series VWD optical schematic VWD Absorbance Detector Experience the performance and versatility of the VWD through the following features: • Identification chips integrated into lamps and flow cells (automatically logged to audit trail) • Deuterium and tungsten lamps provide high sensitivity over the entire wavelength range of 190–900 nm • Multiple wavelength monitoring; up to four different wavelengths simultaneously • PEEK flow cells...