METTLER TOLEDO EVA Karl Fischer Titrators

Description

The EVA V1 and V3 volumetric Karl Fischer (KF) titrators are ideal for efficiently determining the water content of simple liquids, soluble solids, and more challenging insoluble samples.

• High reliability and efficiency via the FFA™ control algorithm, a fast-response digital sensor, and state-of- the-art dispensing technology
• 120,000 step dispensing resolution
• Intuitive OneClick™ user interface simplifies operations and provides customizable shortcuts
• Automated solvent exchange minimizes exposure to hazardous chemicals
• Seamless LabX™ integration enhances data management and compliance with regulatory requirements
• Modular design to meet versatile laboratory needs
• The EVA KF Titrators are designed for efficient and accurate titration across various applications, including chemistry, food and beverage, and pharmaceuticals.
• Measure water content in a wide range of samples, with a limit of quantification as low as 0.2 mg of water per sample.
• Featuring the new FFA™ control algorithm and biamperometric indication, the EVA KF titrators deliver fast and accurate water content results for any application.
• The detachable user-friendly touchscreen with OneClick™ interface streamlines workflows and reduces user errors, while robust data management capabilities allow for easy storage and analysis of results.
• Automatic sample detection and titrant dosing minimizes chemical exposure, ensuring a safer, cleaner laboratory.
• With a compact design that fits well in any laboratory, the EVA KF titrators combine innovative technology and practicality, making them an essential for reliable titration.

Specifications

• Connector Types: USB-A, RJ45, 4-pin M8 socket, 8-pin M9 socket, 4-pin power mini-DIN socket
• Drift: 25 mL/min
• IP Rating: None
• Languages: 10 Languages
• Material: PBT, Stainless Steel
• For Use With: Liquid and Soluble Samples
• Model: EVA V1 Titrator
• Type: Volumetric Karl Fischer Titrator
• Width (English): 7.6 in.
• Depth (English): 7 in.