ISO Dip Flow Cup Model 322 – ERICHSEN

Optimize Your Viscosity Measurements

Introducing the ISO Dip Flow Cup Model 322 by Erichsen, a premier solution for rapid viscosity determinations of a wide range of fluids including paint, varnish, wet enamel, photogravure ink, dye, lacquer for leather, oil, fat, and foodstuff. This tool is notably ideal for workshop applications, providing quick and reliable measurements.

Accurate Measurement Principle

The Model 322’s measuring principle relies on the efflux time of a specified volume (100 ml) of fluid through an orifice of a defined diameter, presenting the viscosity in a straightforward, understandable form. Utilizing a stop-watch, you can accurately measure the time required for the fluid to empty from the cup, ensuring precise viscosity determinations with ease.

Simple Test Procedure

Featuring a user-friendly test procedure, the ISO Dip Flow Cup Model 322 necessitates immersing the cup fully in the fluid, then swiftly lifting and starting the stopwatch simultaneously. The timing until the cup completely empties is crucial for accurate measurement, providing you with essential data for quality control and product development.

Included in Your Purchase

The scope of delivery includes the ISO Dip Flow Cup based on DIN ISO 2431, Model 322-3 mm, ensuring you have everything needed to begin immediate testing. Embrace the efficiency and reliability of Erichsen’s viscosity measuring tools for your business needs.

Technical Specifications

Technical data
  • Material: Aluminum
  • Nozzle Diameter: 3 mm
  • Viscosity Range: 10-40 mm2/s

FAQ - ISO Dip Flow Cup Model 322 – ERICHSEN

What types of fluids can the ISO Dip Flow Cup Model 322 measure?

The ISO Dip Flow Cup Model 322 is designed for a wide array of fluids including paint, varnish, wet enamel, photogravure ink, dye, lacquer for leather, oil, fat, and foodstuffs. It’s an ideal tool for various applications, especially in workshops where quick and reliable viscosity measurements are crucial.

How does the ISO Dip Flow Cup Model 322 work?

This viscosity measuring instrument works by calculating the efflux time of 100 ml of fluid through an orifice with a specific diameter. Users can accurately measure the time it takes for the cup to empty by using a stopwatch, thereby determining the fluid's viscosity in an easy-to-understand manner.

What is the procedure to measure viscosity with the ISO Dip Flow Cup Model 322?

To measure viscosity, immerse the cup fully in the fluid. Then promptly lift it and start the stopwatch at the same time. The key is to measure the time until the cup completely empties\; this duration is critical for ensuring accurate viscosity measurements, important for quality control and product development processes.

What comes included with the purchase of the ISO Dip Flow Cup Model 322?

Each purchase includes the ISO Dip Flow Cup based on DIN ISO 2431, Model 322-3 mm. This package equips you with everything necessary to begin viscosity testing immediately, ensuring a smooth integration into your existing processes without the need for additional equipment.

What material is the ISO Dip Flow Cup Model 322 made of, and what is the nozzle diameter?

The body of the ISO Dip Flow Cup Model 322 is constructed from high-quality aluminum, ensuring durability and longevity. It features a nozzle diameter of 3 mm, designed to facilitate the proper flow of fluid for accurate viscosity measurement within its specified range.

What viscosity range can the ISO Dip Flow Cup Model 322 measure?

The ISO Dip Flow Cup Model 322 is capable of measuring fluids with a viscosity range of 10-40 mm2/s. This range makes it versatile for testing a variety of fluids used in different industries, including paints and foodstuffs, to maintain high-quality standards.

Is the ISO Dip Flow Cup Model 322 easy to use for beginners?

Yes, the ISO Dip Flow Cup Model 322 features a simple test procedure that is easy to follow, even for beginners. Complete instructions are provided, and the overall design is user-friendly, ensuring that accurate and reliable viscosity measurements can be obtained without extensive training or experience.

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