Dynatrol® HY Density System

The Dynatrol® HY Density System achieves exceptional accuracy over a wide range of process changes in ambient temperature, pressure, viscosity or flow. Our density systems pair a Dynatrol density cell with either a Series 2000 or Model 2KL Dynatrol digital density converter. Each Dynatrol HY Density System is designed for density measurement in familiar units like specific gravity, API gravity, Baumé, BRIX°, as well as being able to measure the percent solids or percent concentration of a liquid or slurry.

Request For Quote

Ready to get started? Contact us today to request a personalized quote and learn how our products can meet your specific needs.

HY Density System

How it Works

The Dynatrol CL-10HY Density Cell is designed for use with all Series 2000 and Model 2KL Dynatrol Digital Converters. The media under test flows through the internal U-tube portion of the Dynatrol density cell. The ½-inch tubing is driven into mechanical vibration by the electrically excited drive coil. As the density or specific gravity of the media increases or decreases, so does the effective mass of the U-tube, changing the frequency of vibration. The pick-up end, consisting of an armature and coil arrangement, senses the vibration and provides an output that is a function of the density, specific gravity or percent solids of the process media.

Key Advantages

All components have been constructed for a long operating life. Dynatrol CL-10HY Cells are rugged, accurate & easily installed. They can be installed across a main line transfer pump or a small re-circulating pump may also be used so that a small stream of the process media circulates through the U-tube. Additionally, they can be installed across an orifice or other pressure drop point.

Standard Specifications

Since 1956 Dynatrol

Take your peace of mind to the next level

Learn why thousands of companies have trusted Dynatrol for their most critical level detection and density measurements – all over the world across a variety of industries. Let’s start the conversation today.