Digital Readout Density Gradient Column

Specifications

The density is formed by mixing two fluids having different densities. The resulting solution has a density which when introduced into the column increases uniformly from top to bottom.

Ray-Ran's new advancement means that density measurements can be made more quickly and more accurately.

The height of the calibrated marker floats or samples introduced into the density gradient are measured using a trammel guided "sight" connected to a positional encoder relaying the height position to a microprocessor so that the density can be obtained without the need for graphs etc.

This also means that the Gradient can be calibrated & checked at any time.

Standard features include.
Microprocessor System to accurately calculate the Density of the Sample. Twin conical flask pumped filling apparatus with motorised magnetic stirrer, Automatic column clearing device - sweep basket arrested automatically at top and bottom of column and pivoted for use over any of the 3 columns, Digital Temperature Controller accurate to +/- 0.1 , RS232 output, Built-in cooling coil, black or white twin background to assist sighting different colour samples, Microprocessor Auto Calibration System, Fully traceable certificate of calibration, Product user manual, CE mark of conformity

Optional accessories available.
Microprocessor Controlled Filling System, Water chiller unit, glass marker floats, Thermal printer

Test Description
When a sample material is placed in the density column its height in the column is measured using the trammel system "sight" and the microprocessor then calculates the corresponding density.

Part Numbers
RR/DGA .- Auto Density Measurement System .- RR/DGA/CFS. - Computerised Filling System - RR/DGA/CU. - Water Chiller Unit - DGA/FLOAT/001. - Glass Marker Floats (density from 0.8 g/ml to 1.599 g/ml)DGA/FLOAT/002. - Glass Marker Floats (density from 1.600 g/ml to 2.200 g/ml)DGA/FLOAT/003. - Glass Marker Floats (density from 0.7 g/ml to 0.799 g/ml).

Complies with Standard(s)
ISO 1183, ASTM D1505