Measurement and Testing
Complete, Automated ASTM D2983 Sample Conditioning and Testing System
Sep 25 2014
Cannon Instrument Company (USA) introduces the first fully automated Thermoelectric Sample Conditioner (TESC) System for ASTM D2983. Incorporating a Brookfield DV2T digital viscometer and thermoelectrically controlled sample chamber, the TESC System automates the entire conditioning and testing process, including preheating, room temperature stabilisation, cooling of the sample to test temperature, and testing the final viscosity of the conditioned sample.
Automation lessens the hands-on time needed to prepare and run a D2983 viscosity test and improves test precision. Integrating all conditioning and testing processes in a self-contained unit eliminates the temperature fluctuation and result variability associated with sample transfer and disruption.
A price tag and footprint one-half to one-fourth that of even the smallest alternative D2983 sample conditioning unit allows labs to purchase and operate multiple TESC Systems without the requirement of additional benchtop space. Using multiple systems allows uninterrupted testing during maintenance of individual units and offers the flexibility of having each unit programmed to a different test temperature.
The Cannon TESC System uses integrated thermoelectric heating and cooling to control temperature from −40 to +90 °C and provides temperature accuracy better than ± 0.1 °C. When used with the Brookfield DV2T, thermal test history and final viscosity measurements are recorded at multiple spindle speeds and accessible for export into various software programs upon test completion.
Digital Edition
PIN 25.1 Feb/March
March 2024
In This Edition Safety - The technology behind the ION Science Tiger XT - Safety with ammonia and LOHCs as hydrogen carriers Analytical Instrumentation - Discussion on new tribology te...
View all digital editions
Events
Apr 28 2024 Montreal, Quebec, Canada
Apr 30 2024 Birmingham, UK
May 03 2024 Seoul, South Korea
May 05 2024 Seville, Spain
May 06 2024 Riyadh, Saudi Arabia