B, C and D, viscosity control in hazardous locations

viscometers can now be used for gas Group B hazardous locations without group C and D hazardous environments. This exmanage viscosity tension approvals for Class 1, Division 1, Groups B, C and D apply to the whole family line of 300-series sensors, Cambridge Viscosity. This is the main sensor used in the refining, exploration, petrochemical and chemical processes, including standard and high-temperature sensors. New gas group B classification allows these sensors to be used in hazardous locations, which are hydrogen, fuel and combustible process gases containing more than 30% hydrogen by volume, or gases of equivalent risk. Groups C and D environments that may include carbon monoxide, hydrogen sulfide, and ether, or Group D, gasoline, acetone, ammonia, benzene, butane, natural gas, propane and other gases equivalent to the risk. "We are pleased that our 300 sensors have been approved for use of gas B group. Our sensors were C and D are classified year, but the adoption of stricter hydrogen environment enables us to provide a viscosity of management decisions entirely new customer segment," said Director of Engineering at Cambridge Daniel Airey. Cambridge, 300 sensors are used in various industries, in-line and tank. Cambridge viscometers are well suited for harsh conditions, due to their robust design and durable construction to a halt. Of Cambridge Viscosity Cambridge Viscosity is one of the leading suppliers of automated viscometers used in oil exploration and processing, coatings, chemicals and life sciences companies to optimize product and process performance. Cambridge Viscosity sensors and viscometer systems conform to ASTM, DIN, JIS and ISO standards, various models designed to meet specific industry and application needs. Certifications: ATEX, CE, and FM. CSA certification is available upon request. Cambridge provides a world-wide application engineering support and services when and where needed Viscosity, announced today that the U.S. small smaple viscometerindustrial enzymes VISCOlab developer purchased the 4000th The company plans to use a small sample viscometer to monitor the protein and enzyme formula viscosity. R & D from a company representative said that they chose VISCOlab 4000 because it is easy to use and meets the needs of small sample sizes. "The sensor is very easy to operate.protein formulation, simply drop into the piston chamber and receive a viscosity reading. It is not necessary to reset the settings for each test, and less than 2 ml of the sample, helps to protect the viscometer associated with preparing the sample material, sample and the working time . "New viscometer viscosity will allow us to track fast, but using smaller amounts of sample material, - he said. VISCOlab 4000 supports up to 12 and the viscosity ranges of up to 10,000 cP, and at almost the exact measurements of the ambient temperature. It is complicated electronics, which allows users to set temperature / viscosity screens, data, average range and density. Small-sample viscometer is particularly well suited for life science and pharmaceutical siRNA, drug discovery, protein formulation and implementation of programs of study.