产品介绍
"The SVM™ series gives you more parameters than any other kinematic viscometer on the market. There are three different models: SVM™ 2001 is a quick and easy-to-use viscometer for measuring kinematic viscosity at any temperature between 15 °C and 100 °C, whereas SVM™ 3001 provides measurements between -60 °C and +135 °C. A single measuring cycle on a small sample volume yields kinematic viscosity, density, dynamic viscosity, Viscosity Index and more. SVM™ 4001 is a double-cell instrument especially tailored for simultaneous measurements of viscosity and density at two different temperatures. It automatically provides the Viscosity Index from only a small amount of sample. Different accessories, such as automated samplers or a hot filling attachment, and modularity options are available for the series.","SVM™ provides our customers with an exceptional solution that is unique on the market: The possibility to not only measure viscosity, but multiple parameters from only one syringe. From kinematic and dynamic viscosity to density measurements and more – the possibilities are vast. Each parameter measured by SVM™ 3001 or SVM™ 4001 complies with the following industry standards:","The SVM™ series stands out for its unbeatable ease of operation, from the initial start-up to the maintenance of the instruments. The devices come factory-adjusted, which means they are ready for immediate use. The measurement is started by simply injecting the sample from a syringe. The SVM™ instruments guarantee safe and easy handling during the measurement procedure, without leaks or breakage. In addition, easy cleaning with a wash bottle simplifies the work.","An outstanding feature of the SVM™ series is the small amount of sample and solvent volume required to obtain precise measurement results. This not only simplifies the measuring procedure, but also lowers costs the minimum sample volume is only 1.5 mL and the amount of solvent needed for cleaning is low. Disposal costs can therefore be considerably reduced. Therefore, these SVM™ instruments not only impress with their performance, but also with their sustainability.","The instruments of our SVM™ series provide a wide temperature range for both viscosity and density. SVM™ 3001 comes with a range from -60 °C to +135 °C for measuring jet fuel and diesel fuel as well as lubricating oil and wax – with only one integrated cell. Temperatures down to -20 °C can be reached with built-in air cooling (without external cooling), whereas temperatures as low as -60 °C are reached by using external cooling with water\/glycol mixtures; no flammable liquids are required. SVM™ 4001 is designed to determine viscosity and density simultaneously at any two temperatures between 15 °C and 100 °C.","The SVM™ instruments have one measuring cell for the entire viscosity, density, and temperature range and the sample is measured in one go. This means that samples of different viscosity, such as jet fuels, lubricating oils, heavy fuels and waxes, can all be tested with one integrated measuring cell, which is especially relevant for testing laboratories. In addition, SVM™ 3001 enables you to perform temperature scans and gain knowledge of the sample’s behavior such as low temperature fluidity. Connecting the SVM™ with the 71-position sample changer means you are free to perform other important tasks."
特性
- Kinematic viscosity (ASTM D7042, EN 16896, DIN 51659-2)
- Density (EN ISO 12185, ASTM D4052, IP 365)
- Dynamic viscosity (ASTM D7042)
- Viscosity Index (VI) (ISO 2909, ASTM D2270)
- API grades (ISO 91, API 2540, ASTM D1250, IP 200)
- Saybolt viscosity (ASTM D2161)
SVM 4001 粘度计技术参数
规格项 | 参数值 | 勾选搜索替代 |
特 性 | ||
动态粘度范围 | 0.2000 to 30000 cps | |
连 接 & 显 示 | ||
显示和特殊功能 | Temperature Measurement; Benchtop or Laboratory; PC Interface / Networkable | |
更多技术信息 | ||
行业/应用 | Aerospace; Automotive; Diesel / HFO Blending; Fuel Testing; Petroleum | |
更多规格 | ||
产品类别 | Viscometers |
产品替代
声明:本产品内容及配图源自互联网收集或平台用户自行上传,目的在于传递更多信息,并不代表本网赞同其观点或证实其内容真实性,不承担此类作品侵权行为的直接责任及连带责任。如涉及作品内容、版权等问题,请联系本网处理,侵权内容将在一周内下架整改。
粘度计相关品牌
粘度计同类产品
加载中···