Safety Precautions | Gilson 59015C specs

1-SAFETY PRECAUTIONS

THE FOLLOWING PRECAUTIONS ARE SUGGESTED TO HELP PREVENT ACCIDENTS. A CAREFUL OPERATOR IS THE BEST OPERATOR. MOST ACCIDENTS CAN BE AVOIDED BY OBSERVING CERTAIN PRECAUTIONS. READ AND TAKE THE FOLLOWING PRECAUTIONS BEFORE OPERATING THIS EQUIPMENT TO HELP PREVENT ACCIDENTS. EQUIPMENT SHOULD BE OPERATED ONLY BY THOSE WHO ARE RESPONSIBLE AND INSTRUCTED TO DO SO.

§Read all mixer and electric motor/engine instructions before operation.

§Use a grounded, three wire plug-in for all mixers using an electric motor or an electric starting engine.

§Do not use mixer in standing water if powered by an electric motor or an electric starting engine.

§Do not over-fill the mixer. There should not be any liquid running out of the mixer drum.

§Know how to stop the motor/engine instantly.

§Keep hands and feet away from all moving parts.

§If you are unfamiliar with the mixer, test run the empty mixer prior to actual use.

§Never charge or fill unit prior to starting, as the over-load initially encountered could damage the motor/engine.

§Stop motor/engine whenever you leave or clean the unit. Disconnect power cord on electric motor.

§Never operate mixer without guards being properly positioned and secure.

§Avoid spilling gasoline. Never fill tank while the engine is running or while you are smoking.

§Open doors if engine is running in an enclosed area. Exhaust fumes are dangerous.

§Store gasoline in safe container. Store the container in a cool, dry place. Do not keep in the house or near heating appliances.

§Never reach into drum while mixer is running.

§Keep mixer in good operating condition. Loose or damaged parts are dangerous and should be tightened or replaced before operating.

§Keep bystanders, especially children, away from mixer while operating.

59015C specifications

The Gilson 59015C is a high-performance analytical instrument widely recognized for its exceptional capabilities in the field of liquid chromatography. Designed to meet the rigorous demands of laboratory environments, this model offers a range of features that enhance precision, efficiency, and ease of use.

One of the standout features of the Gilson 59015C is its advanced pump technology. The instrument is equipped with a high-pressure pump that delivers consistent flow rates, ensuring accurate and reproducible results. This pump system is engineered to minimize pulsation, which is crucial for achieving high-resolution separations in complex sample matrices. The model supports a variety of flow rates, making it suitable for both method development and routine analytical tasks.

Another significant characteristic of the 59015C is its modular design. This flexibility allows users to configure the system according to their specific analytical needs. The instrument can be integrated with various detectors, such as UV-Vis, fluorescence, and mass spectrometry, providing versatility for a wide range of applications. This adaptability makes the Gilson 59015C a valuable asset in many areas, including pharmaceuticals, environmental testing, and food safety.

The user-friendly interface of the 59015C further enhances its appeal. Equipped with a large, intuitive touchscreen, the instrument facilitates easy navigation through complex methods and protocols. Users can quickly set parameters, monitor system performance, and analyze results without the steep learning curve often associated with advanced analytical systems. The software also provides comprehensive data management features, allowing for efficient data analysis and reporting.

In terms of safety and maintenance, the Gilson 59015C includes built-in diagnostics and alerts to ensure optimal performance. The system is designed for easy access to components, streamlining routine maintenance tasks. This thoughtful design reduces downtime, allowing laboratories to maintain high productivity levels.

Overall, the Gilson 59015C is a robust and versatile liquid chromatography system that combines modern technology with user-friendly features. Its reliable performance, modularity, and ease of use make it an ideal choice for laboratories seeking to enhance their analytical capabilities while ensuring accuracy and reproducibility in their results.