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Laplace Law Motion System

Experience the precision and efficiency of our Laplace Law Motion System, designed for professionals who demand excellence in electrical testing and experimentation. This advanced system is engineered with high-quality aluminum rails and a robust mobile bar, ensuring durability and reliability for your projects. The system comes equipped with 4 mm safety banana sockets, providing a secure connection for your equipment. Its mobile bar features a marked disc for precise positioning, making it an ideal choice for various electrical applications.

• High-quality aluminum rails for durability
• Mobile bar with marked disc for precise positioning
• 4 mm safety banana sockets for secure connections

Technical Specifications

The Laplace Law Motion System is designed to meet the highest standards of performance and safety. It offers a current intensity of 2.5 A, allowing for a wide range of experiments and tests. The mobile bar is equipped with a marked disc, which is crucial for indicating the Umagnet’s poles and the magnetic field’s direction. This feature ensures that your experiments are both accurate and safe, with supplied red and blue marks to easily identify the poles and magnetic field direction.

• Current intensity of 2.5 A for versatile experimentation
• Marked disc for easy identification of Umagnet poles and magnetic field direction
• Supplied with red and blue marks for pole and magnetic field direction

Applications and Benefits

Whether you are a researcher, engineer, or hobbyist, the Laplace Law Motion System is an invaluable tool for your electrical projects. Its precise control and safe design make it suitable for a variety of applications, from simple experiments to complex setups. The system’s ease of use and robust construction ensure that you can focus on your work without worrying about the reliability of your equipment.

• Perfect for researchers, engineers, and hobbyists
• Accurate and safe for a wide range of electrical experiments
• Easy to use and robust construction for reliable performance