Additional Mechanisms Kit

Brand: CL

Model: AMK-656

Pictures are for reference only.

Technical Specifications:

• Demonstrate how the Geneva mechanism and a ratchet mechanism convert motion
• Flexible and modular, must fit onto the work panel for experiments and classroom demonstrations
• In a hard-wearing storage tray with molded insert to hold parts securely and a graphical list to help check the kit contents
• Rugged and durable parts for safe ‘hands-on’ experiments, allowing better understanding
• Manufactured in accordance with the latest European Union directives
• This kit include two popular mechanisms for experiments in conversion of motion from one form to another
• These include the Geneva mechanism (sometimes called the Maltese cross mechanism or crank and star), and a ratchet mechanism
• Students be able to test each mechanism to see how it works and note the differences in the way that each mechanism converts the motion
• The two mechanisms be same as those used in real applications, such CNC machines, hand tools, turnstiles and lifting hoists
• Each have a unique way of converting motion, shown by the experiments
• Experiments to be Performed:
• Conversion of motion using the Geneva mechanism and a ratchet
• Main parts: Geneva and ratchet mechanism

Work panel (01 No.):

• Perfect size for experiments & fit on any standard desk or bench top
• Digital copy of all teaching material needed for the full Engineering Science range
• Users be able to fit the parts of their kit to the Work Panel to study or demonstrate an engineering science topic
• Stable and multi-positional – to be used in many different ways to suit the experiments or demonstrations
• Solid, thick perforated metal plate for long life and choice of fixing positions for the experiments
• Simple thumbscrews for safe, quick and easy assembly
• Accordance with the latest European Union directives
• Assembled size in Portrait: 550 mm high x 380 mm wide and 280 front to back (approx.)
• Assembled size in Landscape: 450 mm high x 480 mm wide and 280 front to back (approx.)