STEPS TO FOLLOW

BEFORE MOWING

DBe sure to dress correctly. Wear hard shoes, not sandals or tennis shoes.

DExamine the blade. A blade that is bent, cracked, or damaged must be replaced with a factory replacement blade.

DFill the fuel tank outside. Clean off spilled fuel.

DRead and follow the Owner’s Manual, the instructions with the engine, and the instructions with any attachments. Owner’s Manual instructions are for your safety and the safety of others.

DExhaust fumes are dangerous. Start the engine outside.

DMake sure all safety devices are in place and working correctly.

DOperation of the mower is only for a person that has experience.

DWet grass can be dangerous. Let the grass dry.

DInstruct children and others to keep away from the work area.

DNever cut the grass without good light.

DPick up loose objects. Remove them from the mowing area.

WHILE MOWING

DWatch for fixed objects and avoid them. They can damage the mower or cause injury.

DA hot engine and muffler will cause a burn. Do not touch.

DInclines and slopes must be carefully mowed. See the “Guide” in the back of this book to check a slope.

DLack of daylight or good artificial light is cause to stop mowing.

DExamine the mower, the blade, and other parts for damage after hitting a foreign object or if the unit vibrates excessively.

DDo not make adjustments or repairs without stopping the engine (except for carburetor). Dis- connect the spark plug wire.

DOn or near roads, watch out for traffic. Direct discharge away from roads.

DWhen mowing, avoid areas where traction is unsure. Before and while moving backwards, look behind and down for small children.

DIn heavy grass, raise the cutting height. Cut slower. Stop the engine to remove clogged grass from the mower.

DNever remove any safety related parts.

DDo not pour gasoline into a engine that is hot or running.

AFTER MOWING

DAlways let the mower cool before storing in an enclosed area.

DForeign material on the mower is dangerous. Clean off grass, leaves, grease and oil before storing.

DTighten all loose nuts, bolts and screws before you use the unit.

DEmpty and clean any grass catcher or other accessory.

DRemove the key or disconnect the spark plug wire to prevent unauthorized use.

DMake sure the mower is not kept near a source of ignition. Gas fumes can cause an explosion.

DOnly original parts or factory approved substitutes can be used to service the mower.

DWhen storing the mower for an extended period, remove the fuel from the fuel tank.

DInstruct children to leave the mower alone. It is not a toy.

DNever keep gasoline near a source of ignition. Always use an approved container. Keep gasoline away from children.

DLubricate according to the Instruction Book. See “Lubrication”.

IMPORTANT--Read the Instruction Book. Keep this book for future use and reference.

WARNING: Look for this symbol to point out important

safety precautions. It means: “Attention! Become Alert! Your Safety Is Involved.”

F-050414L

10

Page 10
Image 10
Adams 22 manual Steps to Follow Before Mowing, While Mowing, After Mowing

22 specifications

Adams 22 is a cutting-edge software platform designed to streamline and enhance the management of complex systems in various industries. Known for its versatility and robustness, Adams 22 offers a comprehensive suite of features that cater to the needs of engineers, designers, and project managers.

One of the standout features of Adams 22 is its advanced modeling capabilities. The platform allows users to create highly detailed and accurate simulations of mechanical systems. This includes the ability to model both rigid and flexible bodies, enabling engineers to analyze how components interact under various conditions. The software supports state-of-the-art visualization tools, allowing teams to view, manipulate, and understand complex systems in real time.

Adams 22 also excels in its integration with other engineering software. It seamlessly connects with CAD applications, enabling users to import designs directly into the simulation environment. This integration reduces errors and accelerates the design process, as engineers can quickly test and iterate on their models without the need for extensive rework.

Another key characteristic of Adams 22 is its powerful simulation algorithms. The platform employs advanced numerical methods to solve dynamic equations, providing users with accurate and reliable results. This consistency is vital for engineering applications where precision is crucial, such as in automotive and aerospace industries. Additionally, Adams 22 incorporates various solver options, allowing users to choose the best approach for their specific simulation needs.

User-friendliness is also a hallmark of Adams 22. The intuitive interface is designed to cater to both novice and experienced users, facilitating a smooth learning curve. Comprehensive documentation and a supportive community foster an environment conducive to knowledge sharing and collaboration.

The software also includes robust optimization tools, which enable users to fine-tune their designs for performance, weight, and cost. By leveraging advanced algorithms, Adams 22 helps engineers identify the best design alternatives, enhancing the efficiency of the development process.

In summary, Adams 22 is a versatile and powerful platform that transforms the way engineers and designers approach complex simulations. With its innovative features, seamless integration, and user-friendly design, it stands out as a vital tool for modern engineering applications. As industries continue to evolve, Adams 22 remains at the forefront, providing the technologies necessary to meet the challenges of tomorrow.