Operation, Engine Stop Lever, HOW to Stop the Engine

OPERATION

ENGINE STOP LEVER

WARNING: Always use a safety

Release the engine stop lever and the engine

gasoline container. Do not smoke

and the blade will automatically stop. To run

when adding gasoline to the fuel

the engine, hold the engine stop lever in the

tank. When inside an enclosure,

Operating position (Figure 8).

do not add gasoline. Before you

Before you start the engine, operate the en-

add gasoline, stop the engine and

gine stop lever several times. Make sure the

let the engine cool for several

cable moves easily.

minutes.

3. Make sure the spark plug wire is con-

Operating Position

nected to the spark plug.

The primer button is on the side of the en-

gine (Figure 9). Push the primer button.

Every time you push the primer button,

Engine Stop

wait two seconds. For the number of times

required to push the primer button, see

Lever

the engine manufacturer’s instructions.

Figure 8

HOW TO STOP THE ENGINE

To stop the engine, release the engine stop

lever. Disconnect the wire from the spark plug

Primer Button

to prevent the engine from starting.

Figure 9

If the engine will not stop, hold a screwdriver

NOTE: Do not use the primer button to

against the spark plug and against the engine

cooling fins. The spark will go to ground and

start a warm engine.

the engine will stop. Before you start the en-

Stand behind the mower (Figure 10). Use

gine, check the engine stop cable. Make sure

one hand to hold the engine stop lever in

the engine stop cable is assembled correctly.

the operating position as shown. Use the

Before you operate the unit, replace a bent or

other hand to hold the recoil-start grip.

damaged engine stop cable.

6. Make sure the recoil-start rope is not ob-

HOW TO START ENGINE

structed or caught between the upper and

lower handles.Rapidly pull the recoil-

WARNING: The blade will rotate

start grip. Slowly return the recoil-start

grip.

when the engine runs.

7. If the engine does not start in 5 or 6 tries,

IMPORTANT: Before you start the engine,

See the “Problem and Repair” Instruc-

tions.

operate the engine stop lever several

times. Make sure the engine stop cable

Hold the engine

moves freely.

stop lever in the

NOTE: The engine design does not include

operating postion.

a throttle control or an engine speed ad-

justment. The engine is set at the best

speed for cutting grass, bagging grass,

Recoil-Start

and for extended engine life.

Grip

1. Check the oil.

2. Fill the fuel tank with regular unleaded

gasoline. Make sure the gasoline is clean.

Leaded gasoline will increase deposits

and shorten the life of the valves.

NOTE: Do not use gasohol or methanol. Do

Figure 10

not use premium unleaded gasoline.

F-050414L

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.