5. Hold the arbor shaft lock in place and use a 5/16" (8mm) hex wrench or hex bit, turn the hex socket-head cap screw clockwise to tighten.

6. Tighten the hex socket-head cap screw securely into the motor arbor. See Figure 4.

7. Replace the movable blade guard exposing the covering hex socket-head cap screw for the abrasive wheel.

8. Replace nut on the movable blade guard.

FIGURE 5. REMOVING/INSTALLING

THE CUTTING WHEEL

Do not over tighten the hex socket-head screw. Over tightening the screw can cause the abrasive wheel to crack resulting in premature failure. This could cause the abrasive wheel to break and fly off the arbor shaft when the trig- ger is engaged. Failure to adhere to this Warning could cause damage to the

1. Using a 5/16" (8mm) hex wrench or hex bit, turn the two hex socket-head cap screws counterclockwise to loosen.

2. Rotate the work vise fence to the desired the angle by aligning the gauge on the vise base with the indi- cator groove in the Cut-off saw base.

FIGURE 6. ADJUSTING THE

WORK VISE

3.Using a 5/16" (8mm) hex wrench or hex bit, turn the two hex socket-head cap screws clockwise to securely tighten.

4.Using a 5/16" (8mm) hex wrench or hex bit, turn the two hex socket-head cap screws counterclockwise and remove them.

5.Slide the stationary portion of the work vise over the last threaded hole in the Cut-off saw base.

Cut-off saw and severe injury or even death to the operator.

Use only a 14" diameter abrasive Cut-off wheel rated to a minimum 4000 RPM. Cut-off wheels that do not match the mounting hardware, exceed a maximum 4400 RPM or fall below the minimum 4000 RPM may sustain premature wear or breakage and fly off the Cut-off saw or run eccentrically resulting in a loss of control. Failure to adhere to this Warning could cause damage to the Cut-off saw and severe injury or even death to the operator.

ADJUSTING THE WORK VISE

The work vise is located on the base of the Cut-off saw. The vise is made up of two parts: (1) a stationary fence which can be loosened and rotated from 0˚ to 45˚ degrees and (2) a movable clamp with an adjustable screw handle and a quick- release lock.

The work vise will also move toward the rear of the base to allow larger workpieces to be cut. To set up and adjust the work vise, follow the directions below. See Figure 6.

FIGURE 7.

CHECKING ANGLE

CUT SETTINGS

6.Install one of the hex socket- head cap screws into the hole.

DO NOT TIGHTEN AT THIS TIME.

7.Align the second hole of the work vise base with another threaded hole in the Cut-off base.

8.Install the second hex socket- head screw into the hole.

9.Using a 5/16" (8mm) hex wrench or hex bit, turn the two hex socket-head cap screws clockwise to loosen.

15

The angled cut settings on the fence base are only approximate settings. Always check the accuracy of angled cut settings using a protractor or bevel gauge.

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Kawasaki 691204 Replace nut on the movable blade guard, Adjusting the Work Vise, Do not Tighten AT this Time
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691204 specifications

The Kawasaki 691204 is a powerful engine designed for a variety of heavy-duty applications, specifically in the domain of outdoor power equipment. This engine exemplifies Kawasaki’s commitment to performance, reliability, and advanced technology, making it a preferred choice for both commercial and residential users.

One of the main features of the Kawasaki 691204 is its impressive horsepower output, which is optimized for tasks requiring significant power such as lawn care, landscaping, and industrial applications. Its robust design allows it to handle even the toughest jobs with efficiency, ensuring that users achieve their desired outcomes without prolonged downtime.

The Kawasaki 691204 incorporates cutting-edge technology, including an overhead valve (OHV) design. This feature not only improves the engine's overall efficiency but also enhances its torque curve, allowing for better performance at various operating speeds. The OHV configuration also contributes to lower emissions, aligning the engine with modern environmental standards and regulations, making it an eco-friendly option without compromising power.

Another significant characteristic of the Kawasaki 691204 is its exceptional durability. Constructed from high-quality materials, this engine is built to withstand demanding conditions and extended use. The engine’s enhanced cooling system ensures optimal operating temperatures, reducing the risk of overheating and prolonging its lifespan. Moreover, the 691204 is designed for easy maintenance, featuring accessible components that streamline servicing tasks, thus enhancing user convenience.

Furthermore, the Kawasaki 691204 is known for its smooth operation. Thanks to the advanced balancing technology integrated into the engine, vibrations are minimized, resulting in a more comfortable user experience. This is particularly important for extended usage, as it reduces fatigue and increases productivity.

In summary, the Kawasaki 691204 is an outstanding engine characterized by its power, efficiency, and durability. Equipped with advanced technologies such as the OHV design and a high-performance cooling system, it meets the demands of both commercial and residential users alike. With its user-friendly maintenance features and smooth operation, the Kawasaki 691204 stands out as a reliable choice for those seeking a high-performance engine to tackle a wide variety of outdoor power equipment tasks.
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