CARE AND MAINTENANCE

MOWER DECK LEVELING PROCEDURE:

1.Place mower on a smooth, level surface and check tire pressures to insure correct stance. Tires should be inflated as follows.

Front: 16 - 21 lbs

Rear: 8 - 14 lbs

2.Turn each outer blade tip to align with the deck in a side to side manner.

3.Measure from the floor surface up to the bottom of the blade tip on the discharge side of the mower. Retain this measurement. Move to the opposite side and check to see if that measurement is the same. If adjustment is required, turn nut on one or both of the front L-rods until both measurements are equal.

4.Turn each outer blade tip to align with the deck in a front to rear manner.

5.Measure from the floor surface up to the bottom of the blade tips at both the front and rear of the blades. Rear of blade tips should be 1/8" to 1/4" higher than the front of blade tips. If adjustment is necessary, loosen jam nuts on tie bar. Rotate bar to achieve desired height. Retighten jam nuts.

(See Illustration B, page 45)

NOTE: This will place the mower deck in a base measurement position. Additional adjustment may be required to achieve desired cut for the type of grass or conditions involved.

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Dixon 42, 44, 50, 44 MAG, 50 MAG manual Mower Deck Leveling Procedure
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42, 44, 50, 44 MAG, 50 MAG specifications

Dixon has established itself as a leader in the field of precision machinery, and its line of products, particularly the Dixon 42, 44, 50, 44 MAG, and 50 MAG, showcases the company's commitment to innovation, performance, and reliability. Each model in this lineup is engineered to meet various industrial needs while maintaining a focus on user-friendliness and efficiency.

The Dixon 42 is a versatile model well-suited for general-purpose tasks. Its design emphasizes durability and ease of use, making it an excellent choice for both seasoned professionals and newcomers. Key features of the Dixon 42 include a robust motor system that provides consistent performance and an ergonomic interface that ensures operator comfort during extended use.

Moving up to the Dixon 44, this model offers enhanced power and versatility. It incorporates advanced technologies such as smart control systems that allow for precise adjustments and real-time monitoring of performance metrics. The Dixon 44 is ideal for more demanding applications where accuracy and quick adaptability are paramount.

The Dixon 50 takes things a step further with its high-capacity features. This model is designed for heavy-duty operations, showcasing a significant uptick in performance capabilities. Enhanced cooling systems and improved energy efficiency make the Dixon 50 suitable for sustained use in rigorous environments. Furthermore, its integration with IoT technologies permits seamless connectivity and data analysis, ensuring optimal performance and quick troubleshooting.

For those requiring even more power, the Dixon 44 MAG is designed specifically for high-output applications. Featuring upgraded components and reinforced structures, the 44 MAG excels in situations that require maximum efficiency and output without compromising reliability. It is equipped with cutting-edge safety features that enhance user confidence during operation.

Lastly, the Dixon 50 MAG stands as the flagship model, representing the pinnacle of engineering and design. With its superior performance specs, the 50 MAG is ideal for industrial applications that demand the utmost precision and reliability. It incorporates advancements in automation and AI, which not only streamline operations but also forecast maintenance needs, thus preventing downtime.

In summary, the Dixon lineup—42, 44, 50, 44 MAG, and 50 MAG—showcases various models designed to satisfy the evolving needs of industry professionals. With a focus on technological advancement, ergonomic design, and robust reliability, these machines are engineered to tackle challenges across many sectors. Each model is carefully crafted to ensure they meet specific demands while contributing to improved productivity and efficiency in the workplace.
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