CARE AND MAINTENANCE

HYDROSTAT FLUID MAINTENANCE

PROCEDURE:

Check the fluid level in hydrostatic transmisison fluid reservoir after every 25 hours of usage. Clean the fluid reservoir cap and the area around it prior to removal. Check the fluid level. Fluid should be approximately 1/4” below top of fluid tank baffle. Replenish as needed with Dixon Blue™ 15W-50 Synthetic Hydrostatic Fluid. DO NOT OVERFILL. When checking the fluid level, be very careful to keep the reservoir clean.

Change the fluid in the reservoir and hydrostatic transmission fluid filter after the first 100 hours of use, then every 500 hours after that. Remove the filter and be sure all fluid has drained from the reservoir. Replace with a new OEM filter (P/N 18045) and Dixon Blue™ 15W-50 Synthetic Hydrostatic Fluid.

CAUTION: Dixon Blue™ is only compatible with standard 20W-50 motor oil or similar synthetic motor oils.

DO NOT USE OR ADD STANDARD (RED) HYDRAULIC/ TRANSMISSION OIL IN YOUR DIXON HYDROSTATIC DRIVE. DAMAGE TO THE DRIVE COMPONENTS MAY OCCUR. USE ONLY APPROVED DIXON BLUE™

15W-50 SYNTHETIC HYDROSTATIC FLUID OR 20W-50

TYPE ENGINE OIL.

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Dixon 2006 manual Hydrostat Fluid Maintenance Procedure
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2006 specifications

Dixon 2006 represents a significant milestone in the evolution of personal computing, specifically focusing on the integration of advanced features and technologies that defined a new era for users. Developed during a time of rapid technological advancement, Dixon 2006 brought a host of characteristics that catered to the growing demands of consumers.

One of the standout features of Dixon 2006 was its emphasis on portability. Incorporating a lightweight design, it enabled users to easily carry their devices without compromising on performance. This focus on mobility was crucial as it aligned with the increasing trend towards remote work and on-the-go computing. The form factor of Dixon 2006 was sleek and stylish, appealing to both professional and personal users alike.

In terms of technology, Dixon 2006 introduced significant improvements in processing power. Equipped with advanced processors that supported multitasking capabilities, users could comfortably run multiple applications without experiencing sluggishness. This advancement marked a shift in how users approached computing, allowing for more efficient workflows.

Additionally, Dixon 2006 integrated cutting-edge graphics capabilities, which were essential for tasks ranging from design to entertainment. The introduction of high-definition displays was revolutionary, providing crisp visuals that enhanced the overall user experience. This advancement in resolution allowed users to engage with content in ways that were previously unattainable.

Another distinctive characteristic was the inclusion of versatile connectivity options. Dixon 2006 supported various wireless technologies, facilitating seamless internet access and data transfer. This connectivity feature ensured that users could remain connected regardless of their location, further underscoring the device's portability.

Moreover, the user interface of Dixon 2006 was designed to be intuitive and user-friendly. This characteristic catered to a wider audience, including those who may not have been particularly tech-savvy. The operating system featured customizable settings, enabling users to tailor their experiences to their preferences.

In conclusion, Dixon 2006 marked a pivotal moment in personal computing, featuring a combination of portability, powerful processing, high-definition graphics, versatile connectivity, and an intuitive user interface. These characteristics together not only enhanced the functionality of the device but also set the stage for future innovations in the technology sector.
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