Dixon 44, 38, 42 manual Mower Deck Leveling Procedure

Page 44

CARE AND MAINTENANCE

MOWER DECK LEVELING PROCEDURE:

1.Place mower on a smooth, level surface and check tire pressures to insure correct stance. Rotate front caster wheels into forward travel position. Tires should be inflated as follows:

Front: 16 - 21 lbs

Rear: 8 - 14 lbs

2.Place deck lift foot pedal in the 4th notch from the lowest.

3.Rotate blades so they run from front to back. Front of blade tips should be within 1/8” of each other. Adjust, if necessary, using the appropriate holes in the front hanger links.

IMPORTANT: Do not disconnect or attempt to adjust the front deck trailing arms. The deck will be difficult to adjust if the front arms are changed from the factory setting.

4.Check the back to front blade rake angle. Blade tips should be 1/4” (+/- 1/8”) higher in the rear of the deck (positive rake). Adjust, if necessary, by loosening clevis jam nuts and turning deck adjustment rod(s) to shorten or lengthen the rod assemblies.

5.Check the front blade tips again and note measurements.

6.Turn blades side to side and check left and right blade tips. These measurements should be within 1/8” of each other and the measurements at the front. To adjust side to side measurements, use small turns on the rear deck adjustment rod(s). Shortening the right rear rod will raise the right side and lower the left, and vice-versa.

7.Turn blades front to back and check again. Blade tips should still be within 1/8” of each other.

(See illustration B, page 43)

NOTE: This places 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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Contents Speedztr 38 /42 /44 Important Read Carefully Table of Contents Safety Safety Alert Symbol General Operation General Operation General Operation Slope Operation Slope Operation Do not Fire Hazards Fire Hazards Children Service Dixon ZTR Residential Warranty Policy Specifications SpeedZTR 38, 42Seat Adjustment Instructions SpeedZTR 38, 42Controls Control LeversTransmission Drive System Parking BrakeTo SET Parking Brake Throttle Control Lever Blade DriveCircuit Breaker Mower Deck CUT Height Lift Lever Operation Instructions Before Operating MowerStarting Instructions Towing Trailers and Other Attachments To Free Wheel Machine Unlock TransmissionTesting of Safety Interlock Systems Parking Brake Switch TestEngine should Stop Mowing with a Mulching Attachment Mowing with a Mulching Attachment Mowing with a Grass Catcher Attachment Mowing with a Grass Catcher Attachment Failure to observe the following instructionsSide Discharge of the Clippings Grass Height & Cutting Suggestions Care and Maintenance Maintenance ScheduleCutter Blade Maintenance Battery EngineTires LubricationBelts Belt TensionBelt Tension Manual Adjustment Changing the Engine OIL OIL Fill Neutral Adjustment Illustration a Illustration B Mower Deck Leveling Procedure Deck Removal Cleaning the Mower WarrantyPARTS/SERVICE Electrical SystemsStandard Service Parts List BladesEngine AIR and OIL Filters Troubleshooting Engine WON’T Turn OverMower Loses Power or Transmission Overheats OWNER’S Information Date OIL Changed Date Engine TunedSpeedZTR 38/42/44

42, 38, 44 specifications

Dixon 44, 38, and 42 are a series of advanced technology solutions designed to enhance operational efficiency and performance in various industries. Each model in this range brings unique features, technologies, and characteristics that cater to different needs and applications.

The Dixon 44 model is known for its robust construction and high-performance capabilities. It typically incorporates cutting-edge materials that ensure durability and longevity in demanding environments. This model is engineered to handle heavy loads and operates effectively in harsh conditions, making it suitable for industries such as construction, mining, and logistics. Key features of the Dixon 44 include an advanced hydraulic system that provides precise control and efficiency, ensuring optimal performance with reduced energy consumption.

The Dixon 38 model emphasizes versatility and flexibility. This model is designed with the capability to adapt to various operational settings, boasting modular components that allow for customization based on the user's specific requirements. The Dixon 38 is equipped with innovative safety mechanisms, ensuring secure operations. With a focus on user-friendly interfaces, this model enables operators to quickly acclimate and maximize productivity. Its compact design also makes it suitable for tighter workspaces without compromising on power or performance.

The Dixon 42 model strikes a balance between performance and efficiency. This model features state-of-the-art technologies that enhance operational capabilities while minimizing resource usage. One of its standout characteristics is the integration of smart sensors that monitor performance in real-time, providing valuable data for predictive maintenance and operational adjustments. The ability to communicate with other equipment in a networked environment allows for streamlined operations and improved coordination.

All three models feature advanced analytics capabilities, allowing organizations to harness valuable insights into operational trends. This leads to better decision-making, resource allocation, and overall efficiency. With a focus on sustainability, Dixon's technologies ensure that operations are not only productive but also environmentally responsible.

In summary, Dixon 44, 38, and 42 models are state-of-the-art solutions that combine functionality, durability, and advanced technology. Each model is tailored to meet the diverse needs of various industries, providing the tools necessary to optimize performance and ensure safety. Users can anticipate significant improvements in productivity and operational excellence with the adoption of these innovative solutions.
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