Hydraulic OIL Reservoir | Snapper Zero Turning Z-Riding specs

STEP 10: MOWER DECK ADJUSTMENT (LEVELNESS) SIDE to SIDE and FRONT to REAR

Before making deck leveling adjustments, inflate rear tires to 12 PSI and front tires to 25 PSI. When adjusted correctly, the deck will be level side to side within 1/8”, have a low cut setting of approximately 1” (1-1/4” for 61 deck), and the blades pitched approximately 3/16” higher at the rear. If adjustment is needed:

A. Place machine on a smooth level surface.

B. Check blade tips by rotating blades until tips are pointing to the sides of the deck. Check the measurement of outside blade tips to the ground on both blades. The measurement of each of the outside blade tips should be within 1/8” of each other. If measurement of the blade tips is not within 1/8”, adjustment should be made to the correct measure- ment.

C. Move deck lift lever and set the mower deck to the highest cutting position.

D. Relieve tension on deck lift assist spring by loosening nut on eyebolt.

E. Place 1” blocks (1-1/4” for 61 deck) under the front and rear edge of the mower deck.

F. Set the mower deck to the lowest cutting position until deck rests on the blocks.

G. Loosen the top nuts that secure both front deck support eyebolts. Adjust bottom nuts until eyebolts are tight, then retighten top nuts.

H. Loosen the bottom nuts that secure both rear deck support eyebolts. Adjust top nuts until eyebolts are tight, then tighten bottom nuts securely.

I. Set the mower deck to the transport position and recheck side to side blade tip dimensions. The difference between the two should be 1/8” or less.

NOTE: The deck timing rod (rod that runs from front deck lift arm to rear deck lift arm) is preset at the factory and requires no adjustments.

J. The leveling blocks used in Step E should result in a prop- er deck pitch. If a pitch adjustment is required, use the two rear deck support eyebolts. Adjust up or down as required. K. Reinstall deck lift assist spring. Place deck in transport position. Tighten nut on eyebolt until 2-3/4” of threads pro- trude past end of nut.

STEP 11: HYDRAULIC OIL RESERVOIR

Check the level of the fluid in both of the fluid reservoirs. The reservoirs are located underneath the operator’s seat. Wipe away all dirt and debris from around reservoir cap before removing. Oil must remain absolutely clean! Check with machine on a level surface with engine “OFF”. Fill reservoir as needed to bring level up. The reservoir is properly filled when the fluid level is 1½” below the top of the filler neck. DO NOT OVER FILL. Use clean, fresh premium automotive oil having a viscosity equivalent to SAE 20W50 API SL. The fluid should be chemically stable, incorporating rust and oxi- dation inhibitors. Make sure funnels, pouring spouts and oil can are completely clean. Reinstall reservoir cap.

IMPORTANT: Re-check fluid level after operating machine for several minutes and adjust level as needed. If one or both of the wheel drive systems is not pulling properly, the hydraulic system may need to be purged of entrapped air. Refer to STEP 13, “HYDRAULIC SYSTEM, PURGING”.

STEP 12: TRACKING ADJUSTMENT – TWIN STICK CONTROLS

Start machine. If the machine does not track straight when the Motion Control Levers are in the maximum forward speed position, perform the following adjustment. Rear tire pressure must be set to 12 PSI before making this adjustment.

A. Loosen bolts that secure adjustment plates and slide plates all the way forward. Retighten bolts.

B. Start machine and drive in smooth flat open area at maximum forward speed.

C. If machine tracks to the right, loosen bolts that secure the left adjustment plate. Move plate rearward to slow the left wheel. Retighten bolts.

D. If machine tracks to the left, loosen bolts that secure the right adjustment plate. Move plate rearward to slow the right wheel down. Retighten bolts. See Figure 6.

E. Drive machine again. Repeat adjustment as necessary until machine tracks straight.

LOOSEN BOLTS,

SLIDE PLATE TO

MAKE MACHINE

TRACK STRAIGHT RIGHT SIDE MOTION CONTROL LEVER

ADJUSTMENT

PLATE

FIGURE 6

Zero Turning Z-Riding specifications

The Snapper Zero Turn Z-Rider series is a robust and innovative solution for landscapers and homeowners looking for an efficient way to maintain their lawns and gardens. This line of zero-turn mowers is designed to navigate tight spaces with exceptional agility, allowing users to tackle a variety of mowing tasks with ease.

At the heart of the Snapper Zero Turn Z-Rider is its unique zero-turn technology. Unlike traditional riding mowers, which require wide turning arcs, the Z-Rider can pivot 180 degrees in place. This capability drastically reduces mowing time, especially in complex landscaping where obstacles, trees, and flower beds are present. The dual-lever steering system further enhances maneuverability, allowing the operator to seamlessly control speed and direction with just a touch of their fingers.

One of the standout features of the Snapper Zero Turn Z-Rider is its powerful engine options. Equipped with durable Briggs & Stratton or Kohler engines, these mowers deliver the performance needed for heavy-duty cutting tasks. Users can choose from various engine sizes to match their specific mowing needs, ensuring optimal power and efficiency. Coupled with a high-performance cutting deck, typically available in sizes ranging from 48 to 60 inches, the Z-Rider delivers a clean and even cut every time.

Technology plays a critical role in the design of the Snapper Zero Turn Z-Rider. The mowers feature a robust hydrostatic transmission that provides smooth speed control. This advanced transmission system allows for rapid acceleration and deceleration, making it easier to navigate various terrains. Additionally, the Z-Rider boasts an ergonomic design with adjustable seats and controls to enhance operator comfort during extended mowing sessions.

Durability is another key characteristic of the Snapper Zero Turn Z-Rider. The chassis is constructed from heavy-duty steel, providing a sturdy platform that can withstand the rigors of regular use. Furthermore, the mower is equipped with reinforced cutting decks that are built to last, reducing the need for frequent replacement or repairs.

Safety features are designed with the operator in mind. These include anti-tip technology and automatic brake systems, ensuring that the mower remains stable and secure during operation. The easy-access maintenance points simplify routine checks and upkeep, making it user-friendly for both novice and experienced operators.

Overall, the Snapper Zero Turn Z-Rider series combines cutting-edge technology, powerful performance, and robust durability, making it an ideal choice for anyone looking to achieve a beautifully manicured lawn with minimal effort. Whether for residential use or commercial landscaping, this mower is built to deliver results.