Service Miscellaneous

•Check metal clip in fuse window. Discard fuse if clip is broken.

•Install new 20 Amp fuse in socket.

•Install socket with fuse in cover. Ensure that plastic tab of fuse holder is securely fastened to fuse socket.

Adjusting Operator Presence Switch

1.Remove the OPC plate covering the operator presence switch by removing the two 3/8-16 x 1.25 carriage bolts securing it in place.

2.Carefully cut the wire tie securing the harness to the plate.

3.Loosen the two # 10 pan head screws (A) securing the safety switch (B) in place and slide the switch in or out as necessary.

4.Install the safety plate removed in step one and tie the harness to the plate again.

NOTE: The switch is properly adjusted when there is 3/8” - 1/2” clearance between the rubber bumper and the support plate when there is not any pressure applied to the plate. The foot plate can be adjusted by tightening or loosening the jam nut (C) and either tightening (lower) or loosening the compression (raise) on the bolt holding the compression spring in place. Re-tighten the jam nut after desired platform height is attained.

Service Miscellaneous

Using Proper Fuel

Use regular grade unleaded fuel with an octane rating of 87 octane or higher. Fuel blends containing up to 10% ethanol or up to 15% MTBE reformulated fuel are acceptable. Do not use fuel or additives containing methanol as engine damage can occur.

Always use fresh, clean fuel that is purchased in a quantity that can be used within approximately 30 days, or add fuel stabilizer.

Fuel is blended to give best seasonal performance. To avoid engine performance problems such as hard starting or vapor lock, use in-season fuel. Use fuel during warm weather that was purchased during that season, and use fuel during cold weather that was purchased during that season.

Fuel can become stale in machines with engines that are used seasonally or infrequently during a season. Stale fuel can produce varnish and plug carburetor components which can affect engine performance.

Keep fuel storage container tightly covered and in a cool area out of direct sunlight. Fuel can break down and degrade if not sealed properly or

exposed to sun and heat.

Condensation may collect in the fuel tank because of a variety of operating or environmental conditions and, over time, may affect your machine’s operation. Fill fuel tank at the end of daily use and store fuel in plastic containers to reduce condensation.

For best year-round performance and fuel-handling, add stabilizer to fuel immediately after fuel purchase. Such practice helps prevent engine performance problems and allows fuel storage in the machine all year without draining.

Filling Fuel Tank

CAUTION: Avoid injury! Fuel vapors are explosive and flammable:

•Shut engine off before filling fuel tank.

•Do not smoke while handling fuel.

•Keep fuel away from flames or sparks.

•Fill fuel tank outdoors or in well ventilated area.

•Clean up spilled fuel immediately.

•Use clean approved non-metal container to prevent static electric discharge.

•Use clean approved plastic funnel without screen or filter to prevent static electric discharge.

Important: Avoid damage! Dirt and water in fuel can cause engine damage:

•Clean dirt and debris from the fuel tank opening.

•Use clean, fresh, stabilized fuel.

•Fill the fuel tank at the end of each day’s operation to keep condensation out of the fuel tank.

Use a non-metallic funnel with a plastic mesh strainer when filling the fuel tank or container.

Fill fuel tank at the end of each day’s operation to prevent condensation and freezing during cold weather.

1.Park machine safely. (See Parking Safely in the SAFETY section.)

2.Allow engine to cool.

3.Remove any trash from area around fuel tank cap.

4.Remove fuel tank cap slowly to allow any pressure built up in tank to escape.

5.Fill fuel tank only to bottom of filler neck.

6.Install fuel tank cap.

Removing and Installing Rear Drive Wheels

Removing:

1. Park machine safely. (Refer to Parking Safely in the SAFETY section.)

Service Miscellaneous - 28

GSRKW2352S, GSRKA1952S specifications

The Great Dane GSRKA1952S and GSRKW2352S are robust, state-of-the-art vehicles engineered for efficiency and performance in the demanding environment of the transportation industry. Renowned for their cutting-edge design and advanced technologies, these models are poised to meet the needs of modern logistics operations.

Both the GSRKA1952S and GSRKW2352S are equipped with powerful engines that deliver exceptional horsepower and torque, ensuring they can handle heavy loads with ease. The GSRKA1952S features a diesel engine that emphasizes fuel efficiency while maintaining optimal performance levels. In contrast, the GSRKW2352S comes with an advanced hybrid powertrain that combines the benefits of electric and diesel power, significantly reducing emissions and fuel consumption without compromising power.

The chassis design of both models incorporates high-strength materials that enhance durability while reducing overall weight, contributing to improved fuel efficiency and handling. The suspension systems are finely tuned, offering superior ride quality and stability, which is particularly beneficial when navigating uneven road surfaces common in freight transport.

Safety is a paramount concern with the Great Dane GSRKA1952S and GSRKW2352S. Both models come with an array of safety features, including advanced braking systems, collision avoidance technology, and enhanced visibility through strategically placed lighting and mirrors. The driver’s cabin is ergonomically designed, offering comfort and convenience, with intuitive controls and a spacious layout that reduces fatigue during long hauls.

Payload capacity is another highlight of these models. With well-engineered features that maximize space and load distribution, both the GSRKA1952S and GSRKW2352S are ideal for transporting a wide variety of goods efficiently. They also incorporate technology that allows for easy tracking and monitoring of cargo, ensuring that deliveries are timely and secure.

The exterior design reflects a commitment to aerodynamics, significantly reducing drag and enhancing fuel efficiency at highway speeds. The innovative use of materials and engineering in these vehicles ensures they are not only efficient but also resilient against the rigors of daily use.

In summary, the Great Dane GSRKA1952S and GSRKW2352S stand out in the competitive world of transportation vehicles. With their blend of power, efficiency, safety features, and advanced technology, these models are perfect for businesses looking to optimize their logistics operations while minimizing their environmental impact. They exemplify the evolution of commercial vehicles, marrying tradition with innovation for a sustainable future in transportation.