Great Dane GSRKA1952S, GSRKW2352S manual Testing the Park Brake, Using Park Brake, Using the PTO

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OPERATING

4. Turn key switch to the start position.

Result: The engine must not crank.

Testing Neutral Switch (Run)

1.Lock park brake.

2.Push PTO switch down to disengage.

3.Start engine.

4.Push one motion control lever forward.

5.Repeat procedure using the other lever.

6.Repeat procedure pushing each motion control lever rearward.

Result: The engine must stop when either lever is moved from neutral position.

Testing Operator Presence Switch

NOTE: Ensure OPC switch bracket is depressed when standing on operator’s station.

1.Stand on operator’s platform with motion control levers in the NEUTRAL position.

2.Start engine.

3.Unlock park brake.

4.Step completely off operator’s platform.

Result: The engine must stop.

NOTE: Ensure OPC switch bracket is depressed when standing on operator’s station.

5.Stand on operator’s platform with motion control levers in the NEUTRAL position and start engine.

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CAUTION: Avoid injury! Thrown objects can be dangerous. Before operating the attachment:

Clear area of bystanders, especially children.

Pick up objects which may be thrown by the attachment.

6.Pull PTO switch up to engage.

7.Step completely off operator’s platform.

Result: The engine must stop.

Testing the Park Brake

1.Stop machine on a 17° slope (30% grade) facing downhill. Stop the engine and lock the park brake.

2. Repeat procedure with machine facing uphill.

Result: Park brake must hold the machine stationary. (Machine should move no more that 61cm (24 in.) in one hour.) If machine moves more than that, brakes need to be adjusted. See your authorized dealer or refer to Adjusting Park Brake in the SERVICE STEERING AND BRAKES section.

Using Park Brake

Locking Park Brake

Raise park brake lever (A) to lock park brake.

Unlocking Park Brake:

Lower park brake lever (A) to unlock park brake.

Using the PTO

Engage PTO:

1.Stand on operator’s platform with motion control levers in the neutral position.

2.Start engine.

3.Release park brake.

4.Move throttle lever to the 1/2 to 3/4 fast position.

5.Pull PTO knob (A) up to engage mower deck.

6.Move throttle lever forward to the fast position for mowing.

Disengage PTO:

1.Push PTO knob (A) down.

2.Set park brake.

Operating - 10

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Contents OPERATOR’S Manual Page Product Identification IntroductionSpecial Messages Record Identification NumbersSafety Labels Understanding The Machine Safety LabelsSafety Labels Safety SafetyUsing a Spark Arrestor Rotating Blades are DangerousChecking Mowing Area Parking SafelyProtect Children Avoid TippingKeep Riders Off Avoid High Pressure FluidsMaintenance and Storage Tire SafetyPrevent Fires Handling Fuel SafelyOperating Avoid Damage to Plastic and Painted SurfacesOperator Station Controls Miscellaneous ControlsAdjusting Cutting Height Setting Cutting HeightMounting and Dismounting Machine Safely Raising and Lowering Thigh PadTesting Safety Systems Testing PTO SwitchTesting Park Brake Switch Testing Neutral Switch StartTesting the Park Brake Using Park BrakeUsing the PTO Testing Neutral Switch RunUsing the Throttle Using the HourmeterUsing the Motion Control Levers ForwardReverse Gentle Left TurnGentle Right Turn Sharp Left TurnUsing Pump Free-Wheel Valves Starting EngineEngaging Mower Stopping the EngineTransporting Machine on a Trailer Mowing TipsMowing Travel Speeds Dismounting to Inspect MowerService Intervals Service IntervalsService Lubrication Lubricating Pump Idler PivotService Engine Cleaning Engine Air Intake Screen and Fan Service Transmission Service TransmissionReplacing Fuel Filter Hydraulic OilCleaning Hydraulic Oil Pump Cooling Fins Changing Hydraulic Oil and FilterInstalling Traction Drive Belt Checking and Replacing Pump Traction Drive BeltRemoving Traction Drive Belt Checking Traction Drive BeltChecking and Adjusting Motion Control Linkages Adjusting Motion Control Return to Neutral RTN LinkagesChecking Motion Control Linkages Picture Note Side frame removed for picture clarityChecking and Adjusting Transmission Tracking Adjusting Forward and Reverse SpeedsAdjust Neutral Switch Service Steering & Brakes Service Steering & BrakesService Mower Service Mower Replacing Mower Deck Drive BeltChecking for Bent Mower Blades Checking and Replacing Mower Blades Sharpening BladesReplacing Mower Blades Service Electrical Service ElectricalUsing Booster Battery InstallingCleaning Battery and Terminals Booster Battery Disabled Vehicle BatteryService Miscellaneous Service MiscellaneousRemoving and Installing Front Caster Wheels Tightening Rear Drive Wheel HardwareChecking Tire Pressure Troubleshooting TroubleshootingEngine Electrical SystemCheck Machine Park BrakeSteering Storage StorageAssembly AssemblyRemoving Machine From Storage Check Hydraulic Oil LevelSpecifications SpecificationsGetting Quality Service Getting Quality Service Part NumbersPart Number Wiring Schematics Service Miscellaneous Hydraulic Schematics Service Miscellaneous Main Frame Assembly QTY Description FUEL, Hydraulic and Handle Assembly Swivel Adjuster ENGINE, Hydraulic and Mainframe Assembly CLAMP, Hose 1/2 Pinch CLUTCH, Pump Components and Foot Plate Assembly WASHER, .250 Wide Heavy Flat Y Hydraulic Components CAP FUELCOMPONENTS/WIRING Harness Fuel COMPONENTS/WIRING Harness Fuel ComponentsConsole and Battery Assembly STRIP, Battery Insulator Foot PLATE/CONSOLE Components Foot Plate Components Deck Assembly WASHER, Blade Wheel and Strut ASSEMBLY/PUMP Components Wheel and Strut Assembly Spindle Assembly Spindle Assembly Decal Locations TCU51051

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.