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davismariahAug 30, 2025
What to do if the electric motor shaft speed is insufficient in URAL Motorcycles URAL-4320-60?
- WwyattmayerAug 30, 2025
If the electric motor shaft speed is insufficient, charge the storage battery.
What to do if the electric motor shaft speed is insufficient in URAL Motorcycles URAL-4320-60?
If the electric motor shaft speed is insufficient, charge the storage battery.
What to do if the fuel filter is clogged in the electromagnetic valve or injector of URAL Motorcycles URAL-4320-60?
If the fuel filter is clogged, wash the filter and blow it through with compressed air, or replace it.
What to do if gears shift spontaneously in URAL Motorcycles URAL-4320-60 Trucks?
If gears shift spontaneously, the gear shift fork or coupling may be worn out. Replace the worn parts.
What to do if there is excessive axle noise in URAL Motorcycles URAL-4320-60 Trucks?
Excessive axle noise may be due to the contact pattern for bevel gears being displaced towards the narrow end edge. Adjust the meshing at the contact tooth pattern.
Why is there unstable truck movement, and free travel of the steering wheel is more than 25° in URAL Motorcycles URAL-4320-60?
Unstable truck movement with excessive steering wheel free travel may occur because parts of the steering rod joints or the splined bushings of the steering cardan drive are worn out. Replace the worn parts and lubricate the splined joints.
What to do if braking is not efficient enough on URAL Motorcycles Trucks?
If the braking is not efficient enough, it may be caused by brake fluid leakage or air in the master cylinder or in the hydraulic line. Find and eliminate the leakage. Add brake fluid and bleed the brakes.
What to do if there is no brake fluid in master cylinders of URAL Motorcycles Trucks?
General| Brand | URAL Motorcycles |
|---|---|
| Model | URAL-4320-60 |
| Category | Trucks |
| Language | English |
Details critical safety measures for truck operation, maintenance, and repair procedures.
Lists important precautions for proper truck operation and longevity.
Lists key technical parameters and dimensional data for 6x6 and 4x4 truck variants.
Details the location and function of controls and instruments in the driver’s cab.
Describes engine components, fuel system, air system, and cooling system.
Explains clutch linkage, transfer case, cardan drive, and axles.
Details frame, suspension, wheels, tires, and steering systems.
Covers steering system design, maintenance, and adjustment procedures.
Explains service, parking, emergency, and ABS brake systems.
Details electrical system components, wiring, and specific devices.
Describes cab, hood, fenders, platform body, and associated components.
Covers the bolster unit, hitching, and unhitching procedures.
Details special equipment like PTO, winch, and tire pressure control.
Guides on initial checks and preparations before operating a new truck.
Explains procedures for starting and stopping the engine under various conditions.
Outlines the initial running-in procedure for new trucks to ensure longevity.
Provides instructions on proper driving techniques for optimal performance and safety.
Details procedures for towing the truck and using towing devices.
Classifies maintenance into daily, after trip, initial, and periodic types.
Provides the schedule for performing maintenance based on truck run or engine hours.
Lists specific maintenance tasks, technical requirements, and tools needed.
Details lubrication points, fluid types, and servicing intervals.
Covers general rules for storing trucks without preservation.
Outlines steps for preparing the truck for storage, including sealing and cleaning.
Details periodic checks and maintenance required while the truck is in storage.
Explains procedures for recommissioning a truck after storage.
