Brief: We show the practical steps and results so you can judge suitability quickly. This video provides a detailed demonstration of the DZ9003326020 WG4005415515 30311 bearing for SHACMAN, HOWO, and hande alex vehicles. You'll see the bearing's construction, learn about proper maintenance procedures including lubrication and installation, and understand how to identify and address common wear issues to ensure optimal performance in your heavy-duty equipment.
Related Product Features:
Designed as a critical component for SHACMAN, HOWO, and hande alex commercial vehicles.
Supports rotating machinery parts while reducing friction coefficient during operation.
Manufactured from high-quality bearing steel with excellent contact fatigue strength.
Provides superior wear resistance to maintain bearing accuracy and extend service life.
Features optimal hardness rating of HRC61-65 for enhanced durability.
Available as both rolling bearings and sliding bearings for different applications.
Requires proper maintenance including lubrication, cleaning, and operational monitoring.
Engineered to withstand cyclic loads and prevent common failure modes like cracking.
Ερωτήσεις:
What vehicles are these bearings compatible with?
These bearings are specifically designed for SHACMAN, HOWO, and hande alex commercial vehicles, with part numbers DZ9003326020, WG4005415515, and 30311.
What maintenance procedures are required for these bearings?
Proper maintenance includes regular lubrication, thorough cleaning, correct installation and disassembly procedures, continuous operation monitoring, and appropriate storage protection to ensure optimal performance.
What are the key material characteristics of these bearings?
The bearings feature high contact fatigue strength to prevent cracking and peeling, excellent wear resistance to maintain accuracy, and optimal hardness (HRC61-65) for durability under cyclic loads.
How can I identify and address bearing wear issues?
Common wear signs include peeling, burns, crack defects, and retaining frame damage. Treatment involves checking shaft and housing machining accuracy, verifying lubricant type and quantity, ensuring proper interference fit, and inspecting material integrity.