Conveying System Slewing Bearing
2. Product Structure: The three-row roller structure maximizes load capacity by distributing loads in different directions across different rollers.
3. Dimensions: Product dimensions: 2541*1878*260mm. Custom sizes are available to meet specific dimensions.
4. Materials: Ring material: High-strength alloy steels such as 50Mn and 42CrMo.
Rolling elements: Balls or rollers made of GCr15SiMn bearing steel.
5. Applications:
Construction machinery: Ore conveyor belt slewing devices, crusher feed slewing systems, raw material stacker/reclaimer slewing platforms, cement conveyor slewing systems, and concrete batching machine slewing mechanisms.
- Product Description
Conveying System Slewing Bearing
When your material handling operation demands reliable rotation under heavy loads, choosing the right bearing makes all the difference. Our Conveying System Slewing Bearing is custom-engineered for industrial material transport applications where continuous duty cycles and structural stability are critical. Designed with a robust three-row roller configuration, this slewing ring delivers superior load distribution and proven durability in demanding conveying environments. Whether you're operating ore conveyors, cement batching systems, or stacker-reclaimer platforms, this bearing provides the rotational precision and load capacity your system requires for uninterrupted performance.
Product Details
This heavy-duty slewing bearing is specifically developed for industrial conveying systems that operate under continuous load conditions. The three-row roller structure maximizes load-carrying capacity by distributing axial, radial, and moment loads across separate roller rows. This design principle ensures stable operation even during 24-hour production cycles.
Construction:The bearing consists of inner and outer rings manufactured from high-strength alloy steel, with precision-ground raceways that accommodate three rows of hardened rollers. Integral seals protect internal components from dust and contaminants commonly found in material handling environments.
Working Principle:As the conveyor system rotates, loads are transferred through the roller elements to the mounting structure. The separated load paths prevent interference between different load types, maintaining smooth rotation and extending service life.
Why Choose Us?
Industry Experience:Our engineering team brings over 30 years of bearing design and manufacturing expertise, with specialized knowledge in slewing ring applications for material handling systems.
Manufacturing Capability:We operate CNC vertical lathes, CNC quenching machines, and CNC Gear shapers that enable precise machining of slewing bearings from 50mm to 10,000mm diameter. Our facility maintains ISO 9001 certification and RoHS compliance.
Custom Engineering Support:We provide technical consultation, product design based on your specifications, and old product mapping services. Our team can develop custom solutions for non-standard applications when you supply operational parameters.
Global Supply Network:Our products serve customers in over 50 countries, including Germany, the United States, Australia, and throughout the Middle East, with proven performance in diverse industrial environments.




Technical Specifications
Parameter | Specification | Application Benefit |
Dimensions | 2541 × 1878 × 260 mm | Optimized for heavy-duty conveying systems |
Ring Material | 50Mn / 42CrMo alloy steel | High strength and impact resistance |
Rolling Elements | GCr15SiMn bearing steel | Excellent wear resistance and fatigue life |
Structure Type | Three-row roller | Maximum load capacity in all directions |
Precision Grade | P0 / P6 / P5 / P4 available | Meets varied accuracy requirements |
Operating Cycle | Continuous 24-hour operation | Designed for industrial duty cycles |
Customization | Available per drawing or specification | Adaptable to specific system requirements |
Note: Custom dimensions available to match your conveying system design.
Certification

Features and Benefits
Three-Row Roller Design:Separate lines handle pivotal, spiral, and minute loads freely, giving higher capacity than single-row setups whereas keeping up compact establishment height.
High-Strength Materials:50Mn and 42CrMo amalgam steels offer predominant ductile quality and weakness resistance compared to standard bearing steels, expanding operational life in high-stress applications.
Precision Machining:CNC-ground raceways guarantee uniform contact weight dissemination over all rolling components, lessening vibration and wear amid rotation.
Integral Sealing:Factory-installed seals anticipate defilement entrance in dusty fabric dealing with situations, decreasing support recurrence and protecting grease effectiveness.
Mounting Flexibility:Through-hole designs oblige standard jolt arrangements for clear establishment on existing transport outlines and turning stages.
Applications
Our Conveying System Slewing Bearing performs reliably in these material handling applications:
· Ore Conveyor Slewing Devices:Supports belt rotation mechanisms in mining operations
· Crusher Feed Systems:Enables rotational positioning of feed conveyors
· Stacker/Reclaimer Platforms:Provides stable rotation for bulk material handling equipment
· Cement Conveyor Systems:Handles continuous rotation in cement production lines
· Concrete Batching Machines:Supports rotating feed mechanisms in batching operations
Installation Guide
Pre-Installation Inspection:Verify that mounting surfaces are flat, clean, and free from burrs. Check that bolt holes align with bearing mounting pattern.
Mounting Procedure:
1. Position the bearing on the base structure, ensuring proper alignment with drive components
2. Install mounting bolts hand-tight in a cross pattern to prevent ring distortion
3. Torque bolts to specified values using a calibrated wrench, following the bolt tightening sequence
4. Connect the lubrication line to the grease fitting if your system uses centralized lubrication
Introductory Lubrication:Apply indicated oil through grease ports until new grease shows up at the seal interface. Pivot the bearing a few insurgencies to disperse oil evenly.
Final Check:Verify smooth turn by hand some time recently interfacing drive components. Affirm that all latches are appropriately tightened.

Exhibition
We attend many famous international exhibitions such as Shanghai International Maritime Exhibition,Mining World Russia, bauma China, CTT Russia, etc


Partners
Your trust, we cherish in heart all times and will reciprocate that trust with unwavering quality.



Packaging & shipping
Your goods are unique, and their journey should be flawless. Therefore, we offer professional and customized packaging services. Our experienced team will evaluate your goods' characteristics, transportation route, and environmental requirements to recommend the most secure solution, such as: wooden crate packaging, sturdy frame packaging, or composite reinforced packaging (wooden crate + iron frame).

Positive customer reviews
Our quality and service have received widespread praise from our customers.


Maintenance and Care
Lubrication Schedule:Relubricate each 100 operating hours or month to month, whichever comes to begin with. Utilize lithium-based oil appraised for heavy-duty mechanical applications.
Inspection Routine:Check mounting jolt torque quarterly. Assess seals for harm or wear amid planned upkeep interims. Screen bearing temperature amid operation—excessive warm demonstrates potential grease or over-burden issues.
Operating Environment:While our seals secure against ordinary transport clean, dodge delayed water introduction. If your application includes washdown methods, counsel our designing group approximately improved fixing options.
Load Monitoring:Do not surpass appraised stack capacities indicated in your framework documentation. Over-burdening quickens wear and diminishes benefit life.
FAQ
Q: Can you make heading for non-standard transport dimensions?
A: Yes, we give custom fabricating based on your dimensional necessities and stack determinations. Give your framework parameters for designing evaluation.
Q: What exactness review ought to I indicate for my application?
A: For standard passing on frameworks, P0 or P6 review gives satisfactory precision. High-precision situating frameworks may require P5 or P4 grade.
Q: How long does custom fabricating take?
A: Lead time depends on estimate and complexity. Contact Us with your details for a generation timeline.
Q: Do you give establishment support?
A: We offer establishment direction and specialized meeting. On-site establishment administrations may be accessible depending on extend scope and location.
Q: What is the anticipated benefit life?
A: Benefit life changes with stack conditions, working environment, and upkeep hones. Legitimately kept up heading in accurately planned frameworks ordinarily give a long time of solid operation.
Contact Us
For technical specifications, custom engineering, or Conveying System Slewing Bearing inquiries, reach our team at mia@hgb-bearing.com . We're ready to support your conveying system requirements.












