Full Complement Cylindrical Roller Bearing CPM 2165

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Full Complement Cylindrical Roller Bearing CPM 2165

Name: Full Complement Cylindrical Roller Bearing CPM 2165
Brand: Anhui Kaifu Bearing Import Export Co., Limited
SKU: 1600992502206_1
Price: 8.00 USD
Availability: InStock
Rating: 4.8 (100 reviews)

Product overview

Core functionalities

Applicable scenarios

Unique advantages

Heavy Load & High-Speed Performance: Designed to handle heavy axial and radial loads while maintaining high rotational speeds, ideal for demanding mechanical applications.
Full Complement Design: Cylindrical rollers arranged in a single row ensure efficient load distribution and minimal friction, enhancing durability and efficiency.

Key features

1. Material Technology

With high-grade chrome steel construction, you can ensure durability and corrosion resistance in harsh industrial environments. Up to 30% stronger than standard steel bearings*.

2. Structural Design

With a full complement cylindrical roller design, you can achieve seamless rotation and optimal load distribution, enhancing efficiency in high-load applications compared to traditional needle bearings*.

3. Performance Parameters

With precision ratings ranging from P0 to P6, you can meet diverse application needs, offering up to 50% higher accuracy in precision machinery than standard P0 bearings*.

4. Scenario Solutions

Designed for heavy-duty machinery and high-speed applications, you can handle extreme loads in industrial equipment and automotive systems where reliability under stress is critical.

5. Certification Standards

With precision ratings compliant to ISO standards (P0-P6), you can ensure reliability and compatibility across global industrial applications*.

Product details

The Full Complement Cylindrical Roller Bearing CPM 2165 is engineered for heavy-load and high-speed applications, featuring a robust chrome steel construction and precise cylindrical rollers. Its open design and single-row structure ensure efficient load distribution, while its customizable precision ratings (P0 to P6) cater to diverse industrial needs.

Technical specifications

Feature	Specification	Benefit
Material	Chrome Steel	High durability and wear resistance
Structure	Single Row, Cylindrical Rollers	Optimal load distribution and high speed
Precision	P0, P5, P6, P4	Ensures accuracy for critical machinery
Sealing Type	Open	Requires external lubrication; ideal for clean environments
Type	Roller Bearing	Handles radial and axial loads efficiently

Customization guide

Adjust precision ratings (P0 to P6) or sealing types to meet specific needs:

Precision: Opt for P4/P5 for high-accuracy machinery like CNC tools.
Material: Chrome steel is standard, but alternative alloys can be sourced for corrosive environments.
Lubrication: Pair with compatible greases for extended service life in harsh conditions.

Get inspired

Designed for demanding applications, the CPM 2165 excels in machinery, automotive, and construction equipment. Its cylindrical rollers enable smooth operation at high speeds while sustaining heavy loads.

Choose your model

Parameter	Base Model	Advanced Model	Pro Model
Load Capacity	5,000 N	+15% (5,750 N)	+30% (6,500 N)*
Rotational Speed	3,000 RPM	3,450 RPM (+15%)	3,900 RPM (+20% faster)
Precision Rating	P0/P5	P6	P4 (ultra-precision)
Corrosion Resistance	Standard	Stainless steel option	Enhanced coating (+50% resistance)

Supplier's note

Technical Breakthroughs:
- Chrome Steel Material: With X (chrome steel), you can Y (achieve 2x longer lifespan in abrasive environments).
- P4 Precision: The Pro model’s P4 rating reduces alignment errors by 40%, critical for precision machinery.
- Rotational Speed: The Pro’s 3,900 RPM outperforms industry benchmarks by 20%, enabling high-speed applications like turbine systems.
Optimal Version Selection:
- Base Model: Ideal for standard industrial machinery (e.g., conveyors) requiring cost-effective solutions.
- Advanced Model: Choose for applications needing P6 precision, such as robotics or food processing equipment.
- Pro Model: Engineers handling aerospace or heavy machinery will benefit from its ultra-precision and corrosion-resistant coating, ensuring reliability under extreme loads and temperatures.

*Comparative benchmarks: Industry standard load capacity averages 5,200 N at similar sizes.

Frequently asked questions

Which cylindrical roller bearing suits heavy machinery applications like construction equipment?
How to clean and lubricate open-sealed cylindrical roller bearings?
Chrome steel vs stainless steel: Which is better for industrial bearings?
What precision ratings are available for the CPM2165 roller bearing?
Can the CPM2165 bearing be customized for non-standard sizes?
Is the CPM2165 suitable for high-speed applications like automotive systems?
What load capacity does the CPM2165 cylindrical bearing provide?
How does a cylindrical bearing differ from a needle bearing in industrial use?

Product comparison

Category	Usage Scenarios	Characteristics	Advantages	Disadvantages
Material Composition	Harsh environments with corrosion risks	Industry: Carbon Steel (ASTM A36) Base: Chrome-vanadium steel (ASTM A228) ▲ (15% corrosion resistance) Advanced: Stainless Steel 316 (ASTM A276) ▲▲ (30% over Base)	Base: Cost-effective corrosion resistance; Advanced: Marine-grade durability	Base: Limited in extreme saltwater; Advanced: Higher upfront cost
Load Capacity	Heavy machinery (e.g., construction equipment)	Industry: 1,000 N (ISO 281) Base: 1,200 N ▲ (20% improvement) Advanced: 1,500 N ▲▲ (25% over Base)	Base: Handles most industrial loads; Advanced: Withstands extreme pressures	Base may fail under overloads; Advanced requires robust mounting
Rotational Speed	High-speed applications (e.g., turbines)	Industry: 3,000 RPM Base: 4,000 RPM ▲ (33% faster) Advanced: 5,000 RPM ▲▲ (25% over Base)	Base: Suitable for most machinery; Advanced: Ideal for aerospace/aerodynamics	Base may overheat at peak speeds; Advanced needs precise lubrication
Precision Rating	Precision machinery (e.g., CNC tools)	Industry: P0 (ISO 492) Base: P5 ▲ (tighter tolerances) Advanced: P4 ▲▲ (ultra-precise)	Base: Reduces alignment errors; Advanced: Minimizes vibration/noise	Base may have slight play; Advanced requires expert installation
Sealing Type	Dusty/contaminated environments	Industry: Open (no seal) Base: Open (standard) Advanced: Sealed (ISO 15243) ▲ (dust/water resistance)	Advanced: Prevents debris ingress; Base: Lightweight and low-friction	Base needs frequent cleaning; Advanced may increase operational friction
Durability/Lifespan	Continuous operation (e.g., industrial lines)	Industry: 5,000 hours (ISO 281) Base: 8,000 hours ▲ (60% longer) Advanced: 12,000 hours ▲▲ (50% over Base)	Base: Reduces downtime; Advanced: 24/7 reliability	Base may require mid-cycle maintenance; Advanced has higher replacement cost