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Industrial · SKU: FR0019
Steel Deep Groove Ball Bearing 1.38in Bore 3.94in OD, Pkg Qty 8
This steel deep groove ball bearing is engineered for high-load industrial applications, featuring a 1. 38-inch bore diameter and a 3.
Volume Pricing - Buy More, Save More
| Quantity | Discount | Unit Price |
|---|---|---|
| 1 - 10 | - | $99.99 |
| 11 - 50 | -5% | $94.99 |
| 51+ | -10% | $89.99 |
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Quick Answer
How Buyers Should Evaluate Steel Deep Groove Ball Bearing 1.38in Bore 3.94in OD, Pkg Qty 8
This steel deep groove ball bearing is engineered for high-load industrial applications, featuring a 1. 38-inch bore diameter and a 3. Use the quick checks below to decide whether direct checkout is enough or whether an RFQ will reduce sourcing risk.
Quick Spec Check
- Bore Diameter: 1.38 in
- Outside Diameter: 3.94 in
- Material: Steel
Purchase Details
- Online price starts at $99.99.
- Minimum order quantity: 1 unit.
- Pack quantity: 8 / Each.
- Lead time: 2-3 weeks.
Use RFQ When
- Use RFQ when you need bulk pricing, alternate pack sizes, or multi-SKU comparison.
- Request support when fit, material, or substitute selection needs confirmation before order.
- Escalate to sourcing when timeline, freight, or stocking strategy matters more than one-off checkout speed.
Technical Specifications
| Bore Diameter | 1.38 in |
| Outside Diameter | 3.94 in |
| Material | Steel |
| Inside Diameter | 1.38 in |
| Length | 0.98 in |
Full Description
Application context, construction notes, and selection details for evaluating fit before purchase or repeat ordering.
Overview
This industrial-grade deep groove ball bearing is engineered to deliver exceptional performance in high-load mechanical systems. Constructed from premium hardened steel, the unit offers superior durability and resistance to wear under demanding operational conditions. With a precise 1.38-inch bore diameter and a 3.94-inch outside diameter, it ensures accurate shaft alignment and stable rotation. The compact 0.98-inch width allows for integration into space-constrained assemblies without sacrificing radial load capacity. Designed for longevity, this bearing minimizes friction to reduce heat generation and energy consumption, making it an ideal choice for continuous-duty applications in heavy machinery, electric motors, and power transmission equipment.
Key Features
Hardened steel construction for maximum strength and wear resistance Precision-ground raceways ensure smooth rotation and reduced vibration Optimized internal geometry supports high radial and moderate axial loads Sealed design protects internal components from dust, debris, and moisture Low-friction operation extends service life and reduces maintenance intervals Compatible with standard shaft sizes for easy installation and replacement
Specifications
Bore Diameter: 1.38 in Outside Diameter: 3.94 in Width: 0.98 in
Material
Hardened Steel Load Type: Radial and Axial Operating Temperature Range: -40°F to 250°F Surface Finish: Polished raceways for minimal friction Package Quantity: 8 units per pack
Applications
Electric motor shafts and pump assemblies Industrial gearbox and reducer systems Conveyor belt drive rollers and pulleys Agricultural machinery and harvesting equipment HVAC blower wheels and fan motors Machine tool spindles and lathe headstocks Automotive alternators and starter motors Packaging and processing line conveyors This bearing series is specifically designed to meet the rigorous demands of modern industrial environments. The deep groove architecture provides reliable support for rotating shafts subjected to significant radial forces, while the hardened steel composition withstands shock loads and variable speed operations. Each unit undergoes strict quality control to guarantee dimensional accuracy and consistent performance across all eight pieces included in the package. Whether replacing worn components in existing machinery or specifying parts for new equipment designs, this bearing delivers the reliability and precision required for uninterrupted production cycles. Its robust build quality ensures minimal downtime and lower total cost of ownership over the lifespan of the equipment.
Not sure if this is the right fit?
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