Thin Section Ball Bearing Open Type 7 Inch Inner Diameter 7 and 5 Eighth Inch Outer Diameter 5 Sixteenth Inch Width Oil Preserved ABEC 1 Quality Precision Bearing for Industrial Machinery and Equipment
1 Bewertung
Titel
Regular price
$504.00
Sale price$840.00you save $336.00
SKU: Kit14121
UPC: 00193019063590
UPC: 00193019063590
Item: VB070CP0 Thin Section Ball Bearing
Type: Deep Groove Radial Ball Bearing
Quality: ABEC 1
Material: Steel
Cage: Brass
Type: Deep Groove Radial Ball Bearing
Quality: ABEC 1
Material: Steel
Cage: Brass
Thin section bearing 7 x 7.625 x 0.313 in for compact fit
✔️ Single bearing: bore 7 in, OD 7.625 in, width 0.313 in
✅ Outer diameter: 7.625 in (193.68 mm)
✅ Width: 0.313 in (7.95 mm)
✅ ABEC 1 quality radial ball bearing with oil preservative
✅ Material: chrome steel; Cage: brass
✅ Equivalents: KB070CP0, SB070CP0, KB070CPO, SB070CPO
- Good for linear slide units and small automation rigs
- Improves stiffness and reduces wear in confined spaces
- Oil preservative lubrication supports long service life
✔️ Single bearing: bore 7 in, OD 7.625 in, width 0.313 in
This thin section ball bearing is a compact radial bearing designed for high-precision support in tight spaces. It’s commonly used in robotics, aerospace, and automated equipment where precise shaft alignment and lightweight design matter.
✅ Inner bore: 7 in (177.8 mm)✅ Outer diameter: 7.625 in (193.68 mm)
✅ Width: 0.313 in (7.95 mm)
✅ ABEC 1 quality radial ball bearing with oil preservative
✅ Material: chrome steel; Cage: brass
✅ Equivalents: KB070CP0, SB070CP0, KB070CPO, SB070CPO
💡 What is a thin section bearing used for in compact machinery?
These handy bearings fit in tight machines and help keep shafts aligned with minimal weight.
- Handy for robotic joints and CNC axes- Good for linear slide units and small automation rigs
- Improves stiffness and reduces wear in confined spaces
- Oil preservative lubrication supports long service life
Teilen
Kundenbewertungen
Basierend auf 1 Bewertung
0%
(0)
100%
(1)
0%
(0)
0%
(0)
0%
(0)
J
Jocke Would appreciate some more info about the loads that the bearing can handle (radial and axial loads)