ZIBOO
ZIBOO NTN 6232 Single Row Radial Ball Bearing Open Type 260x290x48mm
Single-row radial ball bearing with open design measuring 260x290x48mm for low-friction rotation
- Single-row design handles high radial loads
- Open type allows easy lubrication access
- 260x290x48mm dimensions fit standard housings
- NTN 6232 model ensures reliable performance
ZIBOO NTN 6232 radial ball bearing
The ZIBOO NTN 6232 is a single row radial ball bearing with an open type design. It suits maintenance engineers and electricians who need a direct replacement for worn bearings in motors or gearboxes. The component measures 260 by 290 by 48 millimetres and carries the manufacturer model number 6232.
Open type design for accessible lubrication
The open construction allows easy inspection and manual greasing during scheduled servicing. Builders must supply their own seals or shields if the application demands contamination protection. The bearing fits housings machined to the stated 260 by 290 millimetre envelope and clears shafts matching the 48 millimetre width.
Highlights
- Single-row design handles high radial loads
- Open type allows easy lubrication access
- 260x290x48mm dimensions fit standard housings
- NTN 6232 model ensures reliable performance
Specifications
| Brand | ZIBOO |
|---|---|
| Model | NTN 6232 |
Questions about this item
What speed limit does the 6232 bearing reach first under sustained use?
The open-type 6232 bearing has no integral seals, so the practical limit under sustained use is the speed at which lubricant starvation or cage wear appears, determined by the 260 mm bore, 290 mm outer diameter and 48 mm width.
How much heat does the 6232 generate when running all day?
Heat output depends on load, speed and lubrication; the open 6232 design with 260 mm bore, 290 mm outer diameter and 48 mm width allows free oil circulation, which helps dissipate the frictional heat produced during continuous operation.
Also in this aisle
People compared these
Same shelf, same checkout — eight coins and a 30-minute rate lock.
