Product Description
Ball Bearing, Extended Inner Ring for BT electric lift trucks, single row deep groove type, designed for combined radial and axial load capacity. OEM part BT 26260-00 with extended inner ring for improved shaft support. Precision steel construction; standard bearing dimensions compatible with 10 mm shaft. No available cross-reference part numbers.
Specifications
Material & Construction
| Bearing Cage | High-strength steel with precision finish |
Part Numbers
| OEM Part Number | BT 26260-00 |
Frequently Asked Questions
Q: What is the BT 26260-00 bearing and what equipment does it fit?
A: The BT 26260-00 is a single-row deep-groove ball bearing with an extended inner ring, designed specifically for BT electric lift trucks. The extended inner ring provides improved shaft support for combined radial and axial load applications. This is an OEM part direct from BT and is not cross-referenced under alternative part numbers from other manufacturers.
Q: What are the specifications and dimensions of the BT 26260-00?
A: The BT 26260-00 is a precision steel bearing constructed with a high-strength steel cage and precision finish. It is designed for a 10 mm shaft and features standard bearing dimensions. The bearing is engineered to handle combined radial and axial loads typical of electric lift truck drivetrain applications.
Q: Can the BT 26260-00 bearing be substituted with parts from other lift truck manufacturers?
A: The BT 26260-00 is a BT-specific OEM bearing and does not have published cross-reference equivalents from Crown, Toyota, Raymond, or other manufacturers. Always verify part compatibility with your equipment documentation before ordering, as bearing specifications vary by truck model and application.
Q: What materials are used in the BT 26260-00 bearing construction?
A: The BT 26260-00 uses precision steel throughout, with a high-strength steel bearing cage that features a precision finish. This construction provides durability in the combined load environment of electric lift truck operation, where both radial and axial forces are present.