Detalles del producto
Lugar de origen: Porcelana
Número de modelo: 02G-2 / A500302
Pago y términos de envío
Cantidad de orden mínima: 1 pieza
Precio: Contact us for a quote!
Detalles de empaquetado: Empaquetado en caja de cartón estándar
Tiempo de entrega: 5 ~ 8 días de trabajo
Condiciones de pago: ,T/T
Capacidad de la fuente: 100pcs/semana
Descripción del Producto: |
Cojinete de casquillo del eje de rueda |
Número de pieza: |
02G-2 / A500302 |
Solicitud: |
Alimentador eléctrico MX40 |
Diámetro exterior (DE): |
23 mm |
Diámetro interior (DI): |
17 mm |
Diámetro exterior inferior: |
25.6m m |
Alturas (H): |
18mm |
Peso neto: |
24,7 gramos |
Descripción del Producto: |
Cojinete de casquillo del eje de rueda |
Número de pieza: |
02G-2 / A500302 |
Solicitud: |
Alimentador eléctrico MX40 |
Diámetro exterior (DE): |
23 mm |
Diámetro interior (DI): |
17 mm |
Diámetro exterior inferior: |
25.6m m |
Alturas (H): |
18mm |
Peso neto: |
24,7 gramos |
| Item | Specification |
| Part Number |
02G-2 / A500302 |
| Product Name | Wheel Axle Sleeve Bearing |
| Application | MX40 Power Feeder |
| Outer Diameter (OD) |
23 mm |
| Inner Diameter (ID) | 17 mm |
| Bottom Outer Diameter | 25.6 mm |
| Height (H) | 18 mm |
| Net Weight | 24.7 g |
|
Material |
Wear-resistant metal |
| Function | Supports wheel axle, reduces friction, ensures smooth rotation |
The 02G-2 A500302 Wheel Axle Sleeve Bearing is a precision-machined replacement part designed for the MX40 power feeder, providing smooth rotation, accurate alignment, and reliable load support for the feeder wheel assembly.
This sleeve bearing features an outer diameter (OD) of 23mm, an inner diameter (ID) of 17mm, a height (H) of 18mm, and a bottom outer diameter of 25.6mm, ensuring precise fit and stable positioning inside the feeder wheel. It is manufactured from high-quality wear-resistant material to deliver excellent durability, low friction, and long service life under continuous woodworking machine operation.
The bearing is designed to reduce vibration, improve wheel rotation stability, and minimize wear on the shaft and wheel hub, helping extend the service life of the power feeder and maintain consistent feeding performance.
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