AHX310 Withdrawal sleeves by DIVERS
AHX310 Withdrawal sleeves by DIVERS

DIVERS

Withdrawal sleeves DIVERS AHX310

Technical data
 
Inner diameter
45 mm
Outer diameter
55 mm
Width
35 mm
Scope of delivery
Without locking washer and groove nut
Design
Standard version
Cone
01:12
Shaft type
For metric shafts
Weight
0,137 kg
Scale quantity Your discount Unit price
25 1,71 € 32,61 €
35 3,43 € 30,89 €
34,32 €
inkl. MwSt, zzgl. Versandkosten

4 ready to ship

Withdrawal sleeves DIVERS AHX310
In Stock

Withdrawal sleeves DIVERS AHX310

The AHX310 pull-off sleeve (45 x 55 x 35 mm) is designed for the secure fitting and easy removal of tapered roller bearings on cylindrical, metric shafts with a 1:12 taper.

The AHX310 pull-off sleeve enables the mounting of roller bearings with a tapered internal bore onto cylindrical shaft journals. With a bore of 45 mm, an external diameter of 55 mm and a width of 35 mm, this fastening element complies with the standard metric design. The component is pressed axially between the shaft and the bearing inner ring, thereby creating the bearing seat. This system offers practical advantages for maintenance and servicing, as the press fit can be released in a controlled manner during disassembly using a suitable slotted nut.

How is the AHX310 pull-off sleeve fitted onto the shaft?

The AHX310 pull-off sleeve is primarily used for bearings mounted on stepped shafts with a shaft shoulder. The sleeve, with a taper ratio of 1:12, allows the required radial clearance of the bearing to be adjusted during press-fitting. The design is suitable for machines and drives with cylindrical shaft sections. As the inner ring of the bearing is axially supported against the fixed shaft shoulder, the axial position remains stable, whilst subsequent disassembly can be carried out without damaging adjacent components.

What should be borne in mind regarding accessories and the 1:12 taper?

When using the AHX310 pull-off sleeve, precise alignment with the shaft and the appropriate fitting accessories are essential. The sleeve is designed for metric shaft diameters of 45 mm. As per the scope of delivery, the sleeve is supplied without a retaining plate or groove nut. These parts are selected separately to match the shaft and sleeve threads. Clean contact surfaces on the shaft and bearing bore ensure that the sleeve is drawn in evenly without unwanted distortion.

What are the dimensions of the AHX310 pull-off sleeve?

The sleeve has an internal diameter of 45 mm, an external diameter of 55 mm and a total width of 35 mm. The outer surface has a standard taper ratio of 1:12 and is specifically designed for metric shaft seats.

What is the function of the AHX310 pull-off sleeve?

This component secures roller bearings with a tapered bore to cylindrical sections of a shaft. The bearing clearance is adjusted by pressing the sleeve onto the shaft axially. Furthermore, the thread on the sleeve allows the bearing to be easily removed during maintenance work.

What does the 1:12 taper ratio mean for this cartridge case?

The ratio of 1:12 describes the taper of the sleeve’s conical outer surface. Over a length of twelve units, the diameter tapers by one unit. This value is suitable for roller bearings with a tapered bore, such as self-aligning roller bearings with the corresponding designation letter.

Are the slotted nut and lock washer included in the scope of delivery?

No, the AHX310 pull-off sleeve is supplied without a slotted nut or locking plate. These fasteners must be selected separately in accordance with the requirements of the shaft design and the thread dimensions.

How does a pull-off sleeve differ from a clamping sleeve?

A clamping sleeve is pulled into the bore and does not require a seating surface on the shaft. The withdrawal sleeve, on the other hand, is pressed in between the bearing and the shaft, requires a shaft shoulder to act as a counter-bearing, and makes removal easier by allowing it to be pushed out using a nut.

What should you bear in mind when fitting the AHX310 pull-off sleeve?

The bearing seat on the shaft must be clean, dry and free from scoring. Furthermore, the inner ring of the bearing must be able to bear axially against a solid shaft shoulder so that the sleeve can build up the necessary clamping force during press-fitting.


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