Availability of Hub and Drum Assembly to Fit 2,200-Lb Torsion Axle With 10-Inch Wheels

Updated 01/30/2013 | Published 01/28/2013

Products Featured in This Question

Titan 5 on 4-1/2 Hub and Drum - Hydraulic Brakes - 10"

(28)

$134.32

Hub Bearing Kit for Lippert, Dexter, and AL-KO Axles - 3,500 lb with #84 Spindle

(2953)

$15.39

Replacement Trailer Hub Bearing - L44649

(2138)

$22.32

Replacement Trailer Hub Bearing - L68149

(2138)

$17.57

Question:

Will this work on all 2200 lb torsion axels with 10inch wheels? I have a 2001 Sno Pro., I am not sure what brand axle. It is rated for 2200lbs. Thanks

asked by: Chuck R

Expert Reply:

The Titan 5 on 4-1/2 Hub and Drum Assembly, part # T1543900CB042, you have referenced is a 10-inch hub and drum assembly. A 10-inch size wheel will not fit this assembly. This hub and drum assembly will use 13, 14, or 15 inch wheels.

The hub and drum assembly that would fit a 2,200-lb axle that uses 10-inch wheels would be the Titan 5 on 4-1/2 Hub and Drum Assembly, part # T1540500CB042. This is a 8-1/2 inch hub and drum assembly and will accept 10-inch wheels.You will also need to order the Bearing Kit, part # BK2-100, for this hub and drum assembly.

To verify if this is the correct hub and drum assembly for your Sno Pro trailer you will want to make sure the bearing sizes/numbers will match what is on your trailer. The outer bearing number and size on this kit is # L44649 and has an inner diameter of 1.063 inches. The inner bearing number and size on this kit is # L68149 and has an inner diameter of 1.378 inches.

If these bearing sizes do not match what is on your axle you will need to give me the part numbers off your bearings or the inner dimensions of the bearings and I can help you find the correct hub and drum assembly. I would recommend to use a digital caliper to measure the bearings since the inner dimensions have to be very precise.

I am including a link to a video that will show how to remove your hub and drum assembly and get to your bearings. Also, a link to an example of a bearing being measured with a digital caliper.