Peerless Differential 3/4" OD x 39-7/16" long, # 100-007B or # 794652.
We also stock a very wide range of sprockets for this differential and Disc rotors in two sizes.
If you add a Disc brake you may want to add: 5/16-18 x 4.41" OAL or 4.10" long HH Grade 8 BLACK. Bolt Part number # 792093
These do not have a key-ways.
These also can be shortened by cutting the ends with a hack saw.
Use one or more 3/4" Shaft collars to secure the wheels.
We may take this apart in order to ship in a smaller box.
You would use a set screw or have a key way machined where you needed it.
Note: You can brake both wheel using a Disc or drum Brake from the HUB and have a Disc or drum Brake on each axle so if one lost traction you could Brake that side and send power to the wheel on the ground.
If you need pillow block bearings to support the axle we have them too. You should have FOUR or SIX bearing, one on each side of the center hub and one or two to support the wheel.
We also sell several sprockets that will bolt to it and has the correct ID and four hole pattern. 8.9 lbs net wt.
The 100 Series Differential Assembly with 3/4" axles is a universal differential that is available with 4 bolt assembly for increased capacity. Typical applications include the following: Small riders, Pedi-cabs, sweepers, and many other lawn and garden applications. The 100 Differential can be used in conjunction with the 700 Series Transmission and is available with sprockets. Contact Peerless Gear for additional information.
Specifications Output torque 150 lb-ft / 203.37 Nm Rear axle diameter 0.75 inch / 19.05 mm Weight on axles 400 lbs / 181.44 kg Axle bearings Bushings Axle ends and length Application Specific. Contact factory for available models. Differential housing Die Cast Aluminum. Mounting Application Specific. Contact factory for application specific information. Weight 10 lbs / 4.54 kg Lubrication Greased from factory. Sprocket type See: www.Staton-Inc.com
We also have:
BENTONE #2 GREASE EXTREME PRESSURE, CLAY THICKENED GREASE 14 oz tube. Can be used in Peerless Differentials.
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