Industrial and Off-Highway Americardan Universal Driveshafts
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Industrial and Off-Highway Americardan Universal Driveshafts

Altra Industrial Motion Ameridrives designs, sources, manufactures and tests a complete driveshaft product offering with industry leading performance that includes genuine Spicer Universal Joints, patented INTER-SEALED slip sections, wing style (including the former Twin Disc line), and DIN style designs. If you have a driveshaft need, we will meet that need by providing a product of the highest quality, and highest value in its class. We Offer • Authorized Spicer Components upon Request • DIN or SAE Designs • Wing Style Designs • Closed Eye Designs • Custom or Standard Solutions Altra is a...

Data Form 1802 Pittsburgh Avenue Erie, PA. 16502-1943 Phone: 814-480-5000 Fax: 814-453-5891 www.ameridrives.com General Machinery Application Data for Selection and Design Customer: ______________________________________________ Contact Name: __________________________________________ Complete the following information for your application: 1. Motor Horsepower______________________________________ 10. No Load Angle________________________________________ 2. Motor RPM (Min. and Max.)______________________________ 10a. No Load Offset_________________________________________ 3. Required...

Ameridrives 1802 Pittsburgh Avenue • Erie, PA. 16502 814-480-5000 • Fax: 814-453-5891 www.ameridrives.com

Advantages and Design Typical Applications Advantages and Features Typical Applications • High torque capacity Following is a partial list of applications for the Ameridrives Universal Joint: • Long bearing life • High operating angle capability • One piece yoke and bearing housing construction Balancing Machines • Eliminates unnecessary bolted connections and serrations in yokes • Heat treated alloy steel components • deal loading across entire bearing length due to balanced deflection I between yokes and cross Paper Mills – Calender Drives – Sizing and Press Rolls – Couch Rolls – Process...

Design Variations Custom Applications A Torsionally Dampened Driveshafts Short Travel Capability Long Travel Capability With Expansion and CV Joint

Design Features Round Bearing 2000 Series Sizes U2131-U2155: Needle bearing design. Bearing caps are retained by snap rings. Sizes U2160-U2188: Needle bearing design. Bearing caps are retained by bolts. Sizes U2192: Uses two rows of roller bearings. Bearing caps are retained by snap rings. Lube fitting in center of cross. Authorized Spicer Components upon Request

Design Features Round Bearing Higher Torque U3055 - U3390 / U5225 - U5800 Spring Washer Retaining Ring Lube Fitting Retainer Ring Retainer Ring Retaining Ring Crowned Rollers Lip Seal Inner Race Crowned Rollers Alloy Cross Lube Fitting Bearing Housing Bearing Housing Thrust Washer Thrust Washer Sizes U3055-U3100: Needle bearing design. Lube fitting in center of cross. Sizes U3115-U3200: Uses two rows of roller bearings. Bearing caps are retained by snap rings. Lube fitting in center of cross. Sizes U3225-U3390, U5225 - U5390: Uses two rows of roller bearings. Bearing caps are retained by...

Design Features Wing Bearing 2C - 15C Thrust Bearings – Each cap has a 30% glass filled nylon compound thrust bearing to prevent steelon-steel contact of trunnions to minimize friction and prevent galling under heavy loads. Glass-filled nylon bearings automatically adjust themselves to compensate for minor deflections. Accurately-Guided Roller Bearings – A standard and exclusive feature. Cage prevents skewing by holding each roller parallel to the axis of the trunnion. Each roller thus carries its full share of the bearing load. Permanent Grease Feature – Proven successful over years of...

Custom Slip Design Ameridrives offers a wide array of custom slip designs to fit your unique needs and long travel applications. Long travel slip assemblies are made possible by the inverted spline allowing extended slip lengths far beyond the limits of other designs. Our patented Inter-Sealed® design is the most versatile with options of having a self-lubricating coating on the splines to reduce axial loads and prevent premature wear. A positive full contact seal ensures that the grease remains inside and the contaminants remain out. For more information regarding custom slip lengths...

Selection Information Speed Limits I. Speed Limit Based on Limits of Mass Acceleration When universal joints are operated at any angle greater than zero, the center section of the universal joint always runs irregularly, being accelerated and decelerated twice in every revolution. The maximum values of mass acceleration torque arising here are dependent on the operating speed and angle of deviation ß and upon the moment of inertia of the center shaft section [ RPM x A ]. ensure smooth running of the universal joint, the To mass acceleration torque must not be allowed to exceed the limits...

Selection Procedure See page 30 for Application Data sheets for easy selection. Types of torque ratings are given for each joint size. Endurance torque (Tdw) is the normal rating for fully reversing torque based on material strength. Bearing Life torque (BL) is the bearing life rating of the universal joint. This torque is based on the B-10 life of the universal joint bearings. The life torque values listed are based on 5000 hours B-10 bearing life at 3° misalignment and 100 RPM. B-10 life is defined as the minimum life expectancy for a 90% probability of survival. Typically the average...

Engineering Data Series 2000 U2131 - U2155 L K Type ST – Telescopic Length Shaft Sizes U2131-U2155 Type SF – Fixed Length Shaft Sizes U2131-U2155 Type SC – Short Coupled Shaft Sizes U2131-U2155 Torque Ratings Lb.in. Dimensional Data Minimum Length / Length Compensation One-Way Endurance Torque Tow = 1.5 x Tdw 11

Engineering Data Series 2000 U2160 - U2192 K Type ST – Telescopic Length Shaft Sizes U2160-U2188 Type SC – Short Coupled Shaft Sizes U2160-U2188 Type SF – Fixed Length Shaft Sizes U2160-U2188 Torque Ratings Lb.in. Dimensional Data Minimum Length / Length Compensation One-Way Endurance Torque Tow = 1.5 x T