Sears 486.248463 owner manual Assembly of Snow Thrower

Page 10

ASSEMBLY OF SNOW THROWER

Place the lift handle into the lift bracket on the right side of the snow thrower. Fasten the handle to the bracket using two 5/16" x 1-3/4" hex bolts, 5/16" lock washers and 5/16" hex nuts. See fi gure 14.

LIFT HANDLE

5/16" x 1-3/4"

HEX BOLT

LIFT BRACKET

5/16" HEX NUT

5/16" LOCK

WASHER

FIGURE 14

RIGHT SIDE VIEW

NOTE: Be sure the lift release cable's plastic covering remains inserted into the trigger assembly while completing the next step.

Push the lift handle down into the locked position. Insert the end of the cable wire into the hole in the lift rod. Place the threaded fi tting into the slot in the lift bracket, with one hex nut above and one hex nut and the lock washer below the slot. Tighten the nuts, adjusting them to eliminate slack in the cable wire. See fi gure 15. Refer also to the Service and Adjustments section on page 18 in this manual.

 

LIFT RELEASE

 

CABLE

 

HEX NUT

TRIGGER

 

ASSEMBLY

LOCK

 

 

WASHER

 

HEX NUT

 

CABLE

 

WIRE

 

LIFT

 

ROD

FIGURE 15

RIGHT SIDE VIEW

Remove the nylon tie which fastens the chute crank rod to the crank support tube.

Assemble the crank support tube (fl at side) to the two brackets on the left side of the thrower housing using two 3/8" x 1-1/2" hex bolts, 3/8" lock washers and 3/8" hex lock nuts. See fi gure 16.

3/8" x 1-1/2"

HEX BOLT

3/8" LOCK

CRANK

SUPPORT

WASHER

TUBE

 

3/8" HEX

 

LOCK NUT

 

FIGURE 16

LEFT SIDE VIEW

Attach the chute tilt control assembly to the top side of the crank support tube using two 5/16" x 1-3/4" carriage bolts, bowed washers, 5/16" lock washers and 5/16" hex nuts. See fi gure 17.

CHUTE CRANK ROD

CRANK SUPPORT TUBE

TILT CONTROL HANDLE

5/16" x 1-3/4"

TILT

CONTROL

CARRIAGE BOLT

ASSEMBLY

 

BOWED WASHER

 

5/16" LOCKWASHER

 

5/16" HEX NUT

 

FIGURE 17

LEFT SIDE VIEW

Attach the chute crank assembly to the plastic bracket on the left side of the thrower housing as shown in

fi gure 18. Use two 5/16" x 1" carriage bolts, 5/16" fl at washers, 5/16" lock washers and 5/16" hex nuts. Do not tighten yet.

10

Image 10
Contents 46- 2 Stage Snow Thrower Tractor Attachment Warranty Table of ContentsAccessories and Attachments Safety Hardware Package Contents Assembly Carton ContentsTractor Preparation Tools Required for AssemblyRemoval of Parts from Carton Items Removed from TractorLeft Side View Right Side View Left Side ViewThis page for tractors with 54 mower decks only Mower DecksEngine Pulleys Less than 6 in Diameter Attaching CLUTCH/IDLER AssemblyTractors with 54 Mower Decks only Assembly of Snow Thrower Mounting Snow Thrower to Tractor Right Front Corner ViewAuger Belt Assembling the BeltsDrive Belt Viewed from RearAttaching Weight Tray to Tractor Checklist AccessoriesOperation HOW to Start Your Snow ThrowerHOW to Stop Your Snow Thrower Know Your Snow ThrowerControlling Snow Discharge HOW to USE Your Snow ThrowerOperating Tips Raising and LoweringMaintenance Skid SHOE, Leveling Shoe Adjustment Service and AdjustmentsLift Release Cable Adjustment Replacing Auger BeltStorage TroubleshootingRemoving the Spiral Auger Housing Storage RecommendationsParts QTY Description Part 554 51 59 58 30 2968 QTY Description Page Page Page Slope Guide Get it fixed, at your home or ours

486.248463 specifications

The Sears 486.248463 is a notable piece of computing history, representing the transitional phase in personal computing during the early 1990s. This device embodies the era when home and office computers began to embrace more advanced capabilities, driven largely by the evolution of processor technology and user requirements.

At the heart of the Sears 486.248463 is the Intel 486 processor, a significant leap from its predecessors. This microprocessor, which debuted in 1989, introduced a new level of performance, allowing users to handle more complex applications and multitasking functions seamlessly. The 486 architecture included an integrated floating-point unit, enhancing its ability to perform mathematical calculations, which was particularly beneficial for graphic design and engineering applications.

The Sears 486.248463 boasts a robust memory capacity, typically equipped with 4 to 16 MB of RAM, allowing for efficient operation of various software applications. This level of RAM was innovative for its time, providing users the ability to run multiple programs concurrently without experiencing slowdowns. Additionally, the system could support hard drives ranging from 120 MB to 1 GB, catering to the growing need for data storage as software applications became more sophisticated.

Another key feature of this model was its compatibility with DOS and early Windows operating systems. Users could enjoy a graphical user interface while leveraging the power of DOS-based applications, marking a significant shift in user experience. The Sears 486.248463 also included expansion slots, which allowed for upgrades and customization. Users could add additional memory or enhance graphics capabilities, reflecting the growing trend of personalized computing.

Graphics capabilities were enhanced through the inclusion of VGA support, delivering improved visual fidelity for both productivity applications and gaming. The resolution provided by VGA allowed for clearer images and more vibrant colors, making it suitable for a variety of multimedia tasks.

In terms of connectivity, the Sears 486.248463 featured standard serial and parallel ports, enabling connections to printers, modems, and other peripherals. This flexibility made it a suitable choice for both home users and small business environments.

Overall, the Sears 486.248463 stands as a representative of its time, showcasing key technologies and characteristics that laid the foundation for modern personal computing. Its combination of performance, expandability, and compatibility highlights how far technology has come and the significant milestones achieved throughout computing history.