Porter-Cable 4, 16 Taking Side Motion OUT of OVER-ARM, Tightening Yoke Against Bearing Carriage

Page 14

TAKING SIDE MOTION OUT OF OVER-ARM

DISCONNECT MACHINE FROM POWER

SOURCE.

1.Loosen hex nuts (A) and gib adjusting screws (B) and (C) Fig. 31.

2.Loosen nuts (D) Fig. 31, and adjust bolts (E), so that base wraps around column securely. If column is tight in base, turn bolts (E) clockwise to loosen. IMPORTANT: Turning bolts (E) clockwise will open the base jaws, while turning bolts (E) counter- clockwise and tightening nuts (D) will close the base jaws. Check elevation by turning crank handle, making sure the column moves up and down without binding.

3.

Tighten screws (B) Fig. 31, against the column gib

Fig. 31

 

until all side motion disappears in over-arm.

 

4.

Securely lock hex nuts (A) while holding screws (B)

 

 

and tighten screw (C).

 

TIGHTENING YOKE AGAINST BEARING CARRIAGE

DISCONNECT MACHINE FROM POWER

SOURCE.

After extended use "play" may develop between yoke

(C) Fig. 32, and bearing carriage (B). To reduce "play":

1.Remove guard and saw blade.

2.Remove end plate and cross cut stop from track- arm.

3.Remove yoke assembly from track-arm and place yoke assembly (C) Fig. 32 on saw table.

4.Pull yoke clamp handle (A) to the position shown in Fig. 32 to loosen, and loosen set screw (D) one turn only.

5.Turn nut (E) Fig. 32 clockwise until "play" between the yoke (C) and bearing carriage (B) is removed. Then tighten set screw (D),Fig. 32

6.Tighten yoke clamp handle (A) Fig. 32 by moving it forward, and reassemble yoke (C) assembly to track-arm.

D

Fig. 32

ADJUSTING BALL BEARINGS AGAINST TRACK RODS

The carriage is mounted on four double row, sealed ball bearings, two on fixed shafts. To adjust the ball bearings against the track rods:

DISCONNECT MACHINE FROM POWER SOURCE.

1.Remove end plate from track-arm, loosen clamp knob (A) Fig. 33, and move cuttinghead (B) to the front of the track-arm, then tighten clamp knob (A).

2.Loosen two set screws, one of which is shown at (C) Fig. 33, that lock both front and rear bearing eccentric shafts. The other screw is at the rear of the carriage.

3.Rotate yoke (B) Fig. 33 until hole in yoke is under either eccentric shaft (D).

4.Place roller head wrench (E) over hex nut (G) that locks shaft (D) Fig. 33, and loosen hex nut. Repeat this procedure at rear bearing.

5.Insert hex wrench (F) into eccentric shaft (Fig. 33), and turn until all "play" is removed between bearing (D) and track rods. Repeat this procedure for the rear bearing.

6.Tighten hex nuts with wrench (E) and lock set screws (C) with wrench at both bearings (Fig. 33). Replace end cap on track-arm.

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Contents 14, 16, and 18 Long Arm Radial Saws Table of Contents Important Safety InstructionsSafety Guidelines Definitions California PropositionGeneral Safety Rules Manual Before Operating the MachineAdditional Specific Safety Rules Carton Contents Functional DescriptionUnpacking and Cleaning Guide to PartsAssembly Cuttinghead and CROSS-CUT Stop to TRACK-ARM Starter BOX to Base Table Boards and FenceAdjusting Table TOP Parallel to TRACK-ARM Blade Guard and Anti Kickback DeviceCutterhead Return Spring Starting and Stopping SAW Locking Switch in OFF PositionOperation Tightening Yoke Against Bearing Carriage Adjusting Ball Bearings Against Track RodsTaking Side Motion OUT of OVER-ARM Adjusting Track Rods Adjusting TRACK-ARM Clamp Handle Adjusting Blade Square with Table TOPAdjusting Bevel Clamp Handle Adjusting SAW Travel Square with Fence Adjustable CROSS-CUT Stop Removing Heeling in SAW CUTAdjusting Blade Guard Checking and Adjusting Automatic BrakeWrench Storage Brackets Adjusting Tension on Cuttinghead Return AssemblyUsing a Table Extension Auxiliary Table Board FacingMiter Cutting CROSS-CUTTINGCROSS-CUT Stop OUT-RIPPING Compound Miter CuttingRipping IN-RIPPINGPushstick Constructing a Push StickTroubleshooting Guide Maintenance ServiceAccessories WarrantyPage Page Canadian PORTER-CABLE Delta Service Centers