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ADJUSTMENTS & OPERATION

ADJUSTING SPRING TENSION OF INFEED AND OUTFEED ROLLERS

The infeed and outfeed rollers are those parts of your planer that feed the
stock while it is being planed. The feed rollers are under spring tension and
this tension must be sufficient to feed the stock uniformly through the planer
without slipping but should not be too tight that it causes damage to the board.
The tension should also be equal at both ends of each roller.

To adjust the spring tension of the infeed roller, turn two screws, one of which
is shown at (A) Fig.27. The other screw is located on the opposite side of the
machine. A good starting point to use in setting the spring tension of the infeed
roller is to adjust the two screws (A) until there are 

FOUR

threads showing

above the table casting. To increase or decrease the spring tension further,
adjust screws (A). 

To adjust the spring tension of the outfeed roller, turn two screws, one of which
is shown at (B) Fig.27. The other screw is located on the other side of the
machine. A good starting point to use in setting tension of the outfeed roller is
to adjust the two screws (B) until there is 

ONE

thread showing above the table

casting. To increase or decrease the spring tension further, adjust screws (B).

ADJUSTING TABLE ROLLERS

Your planer is supplied with two table rollers (A) Fig.28 which aid in feeding
stock by reducing friction and turn as the stock is fed through the planer. It is
not possible to give exact dimensions on the proper height setting of the table
because each type of wood behaves differently. As a general rule, however,
when planing rough stock the table rollers should be set 

HIGH 

(0.002” to

0.020”) above the table surface and when planing finish stock the table rollers
should be set 

LOW

, 0.001” above the table surface or level with the table

surface.

The table rollers on your planer are set for average planing and are parallel to
the table surface. If you desire to adjust the table rollers higher or lower,
proceed as follows:

1. 

DISCONNECT THE MACHINE FROM THE POWER SOURCE.

2. Lay a straight edge (B) Fig.29 across both rollers and with a feeler gauge

(C) underneath the straight edge as shown, adjust height of table rollers by
loosening set screws (D) Fig.28 and turn eccentric screws (E) Fig.28 to
raise or lower table rollers. Table rollers must be adjusted on the opposite
end of table in the same manner. The table rollers must always be set
parallel to the table. 

IMPORTANT: The eccentric screws (E) Fig.28 on both sides of the
planer are on eccentrics and care should be taken when adjusting to
keep the rollers from leading the stock to one side or the other. This
can be accomplished by turning eccentric screws (E) Fig.28 clockwise
to raise or lower the rollers and turning the two eccentric screws on
the opposite end of the rollers counterclockwise or vice versa.

FIGURE 27

FIGURE 28

FIGURE 29

Summary of Contents for KC-382CFX

Page 1: ...INSTRUCTION MANUAL MODEL KC 382CFX COPYRIGHT 2013 ALL RIGHTS RESERVED BY KING CANADA TOOLS INC 15 INDUSTRIAL PLANER 03 2013...

Page 2: ...nada shall in no event be liable for death injuries to persons or property or for incidental special or consequential damages arising from the use of our products To take advantage of this limited war...

Page 3: ...clean for best and safest performance Follow instructions for lubricating and changing accessories 15 DISCONNECT TOOLS Before servicing when changing accessories or attachments 16 AVOID ACCIDENTAL ST...

Page 4: ...N PROPER GROUNDING OF YOUR PLANER DO NOT REMOVE OR ALTER THE GROUNDING PRONG IN ANY MANNER WARNING IF NOT PROPERLY GROUNDED THIS PLANER CAN CAUSE ELECTRICAL SHOCK PARTICULARLY WHEN USED IN DAMP LOCATI...

Page 5: ...er 18 Chip breaker 19 Cutterhead 20 Outfeed roller SPECIFICATIONS KC 382CFX 15 INDUSTRIAL PLANER TECHNICAL INFORMATION Motor 3HP 240V 18Amp 1 Phase 60Hz Power transfer 3 V belts Capacities Minimum Len...

Page 6: ...and lowering shaft using a large washer and hex nut B supplied 3 Assemble handle C Fig 5 to handwheel A as shown 4 Loosen two head locking knobs one of which is shown at D Fig 5 and turn handwheel clo...

Page 7: ...6 wide is 3 16 when the stock is run through the planer on one side or the other of the cutterhead A limiter A Fig 9 is provided to limit the depth of cut to 1 8 on stock wider than 6 POWER FEED CONTR...

Page 8: ...ts must be tensioned after the first 16 hours of operation or your V belts will slip or burn out Always replace the V belts with a matched set of three V belts or the belt tension may not be even caus...

Page 9: ...the motor forward WARNING THE CUTTERHEAD AND KNIVES ARE NOW EXPOSED AND CARE SHOULD BE TAKEN AS THE KNIVES ARE VERY SHARP 4 To check and adjust the knives proceed as follows A Carefully place the kni...

Page 10: ...ting with the end screws first then the centre screws until the knife is securely held in the cutterhead Tighten the remaining two knives in the same manner 5 If the knives are removed for sharpening...

Page 11: ...he table directly under the cutterhead as shown Using 0 020 feeler gauge B placed on top of the gauge block raise or lower the head assembly until one of the knives just touches the feeler gauge when...

Page 12: ...he gauge block Then tighten hex nut D 6 Repeat this adjustment with the gauge block on the opposite end of the infeed roller ADJUSTING HEIGHT OF OUTFEED ROLLER The outfeed roller is adjusted at the fa...

Page 13: ...hich aid in feeding stock by reducing friction and turn as the stock is fed through the planer It is not possible to give exact dimensions on the proper height setting of the table because each type o...

Page 14: ...table 5 If the head casting is not parallel to table unassemble the planer from its enclosed stand and then tilt planer on its side as shown in Fig 32 Remove hex bolt C and loosen hex bolt D Fig 32 w...

Page 15: ...xcess wood chips and sawdust Excessive dust and wood chips in the motor could cause excessive heat Every effort should be made to prevent foreign material from entering the motor A visual inspection s...

Page 16: ...not parallel with table 6 Pitch or glue build up on components 1 High wood moisture or wet surface 2 Dull knives 1 Feeding workpiece too fast 2 Chipbreaker set unevenly 3 Knives installed unevenly 4 W...

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