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ASSEMBLY & ADJUSTMENTS 

CONTROLLING THE DEPTH OF CUT 
 

The cutting depth scale (A) Fig.13 includes a combination of inch/metric 
measurements with a cutting range from 0” to 8”. The upward or downward 
movement is controlled by the handwheel (B). One turn of the handwheel 
will increase or decrease the height by 0.059” (1.5mm). Before attempting 
to move the position of the head up or down, loosen the lock knobs (C). 
Once the head is in the proper height, retighten lock knobs (C). 
 

ADJUSTEMENTS &

TOOLS

NEEDED 

 

Although your Planer was carefully adjusted at the factory, it should be 
checked before being put into operation. Any accuracies due to rough han-
dling in transit can easily be corrected by following these directions. In 
order to check the adjustments you will need a straight edge, feeler gauge 
and a homemade gauge block made of hard wood. This gauge block can 
be made by following the dimensions shown in Fig.14. 
 
 

ROTATING/CHANGING CARBIDE CUTTER INSERTS 
Replacement cutter insert kit available: KW-140  
(14mm x14mm x 2mm) 
 
WARNING! When checking cutter inserts, always make sure the      
planer is disconnected from the power source. 
 

To check, adjust or replace the cutterhead cutter inserts, first you must 
remove the upper cover as described below: 

1. Disconnect the planer from the power source. 
2. Remove the six screws (A) Fig.15, and remove the upper cover (B). Only 

4 of the 6 screws are shown in Fig.15. 

 

A Torx bit is supplied with this planer to remove or adjust the position of the 
carbide cutter inserts secured in the cutterhead. The spiral cutterhead is 
equipped with 98 indexable carbide cutter inserts which can be rotated to 
reveal one of its four cutting edges. Once a cutter insert becomes dull or  
damaged, simply rotate it 90º to reveal a fresh cutting edge. In addition, 
each cutter insert has a reference mark on one corner. This reference mark 
can be used as an indicator of which edges are used and which are new. 
Once the reference mark revolves back around to its starting position, the 
cutter insert should be replaced. 
 

To rotate or change a cutter insert; 

1) Disconnect the planer from the power source. 
2) Remove the upper cover as shown in Fig.16. 
3) Note the position of the reference mark. Using a T25 Torx bit, remove       

cutter insert by turning counterclockwise. The cutter insert and the seat 
should be as clean as possible.  This will prevent breakage of inserts 
and ensure proper insert alignment.  

4) If cutter insert is damaged, replace it a new one. If it is not damaged, 

rotate it as shown in illustration below, using a torque wrench, tighten to 
approximately 45-55 in/lbs torque. 

 
 
 
 
 
 
 
 
5) Reposition and secure upper cover.

FIGURE 13

B

A

C

FIGURE 14

FIGURE 15

FIGURE 16

Gauge 

Block

Summary of Contents for KC-526FX

Page 1: ...INSTRUCTION MANUAL MODEL KC 526FX COPYRIGHT 2020 ALL RIGHTS RESERVED BY KING CANADA TOOLS INC 20 INDUSTRIAL PLANER WITH SPIRAL CUTTERHEAD...

Page 2: ...normal wear and tear negligence or accidents repairs done by an unauthorized service center alterations and lack of maintenance King Canada shall in no event be liable for death injuries to persons or...

Page 3: ...safety glasses ANSI Z87 1 Everyday eye glasses only have impact resistant lenses they are NOT safety glasses Also use a face or dust mask if cutting operation is dusty 13 DON T OVERREACH Keep proper f...

Page 4: ...utter inserts 98 14mm x 14mm x 2mm Diameter 3 15 Speed 5 000 RPM Cuts per minute 20 000 Feed Rolls Spiral Infeed Diameter 2 Table bed rolls Adjustable Table 25 7 x 20 01 TECHNICAL INFORMATION GETTING...

Page 5: ...nd grounding plug The plug must be plugged into an appropriate outlet that is properly installed and grounded in accordance with all local codes and ordinances WARNING TO MAINTAIN PROPER GROUNDING OF...

Page 6: ...loose items packed with the machine including lifting handles and motor pulley 6 This coating may be removed with a soft cloth moistened with Kerosene NOTE Do not use acetone gasoline or lacquer thinn...

Page 7: ...hown in Fig 6 3 Using a straight edge align the motor and cutterhead pulleys as shown in Fig 7 the motor plate B Fig 5 can be moved for alignment by loosening the set screws C in the motor plate B as...

Page 8: ...11 across both rollers loosen the screws B Fig 11 and turn the eccentric shafts C to raise or lower the table rollers when the proper height is obtained tighten screws B The table rollers must be adju...

Page 9: ...isconnect the planer from the power source 2 Remove the six screws A Fig 15 and remove the upper cover B Only 4 of the 6 screws are shown in Fig 15 A Torx bit is supplied with this planer to remove or...

Page 10: ...bolt A and loosen bolt B Fig 19 these two bolts will allow you to move the idler sprocket assembly C far enough to release tension on the chain as shown in Fig 20 4 Remove chain from the sprocket from...

Page 11: ...rcle as shown in Fig 24 If an adjustment to the infeed roller chipbreaker pressure bar or outfeed roller is necessary follow the next steps Example To check and adjust the outfeed roller 0 02 below th...

Page 12: ...ift lever G Fig 27 When the speed shift lever is completely pushed in A Fig 28 the feed speed rate is 20 ft min when it is completely pulled out C the feed speed rate is 16 ft min and the center posit...

Page 13: ...ase 32 8 Bushing Frequently SAE 30 31 FIGURE 30 FIGURE 31 FIGURE 32 LUBRICATION GUIDE FOR GEAR BOX The gear box lubricant must be replaced every 2 500 hours of operation Suitable lubricant is multi pu...

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