Woodstock W1819/W1820 manual Xf9cX\jsee =`li\+*1, `eB\i9cX, =`li\+*%Stacked dado blade

Page 36

Df[\cN(/(0&N(/)'D]^%J`eZ\()&('

FG<I8K@FEJ

;X[f9cX[\j(see =`^li\+*)1

There are two types of dado blades: stacked and wobble.

JkXZb\[;X[f9cX[\: These dedicated dado cutting blade sets consist of up to 8 individual blades. Multiple cutters are "stacked" between two outside blades. The width of the dado is determined by the combination of cutters that are “stacked” together. The dado is cut in a single pass leaving a smooth and square channel in the face of the workpiece. Stacked dado blades are the most expensive option, but are worth considering if your projects require a lot of visible dado cuts. A stacked dado blade is shown in

=`^li\+*.

NfYYc\;X[f9cX[\: Also a dedicated dado blade, a wobble blade usually consists of a single blade that is tilted on the arbor shaft while it is spinning. The channel is cut in the face of the workpiece as the blade passes through its pre-adjusted width of

travel. Wobble blades are an inexpensive option when visibly pleasing channels are not a concern.



K_`eB\i]9cX[\

A blade with a kerf or thickness that is thinner than a standard blade. Since thin kerf blades are typically the same thickness of the spreader or riving knife—and in some cases thinner—we DO NOT recommend that they be used on this saw due to the increased risk of kickback. The acceptable kerf range is 0.102"– 0.126" (2.6mm–3.2mm).

Efk\1K_`jj\Zk`fefeYcX[\j\c\Zk`fe`jYpef d\XejZfdgi\_\ej`m\%8cnXpj]fccfnk_\jXnYcX[\ dXel]XZkli\iji\Zfdd\e[Xk`fejkf\ejli\jX]\Xe[ \]]`Z`\ekfg\iXk`fef]pflikXYc\jXn%

=`^li\+*%Stacked dado blade.

-34-

Image 36
Contents DLCGHB6CJ6A EdcZ/+%,-™DcacZIZXcXVaHjeedgi/iZXhjeedgi5hdedm#WoPage Fek\ekj @EKIFLK@FE@EKIFLK@FE NffjkfZbK\Ze`ZXcJlggfikFekifcjXe=\Xkli\j @EKIFLK@FE @EKIFLK@FE @EKIFLK@FE @EKIFLK@FE @EKIFLK@FE @EKIFLK@FE JkXeXiDXZ`e\ipJX\kp@ejkilZk`fej XdX\kfk\dXZ`e\ip%JK89CD8?@E%Unexpected movement during `k`feXcJX\kpfiKXYc\JXnj Gi\m\ek`eB`ZbYXZb Below are ways to avoid the most common causes of kickbackCfjjXipfK\idj `iZl`kI\hl`i\d\ekj =lcc$CfXlii\ekIXk`e`iZl`kI\hl`i\d\ekj Ifle`eI\hl`i\d\ekj Ok\ej`fefij=fiMfee\Zk`fe \i\hl`i\d\ekjfik`jdXZ`e\%LegXZb`e @k\djE\\\fiJ\klg\jZi`gk`fe Hkp `j dXZ`e\ gi\j\ekj \i`flj `ealip XqXij@em\ekfip 9fofek\ekj1=`li\j*Æ, ?XinXi\EfkJfne  Hkp =`li\*% Main table saw unit =`li\+% Extension wings=\eZ\@em\ekfipN/0 Fdgfe\ekj Hkp?XinXi\XeKffcjEfkJfne  =\eZ\@em\ekfipN ?XinXi\XeKffcjEfkJfne  HkpDXZ`e\GcXZ\d\ek \Xe`eDXZ`e\8jj\dYcp KfXjj\dYc\k\kXYc\jXn#fk\j\jk\gj1See =`li\ =`li\ ok\ej`feKXYc\ =\eZ\D`k\iXl\ DXe\k`ZJn`kZJXn9cX\ \Zb`e=\eZ\GXiXcc\c`jd =\eZ\JZXc\=`li\.% Securing blade =`li\/% Checking fence parallelism with Blade9cX\lXi Kf`ejkXcck\\eZ\jZXc\#fk\j\jk\gj1Ljkfcc\Zk`fe ZoneFdgfe\ekjXe?XinXi\E\\\1 \Zfdd\e\=DXkljkGfik1+=DPin =`li\*+% Switch disabling pin inserted Into on button \jkIleKfk\jkilek\dXZ`e\#fk\j\jk\gj1 ON/OFF Switch Starts and stops the motor \e\iXc9Xj`Zfekifcj Efe$KiflKifl Lkj Efe$KifllkjKifllkj 9cX\J\c\Zk`fe `gg`eYcX\\Xkli\jsee =`li\*01IfjjZlkYcX\\Xkli\jsee =`li\+1 FdY`eXk`feYcX\\Xkli\jsee =`li\+1Xf9cX\jsee =`li\+*1 =`li\+`eB\i9cX\ =`li\+*%Stacked dado blade9cX\@ejkXccXk`fe Kf`ejkXcck\YcX\#fk\j\jk\gj1=`li\++% Example of correct blade Direction =`li\+-% Blade guard assembly 9cX\lXi8jj\dYcpLXi Jgi\X\i8ek`$B`ZbYXZbGXncj \ekfLj\k\9cX\lXi\eEfkkfLj\k\9cX\lXi Pawl`m`eBe`\ ?fnkf@ejkXcck\I`m`eBe`\\ekfLj\k\I`m`eBe`\ Nfibg`\Z\@ejg\Zk`fe `gg`e KfdXb\Xi`gZlk#fk\j\jk\gj1=`li\,%Typical ripping operation IfjjZlkk`e `k\ilkj `k\i=\eZ\Kfg\ifidXd`k\iZlk#fk\j\jk\gj1 =c`gJkfg 9cX\K`ck9\m\clkj=`li\ ,,. Flip stop lock lever Xflkk`e @ejkXcc`eXXf9cX\=`li\,.%Example of a dado cut with a Dado blade Adjust the dado blade to the desired depth of cut Lkk`eXf\jn`kXXf9cX\KfZlkXXfn`kXXfYcX\#fk\j\jk\gj1 Lkk`eXf\jn`kXJkXeXi9cX\ =`li\,0=`li\,0%Single-blade dado first cut =`li\- %Single-blade dado second cutIXYY\klkk`e Lkk`eIXYY\kjn`kXf9cX\Lkk`eIXYY\kjn`kJkXeXi9cX\ =`li\-+%Rabbet cutting with a standard Blade=`li\-,%Rabbet cutting with a standard Blade \jXn`e DXb`eI\jXn9Xii`\i 8lo`c`Xip=\eZ\\jXn`eFg\iXk`fej KfYl`ck\Xlo`c`Xip\eZ\#fk\j\jk\gj1=`li\67% Auxiliary fence Fdgfe\ekjE\\\fiI\jXn`e1\ Xe\i f b`ZbYXZb `eZi\Xj\j Zflci\jlck`ej\i`fljg\ijfeXc`ealip%KXYc\JXn8ZZ\jjfi`\j FGI8K@FEJ =\Xk\iYfXij DXb`eX=\Xk\iYfXi=`li\.% Patterns for featherboards Top view shown Cut a 30º angle at one end of the board Now, proceed to Dflek`e=\Xk\iYfXi`eD`k\i Jcfk on GX\ =`li\.% Miter bar pattern=`li\.*% Assembling miter slot Featherboard components Dflek`e=\Xk\iYfXijn`kcXdgj Dflek`e=\Xk\iYfXi`eD`k\iJcfkGljJk`Zbj DXb`eXGljJk`ZbGlj9cfZbj DXb`eXGlj9cfZbEXiifn$I`g8lo`c`Xip =\eZ\Glj9cfZb DXb`eXEXiifn$I`gGlj9cfZbfiXeKfdXb\XeXiifn$i`ggljYcfZb#fk\j\jk\gj1 Lj`ek\8lo`c`Xip=\eZ\XeGlj9cfZb =`li\ /.. Ripping with push blockFlk\\JlggfikKXYc\j IfjjZlkJc\Support Outfeed JZ\lc\ \Xe`e`cp\Zb1 \\bcpDX`ek\eXeZ\1ClYi`ZXk`fe Kilee`feJc`\jFi`\ekXk`fe\XijNfid\Xij#Kilee`feXe9\Xi`e?flj`e K\\k 9cX\K`ckJkfgj \kk`e0—Jkfg9fckKffcjE\\\ \kk`e+,—Jkfg9fck `k\iJcfkkf9cX\ GXiXcc\c`jd KffcjE\\\ Hkp\Zb`e8c`ed\ek Jk\gj18aljk`e8c`ed\ek 8aljk`e9\ekJgi\X\i&I`m`eBe`\Gfjj`Yc\KffcjE\\\ Hkp Follow \Zb`e8c`ed\ek ,Jk\gjÆ* to determine=\eZ\8aljkd\ekj JhlXi\Xe?\`k=`li\*% Checking if fence is square to =`li\.% Adjusting fence with a 1⁄64 Offset =`li\-. Example of fence aligned Parallel to miter slot=\eZ\JZXc\Xc`YiXk`fe `k\iXl\8aljkd\ekj \Zb`e&J\kk`e0—Jkfgj8aljk`eD`k\i9XiK`ke\jj \ej`fe`e9\ck \gcXZ`e9\ckWiring Diagram Color KEY \Zki`ZXcJX\kp@ejkilZk`fej=`li\+% Magnetic switch =`li\,% Motor wiringDf\cN/0&N/N`i`e`XiXd =`li\-%Symptom Possible Cause Possible Solution KiflYc\jffk`eJIM@ G8IKJ 9fp9fpGXikjC`jk Description202-1 Kilee`feGXikjC`jk XPSS04M SET Screw M6-1 X 9cX\lXi Description`k\iXl\ =\eZ\ ok\ej`feN`eIX`cj Longitudinal Extension Support DXZ`e\CXY\cj G8IKJ Df\cN/0&N/D%J`eZ\ Place Stamp Here N8II8EKP =\FjVainBVXcZhVcYIddah