Woodstock W1819/W1820 manual JZ\lc, Xe`e, `cp\Zb1, bcpDX`ek\eXeZ\1, DfekcpDX`ek\eXeZ\1

Page 65

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

D8@EK<E8E:<

JZ_\[lc\

For optimum performance from your machine, follow this maintenance schedule and refer to any specific instructions given in this section.

;X`cp:_\Zb1

Inspect blades for damage or wear.

Check for loose mounting bolts/arbor nut.

Check cords, plugs, and switch for damage.

Check for any other condition that could hamper the safe operation of this machine.

Wipe the table clean after every use—this ensures moisture from wood dust does not remain on bare metal surfaces.

N\\bcpDX`ek\eXeZ\1

Wipe down the table surface and grooves with a lubricant and rust preventive such as SLIPIT®.

Vacuum dust buildup from the motor housing and trunnions.

Clean the pitch and resin from the saw blade with a cleaner like OxiSolv® Blade & Bit Cleaner.

Dfek_cpDX`ek\eXeZ\1

› Check/tighten the belt tension (GX^\.+).

D8B< JLI< k_Xk pfli dXZ_`e\ `j legcl^^\[ [li`e^ Xcc dX`ek\eXeZ\ gif$ Z\[li\j@]k_`jnXie`e^`j`^efi\[#j\i`$ fljg\ijfeXc`ealipdXpfZZli%

:c\Xe`e^

Cleaning the Model W1819/W1820 is relatively easy. Vacuum excess wood chips and sawdust, and wipe off the remaining dust with a dry cloth. If any resin has built up, use a resin dissolving cleaner to remove it.

After cleaning, treat all unpainted cast iron and steel with a non-staining lubricant.

Occasionally it will become necessary to clean the internal parts with more than a vacuum. To do this, remove the table top and clean the internal parts with resin/pitch dissolver or mineral spirits and a stiff wire brush or steel wool. DO NOT USE WATER—WATER WILL CAUSE CAST IRON TO RUST.

Make sure the internal workings are dry before using the saw again, so that wood dust will not accumulate. If any essential lubrication is removed during cleaning, re-lubricate those areas.

-63-

D8@EK<E8E:<

Image 65
Contents EdcZ/+%,-™DcacZIZXcXVaHjeedgi/iZXhjeedgi5hdedm#Wo DLCGHB6CJ6APage @EKIFLK@FE Fek\ekjNffjkfZbK\Ze`ZXcJlggfik @EKIFLK@FEFekifcjXe=\Xkli\j @EKIFLK@FE @EKIFLK@FE @EKIFLK@FE @EKIFLK@FE @EKIFLK@FE @EKIFLK@FE XdX\kfk\dXZ`e\ip% JkXeXiDXZ`e\ipJX\kp@ejkilZk`fejJK89CD8?@E%Unexpected movement during `k`feXcJX\kpfiKXYc\JXnj Below are ways to avoid the most common causes of kickback Gi\m\ek`eB`ZbYXZbCfjjXipfK\idj `iZl`kI\hl`i\d\ekj `iZl`kI\hl`i\d\ekj=lcc$CfXlii\ekIXk`e Ok\ej`fefij Ifle`eI\hl`i\d\ekj=fiMfee\Zk`fe \i\hl`i\d\ekjfik`jdXZ`e\%@k\djE\\\fiJ\klg LegXZb`e\jZi`gk`fe Hkp `j dXZ`e\ gi\j\ekj \i`flj `ealip XqXij9fofek\ekj1=`li\j*Æ,  @em\ekfip?XinXi\EfkJfne  Hkp =`li\*% Main table saw unit =`li\+% Extension wings?XinXi\XeKffcjEfkJfne  =\eZ\@em\ekfipN/0Fdgfe\ekj Hkp ?XinXi\XeKffcjEfkJfne  Hkp =\eZ\@em\ekfipN\Xe`eDXZ`e\ DXZ`e\GcXZ\d\ekKfXjj\dYc\k\kXYc\jXn#fk\j\jk\gj1 8jj\dYcpSee =`li\ =`li\ ok\ej`feKXYc\ JXn9cX\ =\eZ\D`k\iXl\DXe\k`ZJn`kZ =\eZ\JZXc\ \Zb`e=\eZ\GXiXcc\c`jd=`li\.% Securing blade =`li\/% Checking fence parallelism with BladeKf`ejkXcck\\eZ\jZXc\#fk\j\jk\gj1 9cX\lXiZone Ljkfcc\Zk`feFdgfe\ekjXe?XinXi\E\\\1 \Zfdd\e\=DXkljkGfik1+=DKfk\jkilek\dXZ`e\#fk\j\jk\gj1 Pin =`li\*+% Switch disabling pin inserted Into on button\jkIle 9Xj`Zfekifcj ON/OFF Switch Starts and stops the motor\e\iXc Kifllkj Efe$KiflKifl LkjEfe$Kifllkj `gg`eYcX\\Xkli\jsee =`li\*01 9cX\J\c\Zk`feIfjjZlkYcX\\Xkli\jsee =`li\+1 FdY`eXk`feYcX\\Xkli\jsee =`li\+1=`li\+ Xf9cX\jsee =`li\+*1`eB\i9cX\ =`li\+*%Stacked dado blade=`li\++% Example of correct blade Direction 9cX\@ejkXccXk`feKf`ejkXcck\YcX\#fk\j\jk\gj1 9cX\lXi8jj\dYcp =`li\+-% Blade guard assemblyLXi Jgi\X\i\ekfLj\k\9cX\lXi 8ek`$B`ZbYXZbGXncj\eEfkkfLj\k\9cX\lXi Pawl\ekfLj\k\I`m`eBe`\ `m`eBe`\?fnkf@ejkXcck\I`m`eBe`\ Nfibg`\Z\@ejg\Zk`fe =`li\,%Typical ripping operation `gg`eKfdXb\Xi`gZlk#fk\j\jk\gj1 IfjjZlkk`e Kfg\ifidXd`k\iZlk#fk\j\jk\gj1 `k\ilkj`k\i=\eZ\ =`li\ ,,. Flip stop lock lever =c`gJkfg9cX\K`ck9\m\clkj =`li\,.%Example of a dado cut with a Dado blade Xflkk`e@ejkXcc`eXXf9cX\ KfZlkXXfn`kXXfYcX\#fk\j\jk\gj1 Adjust the dado blade to the desired depth of cutLkk`eXf\jn`kXXf9cX\ =`li\,0 Lkk`eXf\jn`kXJkXeXi9cX\=`li\,0%Single-blade dado first cut =`li\- %Single-blade dado second cutLkk`eIXYY\kjn`kXf9cX\ IXYY\klkk`e=`li\-,%Rabbet cutting with a standard Blade Lkk`eIXYY\kjn`kJkXeXi9cX\=`li\-+%Rabbet cutting with a standard Blade \jXn`e 8lo`c`Xip=\eZ\ DXb`eI\jXn9Xii`\iKfYl`ck\Xlo`c`Xip\eZ\#fk\j\jk\gj1 \jXn`eFg\iXk`fej=`li\67% Auxiliary fence Fdgfe\ekjE\\\fiI\jXn`e1Zflci\jlck`ej\i`fljg\ijfeXc`ealip% \ Xe\i f b`ZbYXZb `eZi\Xj\jKXYc\JXn8ZZ\jjfi`\j FGI8K@FEJ DXb`eX=\Xk\iYfXi =\Xk\iYfXij=`li\.% Patterns for featherboards Top view shown Cut a 30º angle at one end of the board=`li\.*% Assembling miter slot Featherboard components  Now, proceed to Dflek`e=\Xk\iYfXi`eD`k\i Jcfk on GX\=`li\.% Miter bar pattern Dflek`e=\Xk\iYfXi`eD`k\iJcfk Dflek`e=\Xk\iYfXijn`kcXdgjDXb`eXGljJk`Zb GljJk`ZbjDXb`eXGlj9cfZb Glj9cfZbjKfdXb\XeXiifn$i`ggljYcfZb#fk\j\jk\gj1 EXiifn$I`g8lo`c`Xip =\eZ\Glj9cfZbDXb`eXEXiifn$I`gGlj9cfZbfiXe =`li\ /.. Ripping with push block Lj`ek\8lo`c`Xip=\eZ\XeGlj9cfZbSupport Outfeed Flk\\JlggfikKXYc\jIfjjZlkJc\ \Xe`e JZ\lc\`cp\Zb1 \\bcpDX`ek\eXeZ\1Nfid\Xij#Kilee`feXe9\Xi`e?flj`e K\\k ClYi`ZXk`feKilee`feJc`\jFi`\ekXk`fe\Xij KffcjE\\\ 9cX\K`ckJkfgj\kk`e0—Jkfg9fck \kk`e+,—Jkfg9fck KffcjE\\\ Hkp `k\iJcfkkf9cX\ GXiXcc\c`jdJk\gj1 \Zb`e8c`ed\ek8aljk`e9\ekJgi\X\i&I`m`eBe`\ 8aljk`e8c`ed\ekGfjj`Yc\KffcjE\\\ Hkp Follow \Zb`e8c`ed\ek ,Jk\gjÆ* to determine=`li\*% Checking if fence is square to =\eZ\8aljkd\ekjJhlXi\Xe?\`k =`li\-. Example of fence aligned Parallel to miter slot =`li\.% Adjusting fence with a 1⁄64 Offset=\eZ\JZXc\Xc`YiXk`fe 8aljk`eD`k\i9XiK`ke\jj `k\iXl\8aljkd\ekj\Zb`e&J\kk`e0—Jkfgj \gcXZ`e9\ck \ej`fe`e9\ck\Zki`ZXcJX\kp@ejkilZk`fej Wiring Diagram Color KEY=`li\,% Motor wiring =`li\+% Magnetic switchDf\cN/0&N/N`i`e`XiXd =`li\-%KiflYc\jffk`e Symptom Possible Cause Possible SolutionJIM@ 9fp G8IKJDescription 9fpGXikjC`jk202-1 Kilee`feGXikjC`jk XPSS04M SET Screw M6-1 X Description 9cX\lXi`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