Grizzly Saw G0700 User Manual

model g0700  
10" sliding table saW  
oWner's manual  
Copyright © JULy, 2010. By grizzLy indUstriaL, inC.  
Warning: no portion of this manual may be reproduced in any shape  
or form Without the Written approval of grizzly industrial, inc.  
(For MaChines ManUFaCtUred sinCe 8/09) #tr12474 printed in taiWan  
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table of contents  
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introduction  
manual accuracy  
contact info  
We are proud to offer this manual with your new  
machine! We've made every effort to be exact  
with the instructions, specifications, drawings,  
and photographs of the machine we used when  
writing this manual. However, sometimes we still  
make an occasional mistake.  
We stand behind our machines. If you have any  
service questions, parts requests or general ques-  
tions about the machine, please call or write us at  
the location listed below.  
Grizzly Industrial, Inc.  
1203 Lycoming Mall Circle  
Muncy, PA 17756  
Also, owing to our policy of continuous improve-  
ment, your machine may not exactly match the  
manual. If you find this to be the case, and the dif-  
ference between the manual and machine leaves  
you in doubt, check our website for the latest  
manual update or call technical support for help.  
Phone: (570) 546-9663  
We want your feedback on this manual. If you can  
take the time, please email or write to us at the  
address below and tell us how we did:  
Before calling, find the manufacture date of your  
machine by looking at the date stamped into the  
machine ID label (see below). This will help us  
determine if the manual version you received  
matches the manufacture date of your machine.  
Grizzly Industrial, Inc.  
Technical Documentation Manager  
P.O. Box 2069  
Bellingham, WA 98227-2069  
C
/
O
machine description  
Manufacture Date  
of Your Machine  
the Model g0700 is designed as an alternative  
option to a traditional cabinet saw. this saw is  
capable of both through and non-through cutting  
operations, similar to a traditional cabinet saw, but  
has a sliding table available to assist with cross-  
cuts or angled cuts that would otherwise require a  
jig or crosscut sled to cut safely.  
For your convenience, we post all available man-  
uals and manual updates for free on our website  
at www.grizzly.com. Any updates to your model  
of machine will be reflected in these documents  
as soon as they are complete.  
a scoring blade is included with the Model g0700.  
it may or may not be used, depending on if the  
workpiece is faced with laminate, melamine, or  
other solid surface material, or if tear-out free cuts  
are required. if the scoring blade is not needed  
for cutting operations, it can be lowered under the  
table so it will stay sharp for later operations.  
in order to produce accurate results, the slid-  
ing table must move parallel to the blade and  
the scoring blade must be aligned with the main  
blade.  
-2-  
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identification  
rip Fence  
rip Fence  
Fine adjust  
Knob  
Miter Fence  
Flip stop  
Upper Blade  
guard  
rip Fence  
Lock Lever  
riving Knife  
hold down  
Clamp  
sliding  
table  
Lock  
Blade  
elevation  
handwheel  
Blade tilt  
handwheel  
Junction Box  
start/stop  
switch  
table insert  
Main Blade  
arbor Lock  
access hole  
riving Knife  
Main Blade  
scoring Blade  
arbor Lock  
access hole  
Lower Blade  
guard  
scoring Blade  
alignment adjustment  
access hole  
scoring Blade  
elevation adjustment  
access hole  
scoring Blade  
-3-  
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machine data sheet  
MACHINE DATA  
SHEET  
Customer Service #: (570) 546-9663 · To Order Call: (800) 523-4777 · Fax #: (800) 438-5901  
MODEL G0700 10" SLIDING TABLESAW WITH SCORING  
Product Dimensions:  
Weight.............................................................................................................................................................. 473 lbs.  
Length/Width/Height............................................................................................................................. 47 x 71 x 48 in.  
Foot Print (Length/Width)................................................................................................................. 27-1/2 x 25-1/2 in.  
Shipping Dimensions:  
Type.....................................................................................................................................................................Wood  
Content............................................................................................................................................................ Machine  
Weight.............................................................................................................................................................. 572 lbs.  
Length/Width/Height............................................................................................................................. 46 x 42 x 44 in.  
Electrical:  
Power Requirement........................................................................................................... 220V, Single-Phase, 60 Hz  
Minimum Circuit Size.............................................................................................................................................. 30A  
Switch................................................................................................................ Magnetic Switch w/Thermal Overload  
Switch Voltage...................................................................................................................................................... 220V  
Plug Included............................................................................................................................................................No  
Recommended Plug/Outlet Type............................................................................................................. NEMA L6-30  
Motors:  
Main  
Type.................................................................................................................. TEFC Capacitor Start Induction  
Horsepower.................................................................................................................................................5 HP  
Voltage........................................................................................................................................................220V  
Phase.............................................................................................................................................Single-Phase  
Amps.............................................................................................................................................................22A  
Speed.................................................................................................................................................3450 RPM  
Cycle..........................................................................................................................................................60 Hz  
Number Of Speeds........................................................................................................................................... 1  
Power Transfer .........................................................................................................................................V-Belt  
Bearings........................................................................................................Shielded and Permanently Sealed  
Main Specifications:  
Operation Information  
Main Blade Size......................................................................................................................................... 10 in.  
Main Arbor Size.........................................................................................................................................5/8 in.  
Scoring Blade Size.................................................................................................................................3-1/8 in.  
Scoring Blade Arbor Size.........................................................................................................................22 mm  
Maximum Width of Dado.......................................................................................................................13/16 in.  
Main Blade Tilt..................................................................................................................................... 0-45 deg.  
Main Blade Speed..............................................................................................................................4000 RPM  
Scoring Blade Tilt.................................................................................................................................0-45 deg.  
Scoring Blade Speed......................................................................................................................... 8000 RPM  
-4-  
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Cutting Capacities  
Max Depth Of Cut At 90D...................................................................................................................... 3-1/8 in.  
Max Depth Of Cut At 45D...................................................................................................................... 2-1/4 in.  
Table With Rip Fence Max Cut Width........................................................................................................ 34 in.  
Sliding Table With Cross Fence Max Cut Width.................................................................................. 27-1/2 in.  
Sliding Table With Cross Fence Max Cut Length................................................................................ 39-3/8 in.  
Miter Fence Cut Width At 45D....................................................................................................................38 in.  
Table Information  
Table Size Length...................................................................................................................................... 27 in.  
Table Size Width..................................................................................................................................14-3/4 in.  
Table Size With Ext Wings Length.............................................................................................................27 in.  
Table Size With Ext Wings Width.........................................................................................................39-3/4 in.  
Sliding Table Length............................................................................................................................ 39-3/8 in.  
Sliding Table Width.............................................................................................................................. 12-1/4 in.  
Construction Materials  
Table Construction............................................................................................................................... Cast Iron  
Sliding Table Construction.................................................................................................................. Aluminum  
Base Construction................................................................................................................................ Cast Iron  
Cabinet Construction.................................................................................................................................. Steel  
Trunnions Construction........................................................................................................................ Cast Iron  
Rollers Construction....................................................................................................................................Steel  
Fence Assembly Construction.......................................................................... Extruded Aluminum & Cast Iron  
Rails Construction......................................................................................................................Hardened Steel  
Guard Construction.................................................................................................................................. Plastic  
Spindle Bearing Type..............................................................Lubricated & Permanently Sealed Ball Bearings  
Paint........................................................................................................................................... Powder Coated  
Other Related Information  
No Of Dust Ports...............................................................................................................................................2  
Dust Port Size.................................................................................................................................... 2-1/2, 4 in.  
Other Specifications:  
Country Of Origin ..............................................................................................................................................Taiwan  
Warranty ............................................................................................................................................................ 1 Year  
Serial Number Location ....................................................................................Machine ID Label on Side of Machine  
Assembly Time ..................................................................................................................................................1 Hour  
Sound Rating ...................................................................................................................................................... 80 dB  
Features:  
Blade guard with 2-1/2" dust port  
4" main dust port  
Adjustable scoring blade  
Adjustable riving knife  
Single-lever locking miter fence  
-5-  
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SlIdINg TABle  
SAW CAPACITIeS  
Customer Service #: (570) 546-9663 • To Order Call: (800) 523-4777 • Fax #: (800) 438-5901  
model g0700 10" SlIdINg TABle SAW  
2712  
"
34"  
Miter Cut 90º  
w/Miter Fence  
34"  
Ripping Width  
2612  
"
51"  
28"  
38"  
2612  
"
Miter Cut +45°  
w/Miter Fence  
Miter Cut -45º  
w/Miter Fence  
1934  
"
393/8"  
Maximum Cutting Length (w/o Scoring Blade)  
-6-  
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section 1: safety  
For Your Own Safety, Read Instruction  
Manual Before Operating this Machine  
The purpose of safety symbols is to attract your attention to possible hazardous conditions.  
This manual uses a series of symbols and signal words intended to convey the level of impor-  
tance of the safety messages. The progression of symbols is described below. Remember that  
safety messages by themselves do not eliminate danger and are not a substitute for proper  
accident prevention measures.  
Indicates an imminently hazardous situation which, if not avoided,  
WILL result in death or serious injury.  
Indicates a potentially hazardous situation which, if not avoided,  
COULd result in death or serious injury.  
Indicates a potentially hazardous situation which, if not avoided,  
MAY result in minor or moderate injury. It may also be used to alert  
against unsafe practices.  
This symbol is used to alert the user to useful information about  
proper operation of the machine.  
NOTICE  
safety instructions for machinery  
OWNER’S MANUAL. Read and understand WEARING PROPER APPAREL. Do not wear  
clothing, apparel, or jewelry that can become  
entangled in moving parts. Always tie back or  
cover long hair. Wear non-slip footwear to avoid  
accidental slips which could cause a loss of work-  
piece control.  
this owner’s manual BEFORE using machine.  
Untrained users can be seriously hurt.  
EYE PROTECTION. Always wear ANSI-approved  
safety glasses or a face shield when operating or  
observing machinery to reduce the risk of eye  
injury or blindness from flying particles. Everyday  
eyeglasses are not approved safety glasses.  
HEARING PROTECTION. Always wear hear-  
ing protection when operating or observiing loud  
machinery. Extended exposure to this noise  
without hearing protection can cause permanent  
hearing loss.  
HAzARdOUS dUST. Dust created while using  
machinery may cause cancer, birth defects, or  
long-term respiratory damage. Be aware of dust  
hazards associated with each workpiece material,  
and always wear a NIOSH-approved respirator to  
reduce your risk.  
MENTAL ALERTNESS. Be mentally alert when  
running machinery. Never operate under the  
influence of drugs or alcohol, when tired, or when  
distracted.  
-7-  
-7-  
g0700 10" sliding table saw  
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-
DISCONNECTING POWER SUPPLY.-Always-dis- FORCING MACHINERY.-Do-not-force-machine.-  
connect- machine- from- power- supply- before- ser- It-will-do-the-job-safer-and-better-at-the-rate-for-  
vicing,- adjusting,- or- changing- cutting- tools- (bits,- which-it-was-designed.  
blades,-cutters,-etc.).-Make-sure-switch-is-in-OFF-  
position-before-reconnecting-to-avoid-an-unexpect-  
ed-or-unintentional-start.  
GUARDS & COVERS.- Guards- and- covers- can-  
protect-you-from-accidental-contact-with-moving-  
parts-or-flying-debris.-Make-sure-they-are- prop-  
erly-installed,-undamaged,-and-working-correctly-  
before-using-machine.  
APPROVED OPERATION.- Untrained- operators-  
can- be- seriously- hurt- by- machinery.- Only- allow-  
trained- or- properly- supervised- people- to- use-  
machine.-When-machine-is-not-being-used,-dis-  
connect- power,- remove- switch- keys,- or- lock-out-  
machine-to-prevent-unauthorized-use—especially-  
around-children.-Make-workshop-kid-proof!  
NEVER STAND ON MACHINE.-Serious-injury-or-  
accidental-contact-with-cutting-tool-may-occur-if-  
machine-is-tipped.-Machine-may-be-damaged.  
STABLE MACHINE. Unexpected-movement-dur-  
ing-operations-greatly-increases-the-risk-of-injury-  
and- loss- of- control.- Verify- machines- are- stable/  
secure- and- mobile- bases- (if- used)- are- locked-  
before-starting.  
DANGEROUS ENVIRONMENTS. Do- not- use-  
machinery- in- wet- or- rainy- locations,- cluttered-  
areas,-around-flammables,-or-in-poorly-lit-areas.-  
Keep- work- area- clean,- dry,- and- well-lighted- to-  
minimize-risk-of-injury.  
AWKWARD POSITIONS.- Keep- proper- footing-  
and-balance-at-all-times-when-operating-machine.-  
Do-not-overreach!-Avoid-awkward-hand-positions-  
that-make-workpiece-control-difficult-or-increase-  
the-risk-of-accidental-injury.  
ONLY USE AS INTENDED.- Only- use- machine-  
for- its- intended- purpose.- Never- modify- or- alter-  
machine-for-a-purpose-not-intended-by-the-manu-  
facturer-or-serious-injury-may-result!  
USE RECOMMENDED ACCESSORIES.-Consult-  
this-owner’s-manual-or-the-manufacturer-for-rec-  
ommended- accessories.- Using- improper- acces-  
sories-will-increase-the-risk-of-serious-injury.  
UNATTENDED OPERATION. Never- leave-  
machine-running-while-unattended.-Turn-machine-  
off-and-ensure-all-moving-parts-completely-stop-  
before-walking-away.  
CHILDREN & BYSTANDERS. Keep- children-  
and-bystanders-a-safe-distance-away-from-work-  
area.-Stop-using-machine-if-children-or-bystand-  
ers-become-a-distraction.  
MAINTAIN WITH CARE.-Follow-all-maintenance-  
instructions- and- lubrication- schedules- to- keep-  
machine-in-good-working-condition.-An-improperly-  
maintained-machine-may-increase-the-risk-of-seri-  
ous-injury.-  
REMOVE ADJUSTING TOOLS.- Never- leave-  
adjustment-tools,-chuck-keys,-wrenches,-etc.-in-or- CHECK DAMAGED PARTS.- Regularly- inspect-  
on-machine—especially-near-moving-parts.-Verify- machine- for- damaged- parts,- loose- bolts,- mis-  
adjusted- or- mis-aligned- parts,- binding,- or- any-  
other- conditions- that- may- affect- safe- operation.-  
Always-repair-or-replace-damaged-or-mis-adjust-  
ed-parts-before-operating-machine.  
removal-before-starting!  
SECURING WORKPIECE.- When- required,- use-  
clamps-or-vises-to-secure-workpiece.-A-secured-  
workpiece-protects-hands-and-frees-both-of-them-  
to-operate-the-machine.  
EXPERIENCING DIFFICULTIES. If- at- any- time-  
you- are- experiencing- difficulties- performing- the-  
intended- operation,- stop- using- the- machine!-  
Contact- our- Technical- Support- Department- at-  
(570)-546-9663.  
FEED DIRECTION.-Unless-otherwise-noted,-feed-  
work- against- the- rotation- of- blades- or- cutters.-  
Feeding-in-the-same-direction-of-rotation-may-pull-  
your-hand-into-the-cut.  
-8-  
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additional safety for sliding table saws  
blade guard/riving Knife. to reduce the  
risk of kickback, always make sure the riving  
knife and the blade guard are properly installed  
during all cutting operations.  
riving Knife alignment. if the riving knife  
is not aligned with the saw blade, the workpiece  
could bind and cause kickback. always make  
sure the riving knife is in proper alignment with  
the saw blade.  
KicKbacK. Kickback happens when the  
workpiece is thrown back toward the operator  
at a high rate of speed. Until you have a clear  
understanding of kickback, how it occurs, and  
how to prevent it, do not operate this saw!  
reaching over saW blade. never reach  
behind or over the blade with either hand while  
the saw is running. If kickback occurs while  
reaching over the blade, hands or arms will be  
pulled into the blade and may be amputated!  
WorKpiece control. if the workpiece  
should unexpectedly move or bind the blade,  
kickback could occur. always make sure the  
workpiece is placed in a stable position on the  
table and is supported by either the rip fence or  
the miter fence during cutting operations. Never  
back a workpiece out of a cut!  
removing WorKpieces. to avoid acciden-  
tal contact with the spinning blade, always turn  
the saw oFF and wait until the blade is com-  
pletely stopped before removing cut-offs. Use a  
push stick to keep hands away from the blade.  
blade height. Make sure the blade is adjust-  
ed to the correct height above the workpiece to  
prevent the blade from aggressively grabbing  
the workpiece and kicking it back toward the  
operator.  
push sticKs/blocKs. When ripping narrow  
stock, there is a risk of your hands contacting  
the spinning blade resulting in serious injury.  
always use push sticks/blocks when cutting nar-  
row stock to keep hands clear of the blade.  
damaged saW blades. a saw blade that  
is damaged or bent can cause kickback during  
operations. if you have any doubt about the con-  
dition of the saw blade, do not use it!  
operator position. if kickback occurs, the  
blade will eject the workpiece into the cutting  
path. never stand in-line with the cutting path of  
the blade during operation.  
safe WorKpieces. Cutting workpieces that  
are bent, warped, or curved, or cutting material  
not intended for this saw, increases the risk of  
kickback.  
aWKWard positions. avoid awkward body  
and hand positions where a sudden slip could  
cause your hands to hit the spinning blade.  
like all machines there is danger associated  
with this machine. accidents are frequently  
caused by lack of familiarity or failure to pay  
attention. use this machine with respect  
and caution to lessen the possibility of  
operator injury. if normal safety precautions  
are overlooked or ignored, serious personal  
injury may occur.  
no list of safety guidelines can be complete.  
every shop environment is different. always  
consider safety first, as it applies to your  
individual working conditions. use this and  
other machinery with caution and respect.  
failure to do so could result in serious per-  
sonal injury, damage to equipment, or poor  
work results.  
-9-  
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preventing Kickback protecting yourself  
from Kickback  
below are ways to avoid the most common  
causes of kickback:  
even if you know how to prevent kickback, it  
may still happen. here are some tips to pro-  
tect yourself if kickback does occur:  
only cut workpieces with at least one smooth  
and straight edge. do not cut excessively  
warped, cupped or twisted wood. if the  
workpiece warpage is questionable, always  
choose another workpiece.  
stand to the side of the blade during every  
cut. if a kickback does occur, the thrown  
workpiece usually travels directly in front of  
the blade.  
never attempt freehand cuts. if the workpiece  
is not fed parallel with the blade, a kickback  
will likely occur. always use the rip fence or  
crosscut fence to support the workpiece.  
Wear safety glasses or a face shield. in the  
event of a kickback, your eyes and face are  
the most vulnerable part of your body.  
Make sure the riving knife is aligned with the  
blade. a misaligned riving knife can cause  
the workpiece to catch or bind, increasing the  
chance of kickback. if you think that your riv-  
ing knife is not aligned with the blade, check  
it immediately!  
never, for any reason, place your hand  
behind the blade. should kickback occur,  
your hand will be pulled into the blade, which  
could cause amputation.  
Use a push stick to keep your hands farther  
away from the moving blade. if a kickback  
occurs, the push stick will most likely take  
the damage that your hand would have  
received.  
ensure that your table slides parallel with the  
blade; otherwise, the chances of kickback are  
greatly increased. take the time to check and  
adjust the sliding table to be parallel with the  
blade.  
Use featherboards or anti-kickback devices  
to assist with feeding and prevent or slow  
down kickback.  
do not remove the riving knife. the riving  
knife maintains the kerf in the workpiece,  
reducing the chance of kickback.  
Keep the blade guard installed and working  
correctly for all through cuts.  
statistics show that most common acci-  
dents among table saw users can be linked  
to kickback. Kickback is typically defined  
as the high-speed ejection of stock from the  
table saw toward its operator. in addition to  
the danger of the operator or others in the  
area being struck by the flying stock, it is  
often the case that the operators hands are  
pulled into the blade during the kickback.  
Feed cuts through to completion. anytime  
you stop feeding a workpiece in the middle of  
a cut, the chance of kickback is increased.  
never move the workpiece backwards while  
cutting or try to back it out of a cut while the  
blade is moving. if you cannot complete a  
cut for some reason, stop the saw motor and  
allow the blade to completely stop moving  
before backing the workpiece out. promptly  
fix the condition that prevented you from  
completing the cut, before starting the saw  
again.  
-10-  
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glossary of terms  
the following is a list of common definitions, terms and phrases used throughout this manual as they relate  
to this table saw and woodworking in general. Become familiar with these terms for assembling, adjusting  
or operating this machine.  
arbor: the metal shaft on which the blade is  
mounted.  
parallel: Being an equal distance apart at every  
point along two given lines or planes (i.e. the  
rip fence face is parallel to the face of the saw  
blade).  
bevel edge cut: a cut made along the edge of  
a workpiece with the saw blade tilted between 0˚  
and 45˚. refer to page 63 for more details.  
perpendicular: Lines or planes that intersect and  
form right angles (i.e. the blade is perpendicular to  
the table surface).  
blade guard assembly: a safety device that  
mounts over the saw blade to help prevent acci-  
dental contact with the saw blade and to contain  
flying chips and dust. refer to page 31 for more  
details.  
push stick: safety device used to push the  
workpiece through a cutting operation. Used most  
often when rip cutting thin workpieces. refer to  
page 50 for more details.  
crosscut: Cutting operation in which the miter  
gauge is used to hold the workpiece while it is  
cut across its shortest width. refer to page 39 for  
more details.  
rabbet:CuttingoperationthatcreatesanL-shaped  
channel along the edge of the workpiece. refer to  
page 43 for more details.  
dado blade: Blade or set of blades that are used  
to cut grooves and rabbets.  
rip cut: Cutting operation in which the rip fence  
is used to cut across the widest width of the  
workpiece. refer to page 37 for more details.  
dado cut: Cutting operation that uses a dado  
blade to cut a flat bottomed groove into the face of  
the workpiece. refer to page 41 for more details.  
riving Knife: Curved metal plate located behind  
the blade. Maintains kerf opening in wood when  
performing a cutting operation. acts as a barrier  
behind blade to shield hands from being pulled  
into the blade if a kickback occurs. refer to page  
31 for more details.  
featherboard: safety device used to keep the  
workpiece held firmly against the rip fence or table  
surface. refer to page 47 for more details.  
Kerf: the resulting cut or gap in the workpiece  
after the saw blade passes through during a cut-  
ting operation.  
straightedge: a tool used to check the flatness,  
parallelism, or consistency of a surface(s).  
thin Kerf blade: a blade with a kerf or thickness  
that is thinner than a standard blade cannot be  
used on this saw.  
Kickback: an event in which the spinning blade  
ejects the workpiece toward the front of the saw  
at a high rate of speed.  
through cut: a cut in which the blade cuts com-  
pletely through the workpiece (refer to page 30).  
non-through cut: a cut in which the blade does  
not cut through the top of the workpiece. refer to  
page 30 for more details.  
-11-  
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section 2: poWer supply  
availability  
circuit requirements for 220v  
This machine is prewired to operate on a 220V  
power supply circuit that has a verified ground and  
meets the following requirements:  
Before installing the machine, consider the avail-  
ability and proximity of the required power supply  
circuit. If an existing circuit does not meet the  
requirements for this machine, a new circuit must  
be installed. To minimize the risk of electrocu-  
tion, fire, or equipment damage, installation work  
and electrical wiring must be done by a qualified  
electrician in accordance with all applicable codes  
and standards.  
nominal voltage .............................. 220v/240v  
cycle..........................................................60 hz  
phase........................................... single-phase  
circuit rating......................................30 amps  
plug/receptacle ...........................nema l6-30  
cord .........3-Wire, 10 aWg, 300vac, “s”-type  
A power supply circuit includes all electrical equip-  
ment between the main breaker box or fuse panel  
in your building and the incoming power connec-  
tions at the machine. This circuit must be sized to  
safely handle the full-load current drawn from the  
machine for an extended period of time.  
Electrocution, fire, or  
equipment damage may  
occur if machine is not  
correctly grounded and  
connected to the power  
supply.  
For your own safety and protection of  
property, consult a qualified electrician if  
you are unsure about wiring practices or  
electrical codes in your area.  
full-load current rating  
The full-load current rating is the amperage a  
machine draws at 100% of the rated output power.  
On machines with multiple motors, this is the  
amperage drawn by the largest motor or sum of all  
motors and electrical devices that might operate  
at one time during normal operations.  
Note: The circuit requirements listed in this man-  
ual apply to a dedicated circuit—where only one  
machine will be running at a time. If this machine  
will be connected to a shared circuit where mul-  
tiple machines will be running at the same time,  
consult a qualified electrician to ensure that the  
circuit is properly sized for safe operation.  
full-load current rating at 220v ..... 22 amps  
The full-load current is not the maximum amount  
of amps that the machine will draw. If the machine  
is overloaded, it will draw additional amps beyond  
the full-load rating.  
If the machine is overloaded for a sufficient length  
of time, damage, overheating, or fire may result—  
especially if connected to an undersized circuit.  
To reduce the risk of these hazards, avoid over-  
loading the machine during operation and make  
sure it is connected to a power supply circuit that  
meets the requirements in the following section.  
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grounding instructions  
In the event of certain types of malfunctions or  
breakdowns, grounding provides a path of least  
resistance for electric current—in order to reduce  
the risk of electric shock.  
Serious injury could occur if you connect  
the machine to power before completing the  
setup process. DO NOT connect to power  
until instructed later in this manual.  
Improper connection of the equipment-grounding  
wire can result in a risk of electric shock. The  
wire with green insulation (with or without yellow  
stripes) is the equipment-grounding wire. If repair  
or replacement of the power cord or plug is nec-  
essary, do not connect the equipment-grounding  
wire to a live (current carrying) terminal.  
extension cords  
We do not recommend using an extension cord  
with this machine. If you must use an extension  
cord, only use it if absolutely necessary and only  
on a temporary basis.  
Check with a qualified electrician or service per-  
sonnel if you do not understand these grounding  
requirements, or if you are in doubt about whether  
the tool is properly grounded. If you ever notice  
that a cord or plug is damaged or worn, discon-  
nect it from power, and immediately replace it with  
a new one.  
Extension cords cause voltage drop, which may  
damage electrical components and shorten motor  
life. Voltage drop increases as the extension cord  
size gets longer and the gauge size gets smaller  
(higher gauge numbers indicate smaller sizes).  
Any extension cord used with this machine must  
contain a ground wire, match the required plug  
and receptacle, and meet the following require-  
ments:  
The power cord and plug specified under “Circuit  
Requirements for 220V” on the previous page  
has an equipment-grounding wire and a ground-  
ing prong. The plug must only be inserted into  
a matching receptacle (outlet) that is properly  
installed and grounded in accordance with all  
local codes and ordinances (see figure below).  
minimum gauge size ...........................10 aWg  
maximum length (shorter is better).......50 ft.  
L6-30 GROUNDED  
LOCKING  
RECEPTACLE  
Grounding Prong  
is Hooked  
L6-30  
LOCKING  
PLUG  
Current Carrying Prongs  
figure 1. typical L6-30 plug and receptacle.  
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section 3: setup  
setup safety  
unpacking  
the Model g0700 was carefully packed when it  
left our warehouse. if you discover the machine  
is damaged after you have signed for delivery,  
please immediately call Customer Service at  
(570) 546-9663 for advice.  
this machine presents  
serious injury hazards  
to untrained users. read  
through this entire manu-  
al to become familiar with  
the controls and opera-  
tions before starting the  
machine!  
save the containers and all packing materials for  
possible inspection by the carrier or its agent.  
Otherwise, filing a freight claim can be difficult.  
When you are completely satisfied with the condi-  
tion of your shipment, you should inventory the  
contents.  
Wear safety glasses dur-  
ing the entire set up pro-  
cess!  
items needed for  
setup  
this machine weighs  
almost 600 lbs. in the  
the following items are needed to complete the  
set up process, but are not included with your  
machine:  
box. serious  
injury  
may occur if safe mov-  
ing methods are not  
followed. get help lift-  
ing heavy parts during  
assembly and use a fork-  
lift to move the machine.  
description  
Qty  
safety glasses (for each person) .............. 1  
Forklift......................................................... 1  
Lifting straps .............................................. 2  
strong people for Lifting/Moving................ 2  
an electrician ............................................. 1  
straightedge 4' (or longer) ......................... 1  
hex Wrenches 3, 4, 5, 6, 8mm .........1 each  
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hardware recognition chart  
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item: (figure 3)  
Qty  
inventory  
b. extension table.......................................... 1  
c. hose support ............................................. 1  
d. dust hose 212"........................................... 1  
e. hose Clamps 212"...................................... 2  
after all the parts have been removed from the  
boxes in the crate, you should have the items  
listed below.  
C
B
if any nonproprietary parts are missing (e.g. a  
nut or a washer), we will gladly replace them; or  
for the sake of expediency, replacements can be  
obtained at your local hardware store.  
d
item: (figure 2)  
a. table saw................................................... 1  
Qty  
e
figure 3. extension table & dust hose  
components.  
a
item: (figure 4)  
Qty  
f. rip Fence round rail assembly ............... 1  
g. rip Fence scale......................................... 1  
h. rip Fence................................................... 1  
i. rip Fence Base.......................................... 1  
J. rip Fence handles..................................... 2  
g
F
h
i
figure 2. table saw base unit.  
J
figure 4. rip fence components.  
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item: (figure 5)  
Qty  
fasteners (grouped by usage)  
Qty  
K. push handle assembly w/Lock.................. 1  
l. Miter gauge assembly w/Flip stop............ 1  
m. push stick .................................................. 1  
n. Blade guard assembly .............................. 1  
o. riving Knife ................................................ 1  
p. arbor Lock tool .......................................... 1  
Q. Wrench 17mm ............................................ 1  
r. Wrench 19/22mm ....................................... 1  
s. scoring Blade............................................. 1  
t. Main Blade ................................................. 1  
Cap screws M10-1.5 x 25 (ext. table)............. 5  
Flat Washers 10mm (ext. table) ...................... 5  
Lock Washers 10mm (ext. table)..................... 6  
set screws M8-1.25 x 25 (ext. table) .............. 6  
hex nuts M8-1.25 (ext. table).......................... 6  
hex Bolts M6-1 x 16 (Fence scale) .................. 2  
hex Bolt M6-1 x 25 (Fence scale).................... 1  
Flat Washers 6mm (Fence scale)..................... 3  
Lock Washers 6mm (Fence scale)................... 3  
hex nuts M6-1 (Fence scale)........................... 3  
K
Cap screws M5-.8 x 12 (switch)....................... 2  
Lock Washers 5mm (switch) ............................ 2  
M
L
Cap screw M10-1.5 x 25 (hose support)......... 1  
Flat Washers 10mm (hose support)................. 2  
Lock Washer 10mm (hose support)................. 1  
hex nut M10-1.5 (hose support)...................... 1  
o
p
r
n
Q
s
t
figure 5. Miscellaneous components.  
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cleanup  
Gasoline and petroleum  
products have low flash  
points and can explode  
or cause fire if used to  
clean machinery. Avoid  
using these products  
to clean machinery.  
The unpainted surfaces of your machine are  
coated with a heavy-duty rust preventative that  
prevents corrosion during shipment and storage.  
This rust preventative has been your machine's  
close ally and guardian since it left the factory.  
If your machine arrived to you free of rust, then  
be thankful that the rust preventative protected  
it during its journey...and try to stay thankful as  
you clean it off, because it can be challenging to  
remove if you are unprepared and impatient.  
Many cleaning solvents  
are toxic if inhaled.  
Minimize your risk by only  
using these products in a  
well ventilated area.  
Plan on spending some time cleaning your  
machine. The time you spend doing this will  
reward you with smooth sliding parts and a better  
appreciation for the proper care of your machine's  
unpainted surfaces.  
NOTICE  
Avoid chlorine-based solvents, such as  
acetone or brake parts cleaner that may  
damage painted surfaces. Always follow  
the manufacturer’s instructions when using  
any type of cleaning product.  
Although there are many ways to successfully  
remove the rust preventative, these instructions  
walk you through what works well for us.  
Before cleaning, gather the following:  
Disposable Rags  
Cleaner/degreaser (see below)  
Safety glasses & disposable gloves  
Basic steps for removing rust preventative:  
1. Put on safety glasses and disposable  
gloves.  
h9692—orange power cleaner & degreaser  
one of the best cleaners we've found for quickly  
and easily removing rust preventative.  
2. Coat all surfaces that have rust preventative  
with a liberal amount of your cleaner/degreas-  
er and let them soak for few minutes.  
3. Wipe off the surfaces. If your cleaner/degreas-  
er is effective, the rust preventative will wipe  
off easily.  
Note: To clean off thick coats of rust preven-  
tative on flat surfaces, such as tables, use  
a PLASTIC paint scraper to scrape off the  
majority of the coating before wiping it off with  
your rag. (Do not use a metal scraper or you  
may scratch your machine.)  
figure 6. Model h9692 industrial orange power  
Cleaner/degreaser (99.9% biodegradable).  
4. Repeat Steps 2–3 as necessary until clean,  
then coat all unpainted surfaces with a quality  
metal protectant to prevent rust.  
Note: In a pinch, automotive degreasers, mineral  
spirits or WD•40 can be used to remove rust pre-  
ventative. Before using these products, though,  
test them on an inconspicuous area of your paint  
to make sure they will not damage it.  
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site considerations  
Weight Load  
Physical Environment  
Refer to the Machine Data Sheet for the weight  
of your machine. Make sure that the surface upon  
which the machine is placed will bear the weight  
of the machine, additional equipment that may be  
installed on the machine, and the heaviest work-  
piece that will be used. Additionally, consider the  
weight of the operator and any dynamic loading  
that may occur when operating the machine.  
The physical environment where your machine  
is operated is important for safe operation and  
the longevity of its components. For best results,  
operate this machine in a dry environment that is  
free from excessive moisture, hazardous chemi-  
cals, airborne abrasives, or extreme conditions.  
Extreme conditions for this type of machinery are  
generally those where the ambient temperature  
range exceeds 41°–104°F; the relative humidity  
range exceeds 20–95% (non-condensing); or the  
environment is subject to vibration, shocks, or  
bumps.  
Space Allocation  
Consider the largest size of workpiece that will  
be processed through this machine and provide  
enough space around the machine for adequate  
operator material handling or the installation of  
auxiliary equipment. With permanent installations,  
leave enough space around the machine to open  
or remove doors/covers as required by the main-  
tenance and service described in this manual.  
See below for required space allocation.  
Electrical Installation  
Place this machine near an existing power source.  
Make sure all power cords are protected from  
traffic, material handling, moisture, chemicals,  
or other hazards. Make sure to leave access to  
a means of disconnecting the power source or  
engaging a lockout/tagout device.  
Lighting  
Children or untrained people  
may be seriously injured by  
this machine. Only install in an  
access restricted location.  
Lighting around the machine must be adequate  
enough that operations can be performed safely.  
Shadows, glare, or strobe effects that may distract  
or impede the operator must be eliminated.  
92.5"  
47.5"  
63"  
33"  
30" Minimum  
Wall  
figure 7. Minimum working clearances.  
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3. Lift the table saw cabinet only as high as nec-  
essary to clear the pallet, and move it to the  
desired location.  
moving & placing  
table saw  
do not lift the table saw any higher than  
necessary to clear the floor. serious per-  
sonal injury and damage to the machine  
may occur if safe moving methods are not  
followed.  
this machine and its  
components are heavy.  
serious injury may occur  
if safe moving methods  
are not followed.  
4. remove the red lifting bolts from the back of  
the table.  
get help when lifting or  
moving the machine and  
its components. use a  
forklift to reduce the  
risk of a lifting strain or  
crushing injury.  
5. place a level on the cast iron table to level  
the table saw cabinet side to side and front  
to back. this will allow the table to slide  
smoothly.  
if a forklift is not available, a MiniMUM of four  
strong people are required to move this table saw  
from the pallet. the table saw can be "walked" off  
the pallet, then moved into place with a dolly or by  
sliding it. an additional option would be to put the  
saw on a Model g7315z mobile base, so it can be  
easily moved around the shop (see page 56).  
note: There are three options for leveling the  
saw: 1) Place it on a mobile base (Grizzly  
Model G7315Z) and use the mobile base  
adjustable feet to level it, 2) shim under the  
cabinet, and 3) thread bolts down into the  
nuts that are welded on the inside stand cor-  
ners (see Figure 9).  
to remove the saw from the pallet:  
1. remove the motor cover  
2. Feed the lifting straps around the lifting red  
bolts on the back of the table and the sliding  
table saw mounts on the front of the cabinet  
(see figure 8). attach the ends of the lifting  
straps to the forklift forks.  
figure 9. hex bolt in stand corners for leveling;  
the hex nut is used to secure the bolt position.  
figure 8. Lifting the table saw with a forklift and  
lifting straps (sliding table removed for clarity).  
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assembly & setup  
Before shipping, the sliding table was installed on  
the machine and calibrated to the main table and  
blade arbor.  
the table and fence components are heavy so  
you must get help lifting and holding them during  
the installation process.  
figure 11. extension wing mounted and  
adjusted evenly with the cast iron table.  
to assemble the sliding table saw:  
1. attach the extension table to the main table  
with (3) M10-1.5 x 25 cap screws, 10mm  
flat washers, and 10mm lock washers (see  
figure 10). do not fully tighten the cap  
screws at this time, because the extension  
table still needs to be leveled with the main  
table.  
5. Mount the rip fence scale to the main table  
and extension table (see figure 12) with (2)  
M6-1 x 16 hex bolts, (1) M6-1 x 25 hex bolt,  
and (3) M6-1 hex nuts, 6mm lock washers,  
and 6mm flat washers. do not completely  
tighten the fasteners at this time, because  
the rip fence scale will need to be calibrated  
to the blade during a later step.  
note: The longer hex bolt is used in the cast  
iron table. Also, make sure the scale is even  
with both table tops before securing it in  
place.  
Cap screws  
set screws  
figure 10. extension table installed.  
2. thread (1) M8-1.25 hex nut halfway onto  
each of the (4) M8-1.25 x 25 set screws,  
then thread the set screws a couple of turns  
into the locations shown in figure 10. these  
screws will help you level the table in the next  
step.  
Table  
3. adjust the top of the extension table to be  
even with the cast iron table and snug the  
cap screws down enough to hold the table in  
place.  
Hex Nut  
Flat Washer  
Scale  
4. Using a straightedge as a guide (see figure  
11), adjust the set screws to align the top of  
extension table with the top of the main table.  
When the extension table is fully aligned and  
leveled with the main table, tighten the hex  
nuts on the set screws against the extension  
table to lock them in position.  
Hex Bolt  
Lock Washer  
figure 12. Mounting rip fence scale.  
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6. the fence rail is pre-assembled with four rail  
studs and accompanying hardware. remove  
one hex nut, flat washer, and lock washer  
from the end of each stud, as shown in  
figure 13.  
9. slide the rip fence base onto the round rail.  
thread the handles and knob into the rip  
fence base, where shown in figure 15.  
handles  
M10-1.5 x 12  
Clamping  
plate  
Knob  
M10-1.5 x 70  
figure 13. hardware removed from fence rail  
studs to prepare for installation.  
figure 15. rip fence handles.  
10. slide the rip fence onto the rip fence base  
by sliding the fence t-slot over the clamping  
plate (see figures 15-16). Lock the fence by  
tightening the fence lock handle.  
7. install the rail with the studs through the holes  
in the tables, as shown in figure 14, and use  
the hardware removed in the previous step to  
secure the rail to the tables.  
do not tighten the hex nuts at this time,  
because the rail still needs to be adjusted.  
Fence Lock  
handle  
stud  
Large round  
Washer  
t-slot for  
Clamping plate  
figure 16. installing the rip fence.  
figure 14. round rail installed.  
8. remove the large round washer attached to  
the end of the fence rail. With this washer out  
of the way, you will be able to slide the rip  
fence base onto the rail.  
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11. remove the shipping brace from the sliding  
table, then install the sliding table end cover  
over the fixed part of the sliding table end, as  
shown in figure 17, using the premounted  
hardware. (save the brace for future trans-  
port needs.)  
remove  
shipping Brace  
Magnetic  
switch  
figure 19. Magnetic switch installed.  
14. open the cabinet door and remove the motor  
shipping brace shown in figure 20, then  
replace the fasteners where they were. (save  
the brace for future transport needs.)  
install end  
Cover  
figure 17. sliding table shipping brace and end  
cover installed.  
12. attach the push handle assembly, as shown  
in figure 18, with the two button head screws  
and flat washers already installed in the  
mounting holes.  
figure 20. Motor shipping brace.  
15. tilt the blade assembly to 0˚, then move  
the sliding table out of the way so you can  
access the lower blade guard cover and  
blade arbors.  
Button head  
Cap screws  
16. insert the arbor lock tool into the hole shown  
in figure 21, rotate the arbor until the arbor  
lock tool seats, then install the main blade per  
the instructions on page 35 as a guide.  
arbor  
Lock  
tool  
figure 18. sliding table handle attached to end  
of sliding table.  
13. thread (2) M5-.8 x 12 cap screws with 5mm  
lock washers through the switch bracket and  
into the sliding table base (see figure 19),  
then tighten the cap screws.  
figure 21. installing main blade.  
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17. install the riving knife (figure 22), using the  
instructions on page 32 as a guide.  
21. Verify that the metal part of the rip fence does  
not rest on the surface of the table.  
note: The rip fence body will scratch the  
table surface if the ride height is not adjusted  
correctly. Only the roller should touch the  
table surface.  
riving Knife  
—if the rip fence body does not rest on the  
table, then the fence is correctly adjusted.  
—if the rip fence body does rest on the table,  
carefully remove the rip fence and turn it  
upside down. Loosen the set screw shown  
in figure 24 and rotate the hex bolt to raise  
the roller. tighten the set screw to lock the  
ride height and recheck how the rip fence  
rests on the table.  
figure 22. installing riving knife.  
18. insert the arbor lock tool into the hole shown  
in figure 23, rotate the arbor until the lock  
tool seats, then install the scoring blade per  
the instructions on page 36.  
roller  
set screw  
arbor  
Lock  
tool  
hex Bolt  
figure 24. rip fence height adjustment.  
22. Check the height of the rip fence rail by slid-  
ing the rip fence along the rail and comparing  
the gap between the rip fence body and the  
tables.  
figure 23. installing scoring blade.  
19. slide the rip fence over until it just touches  
the blade.  
23. adjust the height of the rip fence rail, then  
tighten all of the hex nuts to secure the round  
rail in place.  
20. adjust the mounting position of the round rail  
until the rip fence evenly touches the entire  
width of the blade from front to back.  
24. re-install the large round washer on the end  
of the fence rail to prevent the fence body  
from sliding off when moved backward.  
note: To adjust the mounting position of the  
round rail, use the hex nuts (on the round rail  
studs) that are on both sides of the tables.  
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25. Make sure the fence is just touching the edge  
of the blade teeth, then adjust the position of  
the rip fence scale until the edge of the fence  
is aligned with the 0" mark on the scale. once  
it is aligned, carefully tighten the rip fence  
scale fasteners.  
28. install the hose support as shown in figure  
27.  
hose  
support  
26. Move the fence out of the way, and install the  
blade guard (figure 25) per the instructions  
on page 31. (this step is mandatory.)  
Blade guard  
Lock Washer  
Flat Washer  
10mm  
10mm  
Large  
Extension  
Hex Nut  
M10-1.5  
Hose  
Table  
Support  
figure 25. Blade guard installed.  
Cap Screw  
M10-1.5 x 25  
27. install the miter gauge as shown in figure  
26.  
figure 27. hose support installed.  
Miter gauge  
do not operate this saw without an ade-  
quate dust collection system. this saw cre-  
ates substantial amounts of wood dust while  
operating. failure to use a dust collection  
system can result in short and long-term  
respiratory illness.  
figure 26. Miter gauge installed.  
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30. run the 2½" hose over the hose support, as  
shown in figure 29.  
NOTICE  
minimum cfm at 4" dust port: 400 cfm  
minimum cfm at 212" dust port: 150 cfm  
Do not confuse this CFM recommendation with  
the rating of the dust collector. To determine  
the CFM at the dust port, you must consider  
these variables: (1) CFM rating of the dust col-  
lector, (2) hose type and length between the  
dust collector and the machine, (3) number  
of branches or wyes, and (4) amount of other  
open lines throughout the system. Explaining  
how to calculate these variables is beyond the  
scope of this manual. Consult an expert or pur-  
chase a good dust collection "how-to" book.  
figure 29. dust hose support in use.  
tip: the two dust ports can be connected  
together at the machine with the optional  
grizzly accessories shown in figure 30.  
29. secure a 4" dust hose to the dust port located  
under the saw table and the 212" dust hose to  
the blade guard (see figure 28).  
t20559 212" x  
4" x 4" y-Fitting  
h1215 4" Quick  
Fit sleeve  
4" hose  
figure 30. Consolidating dust lines with optional  
dust collection accessories from grizzly.  
212" hose  
figure 28. dust hoses attached.  
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3. attach the hot wires to the terminals across  
from the wires marked "s" and "r" (see  
figure 32), and attach the ground wire to the  
terminal across from the green wire tagged  
with the ground symbol. Make sure the termi-  
nal screws are firmly tightened so the wires  
will not pull out.  
power connection  
Before connecting the saw to power, read through  
section 2: poWer supply, beginning on  
page 12, to check that your setup follows the  
safety and circuit requirements for your model.  
When installing the power cord, it is Mandatory  
to make sure the cord is adequately secured to  
the junction box with a strain relief, so it will not be  
pulled loose if tripped over or caught on a moving  
object. the strain relief firmly attaches to the junc-  
tion box and clamps against the cord when tight-  
ened. also, it is important to firmly tighten terminal  
screws, so wires cannot come loose from any  
operational vibrations that may occur over time.  
ground (green)  
s (White/red)  
r (Black)  
figure 32. Location to connect incoming power  
supply wires inside junction box.  
if the cord or wires are pulled loose, the wires can  
cause a short, which may lead to fire, shock, or  
machine damage.  
4. Make sure the wires have adequate slack  
between the strain relief and the terminals,  
then tighten the strain relief against the power  
cord jacketnot the wires.  
5. test the strain relief by pulling on the cord  
from outside the box, using moderate force.  
When properly secured, the cord will remain  
in place and not slide in the strain relief.  
make sure power cord is  
not connected to power  
when wiring it to the  
junction box. connect  
machine first, then con-  
nect wires to the plug!  
6. replace the power box cover.  
7. Connect the required plug to the other end of  
the power cord, using the wiring instructions  
provided by the plug manufacturer.  
to connect the saw to the power supply:  
1. open the junction box shown in figure 31.  
if the wiring instructions are not provided  
with the plug, refer to the wiring diagram in  
this manual. the plug wiring shown in the  
diagram is drawn from neMa standards for  
the plug type shown. if your plug does not  
match the one shown in the wiring diagram in  
this manual, please contact technical support  
before proceeding any further.  
Junction Box  
8. Clear away any tools used during the assem-  
bly process, and press the stop button on  
the magnetic switch to ensure that the on  
button is not engaged.  
strain  
relief  
figure 31. Location of junction box and strain  
relief.  
9. plug the machine into the power source and  
proceed to the following test run section to  
verify that the saw operates correctly and is  
ready for cutting operations.  
2. Loosen the strain relief and slide the power  
cord through it and into the junction box.  
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test run  
if the machine does not operate as stated  
in this section, review the troubleshooting  
section on page 60. if you need additional  
help, call tech support at (570) 546-9663.  
do not place a machine into regular opera-  
tion if you suspect that it is malfunctioning,  
or serious injury could occur.  
the purpose of the test run is to verify that the  
newly assembled machine runs properly and all  
safety devices are in proper working condition  
before any cutting operations are performed.  
it is extremely important that all previous assem-  
bly and setup sections have been performed  
before performing this procedure. also, it is  
Mandatory that all steps in this section be  
followed very carefully and in the order given to  
ensure that the machine is correctly tested.  
to test run the saw:  
1. put on safety glasses, make sure any bystand-  
ers are out of the way, and that all tools have  
been removed from the saw.  
Before beginning the test run, review the power  
controls shown in figures 33–34 and the con-  
trols and components shown in identification on  
page 3.  
2. push in, then rotate the power switch stop  
button clockwise until it pops out. do the  
same thing on the emergency stop button.  
this resets the switches so the saw can be  
started.  
on Button  
3. press the on button. the blades should start  
and run smoothly without any problems. If  
any problems occur, immediately press either  
STOP button, then troubleshoot and correct  
the before starting the saw again.  
stop Button  
4. Make sure the power switch stop button  
is pushed in all the way and the emergency  
stop button is reset (popped out), then  
press the on button.  
—the saw should not start when either of  
the stop buttons are pushed in. if this is  
true, repeat this test with the emergency  
stop button pushed in and the power  
switch stop button reset.  
figure 33. Main power switch.  
—if the saw does start when either stop  
button is pushed in, then it is not function-  
ing correctly. Call tech support for advice  
before proceeding any further with the test  
run or machine operations.  
emergency  
stop Button  
5. if you successfully completed steps 1–4  
above, congratulations! the table saw is now  
ready for cutting operations.  
figure 34. emergency stop button.  
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section 4: operations  
operation overview  
to reduce the risk of  
serious injury when using  
this machine, read and  
understand this entire  
manual before beginning  
any operations.  
the purpose of this overview is to provide the  
novice machine operator with a basic understand-  
ing of how the machine is used during a typical  
operation, so the controls/components discussed  
later in this manual are easier to understand.  
due to the generic nature of this overview, it is  
not intended to be an instructional guide. to learn  
more about specific operations, read this entire  
manual, read "how to" books, and seek additional  
training from experienced machine operators.  
damage to your eyes, lungs, and hearing  
could result from using this machine without  
proper protective gear. always wear safety  
glasses, a respirator, and hearing protection  
when operating this machine.  
to complete a typical operation, the operator  
does the following:  
1. examines the workpiece to make sure it is  
suitable for cutting.  
2. adjusts the blade tilt, if necessary, to the cor-  
rect angle of the desired cut.  
1
3. adjusts the blade height approximately 4  
higher than the thickness of the workpiece.  
"
for your own safety read instruction  
manual before operating saw  
a) Wear eye protection.  
4. adjusts the fence to the desired width of cut  
then locks it in place.  
b) use saw-blade guard and riving knife for  
every operation for which it can be used,  
including all through sawing.  
c) Keep hands out of the line of saw blade.  
d) use a push-stick when required.  
e) pay particular attention to instructions  
on reducing risk of kickback.  
5. Checks the outfeed side of the machine  
for proper support and to make sure the  
workpiece can safely pass all the way through  
the blade without interference.  
6. puts on safety glasses and a respirator, and  
locates push sticks if needed.  
f) do not perform any operation freehand.  
g) never reach around or over saw blade.  
7. starts the saw.  
8. Feeds the workpiece all the way through the  
blade while maintaining firm pressure on the  
workpiece against the table and fence, and  
keeping hands and fingers out of the blade  
path and away from the blade.  
NOTICE  
if you have never used this type of machine  
or equipment before, seek training from an  
experienced machine operator or read "how  
to" books before beginning any projects.  
regardless of the content in this section,  
grizzly industrial will not be held liable for  
accidents caused by lack of training.  
9. stops the machine immediately after the cut  
is complete.  
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Workpiece  
inspection  
non-through &  
through cuts  
some workpieces are not safe to cut on this  
machine or may need to be modified before they  
can be safely cut. before cutting, inspect all  
workpieces for the following:  
non-through cuts  
A non-through cut is a sawing operation where  
the blade does not protrude above the top face of  
the wood stock, as shown in the Figure below.  
Material Type: This machine is intended for  
cutting natural and man-made wood prod-  
ucts, laminate covered wood products, and  
some plastics. Cutting drywall or cementitious  
backer board creates extremely fine dust and  
may reduce the life of the motor bearings.  
This machine is NOT designed to cut metal,  
glass, stone, tile, etc.; cutting these materials  
with a table saw greatly increases the risk of  
injury and damage to the saw or blade.  
figure 35. example of a non-through cut.  
Foreign Objects: Nails, staples, dirt, rocks  
and other foreign objects are often embed-  
ded in wood. While cutting, these objects  
can become dislodged and hit the operator,  
cause kickback, or break the blade, which  
might then fly apart. Always visually inspect  
your workpiece for these items. If they can’t  
be removed, DO NOT cut the workpiece.  
Examples of non-through cuts include dadoes  
and rabbets. Non-through cuts have a higher risk  
of injury from kickback because the blade guard  
must be removed. However, the riving knife MUST  
be installed because it still provides some protec-  
tion. When making non-through cuts with a dado  
blade, do not attempt to cut the full depth in one  
pass. Instead, take multiple light passes to reduce  
the load on the blade. A dado blade smaller than  
10" will require removal of the riving knife, because  
the riving knife will be higher than the blade.  
Large/Loose Knots: Loose knots can  
become dislodged during the cutting opera-  
tion. Large knots can cause kickback and  
machine damage. Choose workpieces that  
do not have large/loose knots or plan ahead  
to avoid cutting through them.  
through cuts  
A through cut is a sawing operation in which the  
workpiece is completely sawn through, as shown  
in the Figure below. Examples of through cuts are  
rip cuts, cross cuts, miter cuts, and beveled cuts.  
The blade guard assembly MUST be used when  
performing through cuts.  
Wet or “Green” Stock: Cutting wood with a  
moisture content over 20% causes unneces-  
sary wear on the blades, increases the risk of  
kickback, and yields poor results.  
Excessive Warping: Workpieces with exces-  
sive cupping, bowing, or twisting are danger-  
ous to cut because they are unstable and  
may move unpredictably when being cut.  
Minor Warping: Slightly cupped workpieces  
can be safely supported with cupped side  
facing the table or fence; however, work-  
pieces supported on the bowed side will rock  
during the cut, which could cause kickback.  
figure 36. example of a through cut (blade  
guard not shown for illustrative clarity).  
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blade guard &  
riving Knife  
To ensure that the riving knife works safe-  
ly, it MUST be aligned with and correctly  
adjusted to the blade.  
the term "blade guard" refers to the assembly that  
consists of the guard and riving knife assembly  
(see figure below). each of these components  
have important safety functions.  
When to use the blade guard  
the blade guard MUst be installed on the saw for  
all normal through cuts (defined on page 30).  
sometimes the blade guard or its components  
can get in the way when cutting very narrow  
workpieces or other specialized cuts. Because  
the blade guard is provided to decrease your risk  
of injury, it should not be used if it gets in the way  
of making a safe cut. Use good judgment!  
Guard  
Riving Knife  
in general, the blade guard MUst remain installed  
on the saw—unless a specific operation requires  
its removal. if the blade guard is removed for  
specific operations, always immediately replace it  
after those operations are complete.  
figure 37. Blade guard assembly components.  
understanding the blade guard  
The guard encloses the top of the blade to reduce  
the risk of accidental blade contact and contain  
flying chips or dust.  
When to use the riving Knife only  
Use the riving knife without the blade guard for  
any non-through cuts (defined on page 30) or nar-  
row/specialized cuts in which the blade guard gets  
in the way of a safe cut.  
The guard is designed to lift as the workpiece is  
pushed into the blade, remain in contact with the  
workpiece during the cut, then return to a resting  
position against the table when the cut is com-  
plete. When installed and properly maintained,  
the guard is an excellent tool for reducing the risk  
of injury when operating the table saw.  
always immediately replace the blade guard when  
these cuts are complete!  
When not to use riving Knife  
if you use a dado blade that has a diameter  
smaller than 10", the riving knife will be taller than  
the top of the blade, which will prevent the cut  
from being completed. in this case, the only way  
to complete the cut is to remove the riving knife.  
To ensure that the guard does its job effectively, it  
MUST be installed and adjusted so that it moves  
up and down properly to accommodate workpiec-  
es and maintain coverage over the blade.  
understanding the riving Knife  
the riving knife is a metal plate that prevents the  
freshly cut pieces of the workpiece from pinching  
the backside of the blade and causing a kickback.  
it also acts as a barrier behind the blade to shield  
hands from being pulled into the blade if a kick-  
back occurs and the operator is reaching behind  
the blade. (reaching behind the blade is a major  
safety risk and should not be done).  
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riving Knife installation & removal  
the riving knife must be correctly installed, adjust-  
ed, and aligned in order to provide the maximum  
safety benefit.  
Top Distance  
Minimum 3mm  
Maximum 8mm  
the riving knife attaches to the mounting block as  
shown in figure 38. always firmly tighten the hex  
nut when securing the riving knife in place.  
Riving  
Knife  
Bottom Distance  
Minimum 3mm  
Maximum 8mm  
Table  
figure 40. allowable top and bottom distances  
between riving knife and blade.  
1
once the riving knife is properly positioned at the  
correct distance from the blade, verify that it is  
aligned with the blade by checking the alignment  
with a straightedge in the top and bottom loca-  
tions shown in figure 41.  
2
3
figure 38. installing riving knife on mounting  
block.  
Top Alignment  
secure the riving knife so that the top of it is  
1–5mm below the top level of the blade, as shown  
in figure 39.  
Riving  
Knife  
Bottom Alignment  
Table  
Minimum 1mm  
figure 41. Checking top and bottom riving knife  
alignment with blade.  
Height Difference  
Maximum 5mm  
the riving knife should be parallel with the blade  
along its length at both positions and should be in  
the "alignment zone" shown in figure 42.  
Riving  
Knife  
Alignment  
Zone  
figure 39. height difference between riving knife  
and blade.  
Spreader or  
Riving Knife  
the height difference between the riving knife and  
the blade allows the workpiece to pass over the  
blade during non-through cuts (those in which the  
blade does not cut all the way through the thick-  
ness of the workpiece).  
Straightedge  
Blade  
figure 42. Verifying that riving knife is in the  
alignment zone behind the blade.  
the riving knife also prevents the freshly cut sides  
of the workpiece from pinching the blade and  
causing kickback. For maximum effectiveness of  
this safety design, the riving knife must be posi-  
tioned within 3–8mm from the blade, as shown in  
figure 40.  
if the riving knife is not aligned or parallel with the  
blade, refer to adjusting riving Knife mounting  
block on page 66.  
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blade guard installation & removal  
blade requirements  
the blade guard fits over the riving knife and is  
secured in place with one M8-1.25 x 40 button  
head cap screw (see "Mounting screw" in figure  
43). this is the only fastener that needs to be  
installed/removed when installing or removing the  
blade guard.  
the riving knife included with this machine is  
0.090" (2.3mm) thick and is only designed for 10"  
diameter blades.  
When choosing a main blade, make sure the  
blade size meets the requirements listed below.  
the thickness of the blade body and teeth can be  
measured with calipers or any precision measur-  
ing device.  
blade size requirements:  
Mounting  
screw  
Body thickness: 0.079"–0.090"  
(2.0mm–2.3mm)  
Kerf (tooth) thickness: 0.122"–0.129"  
(3.1mm–3.3mm)  
blade selection  
This section on blade selection is by no means  
comprehensive. Always follow the saw blade  
manufacturer's recommendations to ensure safe  
and efficient operation of your table saw.  
figure 43. Blade guard mounted to riving knife.  
When installing the blade guard, the mounting  
screw must be left loose enough that the guard  
can freely pivot up and down, but not so loose that  
there is side-to-side play when pivoting.  
Ripping Blade Features:  
Best for cutting with the grain  
20-40 teeth  
Flat-top ground tooth profile  
Large gullets for large chip removal  
testing guard for correct operation  
after installing the blade guard, you must verify  
that it functions correctly before making a cut. to  
test the blade guard operation, lift up the front end  
about 4" then release it.  
if the blade guard freely drops down against  
the table surface, then it is functioning cor-  
rectly and is ready for operation.  
Flat  
Top  
Blade  
if the blade guard remains in the position  
where you released it, or it does not drop  
down against the surface of the table, then  
the mounting screw is too tight. Loosen it  
slightly and repeat this test until the guard  
functions correctly.  
if the blade guard feels loose and easily  
moves back and forth as you raise it, then  
the mounting screw is too loose. tighten it  
slightly and repeat this test until the guard  
functions correctly.  
figure 44. ripping blade.  
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Crosscut blade features:  
Laminate blade features:  
Best for cutting across the grain  
60-80 teeth  
Alternate top bevel tooth profile  
Small hook angle and a shallow gullet  
Best for cutting plywood or veneer  
40-80 teeth  
Triple chip tooth profile  
Very shallow gullet  
Alternate  
Top  
Triple  
Chip  
Bevel  
Blade  
figure 45. Crosscutting blade.  
figure 47. Laminate blade.  
Combination blade features:  
Thin Kerf Blade: A blade with thinner kerf than  
a standard blade. Since the spreader/riving knife  
included with this table saw is sized for standard  
blades, thin kerf blades cannot be used on this  
saw unless they meet the Blade Requirements  
specified in this manual; otherwise, they will  
increase the risk of kickback.  
Designed to cut both with and across grain  
40-50 teeth  
Alternate top bevel and flat, or alternate top  
bevel and raker tooth profile  
Teeth are arranged in groups  
Gullets are small and shallow (similar to a  
cross-cut blade), then large and deep (similar  
to a ripping blade  
Dado Blades  
Stacked Dado Blade (see below): Multiple  
blades are stacked together to control the cutting  
width. Stacked dado blades are more expensive  
than wobble blades, but typically produce higher  
quality results.  
Alternate  
Top  
Bevel  
and  
Wobble Dado Blade: A single blade mounted at  
a slight angle on an arbor hub. The blade angle is  
adjustable on the hub, and the width of the dado  
cut is controlled by the angle setting of the blade.  
Flat  
figure 46. Combination blade.  
figure 48. stacked dado blade.  
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6. Use the arbor wrenches to remove the arbor  
nut and arbor flange, as shown in figure  
50, then pull the old blade off the arbor. The  
arbor nut has left-hand threads and loosens  
by turning clockwise.  
changing main  
blade  
this saw performs best with high-quality sharp  
blades. Whenever the blades become dull, replace  
or have them sharpened.  
arbor  
Lock  
tool  
to change the main blade:  
1. disConneCt saW FroM poWer!  
tighten  
2. Move the blade tilt to 0° (blade 90° to table)  
and raise the main blade as far as it will go.  
3. Move the sliding table out of the way to  
expose the lower blade cover that covers the  
blades and riving knife, as shown in figure  
49.  
Loosen  
figure 50. replacing the main blade.  
7. install the blade as shown in figure 51, mak-  
ing sure the teeth face toward the scoring  
blade. do not overtighten the arbor nut.  
hole for arbor  
Lock tool  
Blade Cover  
figure 49. Blade cover made accessible with  
sliding table moved out of the way.  
figure 51. Main blade installation and order of  
assembly.  
4. pull the blade cover away from the blades to  
expose the mounting assembly. (the blade  
cover is held closed with a magnet.)  
— if you changed the diameter of the blade  
during this procedure,adjust the riving knife  
according to riving Knife installation &  
removal on page 32.  
5. insert the arbor lock tool into the hole shown  
in figure 49, then rotate the blade by hand  
until the arbor lock tool seats.  
8. Move the blade cover back into its original  
position next to the blades, then center the  
sliding table.  
Before proceeding with the next step, wear  
gloves to protect your hands while handling  
and installing the blade.  
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adjusting scoring blade  
changing/adjusting  
scoring blade  
1. disConneCt saW FroM poWer!  
2. Unlock the scoring blade controls by inserting  
a 6mm hex wrench into the controls lock hole  
shown in figure 53 and turning the mecha-  
nism inside counterclockwise until loose.  
the scoring blade included with the Model g0700  
has wedge shaped teeth. With this style of scoring  
blade, the kerf thickness is adjusted by changing  
the height of the scoring blade. raising the scor-  
ing blade higher increases the kerf thickness.  
height Control  
Controls Lock  
changing scoring blade  
1. disConneCt saW FroM poWer!  
2. remove the blade guard and move the blade  
tilt to 0˚ (blade 90˚ to table).  
alignment Control  
3. Move the sliding table to the side and pull the  
blade cover open.  
figure 53. Checking and adjusting scoring blade  
positioning.  
4. insert the arbor lock tool in the table, rotate  
the scoring blade to seat the arbor lock tool,  
and use the arbor wrenches to remove the  
arbor nut and scoring blade (see figure 52).  
3. place a straightedge across the body of the  
main blade (not the teeth) and align the body  
of the scoring blade to the main blade, by  
turning the alignment control (figure 53) with  
a 6mm hex wrench.  
arbor Lock  
tool  
4. adjust the height of the scoring blade, by  
turning the height control (figure 53) with a  
6mm hex wrench, until the exposed portion  
equals the kerf thickness of the main blade.  
tighten  
Loosen  
note: The easiest way to match the scor-  
ing blade kerf is by laying a straightedge on  
the table, and placing it up against the main  
blade teeth and beyond the scoring blade,  
then adjusting the scoring blade height until  
its teeth align with the main blade teeth. Also  
check on the other side of the blades to verify  
that the kerf thickness matches and the scor-  
ing blade is aligned with the main blade.  
5. tighten the controls lock.  
6. Move the blade cover back into its original  
position next to the blades, then center the  
sliding table.  
figure 52. removing/installing scoring blade.  
5. install the new scoring blade as shown in  
figure 52, tighten the arbor nut, and adjust  
the scoring blade alignment and height as  
necessary.  
7. perform a test cut and check for chip out on  
the underside of the test piece. if there is  
chip out, make the adjustments necessary to  
match the kerfs.  
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rip cutting with sliding table  
1. install the miter fence on the sliding table, as  
shown in figure 56.  
rip cutting  
this saw has the capability of rip cutting large  
panels, as shown in figure 54. the sliding table  
removes the burden of sliding a large and heavy  
panel over a stationary table surface.  
figure 56. Miter fence mounting locations.  
2. adjust the fence angle to 0˚, using the angle  
scale on the miter gauge. if the cut requires  
extreme precision, adjust the miter fence as  
described in squaring miter fence to blade  
on page 65.  
figure 54. rip cutting with the sliding table.  
3. adjust the miter fence so it does not extend  
into the cutting path of the blade.  
this saw also has the capability of rip cutting in  
the same manner as a traditional table saw, as  
shown figure 55.  
4. set the flip stop to the desired width-of-cut.  
5. Load the workpiece onto the table saw. the  
set up should look similar to figure 54.  
6. adjust the height of the main blade  
1
approximately 8"–14" above the top of the  
workpiece.  
7. take all the necessary safety precautions,  
then perform the cutting operation.  
figure 55. traditional rip cutting.  
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3. adjust the rip fence to the location necessary  
for the width of cut, lining up the edge of the  
rip fence where necessary on the scale (see  
figure 59), then locking the fence in place.  
rip cutting with rip fence  
1. Lock the sliding table in a stationary position  
in front of the saw. (the table will only lock in  
place when it is centered in front of the saw  
and the sliding table lock is in the locked posi-  
tion (see figure 57).  
edge of Fence  
sliding table Lock  
Unlock  
position  
Lock  
position  
figure 59. edge of rip fence over scale indicates  
cutting width.  
figure 57. sliding table lock.  
4. Load the workpiece onto the table saw. the  
set up should look similar to figure 55.  
2. place the fence in the vertical position for  
larger workpieces, or in the horizontal posi-  
tion for angled cuts and for small workpieces  
(see figure 58).  
5. adjust the height of the main blade  
1
approximately 8"–14" above the top of the  
workpiece.  
6. take all the necessary safety precautions,  
then perform the cutting operation as you  
would with a traditional table saw (by sliding  
the workpiece firmly along the fence until the  
cut is complete).  
Vertical  
horizontal  
figure 58. rip fence positions.  
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also, if setup correctly the rip fence can be used  
as a stop block for making repeat cuts of the same  
width. figure 62 shows the proper fence position  
in relation to the blade when using the fence as a  
stop block.  
crosscutting  
the Model g0700 can crosscut with the fence in  
the forward or rear position, although it is easier  
to load large workpieces with the miter fence  
mounted in the forward position (see figure 60).  
rip Fence  
Front edge  
of Blade  
Leading edge  
of rip Fence  
figure 62. Correct rip fence position when using  
it as a cut-off gauge.  
figure 60. Crosscutting with miter fence in the  
forward position.  
to perform a crosscutting operation:  
1. install the miter fence in either of the two  
positions shown in figures 60–61.  
Mounting the miter fence in the rear position (see  
figure 61) gives greater stability for crosscutting  
smaller panels.  
2. adjust the fence angle to 0˚, using the angle  
scale on the miter gauge. if the cut requires  
extreme precision, adjust the miter fence as  
described in squaring miter fence to blade  
on page 65.  
3. adjust the miter fence so it does not extend  
into the cutting path of the blade.  
4. set the flip stop to the desired width-of-cut.  
5. Load the workpiece onto the table saw. the  
set up should look similar to figure 54.  
6. adjust the height of the main blade  
approximately 8"–14" above the top of the  
workpiece.  
1
figure 61. Crosscutting with miter fence in the  
rear position.  
7. take all the necessary safety precautions,  
then perform the cutting operation.  
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miter cutting  
the miter fence is graduated in increments  
and can be angled anywhere between 45°L and  
45°r.  
the angle of the miter fence is adjusted by loosen-  
ing the lock handle (figure 63), rotating the fence  
to the angle shown on the scale, then tightening  
the lock handle to secure it in place.  
Lock handle  
scale  
figure 64. Fence set-up for 45˚r cuts.  
figure 63. Miter fence.  
to perform a miter cut:  
figure 65. Fence set-up for 45°L cuts.  
3. position the flip stop according to the length  
of the workpiece you want to cut off to the left  
of the blade.  
1. install the miter fence on the sliding table.  
2. position the miter fence at the desired angle  
for the cut and lock it in place. figures 64–65  
show the miter fence set up for 45° cuts in  
both directions.  
4. Load the workpiece onto the table saw  
(similar to figure 65) and perform the cutting  
operation in the same manner as a crosscut.  
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installing dado blade  
1. disConneCt saW FroM poWer!  
dado cutting  
2. Move the sliding table out of the way to  
expose the lower blade cover.  
Commonly used in furniture joinery, a dado is a  
straight channel cut in the face of the workpiece.  
Dadoes are "non-through" cuts that can be made  
with a dado blade or a standard saw blade. The  
Figure below shows a cutaway view of a dado cut  
being made with a dado blade.  
3. remove the standard blade. to loosen the  
arbor nut, insert the arbor lock tool that came  
with the saw and turn the arbor nut clockwise  
(it has left-hand threads).  
4. remove the spacer block installed on the  
arbor behind the standard blade you removed  
in step 3. the spacer block is not used when  
dado blades are installed (see figure 68).  
Dado Blade  
Fence  
spacer Block  
Workpiece  
figure 66. example of a dado being cut with a  
dado blade.  
5
this saw can only accept a dado blade with 8  
"
arbor hole and maximum width of 1316". if you  
have any doubts or questions about the size of  
dado blade you want to install, call our technical  
support before proceeding.  
figure 68. dado blade installed on saw with new  
zero-clearance table insert.  
5. assemble/adjust the dado blade system to  
the desired width of cut, according to the  
dado blade manufacturers instructions.  
in order to install a dado blade, the scoring blade  
should be removed and a zero-clearance table  
insert must be made specifically for the dado  
blade you will install (see figure 67). refer to  
zero-clearance insert on page 52 for instruc-  
tions on how to do this.  
6. install the dado blade on the arbor shaft, as  
shown in figure 69.  
dado  
Blade  
shop-Made  
zero-Clearance  
table insert  
figure 69. installing a dado blade.  
figure 67. dado blade raised into shop-made  
zero-clearance table insert.  
DO NOT make through cuts with a dado  
blade. Dado blades are only intended for  
non-through cuts. Failure to heed this  
warning could result in serious injury.  
if you plan on making dadoes at varying widths,  
we strongly recommend making a zero-clearance  
table insert for each thickness of dado blade that  
will be used.  
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cutting dadoes with a dado blade  
cutting dadoes with a standard  
blade  
a ripping blade is typically the best blade to use  
for cutting dadoes when using a standard blade  
because it removes sawdust very efficiently. see  
page 37 for blade details.  
Because dado blades are much wider than stan-  
dard blades, they place a greater amount of force  
against the workpiece when cutting. This addition-  
al force increases the risk of kickback, requiring  
the operator to take additional steps when cutting  
to keep their injury risk at an acceptable level.  
to use a standard saw blade to cut dadoes:  
1. disConneCt saW FroM poWer!  
Dado blades have a higher risk of kickback  
than normal blades because their larger size  
applies stronger forces to the workpiece.  
This risk increases relative to the depth and  
width of the cut. To minimize your risk of  
serious personal injury, ensure that stock  
is flat and straight, and make multiple light  
cuts (rather than one deep cut) to achieve  
the desired cutting depth.  
2. Mark the width of the dado cut on the  
workpiece. include marks on the edge of the  
workpiece so the cut path can be aligned  
when the workpiece is lying on the table.  
3. raise the blade up to the desired depth of cut  
(depth of dado channel desired).  
4. set the saw up for the type of cut you need  
to make, depending on if it is a rip cut (page  
37) or crosscut (page 39).  
The Figure below demonstrates the sequential  
process of making multiple, light cuts that get  
progressively deeper. The actual number of cuts  
used should be determined by workpiece hard-  
ness, total dado depth, and feed rate. In general, if  
you hear the motor slow down during the cut, you  
are cutting too deep or feeding too fast.  
5. align the blade to cut one of the dado sides,  
as shown in figure 71.  
Blade  
Dado Blade  
Cut 1  
Cut 1  
Fence  
Fence  
Workpiece  
Workpiece  
figure 71. First cut for a single-blade dado.  
Cut 2  
Fence  
Workpiece  
Cut 3  
Fence  
Workpiece  
Finished  
Dado Cut  
Fence  
Workpiece  
figure 70. example of dado being cut with  
multiple light cuts, instead of one deep cut.  
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6. reconnect the saw to the power source and  
turn the saw ON. allow the blade to reach full  
speed, then perform the cutting operation.  
rabbet cutting  
Commonly used in furniture joinery, a rabbet is an  
L-shaped groove cut in the edge of the workpiece.  
rabbets can be cut with either a dado blade or a  
standard saw blade.  
7. repeat the cutting operation on the other  
side of the dado channel, as in figure 72.  
rabbet cutting on the edge of the workpiece with  
a dado blade requires a sacrificial fence (figure  
74). Make the sacrificial fence the same length as  
Blade  
Cut 2  
Fence  
3
the fence and 4" thick. attach it to the fence with  
Workpiece  
screws or clamps, making sure they are all secure  
and tight. raise the blade into the sacrificial fence  
to the height needed.  
figure 72. second cut for a single blade dado.  
8. Make additional cuts in the center of the dado  
to clear out the necessary material. the dado  
is complete when the channel is completely  
cleared out.  
Rip Fence  
Sacrificial  
Fence  
Dado Insert  
Blade Cut-Out  
Cuts 3+  
Fence  
Workpiece  
figure 74. sacrificial fence.  
figure 73. successive cuts in the middle to  
complete the dado.  
Dado blades have a higher risk of kickback  
than normal blades because their larger size  
applies stronger forces to the workpiece.  
This risk increases relative to the depth and  
width of the cut. To minimize your risk of  
serious personal injury, ensure that stock  
is flat and straight, and make multiple light  
cuts (rather than one deep cut) to achieve  
the desired cutting depth.  
always use push sticks, featherboards,  
push paddles and other safety accessories  
whenever possible to increase safety and  
control during operations which require  
that the blade guard to be removed from the  
saw. alWays replace the blade guard after  
dadoing is complete.  
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3. raise the blade up to the desired depth of cut  
(depth of rabbet channel desired).  
cutting rabbets with a dado blade  
1. disConneCt the saW FroM poWer!  
4. adjust the fence so the blade is aligned with  
the inside of your rabbet channel as shown in  
figure 76.  
2. adjust the dado blade to the height needed  
for the rabbeting operation. When cutting  
deep rabbets, take more than one pass to  
reduce the risk of kickback.  
3. adjust the fence and align the workpiece to  
perform the cutting operation as shown in  
figure 75.  
Blade  
Sacrificial Fence  
Dado Blade  
Fence  
figure 76. rabbet cutting with a standard blade.  
Fence  
Workpiece  
5. reconnect the saw to the power source  
and turn the saw ON. When the blade has  
reached full speed, perform a test cut with a  
scrap piece of wood.  
figure 75. rabbet cutting with a dado blade.  
—if the cut is satisfactory, repeat the cut with  
the final workpiece.  
4. reconnect the saw to the power source  
and turn the saw ON. When the blade has  
reached full speed, perform a test cut with a  
scrap piece of wood.  
6. Lay the workpiece on its side, as shown in  
figure 77, adjust the saw blade height to  
intersect with the first cut, and perform the  
second cut to complete the rabbet.  
if the cut is satisfactory, repeat the cut with  
the final workpiece.  
cutting rabbets with a standard  
blade  
a ripping blade is typically the best blade to use  
for cutting rabbets when using a standard blade  
because it removes sawdust very efficiently. (see  
page 37 for blade details.) also, a sacrificial fence  
is not required when cutting rabbets with a stan-  
dard blade.  
Blade  
Fence  
Workpiece  
to cut rabbets with the standard blade:  
1. disConneCt saW FroM poWer!  
figure 77. second cut to create a rabbet.  
2. Mark the width of the rabbet cut on the edge  
of the workpiece, so you can clearly identify  
the intended cut while it is laying flat on the  
saw table.  
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making resaw barrier  
resawing  
the resaw barrier acts in tandem with the rip  
fence when resawing to provide tall support for  
the workpiece to minimize the probability of it  
binding against the blade and causing kickback.  
resawing operations require proper pro-  
cedures to avoid serious injury. extra care  
must be taken to prevent kickback when  
resawing. any tilting or movement of the  
workpiece away from the fence will cause  
kickback. be certain that stock is flat and  
straight. failure to follow these warnings  
could result in serious personal injury.  
tools needed:  
Qty  
table saw ..........................................................1  
Jointer and planer ....................... recommended  
Clamps ...............................................2 Minimum  
drill and drill Bits................................................1  
components needed for resaw barrier:  
Wood* 34" x 512" x Length of Fence...................1  
Wood* 34" x 3" x Length of Fence......................1  
Wood screws #8 x 2" ........................................8  
Wood glue .........................................as needed  
resawing is the process of cutting a thick piece  
of stock into one or more thinner pieces. although  
resawing can be done with a table saw, we strong-  
ly recommend that you use a bandsaw instead.  
* Only use furniture grade plywood or kiln dried  
hardwood to prevent warping.  
a bandsaw is the ideal machine for resawing, and  
resawing with one is fairly easy and safe. a table  
saw is not intended for resawing, and resawing  
with one is difficult and dangerous due to the  
increased risk of kickback from binding and deep  
cuts, and the increased risk of injury from having  
to remove the guard.  
to build the resaw barrier:  
1. Cut your wood pieces to the size specified  
above. if you are using hardwood, cut the  
pieces oversize, then joint and plane them to  
the correct size to make sure they are square  
and flat.  
if you insist on resawing with a table saw, do  
not do so without using a resaw barrier and  
wearing a full face shield. the following instruc-  
tions describe how to build a resaw barrier that  
can be used with the rip fence when resawing to  
reduce the risk injury.  
2. pre-drill and countersink four holes approxi-  
3
mately 8" from the bottom of the 512" tall  
wood piece.  
3. glue the end of the 3" board, then clamp the  
boards at a 90° angle with the larger board in  
the vertical position, as shown in figure 78,  
fasten together with the wood screws.  
note: To determine the maximum resawing height  
for this table saw, find the maximum blade height,  
then double it and subtract 18".  
#8 x 2"  
Wood Screw  
34"  
34"  
Assembled  
Resaw Barrier  
figure 78. resaw barrier.  
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4. Lower the blade completely below the table,  
and slide the workpiece over the blade  
to make sure it moves smoothly and fits  
between the resaw barrier and fence.  
resawing operations  
the table saw motor is pushed to its limits when  
resawing. if the motor starts to bog down, slow  
down your feed rate. Motor overloading and blade  
wear can be reduced by using a ripping blade.  
ripping blades are designed to clear the sawdust  
quickly.  
5. raise the blade approximately an inch, or  
close to half the height of the workpiece,  
whichever is less.  
components needed for resawing:  
zero-clearance insert .........................................1  
ripping Blade 10"...............................................1  
Clamps ...............................................................2  
shop Made auxiliary Fence ...............................1  
shop Made resaw Barrier.................................1  
Operations requiring the blade guard to  
be removed increase the risk of accidental  
contact with the blade. To reduce this risk,  
use push sticks/paddles and featherboards  
to keep your hands at a safe distance from  
the blade throughout the entire cut. Always  
replace guard after completing the cut!  
You may experience kickback during this  
procedure. Stand to the side of the blade  
path and wear safety glasses or a face  
shield to prevent injury.  
6. plug in the table saw, turn it ON, and use a  
push stick to feed the workpiece through the  
blade using a slow, steady feed rate.  
to perform resawing operations:  
7. Flip the workpiece end for end, keeping the  
same side against the fence, and run the  
workpiece through the blade.  
1. disConneCt saW FroM poWer!  
2. install the rip fence in the vertical position.  
8. repeat steps 4–6 until the blade is close to  
half of the height of the board to be resawn.  
3. place the workpiece against the rip fence and  
slide the resaw barrier against the workpiece.  
now clamp the resaw barrier to the top of the  
table saw (see figure 79).  
the ideal completed resaw cut will leave a 18  
"
connection when the resawing is complete as  
shown in figure 79. Leaving a 18" connection  
will reduce the risk of kickback.  
Workpiece  
Fence  
9. turn OFF the table saw, then separate the  
parts of the workpiece and hand plane the  
remaining ridge.  
Resaw  
Barrier  
10. When finished resawing, remove the resaw  
barrier and re-install the blade guard/splitter.  
1/8" Connection  
figure 79. ideal completed resaw cut.  
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section 5: shop made safety  
accessories  
2. Cut a 30º angle at one end of the board.  
featherboards  
3. Make a series of end cuts with the grain  
3
8"–14" apart and 2"–3" long, as shown in  
easily made from scrap stock, featherboards  
provide an added degree of protection against  
kickback, especially when used together with  
push sticks. they also maintain pressure on the  
workpiece to keep it against the fence or table  
while cutting, which makes the operation easier  
and safer because the cut can be completed with-  
out the operators hands getting near the blade.  
the angled ends and flexibility of the fingers allow  
the workpiece to move in only one direction.  
figure 80 (a). alternatively, start cuts at 2"-3"  
deep, then make them progressively deeper,  
as shown in figure 80 (B). Cuts made across  
the grain will result in weak fingers that will  
easily break.  
10" (Minimum)  
30°  
Kerf  
38"  
A
B
116"-18"  
2"-3"  
making a featherboard  
this sub-section covers the two basic types of  
featherboards: 1) those secured by clamps to the  
table or fence, or 2) those secured by a wood run-  
ner that mounts in the table saw miter slot.  
Initial Cut  
2"-3"  
Kerf  
116"-18"  
38"  
material needed for featherboard mounted  
with clamps  
Progressively  
Longer Cuts  
3
hardwood 4" x 3" x 10" (Minimum)  
figure 80. patterns for featherboards  
(top view shown).  
3
hardwood 4" x 6" x 28" (Maximum) ..................1  
material needed for featherboard mounted in  
miter slot  
When complete, the fingers should flex when  
pushed with moderate pressure. if the fingers do  
not flex, they are too thick.  
3
hardwood 4" x 3" x 10" (Minimum)  
3
hardwood 4" x 6" x 28" (Maximum) ..................1  
3
hardwood 8" x (Miter slot Width) x 5"L ...........1  
note: We recommend using a bandsaw for mak-  
ing fingers because it tends to be safer. A table  
saw can be used, but it will over-cut the underside  
of the ends, produce a thicker kerf, and require  
you to stop the blade half-way through the cut,  
which can be dangerous.  
1
Wing nut /4"-20..................................................1  
Flat head screw 14"-20 x 2"...............................1  
1
Flat Washer 4"-20..............................................1  
to make a featherboard:  
1. Cut a hardwood board approximately 34" thick  
to size. the length and width of the board  
can vary according to your design. Most  
featherboards are 10"–28" long and 3"–6"  
wide. Make sure the wood grain runs paral-  
lel with the length of the featherboard, so the  
fingers you will create in step 3 will bend  
without breaking.  
If you are securing the featherboard with clamps,  
no further steps are necessary. Your featherboard  
is complete! If you are making a featherboard that  
mounts in the miter slot, continue with Step 4.  
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1
1
4. rout a 4"–38" wide slot 4"–5" long in the  
6. drill a 4" hole in the center of the bar, then  
workpiece and 1"–2" from the short end of the  
featherboard (see figure 81).  
countersink the bottom to fit a 14"-20 flat head  
screw.  
7. Mark a 4" line through the center of the coun-  
tersunk hole in the center, then use a jig saw  
with a narrow blade to cut it out.  
1/4"-3/8" Slot  
1"-2"  
8. assemble the miter bar and featherboard  
1
with a 4"-20 x flat head screw, flat washer,  
4"-5"  
and a wing nut or a star knob (see figure  
83). Congratulations! your featherboard is  
complete.  
figure 81. slot routed in featherboard.  
5. Cut a miter bar that will fit in the table miter  
slot approximately 5" long, as shown in  
figure 82.  
(Side View)  
Wing Nut  
Flat Washer  
Featherboard  
tip: Consider making the miter bar longer for  
larger featherboards—approximately half the  
length of the total featherboard—to support  
the force applied to the featherboard during  
use.  
Miter Bar  
Flat Head Screw  
figure 83. assembling miter slot featherboard  
components.  
(Top View)  
3/8"  
(Side View)  
5"  
tip: The length of the flat head screw depends  
on the thickness of the featherboard—though  
112" to 2" lengths usually work.  
1/4" Hole  
5"  
now, proceed to mounting featherboard in  
miter slot on page 49.  
Countersink on Bottom  
4" Slot  
figure 82. Miter bar pattern.  
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mounting featherboards w/clamps  
1. Lower the saw blade, then adjust the fence to  
the desired width and secure it.  
mounting featherboard in miter slot  
1. Lower the saw blade, then adjust the fence to  
the desired width and secure it.  
2. place the workpiece against the fence, mak-  
ing sure it is 1" in front of the blade.  
2. place the workpiece evenly against the fence,  
making sure it is 1" in front of the blade.  
3. place a featherboard on the table away from  
the blade so all fingers point forward and  
contact the workpiece (see figure 84).  
3. slide the featherboard miter bar into the miter  
slot, making sure the fingers slant toward the  
blade, as shown in figure 85.  
Fence Featherboard  
Clamp  
Blade  
Featherboard  
Clamp  
table  
Featherboard  
Workpiece  
figure 84. example of featherboards secured  
with clamps.  
figure 85. Featherboard installed in miter slot  
and supporting workpiece for ripping cut.  
4. secure the featherboard to the table with a  
clamp.  
4. position the fingered edge of the feather-  
board against the edge of the workpiece, so  
that all of the fingers contact the workpiece.  
slide the featherboard toward the blade until  
the first finger is nearly even with the end of  
the workpiece, which should be 1" away from  
the blade.  
5. Check the featherboard by pushing it with  
your thumb to ensure it is secure.  
—if the featherboard moves, tighten the  
clamp more.  
5. double check the workpiece and the feather-  
board to ensure they are properly positioned  
as described in step 4. then secure the  
featherboard to the table. Check the feather-  
board by hand to make sure it is tight.  
6. Mount a second featherboard to the fence  
with another clamp (see figure 84), then  
repeat step 5 to ensure it is secure.  
note: The featherboard should be placed  
firmly enough against the workpiece to keep  
it against the fence but not so tight that it is  
difficult to feed the workpiece.  
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supporting: a second push stick can be used to  
keep the workpiece firmly against the fence while  
cutting. When using a push stick in this manner,  
only apply pressure before the blade; otherwise,  
pushing the workpiece against or behind the  
blade will increase the risk of kickback (see "push  
stick prohibition zone" in the figure below).  
push sticks  
When used correctly, push sticks reduce the risk  
of injury by keeping hands away from the blade  
while cutting. in the event of an accident, a push  
stick can also absorb damage that would have  
otherwise happened to hands or fingers.  
Push Stick  
Prohibition  
using a push stick  
Zone  
Store Push  
Use push sticks whenever your hands will get  
within 12" of the blade. to maintain control when  
cutting large workpieces, start the cut by feeding  
with your hands then use push sticks to finish  
the cut, so your hands are not on the end of the  
workpiece as it passes through the blade.  
Stick Here  
for Easy  
Access  
Push Stick  
Supporting  
Blade  
Path  
Push Stick  
feeding: place the notched end of the push  
stick against the end of the workpiece (see inset  
figure below), and move the workpiece into the  
blade with steady downward and forward pres-  
sure.  
Feeding  
figure 86. Using push sticks to rip narrow stock.  
making a push stick  
Use this template to make  
your own push stick.  
figure 87. side view of a push stick in-use.  
SIZING: Push stick  
3
must be at least 15 ⁄4  
"
Cut here to  
1
3
long. Use 2"– ⁄4" thick  
material.  
1
push ⁄4" stock  
1
Cut here to push 2" stock  
Notch to help  
Notch for placing on  
corners of workpieces  
prevent hand  
from slipping  
MATERIAL: Only use  
hardwood, sturdy plywood,  
or high-density plastic. Do  
not use softwood that may  
break under pressure or  
SANDING: Sand  
edges to remove  
rough edges and  
increase comfort.  
metal that can break teeth  
1
2" Grid  
from the blade!  
figure 88. template for a basic shop-made push stick (not shown at actual size).  
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the notched end of the push block is then used  
to push the workpiece the rest of the way through  
the cut, keeping the operator's hands at a safe  
distance from the blade. a push stick is often  
used at the same time in the other hand to sup-  
port the workpiece during the cut (see "Using a  
push stick" on previous page).  
push blocks  
When used correctly, a push block reduces the  
risk of injury by keeping hands away from the  
blade while cutting. in the event of an accident,  
a push block often takes the damage that would  
have otherwise happened to hands or fingers.  
Push Stick  
Prohibition  
Zone  
using a push block  
a push block can be used in place of or in addi-  
tion to a push stick for feeding workpieces into the  
blade. due to their design, push blocks allow the  
operator to apply firm downward pressure on the  
workpiece that could not otherwise be achieved  
with a push stick.  
Push Stick  
Supporting  
Blade  
Push  
Path  
the push block design on this page can be used  
in two different ways (see inset figure below).  
typically, the bottom of the push block is used  
until the end of the workpiece reaches the blade.  
Block  
Feeding  
figure 90. Using a push block and push stick to  
make a rip cut.  
CAUTION: Bottom  
of handle must be  
at least 4" above  
bottom of push  
block to keep  
making a push block  
Use this template to make your own push block.  
hand away  
from blade.  
Handle for  
firm grip  
figure 89. side view of a push block in use.  
Make push block with  
1
3
2"– ⁄4" thick material  
Notch for use  
as a push stick  
4"  
CAUTION: Only use hardwood, sturdy plywood,  
or high-density plastic. Do not use softwood that  
may break under pressure or metal that can break  
teeth from the blade!  
1/4"–1/2"  
Lip for pushing workpiece  
1
2" Grid  
9"−10" Minimum Length  
figure 91. template for a shop-made push block (shown at 50% of full size).  
Model g0700 (Mfg. since 8/09)  
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3. remove the main blade and the spacer block  
behind it (see figure 92).  
zero-clearance  
insert  
a zero-clearance insert can be made for the saw  
3
in about 30 minutes, and must be made of ⁄4  
"
furniture quality plywood or a hardwood. (We rec-  
ommend making at least 612 while you are going  
through the process, so you have plenty on hand  
for varying blade widths, heights, or angles.  
a zero-clearance insert is required if you want  
to install a dado blade. When a dado blade is  
installed, the scoring blade and riving knife are  
removedas neither will properly perform their  
intended function.  
if you plan to use a standard blade with a zero-  
clearance insert, additional modifications will need  
to be made in order to install the scoring blade  
and riving knife.  
figure 92. original table insert and all necessary  
components removed.  
4. remove the table insert installed on the saw.  
5. Cut the new table insert to the exact length of  
1 1  
the included table insert and 16" wide.  
if you must use this saw to cut the dimen-  
sions of the zero-clearance insert you will  
fabricate in these instructions, make sure  
you do not make any cuts while the  
included table insert is removed. this is  
dangerous. you must re-install the table  
insert, reassemble all saw components, and  
remove all tools before cutting.  
6. Use the included table insert as a template,  
as shown in figure 93, to mark the mounting  
holes on the new table insert. (Clamping the  
pieces together while you do this will allow  
you to ensure the hole spacing is exact.)  
items needed  
Qty  
table saw ......................................................... 1  
drill press.......................................................... 1  
sander............................................................... 1  
7
13  
drill Bits 32" and 32"...............................1 each  
plywood/hardwood piece 14" x 1116" x 34" ........ 1  
Bandsaw or Jigsaw (optional) .......................... 1  
Clamp (optional) ............................................... 1  
to make a zero-clearance table insert, do  
these steps:  
figure 93. Marking location for mounting holes  
in new insert.  
1. disConneCt saW FroM poWer  
7
7. Use the 32" drill bit to drill holes completely  
2. Lower the main blade all the way, remove the  
blade guard, riving knife, and scoring blade.  
after removing the scoring blade, reinstall  
and tighten the scoring blade flanges and  
arbor nut.  
through the new table insert.  
13  
8. install the 32" drill bit and use the included  
table insert as a guide to set the depth stop  
on your drill press to countersink the holes.  
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9. Countersink the holes you drilled in step 7  
(see figure 94), so the heads of the mount-  
ing screws can be recessed into the table  
insert when installed.  
14. Close the cover over the blade and move the  
sliding table to the center of the saw.  
15. Connect the saw to power, start the motor,  
and slowly raise the blade into the zero-  
clearance table insert (see figure 96) only as  
high as you intend to cut with the insert.  
13  
32" Hole  
Cutaway View  
of Drilled Hole  
Countersink  
for Screw Head  
dado  
Blade  
New  
Table Insert  
zero-clearance  
table insert  
7
32" Hole  
for Screw Threads  
figure 94. Countersinking mounting holes.  
standard  
Blade  
10. install the blade you will use to cut the insert,  
making sure the blade flange is used on the  
front of the blade behind the arbor nut, then  
lower the blade completely.  
slot for  
riving Knife  
11. test fit the new table insert in the table, then  
sand the corners or trim the ends as neces-  
sary to get a precise fit.  
slot for scoring Blade  
figure 96. zero-clearance table inserts for dado  
and standard blades.  
12. Mount the new table insert into the table and  
check to make sure that it is flush with the top  
of the table. if necessary, remove the insert  
and sand the top of it down until it will mount  
up flush with the table top (see figure 95).  
outfeed table  
one of the best accessories for improving the  
safety and ease of using a table saw is simply  
placing a large table (outfeed table) behind the  
saw to catch the workpiece.  
outfeed  
table  
figure 95. new zero-clearance table insert  
installed to be cut with a dado blade.  
13. (This step only for standard blades.) Use a  
bandsaw or jigsaw to cut slots or notches that  
will allow the riving knife to be installed with  
minimal open space around it. if you plan to  
use the scoring knife, do the same for that  
blade (we do not recommend using the scor-  
ing blade to cut the slot in the insert because  
the adjustment screw is inside the cabinet).  
figure 97. example of outfeed table.  
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3
2. pre-drill and countersink eight pilot holes 8  
"
in from the edge of the 514" wide board, then  
secure the boards together with eight #6 x  
112" wood screws, as shown in figure 99.  
narrow-rip auxiliary  
fence & push block  
1
34" Hardwood  
34" Plywood  
there are designs for hundreds of specialty jigs  
that can be found in books, trade magazines,  
and the internet. these types of jigs can greatly  
improve the safety and consistency of cuts. they  
are particularly useful during production runs  
when dozens or hundreds of the same type of cut  
need to be made.  
#8 x 1 2"  
Wood Screw  
the narrow-rip auxiliary fence and push block  
system shown in this section is an example of  
a specialty jig that can be made to increase the  
safety of very narrow rip cuts.  
Completed  
Fence  
figure 99. Location of pilot holes.  
1
3. Using the 2" material you used in the previ-  
ous steps, cut out pieces for the push block  
per the dimensions shown in figure 100; for  
the handle, cut a piece 10" long by 5"–9" high  
and shape it as desired to fit your hand.  
making a narrow-rip push block for  
an auxiliary fence  
1. Cut a piece of 12" thick plywood 514" wide and  
as long as your table saw fence; cut a piece  
of 34" thick hardwood 3" wide and as long as  
your table saw fence (see figure 98).  
5
5 8  
"
15"  
34" Hardwood  
Handle  
Lip  
1
2 2  
"
Length of Table  
34" Plywood  
Saw Fence  
38  
"
1
5 4  
"
58  
"
1
12 2  
"
1
2 2  
"
3"  
38  
"
Length of Table  
Saw Fence  
figure 100. push block dimensions and  
construction.  
514"  
figure 98. auxiliary fence dimensions.  
4. attach the handle to the base with #8 x 112  
"
wood screws, and attach the lip to the base  
with cyanoacrylate type wood glue.  
note: We recommend cutting the hardwood  
board oversize, then jointing and planing it  
to the correct size to make sure the board  
is square and flat. Only use furniture grade  
plywood or kiln dried hardwood to prevent  
warping.  
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3. place the workpiece 1" behind the blade and  
evenly against the table and the auxiliary  
fence.  
using the auxiliary fence and push  
block  
1. place the auxiliary fence on the table and  
clamp it to the fence at both ends, then adjust  
the distance between the auxiliary fence and  
the bladethis determines how wide the  
workpiece will be ripped (see figure 101).  
Auxilliary Fence  
Blade  
Workpiece  
Auxilliary Fence  
Blade  
Push Stick  
for Side  
Support  
Push  
Block  
Blade Path  
Workpiece  
Cutting Width  
figure 102. push block in position to push  
workpiece through blade.  
4. turn the saw ON, the begin ripping the  
workpiece using a push stick for side sup-  
port.  
figure 101. adjusting ripping distance between  
blade and auxiliary fence.  
5. as the workpiece nears the end of the cut,  
place the push block on the auxiliary fence  
with the lip directly behind the workpiece,  
then release the push stick just before the  
blade.  
2. install the blade guard.  
6. guide the workpiece the rest of the way  
through the cut with the push block, as shown  
in figure 103.  
Push  
Block  
Release  
Push Stick  
Before Blade  
Keep the blade guard installed and in the  
down position. failure to do this could  
result in serious personal injury or death.  
Lip  
Blade Path  
figure 103. ripping with push block.  
turn OFF the saw and allow the blade to  
come to a complete stop before removing  
the cut-off piece. failure to follow this warn-  
ing could result in serious personal injury.  
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accessories  
section 6: aftermarKet  
accessories from grizzly  
g5562—slipit® 1 Qt. gel  
g5563—slipit® 12 oz spray  
g2871—boeshield® t-9 12 oz spray  
some aftermarket accessories can be  
installed on this machine that could cause  
g2870—boeshield® t-9 4 oz spray  
h3788—g96® gun treatment 12 oz spray  
it to function improperly, increasing the risk  
h3789—g96® gun treatment 4.5 oz spray  
of serious personal injury. to minimize this  
risk, only install accessories recommended  
for this machine by grizzly.  
NOTICE  
refer to the newest copy of the grizzly  
catalog for other accessories available for  
this machine.  
10" blades  
h5190—razor variable tooth carbide 50t  
h9146—heavy-duty atb carbide tip 60t  
g2804—commercial solid surface blade 60t  
h9147—heavy-duty atb carbide tip 80t  
h9360—commercial melamine blade 80t  
h9148—heavy-duty atb carbide tip 100t  
these blades work especially well for most sliding  
table saw applications and are manufactured for  
heavy-duty, industrial use.  
figure 105. recommended products for protect-  
ing unpainted cast iron/steel part on machinery.  
g7315z—super heavy-duty SHOP FOX®  
mobile base  
this patented, super heavy-duty mobile machine  
base is the strongest mobile base on the mar-  
ket. 18" x 2412" minimum and adjusts to 2812" x  
3312" maximum.1200 lb. capacity. this base is  
extremely stable with outrigger type supports and  
a four wheel system. Weighs 38 lbs.  
t21382—scoring blade  
replacement scoring blade for g0700. Measures  
80mm in diameter with 22mm arbor hole. Blade is  
a solid, one-piece wedge-type blade. Kerf width is  
controlled by changing the height of the exposed  
portion of the blade from the table.  
figure 106. g7315z SHOP FOX® Mobile Base.  
Model g0700 (Mfg. since 8/09)  
figure 104. t21382 scoring Blade.  
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t20501—face shield crown protector 4"  
t20502—face shield crown protector 7"  
t20503—face shield Window  
t20452—"Kirova" anti-reflective s. glasses  
t20451—"Kirova" clear safety glasses  
h0736—shop fox® safety glasses  
h7194—bifocal safety glasses 1.5  
h7195—bifocal safety glasses 2.0  
h7196—bifocal safety glasses 2.5  
g1163—1hp dust collector  
g3591—30 micron replacement bag  
h4043—3.0 micron upgrade bag  
excellent point-of-use dust collector that can  
be used next to the machine with minimal duct-  
ing. specifications include 450 CFM, 2.8" static  
pressure, and 30 micron filter (upgradable to 3.0  
micron). Features 1hp, 110V/220V, 14a/7a motor.  
t20502  
t20452  
t20503  
t20451  
h0736  
figure 109. g1163 1hp dust collector.  
h8003—hydraulic lifting table - 450 lbs.  
this rugged and affordable lifting table allows you  
to lift stacks of sheet goods right up to the table  
saw table with minimal effort. Features 3938" x  
1934" table, 3912" maximum table height, 8" fixed  
and swivel casters with brakes.  
h7194  
figure 107. eye protection assortment.  
h2499—small half-mask respirator  
h3631—medium half-mask respirator  
h3632—large half-mask respirator  
h3635—cartridge filter pair p100  
Wood dust has been linked to nasal cancer and  
severe respiratory illnesses. if you work around  
dust everyday, a half-mask respirator can be a  
lifesaver. also compatible with safety glasses!  
figure 110. Model h8003 hydraulic Lifting  
table.  
figure 108. half-mask respirator with disposable  
cartridge filters.  
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section 7: maintenance  
cleaning  
to prevent serious per-  
sonal injury from shock  
or accidental startup,  
always disconnect power  
from machine before  
doing any maintenance.  
Cleaning the Model g0700 is relatively easy.  
Vacuum excess wood chips and sawdust from  
the table saw and inside the cabinet. Wipe off the  
remaining dust with a dry cloth.  
Use compressed air (make sure to wear safety  
glasses and a respirator when doing this) to blow  
dust from between the two sections of the sliding  
table. if any resin has built up, use a resin dissolv-  
ing cleaner to remove it. treat all unpainted cast  
iron and steel with a non-staining lubricant after  
cleaning.  
schedule  
the frequency of maintenance necessary for any  
machine will always depend on the operating con-  
ditions and environment. the schedule below is a  
basic guideline for keeping your machine in prop-  
er operating condition. always repair any adverse  
conditions immediately upon discovery.  
unpainted cast iron  
daily (ongoing)  
protect the unpainted cast iron surfaces on the  
table by wiping the table clean after every use—  
this ensures moisture from wood dust does not  
remain on bare metal surfaces. do not clean  
cast iron with water or it will rust!  
Loose mounting bolts.  
Worn or damaged saw blades.  
Worn or damaged switches or wires.  
any other unsafe condition.  
Weekly  
Keep tables rust-free with regular applications of  
products like g96® gun treatment, sLipit®, or  
Boeshield® t-9 (see page 56 for more details).  
Clean sliding table surface and grooves.  
Lubricate the sliding table ways (page 59).  
Clean the cast iron saw table.  
Clean the sliding table roller guideways.  
Clean the rip fence.  
Clean the rip fence bracket and rail.  
monthly  
Clean/vacuum dust buildup from inside cabi-  
net and off motor.  
Check V-belt tension, damage, or wear.  
every 6–12 months  
Lubricate the trunnions (page 59).  
Lubricate the elevation and tilt leadscrews  
(page 59).  
note: To ensure optimum power transmission  
from the motor to the blades, the V-belts must be  
in good condition (free from cracks, fraying and  
wear) and operate under proper tension.  
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leadscrews: Use multi-purpose grease on the  
leadscrews (figure 112) every 6-12 months, at  
the same time you lubricate the trunnions. Wipe  
the leadscrews clean with a dry rag and brush a  
light coat of new grease on them with a clean,  
dry brush. only grease the area of the leadscrew  
between the stop nuts. Move the blade height and  
tilt back and forth to distribute the grease evenly.  
lubrication  
bearings: the bearings are sealed and pre-  
lubricated; they require no lubrication.  
trunnions: Use multi-purpose grease in the trun-  
nion grooves (figure 112) every 6–12 months,  
depending on the frequency of use. to grease  
the blade height trunnion, move the blade height  
all the way down and smear a dab of grease into  
the trunnion groove, behind the plate shown in  
figure 112, then move the blade up all the way,  
then down all the way to spread the grease.  
sliding table Ways & rip fence rail: Wipe on  
a light machine oil (such as Boeshield shown on  
page 56) down the entire length of the sliding  
table steel rods (figure 111) and rip fence rail.  
to grease the blade tilt trunnions, move the slid-  
ing table out of the way and open the blade guard.  
tilt the blade to 90°. From the front of the saw,  
smear a dab of grease in the front of the trunnion  
grooves on both sides. now, tilt the blade to 45°  
and reach inside the cabinet and smear a dab of  
grease into the back of the trunnion grooves on  
both sides. tilt the blade back and forth to distrib-  
ute the grease evenly.  
sliding table Way steel rod  
figure 111. sliding table ways.  
Blade tilt  
trunnions  
Blade height trunnion  
(grease Behind this  
plate)  
Leadscrews  
figure 112. Lubrication locations (table removed for clarity).  
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section 8: service  
review the troubleshooting and procedures in this section to fix or adjust your machine if a problem devel-  
ops. if you need replacement parts or you are unsure of your repair skills, then feel free to call our technical  
support at (570) 546-9663.  
troubleshooting  
motor & electrical  
symptom  
possible cause  
possible solution  
Machine does not 1. stop push-button is engaged/faulty.  
1. rotate clockwise slightly until it pops out/replace it.  
2. ensure power supply is switched on; ensure power  
supply has the correct voltage.  
start or a breaker  
trips.  
2. power supply switched oFF or is at fault.  
3. Motor connection wired incorrectly.  
4. thermal overload relay has tripped.  
3. Correct motor wiring connections.  
4. Wait for it to cool down, then it will reset auto-  
matically. if necessary, disconnect power and reset  
manually by pushing reset button inside switch.  
5. ensure circuit size is suitable for this machine;  
replace weak breaker.  
5. Wall fuse/circuit breaker is blown/tripped.  
6. Contactor not getting energized/has burnt 6. test for power on all legs and contactor operation.  
contacts.  
replace unit if faulty.  
7. Wiring is open/has high resistance.  
7. Check for broken wires or disconnected/corroded  
connections, and repair/replace as necessary.  
8. Motor on button or on/oFF switch is at 8. replace faulty on button or on/oFF switch.  
fault.  
9. Motor is at fault.  
9. test/repair/replace.  
Machine stalls or is 1. Feed rate/cutting speed too fast for task.  
1. decrease feed rate/cutting speed.  
underpowered.  
2. Workpiece material is not suitable for this 2. only cut wood products; make sure moisture content  
machine.  
is below 20% and there are no foreign materials in  
the workpiece.  
3. Belt(s) slipping.  
3. replace bad belt(s), align pulleys, and re-tension.  
4. Correct motor wiring connections.  
5. test by rotating shaft; rotational grinding/loose shaft  
requires bearing replacement.  
4. Motor connection is wired incorrectly.  
5. Motor bearings are at fault.  
6. start delay module is at fault.  
7. Motor is at fault.  
6. adjust to correct delay; replace module.  
7. test/repair/replace.  
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symptom  
possible cause  
possible solution  
Machine has vibration or noisy  
operation.  
1. Motor or component is loose.  
1. inspect/replace stripped or damaged bolts/  
nuts, and re-tighten with thread locking fluid.  
2. replace warped, bent, or twisted blade;  
resharpen dull blade.  
2. Blade is at fault.  
3. Belt(s) worn or loose.  
4. pulley is loose.  
3. inspect/replace belts (refer to page 62).  
4. realign/replace shaft, pulley, setscrew, and  
key as required.  
5. Motor mount loose/broken.  
5. tighten/replace.  
6. Machine is incorrectly mounted or 6. tighten/replace anchor studs in floor; relocate/  
sits unevenly.  
shim machine.  
7. arbor pulley is loose.  
7. retighten/replace arbor pulley with shaft and  
thread locking liquid.  
8. Motor fan is rubbing on fan cover.  
9. arbor bearings are at fault.  
10. Motor bearings are at fault.  
8. replace dented fan cover; replace loose/dam-  
aged fan.  
9. replace arbor housing bearings; replace  
arbor.  
10. test by rotating shaft; rotational grinding/loose  
shaft requires bearing replacement.  
operation  
symptom  
possible cause  
possible solution  
Workpiece has burned edges, 1. sliding table is not parallel to blade. 1. adjust sliding table parallel with the blade  
binds, or kicks back.  
(page 64).  
2. riving knife is not aligned with the 2. adjust the riving knife to align it with the main  
blade.  
blade.  
3. Blade is warped.  
3. replace the blade.  
Workpiece has chip out on the 1. scoring blade height is incorrect.  
1. adjust the height of the scoring blade.  
bottom edge.  
2. scoring blade is not aligned with the 2. align the scoring blade (page 36).  
main blade.  
3. scoring blade kerf does not match 3. adjust the scoring blade kerf (page 36).  
the main blade.  
Cuts are not square.  
1. sliding table is not parallel to blade. 1. adjust the sliding table (page 64).  
2. rip fence is not parallel to blade.  
2. adjust the rip fence parallel to blade.  
3. Miter fence is not perpendicular to 3. adjust the miter fence perpendicular to the  
the blade.  
Fence hits table top when sliding 1. Front rail is too low.  
across table. 2. rip fence roller is too low.  
blade (page 65).  
1. raise the front rail.  
2. adjust the rip fence roller.  
Blade does not reach 90˚, or blade 2. Blade tilt stop bolts are out of adjust- 2. adjust the tilt stop bolts (page 63).  
does not reach 45˚. ment.  
the rip fence scale is not accu- 1. the rip fence scale is out of calibra- 1. adjust the rip fence scale so it is accurately  
rate.  
tion or was not set up correctly.  
calibrated with the blade.  
handwheels for blade adjust- 1. shipping braces still attached.  
ments will not turn or are difficult 2. Lock knob is tight.  
1. remove shipping braces.  
2. release the lock knob.  
to turn.  
3. gears caked with dust.  
3. Clean out dust and grease the gears.  
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scoring belt replacement  
1. disConneCt saW FroM poWer!  
belt replacement  
2. tilt the blade to 45˚ and lower it as far as it  
will go.  
main belt replacement  
1. disConneCt saW FroM poWer!  
3. remove the motor cabinet door.  
2. tilt the blade to 45˚ and lower it as far as it  
will go.  
4. pull the tensioner away from the scoring  
belt (figure 114) to relieve belt tension and  
remove the scoring belt from the pulleys.  
3. remove the motor cabinet door.  
4. Loosen the pivot bolt and two adjustment  
bolts (figure 113).  
note: Turn the belt sideways to squeeze the  
flat part through the small gap between the  
bottom pulley and the casting.  
note: DO NOT loosen these bolts more than  
1
2" or you run the risk of the motor mount  
bolts coming out of their holes, which will be  
difficult to thread back in.  
scoring Belt  
adjustment Bolt  
pivot Bolt  
scoring Belt  
tensioner  
figure 114. replacing the scoring motor belt.  
5. put the new scoring belt on the pulleys as  
shown in figure 115, and push the tensioner  
against the scoring belt to take up any slack.  
adjustment Bolt  
figure 113. Main blade belt tension controls.  
= Pulley/Roller  
= Scoring Belt  
5. push and hold the motor all the way up to  
relieve tension on the belt, remove the belt  
from the top pulley, and squeeze it between  
the lower pulley and casting.  
Tensioner  
6. Fit the new belt onto the pulleys in the same  
manner that you removed the old belt.  
Motor Pulley  
7. push down on the motor with one hand, and  
tighten the adjustment and pivot bolts with  
the other hand or have someone help you.  
the belt should be tight enough that it only  
figure 115. scoring belt installation  
configuration.  
6. replace the motor cabinet door.  
1
deflects approximately 4" when pushed in  
the center with your thumb or index finger.  
8. replace the motor cabinet door.  
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45° stop  
1. disConneCt saW FroM poWer!  
blade tilt calibration  
2. adjust the blade angle until you hit the 45°  
positive stop and check the blade angle with  
a 45° square.  
the blade tilt is calibrated at the factory, but can  
be recalibrated if it changes during the life of the  
machine. the stop positions the blade square  
to the table.  
—if the blade is not 45° to the table, loosen  
the two set screws that secure the 45˚ tilt  
stop nut shown in figure 117. (this nut  
can also be accessed from the front of the  
saw by moving the sliding table all the way  
forward.)  
0° stop  
1. disConneCt saW FroM poWer!  
2. Move the blade tilt to 0°, and raise the main  
blade as high as it will go.  
3. Use a machinist's square to check if the  
blade is square to the table.  
—if the blade is not square to the table,  
loosen the two set screws that secure the  
tilt stop nut shown in figure 116.  
45° tilt  
stop nut  
figure 117. 45° Blade tilt stop nut.  
0° tilt  
stop nut  
3. adjust the stop nut and recheck the blade tilt  
as many times as necessary until the blade is  
45° to the table.  
4. tighten the two set screws in the stop nut.  
figure 116. Blade tilt stop nut (0°).  
4. Loosen the set screws and adjust the stop  
nut. recheck the blade tilt and adjust as  
many times as necessary until the blade is  
square to the table.  
5. tighten the two set screws in the stop nut.  
6. Check the blade tilt pointer mechanism to  
ensure that it points to 0°.  
—if the blade tilt pointer shows an incorrect  
tilt, adjust it by loosening the cap screws,  
rotating the pointer until it points to 0°, then  
tightening the cap screws.  
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5. rotate the blade 180°, move the sliding table  
all the way forward, and measure the dis-  
tance between "B" in figure 118.  
sliding table parallel  
adjustment  
6. note the difference between the two posi-  
tions.  
the table is calibrated at the factory, but can be  
adjusted slightly if it is not parallel to the blade.  
—if the gap is the same on both sides or the  
difference is 0.004" or less, no adjustments  
to the table parallelism need to be made.  
tools needed:  
Qty  
Felt tip pen........................................................1  
90° square .........................................................1  
precise Measuring tool......................................1  
Wrench 17mm....................................................1  
hex Wrench 5mm...............................................1  
—if the difference is greater than 0.004",  
then the sliding table parallelism must be  
adjusted. proceed to step 7.  
7. Loosen the sliding table mounting nuts (see  
figure 119) at both mounting locations.  
to adjust the sliding table parallel with the  
main blade:  
1. disConneCt saW FroM poWer!  
2. Move the blade tilt to 0˚ (blade 90˚ to table),  
and raise the main blade up to the maximum  
height.  
3. Mark one of the blade teeth with a felt tip pen.  
this will be your reference point when taking  
measuring points, so you take them in the  
same location each time.  
parallel  
adjustment screw  
4. Move the sliding table all the way back, and  
measure the distance "a" in figure 118,  
between the marked tooth and the edge of  
the miter slot.  
table  
Mounting nuts  
figure 119. table parallelism adjustment  
controls.  
8. at the side of the table that needs to move,  
loosen the hex nut on the parallel adjustment  
screw.  
Marked Tooth  
Blade  
9. slowly rotate the parallel adjustment screw  
(see figure 119) as necessary to move the  
table. if you move the adjustment screw away  
from the table, then push the table against  
the screw before proceeding.  
Miter Slot  
A
Marked Tooth  
10. tighten the hex nut on the parallel adjust-  
ment screw to secure it in place, then tighten  
the table mounting nuts. repeat steps 4–6  
as necessary until the sliding table is parallel  
with the blade.  
B
figure 118. Measuring distance between table  
and blade.  
-64-  
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sliding table  
adjustment  
squaring miter  
fence to blade  
the accuracy of the miter fence angle is depen-  
dent on the accuracy of the sliding table paral-  
lelism adjustment. as long as the sliding table  
is adjusted correctly, the miter fence scale will  
be reasonably accurate. however, if the project  
requires a high degree of accuracy, we recom-  
mend squaring the miter fence to the blade manu-  
ally with an accurate scale instead of using the  
miter scale.  
the sliding table features an adjustment bar with  
bolts that control how easily the sliding table  
moves across the base (see figure 120). these  
adjustment bolts are factory set. they can only be  
accessed by removing the end covers from both  
ends of the sliding table base and sliding the thin  
plate out of the way.  
to square the miter fence with the blade:  
1. disConneCt saW FroM poWer!  
2. Move the blade guard up and out of the way,  
so you have access to the blade.  
adjustment  
Bolt  
3. Loosen the miter fence lock handle, so the  
fence angle can be adjusted.  
4. place a square against the blade body (do  
not touch the blade teeth), and position the  
fence so it is evenly touching the length of the  
square, as illustrated in figure 121.  
figure 120. adjustment bolt access location.  
if the adjustment bolts do require adjustments,  
turning them counterclockwise increases and  
clockwise decreases pressure against the steel  
rails. increasing pressure against the rails reduces  
table movement slop, which increases accuracy,  
but makes it harder to slide the table. decreasing  
pressure against the rails makes it easier to slide  
the table, but increases table movement slop,  
which reduces accuracy.  
Blade  
90° Square  
Miter  
Fence  
adjusting this part of the sliding table correctly is  
a matter of trial-and-error by making adjustments,  
moving the sliding table, then making additional  
adjustments and repeating the process until the  
sliding table moves as desired. ideally, the table  
will move easily but without any slop.  
figure 121. Using a square to adjust the miter  
fence 90° to the blade.  
5. tighten the miter fence in position. now you  
have accurately set the miter gauge square  
to the blade.  
-65-  
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tools needed  
Qty  
adjusting riving  
Knife mounting block  
straightedge ...................................................... 1  
Wrench 17mm................................................... 1  
hex Wrench 4mm.............................................. 1  
to adjust the riving knife mount block:  
1. disConneCt saW FroM poWer!  
the riving knife must be aligned with the blade  
when installed. if the riving knife is not aligned  
with the blade, then the workpiece will be forced  
sideways during the cut, which will increase the  
risk of kickback.  
2. raise the blade all the way up, move the  
sliding table to the side, and open the lower  
blade cover to gain access to the riving knife  
mounting block.  
the riving knife mounts to a block that can be  
repositioned to correctly align the riving knife to  
the blade. the mounting block adjusts by turning  
the set screws in each corner of the block. figure  
122 shows the set screws associated with control-  
ling the mounting block position. have patience  
when adjusting the mounting block, because it  
requires trial-and-error to perform with accuracy.  
3. Loosen the lock nut that secures the riving  
knife to the mounting block, and remove the  
riving knife.  
4. adjust the each pair of set screws that  
controls the direction required to move the  
mounting block so the riving knife can be  
aligned with the blade. Make sure to move  
both set screws in even increments.  
Riving Knife  
Mounting Block  
5. reinstall the riving knife and check the align-  
ment with the blade. repeat step 4 as nec-  
essary until the riving knife is properly aligned  
to the blade.  
Top Control  
Side  
Control  
Side  
Control  
note: If you discover that the riving knife is  
bent and cannot be properly aligned with  
the blade, it is possible to bend it into align-  
ment, but make sure that the final result is  
precisely aligned so the risk of kickback is not  
increased. If the riving knife is bent, and you  
cannot easily bend it back into alignment, we  
recommend replacing it with a new one.  
Bottom Control  
figure 122. riving knife mounting block  
adjustment controls.  
all adjustment and alignment positions for the  
riving knife are covered on page 32 in the sub-  
section riving Knife installation & removal;  
the mounting block should not be adjusted unless  
you have been unable to mount the riving knife as  
instructed by these procedures.  
6. properly re-install the riving knife as described  
on page 32, close the blade cover, and move  
the sliding table back to the center position.  
-66-  
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section 9: Wiring  
these pages are current at the time of printing. however, in the spirit of improvement, we may make chang-  
es to the electrical systems of future machines. study this section carefully. if there are differences between  
your machine and what is shown in this section, call technical support at (570) 546-9663 for assistance  
BeFore making any changes to the wiring on your machine.  
Wiring safety instructions  
SHOCK HAZARD. Working on wiring that is con- WIRE/COMPONENT DAMAGE. Damaged wires  
nected to a power source is extremely dangerous. or components increase the risk of serious per-  
Touching electrified parts will result in personal sonal injury, fire, or machine damage. If you notice  
injury including but not limited to severe burns, that any wires or components are damaged while  
electrocution, or death. Disconnect the power performing a wiring task, replace those wires or  
from the machine before servicing electrical com- components.  
ponents!  
MOTOR WIRING. The motor wiring shown in  
MODIFICATIONS. Modifying the wiring beyond these diagrams is current at the time of printing  
what is shown in the diagram may lead to unpre- but may not match your machine. If you find this  
dictable results, including serious injury or fire. to be the case, use the wiring diagram inside the  
This includes the installation of unapproved after- motor junction box.  
market parts.  
CAPACITORS/INVERTERS. Some capacitors  
WIRE CONNECTIONS. All connections must and power inverters store an electrical charge for  
be tight to prevent wires from loosening during up to 10 minutes after being disconnected from  
machine operation. Double-check all wires dis- the power source. To reduce the risk of being  
connected or connected during any wiring task to shocked, wait at least this long before working on  
ensure tight connections.  
capacitors.  
CIRCUIT REQUIREMENTS. You MUST follow EXPERIENCING DIFFICULTIES. If you are expe-  
the requirements at the beginning of this man- riencing difficulties understanding the information  
ual when connecting your machine to a power included in this section, contact our Technical  
source.  
Support at (570) 546-9663.  
The photos and diagrams  
included in this section are  
best viewed in color. You  
can view these pages in  
READ ELECTRICAL SAFETY  
ON PAGE 67!  
-67-  
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Wiring diagrams  
MAGNETIC SWITCH  
ASSEMBLY  
EMERGENCY  
STOP SWITCH  
A
1
2
L1/1  
L2/3  
L3/5  
NO13  
SDE MA-18  
220V  
NC15  
SDE  
NC16  
NO14  
T1/2  
T2/4  
T3/6  
SET @ 25  
OL RELAY RA-30  
22  
1/2  
3/4  
5/6  
34  
96  
BLADE GUARD  
LIMIT SWITCH  
28  
98  
95  
Start  
Capacitor  
400MFD  
250VAC  
Ground  
Run  
Capacitor  
30MFD  
500VAC  
1
2
3
4
MOTOR 5HP 220V SINGLE-PHASE  
Hot  
X
POWER  
G
Ground  
CONNECTION  
BOX  
Y
Hot  
220 VAC  
L6-30 PLUG (AS RECOMMENDED)  
READ ELECTRICAL SAFETY  
ON PAGE 67!  
-68-  
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electrical components  
figure 123. power junction box wiring.  
figure 125. Magnetic switch wiring.  
figure 124. emergency stop button wiring.  
READ ELECTRICAL SAFETY  
ON PAGE 67!  
-69-  
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section 10: parts  
cabinet  
-70-  
Model g0700 (Mfg. since 8/09)  
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cabinet parts list  
REF PART #  
DESCRIPTION  
REF PART #  
DESCRIPTION  
1
P0700001  
P0623X0002  
P0623X0003  
PHTEK19M  
PLW06M  
PN02M  
CABINET BASE  
29  
32  
33  
36  
37  
38  
40  
41  
42  
43  
44  
45  
46  
47  
48  
49  
50  
51  
52  
53  
54  
55  
56  
57  
58  
PSS74M  
PCAP11M  
PLW04M  
P0700036  
PSS105M  
PN09M  
SET SCREW M8-1.25 X 35  
CAP SCREW M8-1.25 X 16  
LOCK WASHER 8MM  
PLUG M10-1.5  
2
MOTOR COVER  
3
EMERGENCY STOP BUTTON  
TAP SCREW M5 X 16  
LOCK WASHER 10MM  
HEX NUT M10-1.5  
4
6
SET SCREW M12-1.75 X 35  
HEX NUT M12-1.75  
7
8
P0700008  
P0623X0009  
PBHS09M  
PN01M  
SWITCH BOX  
P0700040  
PB35M  
GROUND WIRE 16AWG X 100MM  
HEX BOLT M12-1.75 X 40  
HEX NUT M12-1.75  
9
STRAIN RELIEF PG-9  
BUTTON HD CAP SCR M6-1 X 12  
HEX NUT M6-1  
10  
11  
12  
14  
15  
16  
17  
18  
19  
20  
21  
22  
23  
24  
25  
27  
28  
PN09M  
PS56M  
PHLP HD SCR M4-.7 X 16  
CAP SCREW M5-.8 X 16  
LOCATE PLATE  
P0700012  
PSS84M  
STRAIN RELIEF PG-13.5  
SET SCREW M10-1.5 X 35  
DUST PORT  
PCAP24M  
P0700045  
PN04M  
P0700015  
PLW03M  
PS11M  
HEX NUT M4-.7  
LOCK WASHER 6MM  
PHLP HD SCR M6-1 X 16  
SET SCREW M8-1.25 X 35  
HEX NUT M8-1.25  
PW02M  
FLAT WASHER 5MM  
CAP SCREW M5-.8 X 12  
CORD CLAMP 3/8"  
PCAP33M  
P0700049  
PN06M  
PSS74M  
PN03M  
HEX NUT M5-.8  
P0700020  
P0623X0021  
PS105M  
POWER BOX ASSY  
TERMINAL BAR 4P  
PLN05M  
P0700052  
P0700053  
P0700054  
P0700055  
P0700056  
P0700057  
P0700058  
LOCK NUT M10-1.5  
LOCATE BLOCK  
PHLP HD SCR M3.5-.6 X 20  
BUTTON HD CAP SCR M5-.8 X 35  
HEX BOLT M10-1.5 X 30  
FLAT WASHER 10MM  
FRONT PANEL  
CONDUIT 32 X 40  
PBHS37M  
PB01M  
MAG SWITCH ASSY  
PUSH STICK  
PW04M  
ARBOR WRENCH 17MM  
ARBOR WRENCH 19/22MM  
ARBOR LOCK TOOL  
P0700027  
P0700028  
SWITCH SEAT  
-71-  
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handwheels  
120  
121  
127  
104  
130  
129  
126  
116  
128  
111  
117  
113  
118  
114  
115  
119  
104  
102  
101  
103  
102  
101  
103  
105  
REF PART #  
DESCRIPTION  
REF PART #  
DESCRIPTION  
101  
102  
103  
104  
105  
111  
113  
114  
115  
116  
P0623X0601  
P0623X0641  
HANDWHEEL LOCK KNOB M10-1.5  
DISC WASHER 10 X 20  
HANDWHEEL ASSY  
117  
118  
119  
120  
121  
126  
127  
128  
129  
130  
PLW04M  
PW01M  
LOCK WASHER 8MM  
FLAT WASHER 8MM  
P0700103  
PK34M  
P0700119  
PCAP05M  
PLW04M  
P0700126  
PCAP04M  
PW03M  
SUPPORT BRACKET ASSY  
CAP SCREW M8-1.25 X 50  
LOCK WASHER 8MM  
BUSHING  
KEY 5 X 5 X 20  
P0700105  
P0700111  
P0700113  
PCAP04M  
PLW03M  
PCAP14M  
TILT ADJ SHAFT ASSY  
ELEVATION LEADSCREW ASSY  
POINTER  
CAP SCREW M6-1 X 10  
FLAT WASHER 6MM  
CAP SCREW M6-1 X 10  
LOCK WASHER 6MM  
CAP SCREW M8-1.25 X 20  
P0700129  
PLN07M  
COPPER WASHER 16MM X 0.2T  
LOCK NUT M16-2  
-72-  
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main motor  
-73-  
Model g0700 (Mfg. since 8/09)  
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main motor parts list  
REF PART #  
DESCRIPTION  
REF PART #  
DESCRIPTION  
201  
202  
203  
204  
205  
206  
208  
209  
210  
211  
212  
213  
214  
215  
216  
217  
218  
219  
220  
221  
222  
223  
224  
225  
226  
227  
228  
P0623X0201 BLADE GUARD COVER  
228-5 P0623X228-5 S CAPACITOR 400M 250V 1-3/4 X 3-1/2  
228-6 P0623X228-6 CAPACITOR COVER  
PWF08M  
FENDER WASHER 8MM  
PBHS07M  
BUTTON HD CAP SCR M8-1.25 X 40  
228-7 P0623X228-7 R CAPACITOR 30M 500V 1-1/2 X 3-3/8  
P0623X0208 LINK PLATE  
PK34M KEY 5 X 5 X 20  
229  
234  
235  
236  
237  
238  
239  
242  
243  
244  
248  
249  
250  
251  
252  
253  
255  
260  
261  
262  
263  
264  
268  
269  
270  
272  
275  
PCAP14M  
P0700234  
PCAP77M  
P0700236  
CAP SCREW M8-1.25 X 20  
ARBOR HOUSING  
CAP SCREW M12-1.75 X 30  
SHAFT  
P0623X0206 LOCATING BLOCK  
P0623X0204 MOUNTING BLOCK ASSY  
P6004-2RS  
P0700210  
PN02M  
BALL BEARING 6004-2RS  
WAVE WASHER 26 X 34  
HEX NUT M10-1.5  
P0623X0237 BUSHING  
PBHS22M  
P0700239  
PBHS03M  
BUTTON HD CAP SCR M8-1.25 X 20  
BUSHING  
P0623X0212 GIB PLATE  
BUTTON HD CAP SCR M8-1.25 X 16  
PSS86M  
PSS05M  
P0700215  
PWF08M  
PLW04M  
P0700218  
PCAP14M  
PSS06M  
P0700221  
P0700222  
SET SCREW M10-1.5 X 45  
P0623X0243 MAIN ARBOR CSA  
P0623X0244 ARBOR FLANGE CSA  
P0623X0248 RIVING KNIFE  
SET SCREW M5-.8 X 10  
ARBOR PULLY 60HZ  
FENDER WASHER 8MM  
LOCK WASHER 8MM  
V-BELT M-20 3L200  
P0623X0249 ARBOR SPACER BLOCK  
P0623X0250 HOSE 3" X 60CM  
P0623X0251 HOSE CLAMP 3-1/4"  
CAP SCREW M8-1.25 X 20  
SET SCREW M8-1.25 X 16  
MOTOR PULLEY  
P0700252  
P0700253  
PN09M  
PIVOTING IDLER PULLEY ASSY  
IDLER PULLEY ASSY  
HEX NUT M12-1.75  
COUPLING NUT M12-1.75  
P0700260  
FLAT BELT 15 X 1140MM  
P0623X0223 MAIN MOTOR MOUNTING PLATE  
P0623X0261 PLATE  
PW06M  
PLW05M  
PB25M  
FLAT WASHER 12MM  
LOCK WASHER 12MM  
HEX BOLT M12-1.75 X 25  
KEY 7 X 7 X 30  
P0623X0262 BUSHING  
P0700263  
ARBOR NUT 5/8-16 X 12 LH  
P0623X0264 BUSHING  
PK28M  
PLW06M  
P0700269  
P0700270  
PBHS06M  
PRP61M  
LOCK WASHER 10MM  
P0623X228  
MAIN MOTOR 5HP 220V 60HZ 1PH  
ATTACHMENT PLATE  
228-1 P0623X228-1 MOTOR FAN COVER  
228-2 P0623X228-2 MOTOR FAN  
COUPLING NUT M12-1.75  
BUTTON HD CAP SCR M5-.8 X 12  
ROLL PIN 3 X 12  
228-3 P0623X228-3 JUNCTION BOX  
228-4 P0623X228-4 CAPACITOR COVER  
-74-  
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blade housing  
306  
307  
311  
324  
370  
366  
362  
312  
374  
359  
375  
302  
368  
373  
360  
363  
367  
309A  
358  
305  
357  
364  
365  
325  
317  
356  
316  
354  
313  
351  
301  
361  
353  
371  
355  
352  
369  
315  
318  
304  
303  
320  
314  
372  
322  
319  
REF PART #  
DESCRIPTION  
CHANNEL BASE  
REF PART #  
DESCRIPTION  
CAP SCREW M8-1.25 X 20  
301  
302  
303  
304  
305  
306  
307  
P0623X0101  
P0623X0102  
353  
354  
355  
356  
357  
358  
359  
360  
361  
362  
363  
364  
365  
366  
367  
368  
369  
370  
371  
372  
373  
374  
375  
PCAP14M  
P0623X0704  
P0623X0705  
P6202-2RS  
P0623X0707  
P0623X0708  
PSS02M  
TRUNNION BRACKET  
CAP SCREW M6-1 X 10  
LOCK WASHER 6MM  
CAP SCREW M8-1.25 X 16  
BUTTON HD CAP SCR M8-1.25 X 35  
LOCK WASHER 8MM  
BLADE COVER SWITCH ASSY  
CAP SCREW M5-.8 X 10  
FLAT WASHER 8MM  
BLADE GUARD PLATE  
HINGE  
SCORING ARBOR SHAFT 22MM  
PIVOT SHAFT  
PCAP04M  
PLW03M  
PCAP11M  
PBHS04M  
PLW04M  
BALL BEARING 6202-2RS  
REGULATOR  
SCORING PULLEY 60HZ  
SET SCREW M6-1 X 6  
SET SCREW M6-1 X 6  
ADJUST SHAFT  
309A P0700309A  
PSS02M  
311  
312  
313  
314  
315  
316  
317  
318  
319  
320  
322  
324  
325  
351  
352  
PSB50M  
P0623X0711  
PCAP157M  
P0623X0713  
PLW04M  
PW01M  
CAP SCREW M8-1.25 X 100  
PLATE  
P0623X0113  
P0623X0114  
PS05M  
LOCK WASHER 8MM  
CAP SCREW M8-1.25 X 25  
LOCK  
PHLP HD SCR M5-.8 X 8  
SAW BLADE 10" X 5/8 X 40T  
MAGNET ASSEMBLY  
BLADE SHROUD DUST PORT  
PHLP HD SCR M5-.8 X 16  
LOCK NUT M5-.8  
PCAP31M  
P0623X0716  
PLN04M  
P0700316  
P0623X0117  
P0623X0118  
PS40M  
LOCK NUT M8-1.25  
FLAT WASHER 10MM  
HEX NUT M12-1.75  
FLAT WASHER 10MM  
CAP SCREW M6-1 X 20  
HEX NUT M6-1  
PW04M  
PN09M  
PLN02M  
PW04M  
P0700322  
P0700324  
P0700325  
P0623X0701  
P0623X0702  
KEEPER PLATE  
PCAP02M  
PN01M  
LOCK WASHER 5MM  
PAD  
PWF06M  
FENDER WASHER 6MM  
LOCK WASHER 6MM  
HEX BOLT M6-1 X 16 LH  
ARBOR FLANGE  
PLW03M  
SCORING SAW BLADE CSA 22MM  
P06990514  
-75-  
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tables  
409  
401  
409  
406  
402  
410  
404  
403  
409  
412  
405  
469  
466  
458  
408  
409  
467  
468  
468  
451  
411  
409  
466  
467  
407  
413  
464  
452  
414  
461  
465  
460  
462  
464  
463  
454  
453  
457  
461  
460  
465  
459  
455  
-76-  
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tables parts list  
REF PART #  
DESCRIPTION  
REF PART #  
DESCRIPTION  
401  
402  
403  
404  
405  
406  
407  
408  
409  
410  
411  
412  
413  
414  
451  
452  
P0700401  
P0623X0302  
PW06M  
SLIDING TABLE SET 1000 X 316MM  
T-SCREW M12-1.75 X 35  
FLAT WASHER 12MM  
453  
454  
455  
457  
458  
459  
460  
461  
462  
463  
464  
465  
466  
467  
468  
469  
P0623X0403  
PCAP15M  
P0623X0405  
PW02M  
TABLE INSERT  
CAP SCREW M5-.8 X 20  
RIP FENCE SCALE  
FLAT WASHER 5MM  
DUST HOSE SUPPORT  
HEX BOLT M6-1 X 25  
LOCK WASHER 6MM  
HEX NUT M6-1  
PLW05M  
LOCK WASHER 12MM  
PN09M  
HEX NUT M12-1.75  
P0623X0430  
PB10M  
P0623X0319  
P0700407  
P0623X0320  
PBHS09M  
PN01M  
SLIDING TABLE BASE END PLATE  
PUSH/PULL HANDLE ASSY  
SLIDING TABLE BASE END PLATE  
BUTTON HD CAP SCR M6-1 X 12  
HEX NUT M6-1  
PLW03M  
PN01M  
PN03M  
HEX NUT M8-1.25  
PSS21M  
PB83M  
SET SCREW M8-1.25 X 25  
HEX BOLT M6-1 X 16  
FLAT WASHER 6MM  
LOCK WASHER 10MM  
FLAT WASHER 10MM  
CAP SCREW M10-1.5 X 25  
LOCK NUT M10-1.5  
P0700411  
P0700412  
PCAP115M  
PW03M  
LOCK BRACKET  
SLIDING TABLE END COVER  
BUTTON HD CAP SCR M6-1 X 16  
FLAT WASHER 6MM  
PW03M  
PLW06M  
PW04M  
P0623X0401  
P0623X0402  
EXTENSION TABLE  
PCAP64M  
PLN05M  
CAST IRON TABLE  
-77-  
Model g0700 (Mfg. since 8/09)  
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fence  
505-01  
501  
505-22  
505-02  
502  
505-21  
505-15  
505-03  
505-04  
505-16  
505-17  
505-23  
505-24  
505-18  
505  
505-14  
505-13  
505-12  
505-11  
505-05  
505-06  
505-10  
504  
505-09  
505-20  
505-19  
505-07  
505-25  
503  
505-08  
511-9  
511-10  
511-8  
511  
511-1  
511-7  
511-6  
511-5  
511-4  
511-3  
511-2  
-78-  
Model g0700 (Mfg. since 8/09)  
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fence parts list  
REF  
PART #  
DESCRIPTION  
REF  
PART #  
DESCRIPTION  
501  
502  
503  
504  
505  
P0700501  
P0700502  
P0700501  
P0700504  
P0700505  
HANDLE  
505-17 PW03M  
FLAT WASHER 6MM  
KNOB SCREW M10-1.5 X 70  
HANDLE  
505-18 P0700505-18 CLAMP PLATE STUD  
505-19 P0700505-19 FENCE LOCK SHAFT  
RIP FENCE  
505-20 PFH30M  
505-21 PLW03M  
505-22 PCAP04M  
FLAT HD SCR M5-.8 X 8  
LOCK WASHER 6MM  
CAP SCREW M6-1 X 10  
RIP FENCE BASE ASSY  
505-01 P0700505-01 ROTATE SHAFT  
505-02 P0700505-02 RIP FENCE HOUSING  
505-03 P0700505-03 LOCATE PLATE  
505-04 P0700505-04 MICRO ADJUSTING KNOB  
505-05 P0700505-05 LOCATE BLOCK  
505-23 P0700505-23 ECCENTRIC RING  
505-24 PB83M HEX BOLT M6-1 X 16  
505-25 P0700505-25 WAVE WASHER 24 X 31  
511  
P0700511  
ROUND RAIL ASSY  
ROUND RAIL  
505-06 PLN05M  
LOCK NUT M10-1.5  
511-1 P0700511-1  
511-2 P0700511-2  
511-3 PSS01M  
511-4 PN09M  
505-07 P0700505-07 LOCK RING  
RING STOP  
505-08 PR05M  
EXT RETAINING RING 15MM  
SET SCREW M6-1 X 10  
HEX NUT M12-1.75  
FLAT WASHER 1/2  
STUD M12-1.75  
505-09 P0700505-09 PLUG  
505-10 PFH05M  
FLAT HD SCR M5-.8 X 12  
511-5 PW01  
505-11 P0700505-11 CAM  
511-6 P0700511-6  
511-7 PLW05M  
511-8 PCAP11M  
511-9 PLW04M  
505-12 PCAP11M  
505-13 PSS05M  
CAP SCREW M8-1.25 X 16  
SET SCREW M5-.8 X 10  
LOCK WASHER 12MM  
CAP SCREW M8-1.25 X 16  
LOCK WASHER 8MM  
505-14 P0700505-14 CLAMP PLATE  
505-15 P0700505-15 ECCENTRIC SHAFT  
505-16 P0700505-16 PLASTIC BALL BEARING  
511-10 P0700511-10 END WASHER  
-79-  
Model g0700 (Mfg. since 8/09)  
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miter gauge  
626  
601  
625  
624  
623  
600  
602  
621  
603  
619  
620  
604  
618  
605  
617  
622  
606  
607  
611  
612  
613  
608  
609  
614  
610  
615  
616  
REF PART #  
DESCRIPTION  
REF PART #  
DESCRIPTION  
600  
601  
602  
603  
604  
605  
606  
607  
608  
609  
610  
611  
612  
613  
P0700600  
MITER GAUGE ASSY  
FIXED SHAFT  
614  
615  
616  
617  
618  
619  
620  
621  
622  
623  
624  
625  
626  
PB02M  
HEX BOLT M6-1 X 12  
FIXED PLATE  
P0700601  
P0700602  
P0700603  
PCAP01M  
PW03M  
P0700615  
PN01M  
CLAMP BRACKET POST  
CLAMP ADJUSTMENT KNOB  
CAP SCREW M6-1 X 16  
FLAT WASHER 6MM  
ADJUSTMENT HANDLE M6-1  
MITER GAUGE BODY  
PHLP HD SCR M4-.7 X 10  
POINTER  
HEX NUT M6-1  
PLN05M  
PW04M  
LOCK NUT M10-1.5  
FLAT WASHER 10MM  
FLIP STOP  
P0700619  
P0700620  
P0623X1012  
PSN02M  
P0700623  
P0700624  
PRP42M  
P0700626  
P0700606  
P0700607  
PS38M  
FIXED SHAFT  
ADJUSTMENT HANDLE M6 X 30  
SQUARE NUT M6-1  
CLAMP FOOT  
P0700609  
P0700610  
P0700611  
P0700612  
PW01M  
MITER T-SLOT BAR  
MITER FENCE  
CLAMP SHAFT  
ROLL PIN 3 X 20  
ADJUSTMENT HANDLE  
FLAT WASHER 8MM  
PLASTIC KNOB  
-80-  
Model g0700 (Mfg. since 8/09)  
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labels & miscellaneous  
701  
702  
717  
702  
705  
716  
712  
713  
700  
717  
703  
710  
711  
706  
707  
706  
715  
704  
714  
708  
709  
REF PART #  
DESCRIPTION  
READ MANUAL LABEL  
REF PART #  
DESCRIPTION  
MODEL NUMBER LABEL  
MACHINE ID LABEL  
700  
701  
702  
703  
704  
705  
706  
707  
708  
PLABEL-12A  
P0623X1202  
709  
710  
711  
712  
713  
714  
715  
716  
717  
P0700709  
TABLE SAW BLADE GUARD LABEL  
KICKBACK HAZARD LABEL  
DISCONNECT POWER LABEL  
BLADE GUARD DANGER LABEL  
QUALIFIED PERSONNEL LABEL  
ELECTRICITY LABEL  
P0700710  
P0623X1203  
PLABEL-33  
P0623X1205  
P0623X1206  
PLABEL-14  
PLABEL-37  
G8588  
P0623X1212  
P0623X1213  
P0623X1214  
PPAINT-1  
BLADE TILT LABEL  
BLADE TILT SCALE  
BLADE ELEVATION LABEL  
GRIZZLY GREEN TOUCH-UP PAINT  
PUTTY TOUCH-UP PAINT  
RIP FENCE LABEL  
PPAINT-11  
P0700716  
GLASSES/RESPIRATOR LABEL  
GRIZZLY NAMEPLATE-SMALL  
P0623X1205  
BLADE GUARD DANGER LABEL  
safety labels warn about machine hazards and ways to prevent injury. the owner of this machine  
must maintain the original location and readability of the labels on the machine. if any label is  
removed or becomes unreadable, replace that label before using the machine again. contact  
grizzly at (800) 523-4777 or www.grizzly.com to order new labels.  
-81-  
Model g0700 (Mfg. since 8/09)  
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-82-  
Model g0700 (Mfg. since 8/09)  
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WARRANTY CARD  
Name_____________________________________________________________________________  
Street_____________________________________________________________________________  
City _______________________ State_________________________ Zip _____________________  
Phone #____________________ Email ________________________ Invoice #_________________  
Model # ____________________ Order #_______________________ Serial #__________________  
The following information is given on a voluntary basis. It will be used for marketing purposes to help us develop  
better products and services. Of course, all information is strictly confidential.  
1. How did you learn about us?  
____ Advertisement  
____ Card Deck  
____ Friend  
____ Website  
____ Catalog  
____ Other:  
2. Which of the following magazines do you subscribe to?  
____ Cabinetmaker & FDM  
____ Family Handyman  
____ Hand Loader  
____ Popular Science  
____ Popular Woodworking  
____ Precision Shooter  
____ Projects in Metal  
____ RC Modeler  
____ Rifle  
____ Shop Notes  
____ Wooden Boat  
____ Woodshop News  
____ Woodsmith  
____ Handy  
____ Woodwork  
____ Home Shop Machinist  
____ Journal of Light Cont.  
____ Live Steam  
____ Woodworker West  
____ Woodworker’s Journal  
____ Other:  
____ Model Airplane News  
____ Old House Journal  
____ Popular Mechanics  
____ Shotgun News  
____ Today’s Homeowner  
____ Wood  
3. What is your annual household income?  
____ $20,000-$29,000  
____ $30,000-$39,000  
____ $40,000-$49,000  
____ $70,000+  
____ $50,000-$59,000  
____ $60,000-$69,000  
4. What is your age group?  
____ 20-29  
____ 30-39  
____ 60-69  
____ 40-49  
____ 70+  
____ 50-59  
5. How long have you been a woodworker/metalworker?  
____ 0-2 Years ____ 2-8 Years  
____ 8-20 Years  
____20+ Years  
____10+  
6. How many of your machines or tools are Grizzly?  
____ 0-2 ____ 3-5  
____ 6-9  
7. Do you think your machine represents a good value?  
8. Would you recommend Grizzly Industrial to a friend?  
_____Yes  
_____Yes  
_____No  
_____No  
9. Would you allow us to use your name as a reference for Grizzly customers in your area?  
Note: We never use names more than 3 times. _____Yes _____No  
10. Comments:_____________________________________________________________________  
_________________________________________________________________________________  
_________________________________________________________________________________  
_________________________________________________________________________________  
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FOLD ALONG DOTTED LINE  
Place  
Stamp  
Here  
GRIZZLY INDUSTRIAL, INC.  
P.O. BOX 2069  
BELLINGHAM, WA 98227-2069  
FOLD ALONG DOTTED LINE  
Send a Grizzly Catalog to a friend:  
Name_______________________________  
Street_______________________________  
City______________State______Zip______  
TAPE ALONG EDGES--PLEASE DO NOT STAPLE  
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Warranty and returns  
WARRANTY AND RETURNS  
Grizzly Industrial, Inc. warrants every product it sells for a period of 1 year to the original purchaser from  
the date of purchase. This warranty does not apply to defects due directly or indirectly to misuse, abuse,  
negligence, accidents, repairs or alterations or lack of maintenance. This is Grizzly’s sole written warranty  
and any and all warranties that may be implied by law, including any merchantability or fitness, for any par-  
ticular purpose, are hereby limited to the duration of this written warranty. We do not warrant or represent  
that the merchandise complies with the provisions of any law or acts unless the manufacturer so warrants.  
In no event shall Grizzly’s liability under this warranty exceed the purchase price paid for the product and  
any legal actions brought against Grizzly shall be tried in the State of Washington, County of Whatcom.  
We shall in no event be liable for death, injuries to persons or property or for incidental, contingent, special,  
or consequential damages arising from the use of our products.  
To take advantage of this warranty, contact us by mail or phone and give us all the details. We will then  
issue you a “Return Number,’’ which must be clearly posted on the outside as well as the inside of the  
carton. We will not accept any item back without this number. Proof of purchase must accompany the  
merchandise.  
The manufacturers reserve the right to change specifications at any time because they constantly strive to  
achieve better quality equipment. We make every effort to ensure that our products meet high quality and  
durability standards and we hope you never need to use this warranty.  
Please feel free to write or call us if you have any questions about the machine or the manual.  
Thank you again for your business and continued support. We hope to serve you again soon.  
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Buy Direct and Save with Grizzly® – Trusted, Proven and a Great Value!  
~Since 1983~  
Visit Our Website Today For  
Current Specials!  
ORDER  
24 HOURS A DAY!  
1-800-523-4777  
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