Please take time to read this manual and pay particular attention to the safety
instructions we’ve provided for your protection. Don’t forget to send in your
owner’s registration card. If you have any questions about your tool please
call:
1-800-9-BD TOOL
(1-800-923-8665)
LOCK ON BUTTON
TRIGGER SWITCH
ADJUSTABLE FENCE
AUXILIARY HANDLE
Figure 1A
HEIGHT
ADJUSTMENT
KNOB
HEIGHT
LOCK KNOB
DUST EXHAUST PORT
Figure 1B
ANTI-SLIPPAGE PIN
PLUNGE DEPTH
ADJUSTMENT
KNOB
ANGLE
LOCK KNOB
Page 3
FOR YOUR SAFETY - ALL TOOLS
WARNING: When using electric tools, basic safety precautions should
always be followed to reduce risk of fire, electric shock, and personal
injury, including the following:
READ ALL INSTRUCTIONS
Double Insulation
Double insulated tools are constructed throughout with two separate layers
of electrical insulation or one double thickness of insulation between you
and the tool’s electrical system. Tools built with this insulation system are
not intended to be grounded. As a result, your tool is equipped with a two
prong plug which permits you to use extension cords without concern for
maintaining a ground connection.
NOTE: Double insulation does not take the place of normal safety
precautions when operating this tool. The insulation system is for added
protection against injury resulting from a possible electrical insulation
failure within the tool.
CAUTION: WHEN SERVICING USE ONLY IDENTICAL REPLACEMENT
PARTS. Repair or replace damaged cords.
Polarized Plugs
Polarized plugs (one blade is wider than the other) are used on equipment
to reduce the risk of electric shock. When provided, this plug will fit into a
polarized outlet only one way. If the plug does not fit fully into the outlet,
reverse the plug. If it still does not fit, contact a qualified electrician to
install the proper outlet. Do not change the plug in any way.
KEEP WORK AREA CLEAN. Cluttered areas and benches invite injuries.
CONSIDER WORK AREA ENVIRONMENT. Don’t expose power tools to rain. Don’t
use power tools in damp or wet locations. Keep work area well lit. Do not use
tool in presence of flammable liquids or gases.
GUARD AGAINST ELECTRIC SHOCK. Prevent body contact with grounded
surfaces. For example; pipes, radiators, ranges, and refrigerator enclosures.
KEEP CHILDREN AWAY. Do not let visitors contact tool or extension cord. All
visitors should be kept away from work area.
STORE IDLE TOOLS. When not in use, tools should be stored in dry, and high or
locked-up place — out of reach of children.
DON’T FORCE TOOL. It will do the job better and safer at the rate for which it was
intended.
USE RIGHT TOOL. Don’t force small tool or attachment to do the job of a heavyduty tool. Don’t use tool for purpose not intended.
DRESS PROPERLY. Do not wear loose clothing or jewelry. They can be caught in
moving parts. Rubber gloves and non-skid footwear are recommended when
working outdoors. Wear protective hair covering to contain long hair.
USE SAFETY GLASSES. Also use face or dust mask if operation is dusty.
DON’T ABUSE CORD. Never carry tool by cord or yank it to disconnect from
receptacle. Keep cord from heat, oil, and sharp edges.
SECURE WORK. Use clamps or a vise to hold work. It’s safer than using your
hand and it frees both hands to operate tool.
DON’T OVERREACH. Keep proper footing and balance at all times.
MAINTAIN TOOLS WITH CARE. Keep tools sharp and clean for better and safer
performance. Follow instructions for lubricating and changing accessories.
Inspect tool cords periodically and if damaged, have repaired by authorized
service facility. Inspect extension cords periodically and replace if damaged. Keep
handles dry, clean, and free from oil and grease.
DISCONNECT OR LOCK OFF TOOLS when not in use, before servicing, and when
changing accessories, such as blades, bits, cutters.
REMOVE ADJUSTING KEYS AND WRENCHES. Form habit of checking to see that
keys and adjusting wrenches are removed from tool before turning it on.
Page 4
AVOID UNINTENTIONAL STARTING. Don’t carry tool with finger on switch. Be
sure switch is off when plugging in.
EXTENSION CORDS. Make sure your extension cord is in good condition. When
using an extension cord, be sure to use one heavy enough to carry the current
your product will draw. An undersized cord will cause a drop In line voltage
resulting in loss of power and overheating. The following table shows the correct
size to use depending on cord length and nameplate ampere rating. If in doubt,
use the next heavier gage. The smaller the gage number, the heavier the cord.
OUTDOOR USE EXTENSION CORDS. When tool is used outdoors, use only
extension cords intended for use outdoors and so marked.
STAY ALERT. Watch what you are doing. Use common sense. Do not operate
tool when you are tired.
CHECK DAMAGED PARTS. Before further use of the tool, a guard or other part
that Is damaged should be carefully checked to determine that it will operate
properly and perform its intended function. Check for alignment of moving parts,
binding of moving parts, breakage of parts, mounting, and any other conditions
that may affect its operation. A guard or other part that is damaged should be
properly repaired or replaced by an authorized service center unless otherwise
indicated elsewhere in this instruction manual. Have defective switches replaced
by authorized service center. Do not use tool if switch does not turn it on and off.
1018161412
12161614
16
14
AWG
161614
12
12
Not Recommended
Introduction
Examine your plate joiner and Figures 1A and 1B for a few minutes to become
familiar with the various features and the names used to describe them. The
following sections will discuss the various controls and you will need to know
where they are.
Overview
You have purchased a precision woodworking tool. The function of the plate
joiner is to enable you to make extremely strong and accurate joints in wood
and wood by products. The tool works by plunging action to precisely cut
crescent shaped slots for the placement of flat wooden dowels or “biscuits”
like those shown in Figure 2.
The various adjustments on the patented base/fence assembly wilt enable you
to make virtually any biscuit joint imaginable. The tool may be further
enhanced by some simple jigs and fixtures that can be easily made. Some of
the more common biscuit joinery applications are shown in Figure 3 and are
discussed in detail in the Applications section of this manual.
SAVE THESE INSTRUCTIONS
Page 5
Figure 2
TOOL OPERATION
1/2"
(12.7 mm)|«.
2-3/8"
(60 mm)
(flat biscuits) #20
Figure 3
EDGE TO EDGE JOINT
~1 r~
I——
3/8"
(9.5 mm)|**
2-3/16"
(56 mm)
#10
EDGE
MITRE
JOINT
5/16"
(8 mm
1-13/16"
(46mm)
Switch
Your plate joiner has a trigger switch located on the underside, as shown in
Figure 1 A. To turn the tool on, depress the trigger. To turn the tool off, release
the trigger. To lock the tool on for continuous operation, there is a lock on but
ton located at the rear of the tool just above the cord. When cutting always
hold the tool with one hand on the switch handle and one hand on the auxil
iary handle. To lock the tool on, depress and hold the trigger as you depress
the lock button. Hold the lock button in as you gently release the trigger. The
tool will continue to run. To turn the tool off from a locked on condition,
depress and release the trigger once.
Blade Replacement
In time your saw blade will wear out and need replacement. To remove the
blade, follow the steps below.
1. TURN OFF TOOL AND DISCONNECT FROM POWER SUPPLY.
2. Remove the 4 torx head screws from the bottom of the shoe, using the
T20 torx screwdriver provided.
3. Rotate the shoe out of the way.
CORNER
JOINT
OFFSET JOINT
r
OFFSET
Page 6
4. Use the spanner wrench provided to loosen (counterclockwise) the blade
nut. Depress the spindle lock pin on the top of the gear case to hold the
spindle while you unscrew the nut.
5. Remove the blade and have it sharpened or replace it with a new one.
6. Reinstall the blade by reversing the steps above. Be sure blade teeth point
counterclockwise as shown in Figure 4.
7. IMPORTANT: Always check the fine depth adjustment when sharpening
or replacing the blade. Adjust if necessary (See "Controls" section).
The Controls
The heart of your plate joiner is the base/fence assembly. All of the controls
that let you make a variety of precision cuts are located on this assembly. Take
a few minutes to become familiar with the various controls.
ALWAYS TURN OFF AND DISCONNECT PLATE JOINER BEFORE MAKING
ANY ADJUSTMENTS.
ADJUSTABLE FENCE
The adjustable fence provides a sturdy, precise reference surface to deter
mine the point at which the slots for the biscuits will be cut. Its adjustable
height feature allows you to position biscuit slots as close as 3/16" (4.76mm)
and as distant as 1 -3/8" (35 mm) measured from the work piece surface to the
centerline of the blade (See Figure 6). The adjustable angle feature allows a
full range of settings from 0° to 90 as well as a reverse 45° bevel which allows
outside registration on miter joints. (See Applications section under Miter
Joints, Figure 26).
The height adjustment is accomplished by first loosening the lock knob on the
right side of the fence and then rotating the knurled adjustment knob until the
desired height is reached. (See Figure 5).
Tightening the lock knob will then automatically align the fence parallel to the
blade and lock it in position. The vertical scale and pointer located directly
Figure 5
under the lock knob can be used to assist in setting this height. The scale
readings indicate distance from the blade centerline to the fence surface when
the fence is set at 90°. (See Figure 6). The fence angle can be set simply by
loosening the lock knob on the left side of the tool, aligning the protractor
scale with the pointer and tightening the lock knob.
ADJUSTMENT
KNOB
LOCK KNOB
1/2” (12.7mm)
CENTERLINE OF
BLADE
Figures
POINTER
POINTS TO
1.2” (12.7mm)
MARK
PLUNGE DEPTH ADJUSTMENT
The depth of cut can be set to match the dimensions of the particular size biscuit you will be using. The numbers on the depth adjustment knob
(0,10,20,M) coincide with the three sizes of biscuits shown in Figure 2. The
letter ‘M’ stands for the maximum depth capacity of the tool which is 20mm
(25/32"). This depth is obtainable only with a new blade and by backing out
the fine adjustment screw (see next section).
NOTE: The ‘M’ setting has been provided for future use and will not be neces
sary for most biscuiting operations. To select a depth, align the appropriate
number with the red mark scribed in the tool’s housing, as shown in Figure 7.
Rotate the depth adjustment knob to the desired position and it will “click”
into place.
Page 7
Figure 7
RED MARK
FINE DEPTH ADJUSTMENT
You may encounter situations where you want to leave a little looseness in
your joint so that you can move it slightly before the glue sets up. For these
instances a fine depth adjustment has been provided. To adjust, you must first
raise the adjustable fence to its uppermost position. Then insert the T20 torx
screwdriver provided into the opening as shown in Figure 8. Turn the depth
adjustment screw clockwise for less depth and counterclockwise for
increased depth. Each full turn causes a change in depth of 1mm (0.04").
Always check the depth adjustment by first making test cuts in scrap wood.
Figure 8
FINE DEPTH ADJUSTMENT
ANTI-SLIPPAGE PIN
Figure 9
ANTI-SLIPPAGE PINS
Plate joiners tend to slide to the right with respect to the work piece when
making a cut. This tendency is increased with a dull blade or when plunging
very rapidly. Anti-slippage pins have been provided to reduce this tendency
and are located on the front registration surface on either side of the blade
opening slot. When making some joints, you may wish to retract the anti-slip
page pins so as not to scratch your work piece in a visible area. For this pur
pose, simply rotate the anti-slippage pins approximately 1/6 of a turn and they
will retract back behind the front registration surface. A flat blade screwdriver
can be used to rotate the pins as shown in Figure 9.
BOnOM REGISTRATION SURFACE
For certain applications, you will want to use the bottom surface of the plate
joiner for alignment. When using the bottom registration surface, the
adjustable fence should be set to 0° and the height setting is unimportant.
This surface is used primarily when making T joints (see applications sec
tion). The distance between the centerline of the blade and the bottom regis
tration surface is fixed at 3/8" (9.5mm) which allows centering on 3/4"
(19mm) thick stock. The 3 red marks on the bottom registration surface indi
cate the centerline (or the deepest point) of the biscuit cut and the approxi
Page 8
mate width of a #20 biscuit so that you’ll know where the edge of the blade is
and can prevent breakthrough. To avoid breaking through the work piece,
align the shoe so that neither outside mark extends beyond the end of the
work piece. If either side does, there is a good chance that the blade will break
through the surface and ruin your work.
DUST EXTRACTION
There are three options provided for collecting dust from your plate joiner as
described below.
A. Adjustable Dust Port (See Figure 10)
This attachment inserts into the dust exhaust port on the right side at the rear
of the base assembly and clicks into place. To remove, pull out firmly. The
adjustable port rotates easily to aim the dust in the most convenient direction
suitable for the particular application.
B. Vac Adaptor (See Figure 11)
This attachment, when inserted as described above, allows the use of several
common sizes of vacuum hose to be attached for direct vacuum pick-up of
the dust.
C. Dust Bag (See Figure 12)
The dust bag provided fits snugly over the dust adaptor described above. To
empty the bag, open the zipper underneath and dump dust out.
ROTATE ADJUSTABLE
DUST PORT FOR
DESIRED EXHAUST
DIRECTION
Figure 11
VACUUM HOSE
CONNECTION
Figure 10
Figure 12
NOTE: When the bag becomes full, the dust will back-up into the adaptor and
the exhaust port on the right rear of the tool. To clean out, turn off and unplug
the tool and remove packed dust. The bag will hold the dust generated from
approximately 70 to 100 #20 biscuit cuts before filling up.
Plate joiners are primarily used for making cabinetry and furniture, joining
millwork or other similar applications where a strong, accurate joint is
required in wood or wood by-products. There are literally hundreds of varia-
Page 9
Figure 13
tions of joints that can be made with your plate joiner. We will limit our dis
cussion to six basic joints that can be used to build on and adapt to your own
applications. The following are some basic set-up steps that will apply to all
biscuit joints.
Figure 15
PROTRUDING BISCUIT
END (Trim off with saw
and sand smooth)
R GREATER
STOCK
THICKNESS
Figure 14
1. Biscuit Size Selection
As mentioned earlier, the three biscuit sizes are #0, #10 and #20. It is a good
rule of thumb to use the largest biscuit size that will physically fit in the appli
cation. Unless you are joining narrow face or picture frames or using 1/2"
(12.7mm) or thinner stock, you will find the #20 biscuit size to suit most
applications. After selecting the biscuit size, set the depth adjustment knob to
the corresponding size (see Controls section). Also, be sure the fine depth
adjustment is correctly set by first testing in a scrap piece. This is extremely
important as you do not want to discover during glue-up that your biscuit
slots are not quite deep enough.
2. Biscuit Location and Layout
Generally, biscuits may be spaced and located at your discretion. For edge
joints, a good rule is to space biscuits every 6-10" (150-250mm) on center. It
is further recommended that biscuits be placed so that the centerline of the
end biscuits is 2-3" (50-75mm) from the end of the work piece. When joining
face frames or picture frames where the work piece is narrow, you may have
to choose the smaller biscuit sizes to keep from breaking out on the end of the
joint. Breaking out should be avoided if possible, but if not you can assemble
the joint and trim off the exposed biscuit tip after the glue sets (See Figure 13).
When working with material up to 1/2" (25.4mm) thick, we advise to use a
single biscuit located in the approximate center of the material thickness. If
thicker stock is to be joined, you may choose to use 2 biscuits across the
thickness for greater strength (See Figure 14). Biscuit locations should be
marked by first positioning the mating pieces exactly as they are to be assem-
Page 10
bled. Next, make a mark at 90° to the joint interface across both pieces at the
desired biscuit locations (See Figure 15). See Application section for more
specific information on joint layout. The marks you make will then be aligned
with one of the center registration marks on the tool, again, depending upon
your specific application.
3. Making the Cut
Prior to making any cut, be sure that all fence adjustments are set and lock
knobs are tight. Also, be sure you have selected the proper depth setting.
Clamp your work piece firmly and align the plate joiner’s center registration
mark with your layout mark. Turn on the tool and let blade come up to full
speed (approximately 1 second). Grasping the switch handle and auxiliary
handle and positioning the fence firmly and squarely against the work piece,
plunge the blade until It bottoms against the stop. Continuing to hold the tool
squarely and firmly, allow the return spring to retract the blade from the work
and then release the switch to shut tool off. It will take some practice to obtain
a feel for the tool to produce accurate joints, so practicing in scrap wood first
is advisable.
4. Joint Assembly
After your joints are cut, you may wish to trial fit everything together before
gluing. When you are satisfied with your joints, evenly spread any good quali
ty woodworking glue in each slot as well as on the mating flat surfaces of your
joint. Place biscuits in the slots, assemble the joint and clamp until dry. For a
biscuit joint to be most effective, it is important that the biscuits themselves
be in contact with the glue. This is because the biscuits absorb the moisture in
the glue and expand to form a tight joint.
APPLICATIONS
Edge to Edge Joints (Figure 16)
This is the simplest to make and most common joint for the plate joiner.
Follow the steps below to produce this joint.
A. Prepare the work pieces and lay them on a work surface exactly as they
are to be assembled.
B. Spacing biscuits 2-3" (50-75mm) in from the ends and 6-10"
(150-250mm) apart, layout the biscuit centers.
C. Set up the plate joiner by first selecting the proper depth setting. Set the
fence to 90°. Set the height adjustment to position the biscuit in the
approximate center of the stock thickness.
D. Clamp the work piece and position the tool so that the center indicator
mark lines up with the first layout mark (See Figure 17). Turn on the tool
and make the plunge cut. Retract the tool and release the trigger to turn
the tool off. Repeat for each layout mark.
E. Glue, assemble and clamp the joint.
F. For stock thicker than 1“, you may wish to use double biscuits at each
location. Set the height adjustment to allow at least 3/16" (5mm) of stock
between the biscuit and the edge of the work surface. Make all cuts at
this fence setting before readjusting the fence for the lower cuts. Again,
there should be at least 3/16" of stock between the biscuit and the outside
wall and between the biscuits themselves (See Figure 18).
Page 11
Figure 16
2"-3"
Figuréis
6"-10
Figure 17
Frame Joints (Figure 19)
Frame joints are an ideal application for biscuit joinery. With the plate joiner
you can create a very strong, precise joint that is much faster to make than a
dowel or mortise and tenon joint. Figure 19 shows two types of frame joints.
Follow the steps outlined below.
A. Arrange the work pieces on a flat work surface exactly as they are to be
assembled.
B. Select the proper biscuit size based on the length of the joint. (If the
frame pieces are too narrow for a #0 biscuit, you will have to allow the
biscuit tip to protrude slightly and then trim it off after the joint is dry.
(See Figure 13).
C. Layout the biscuit locations.
D. Set up the tool by selecting the depth that corresponds to the chosen
biscuit size. Lock the fence at 90° and adjust the fence height to center
the biscuit on the stock thickness.
E. Clamp the work piece and position the plate joiner to make the first cut.
(See Figure 20)
F. Turn on the tool and make the plunge cut.
G. Repeat for each layout mark.
FI. Glue, assemble and clamp the frame.
3/16” (5mm) MINIMUM 3/16” (5mm) MINIMUM
..
...
irtnuiz
3/16” (5mm) MINIMUM
Figure 19
Page 12
Figure 20
Figure 21
Corner Joints (Figure 21)
Corner joints are another common and excellent application for biscuit join
ery. Follow the procedure below.
A. Arrange the work pieces exactly as they are to be joined.
B. Select the biscuit size and layout the biscuit locations.
C. Set up the tool by selecting the proper depth setting, adjusting the fence
to center on the stock thickness and setting the angle to 90°.
D. For this joint, you will make cuts into the edge of one work piece and the
face of another. The edge cut is performed the same as for edge to edge
joints. The face cut is made by clamping the work piece and aligning the
tool as shown in Figure 22. Turn the tool on, make the plunge cut and
repeat for each layout mark.
E. Glue, assemble and clamp the joint.
Offset Joints (Figure 23)
You may wish to have a deliberate offset between two work pieces. This is
easily accomplished with your plate joiner by performing the following steps.
A. Arrange the work pieces as they are to be assembled and layout the
biscuit locations.
B. Set up the tool by selecting the proper biscuit size and adjusting the
fence angle to 90°. Select the work piece that will be set back and adjust
the fence height to center the cut within the thickness of that piece.
C. Clamp the work piece, align the tool and make the plunge cut.
D. Next, adjust the fence up by an amount equal to the desired offset. Use
the scale and pointer located on the right side of the tool under the fence
lock knob.
E. Clamp the second work piece, align the tool and make the plunge cut.
F. Glue, assemble and clamp the joint.
Figure 22
10
Page 13
Edge Miter Joints (Figure 24)
Edge miters are most commonly used in box structures or for making multi
sided pedestals where you would like to hide the end grain. Once again, bis
cuit joinery is an outstanding method to use both for added strength as well
as ease of assembly. Follow the steps below to assemble a 90° joint.
Figure 26
JOINT ANGLE
^0°
108°
FENCE ANGLE SETTING
OUTSIDE REG ISTR ATION
90“45“
81“
INSIDE R EGISTRATION
54“
A. Position the work pieces as they are to be assembled and layout biscuit
locations on the outside of the joint.
B. Set up tool by first setting fence angle to 90°. Make the fence adjustment
such that the biscuit is located toward the inside of the joint where the
material is thicker, then select the biscuit size so that the blade does not
protrude through the outside wall when the cut is made (See Figure 25).
C. Clamp the work piece and align the tool as shown in Figure 26.
D. Turn on the tool and make the plunge cut.
E. Glue, assemble and clamp the joint.
F. For joints other than 90° see outside registration column Figure 27 for
proper fence angle setting.
The above method will produce a joint where the outside surfaces of the joint
are aligned. If you wish to produce a joint where the inside surfaces are
aligned, use the following procedures for a 90° joint.
POSITION BISCUIT CLOSER TO
INSIDE EDGE TO INCREASE
75“
^35"
8
67.5“67.5“
REVERSE 45° BEVEL: ALLOWS
OUTSIDE REGISTRATION ON
MITER JOINTS
(NOTE: The tool is registered against
the outside surface.)
A. Position work pieces as they are to be assembled.
B. Layout biscuit locations on the inside of the angle.
C. Set up tool by setting fence angle to 45°. Set vertical fence adjustment so
that the biscuit is located toward the inside of the joint where material is
thicker. Select biscuit size so that the blade does not protrude through the
outside face of the material.
D. Clamp the work piece and align the tool as shown in Figure 28.
E. Make the plunge cut and repeat for all biscuit locations.
F. Glue, assemble and clamp the joint.
G. For joints other than 90° see inside registration column in Figure 27 for
proper fence angle setting.
11
60“
Page 14
Figure 28
T-Joints (Figure 29)
Biscuit joining is a viable alternative to dadoing when making a T-joint. Tjoints are most commonly used when attaching shelves to the sides of a case.
The method described below will work if your shelf material is at least 5/8“
(16mm) thick.
A. Place the work pieces on a work surface exactly as you will be
assembling them in the form of an upside down “T.” Mark lightly along
the joint where the top of the shelf is to end up (See Figure 30). Mark
biscuit locations at the joint interface on the shelf piece only.
B. Lay the shelf down on the mating work piece. Clamp the two work pieces
together and to the work surface in this position (See Figure 31).
C. Set up the tool by selecting the proper biscuit size and setting the
adjustable fence angle at 0°.
D. Using the bottom registration surface, align the tool with the biscuit
location marks and make a vertical and a horizontal plunge cut for each
biscuit location as shown in Figures 32 and 33.
E. Glue, assemble and clamp the joint.
Figure 32
12
Page 15
Accessories
Recommended accessories for use with your tool are available at extra cost
from your distributor or local service center. A complete listing of service cen
ters is included with your tool.
CAUTION: The use of any non-recommended accessory may be hazardous.
If you need any assistance in locating any accessory call 1 -800-9-BD TOOL:
(1-800-923-8665) or contact Black & Decker (U.S.) Inc., Consumer Services
Your tool uses the B&D CHECKPOINT™ brush system. The tool will stop
when the brushes wear out. This prevents damage to the motor.
One Year Free Maintenance
All B&D tools for Industry and Construction are covered under a service/safety check program where B&D will inspect your tool for safety and provide nec
essary maintenance or repairs, including normal wear and tear parts, for one
year, FREE OF CHARGE.
IMPORTANT!
To assure product safety and reliability, particularly for double Insulated tools,
repairs, maintenance and adjustment (excluding maintenance described in
this manual) should be performed by B&D service centers or authorized ser
vice centers, using identical B&D replacement parts.
Full Warranty
All B&D tools for Industry and Construction are warranted to be free of any
defects in materials or workmanship. Upon thorough examination of tool,
B&D will repair or replace, at our option, any product that is determined to be
defective.
Conditions
The service/safety check and the warranty do not apply to: repairs made or
attempted by anyone other than an authorized B&D service location; misuse,
abuse, neglect, improper application of the tool; missing parts; or normal
wear and tear (after first year of ownership). Please return the complete unit,
transportation prepaid, to any B&D factory owned or B&D authorized service
center location (list provided with tool or see yellow pages under
“Tools Electric”).
Page 16
YOUR POWER TOOLS MAY BE SERVICED AT THE FOLLOWING B&D SERVICE CENTERS.
ALABAMA:
Birmingham 35209, 2412 Green Springs Hwy
Mobile 36608, 3831 Airport Blvd
ALASKA:
Anchorage 99518, 910 West International Airport Rd. ..
ARIZONA:
Mesa 85202, 535 S. Dobson, Suite 7
Phoenix 85013, 4501 N. 7th Avenue
Tucson 85712, 4845 E. Speedway Blvd
ARKANSAS:
Little Rock 72201. 519 W, Seventh St..
CALIFORNIA:
Anaheim 92806, 540 South State College Blvd.
Chula Vista 91910, 309 Broadway......................................................619-420-6350
Des Plaines (Chicago) 60018, 1277 South Elmhurst Rd
Lincolnwood (Chicago) 60646, 6710 N. Crawford Ave
Lisle (West Chicago) 60532, 2950 Ogden Ave., Unit H
Moline 61265, 4433 23rd Ave. .
Oak Lawn (Chicago) 60453, 6343 W. 95th St
Waukegan 60085, 39 S.. Greenbay Rd
INDIANA:
Evansville 47710, 307 First Ave., Crescent Ctr
Hammond 46323, 7103 Kennedy Ave
Indianapolis 46224, 5999 Crawfordsville Rd