Busy Bee tools BBJP8 User manual

Jointer Planer Combo
Machine
BBJP8
User’s Manual
COPYRIGHT C2023 BY BUSY BEE TOOLS LTD.
NO PORTION OF THIS MANUAL MAY
BE REPRODUCED WITHOUT THE WRITTEN
CONSENT OF BUSY BEE TOOLS LTD.
v1.0

2
Warnings
This manual contains critical information regarding the setup, operation,
maintenance, and servicing of this machine. It is imperative to not only retain this
document but also to study its contents thoroughly and utilize it for training other
operators as necessary.
Failure to heed the information provided in this manual may lead to grave
consequences, including but not limited to amputation, electrocution, or loss of life.
The responsibility for the safe usage and operation of this machine rests solely with
the owner. This duty encompasses, among other things, proper installation within
a secure and suitable environment, comprehensive training and authorization of all
individuals tasked with operating the machine, regular inspection, and maintenance,
as well as ensuring the availability and utilization of safety and personal protective
equipment. It is vital to note that Busy Bee Tools cannot be held responsible or liable
for any injuries or property damage arising from negligence, inadequate training,
unauthorized machine modification, or misuse.
The act of sanding, sawing, grinding, drilling, and similar activities can generate dust containing chemicals potentially
harmful to the operator’s health. Thus, it is imperative to always wear a mask and appropriate protective gear when
operating this machine.
Reproduction of any part of this manual in any form or format is strictly prohibited. Prior written approval from Busy Bee
Tools is mandatory for any such reproduction.
Please refrain from discarding this manual; retain it for future reference. Your safety and well-being are of paramount
importance.

3
Contents
Warning! 2
Introduction 4
Manual Accuracy: 5
Machine Identification 5
Controls and Components 6
Main Controls & components 6
Internal Components (Planer) 7
Machine Data Sheet 8
8” Jointer/ Planer with Helical Cutterhead: 8
Product Dimensions: 8
Shipping Dimensions: 8
Electrical: 8
Motor: 8
Main Specifications: 8
Section 1: Safety 9
Safety Instructions for Machinery 9
Additional Safety For jointers 11
Additional Safety for Planers 12
Section 2: Power Supply 13
Accessibility 13
Circuit Requirements 13
Grounding & Plug Requirements 13
Extension Cords 14
Section 3: Setup your Machine 14
Unboxing 14
Tools needed: 14
Inventory 14
Hardware Inventory 14
Site Considerations 16
Weight Load 16
Space Allocation 16
Physical Environment 16
Electrical Installation 16
Lighting 16
Assembly 16
To Assemble the BBJP8 machine: 16
Dust Collection 17
To Connect dust collection hose: 17
Test Run 17
To test run the machine: 17
Recommended Adjustments 18
Section 4: Operations 18
Operation Summary 18
Typical Jointing Operation 18
Typical Planing Operation 19
Stock Inspection & Requirements 19
Planing Tips 20
Cutting Problems 21
Chipped Grain 21
Fuzzy Grain 21
Snipe 21
Pitch & Glue-up 21
Chip Marks or Indentations 21
Wood Types 21
Setting Jointer Depth Cut 22
Infeed Table Height Adjustment 22
Depth-of-Cut Scale 22
Squaring Stock for Jointing 22
Squaring stock involves four steps performed
in the order below: 23
Surface Planing on Jointer 23
To surface plane on jointer: 23
Edge Jointing on Jointer 24
To edge joint on jointer: 24
Bevel Cutting on Jointer 25
To bevel cut on jointer: 25
Jointer/ Planer Conversion 25
To perform Planer/ Jointer conversion: 26
Precise Planer Depth Adjustment 26
Thickness Scale: 26
Feeding Workpiece 27
To feed the workpiece into planer: 27
Rotating/ Replacing Cutterhead Inserts 27
To rotate/replace cutterhead insert: 27
Section 5: Accessories 28
Section 6: Maintenance 29
Schedule 29
Ongoing: 29
Monthly Check: 29
Cleaning & Preservation 29
Lubrication 29
Table Height Chain & Sprockets: 30
Infeed Table Adjustment Shaft 30
Feed Rollers Drive Chain 30
Table Height Chain & Sprockets 30
Cleaning the Infeed/ Outfeed Rollers 30
To clean infeed and outfeed rollers 30
V-Belt Tensioning and Replacement Procedure 31
Replacing Feed Belt 31
Tensioning/ Replacing Drive Belt 31
Calibrating Jointer Depth-of-Cut Scale 32
Calibrating Planer Thickness Scale 32
To calibrate planer thickness scale: 32

4
Setting Fence Stops 32
Setting 90º Fence Stop 32
Setting 45º Outward (135º) Fence Stop 33
Setting Infeed Table Positive Stops 33
Adjusting Table Height Chain 33
To adjust table height chain: 33
Checking/ Replacing Motor Brushes 34
To check/ replace motor brushes: 34
Section 8: Wiring 35
Wiring Safety Instructions 35
Wiring Diagram 35
Section 9: Parts and Diagrams 36
Planer Table and Frame Diagram 36
Planer Table and Frame Parts List 36
Jointer Table and Fence Diagram 39
Jointer Table and Fence Parts List 39
Section 7: Service 43
Troubleshooting 43
Warranty and Returns 47
thorough quality control program ensures a reliable safe machine that will provide years of safe operation. Our intention is
to provide you with this manual to describe the basic information for safety, setup, operation, and maintenance of your new
machine. We at Busy Bee Tools are committed and pride ourselves in customer satisfaction.
We stand behind our products! In the event that questions arise about your machine, please contact Busy Bee Tools
Customer Service at [phone] or 1-800-461-2879 or send an e-mail to: [email protected].
Our knowledgeable sta will help you to troubleshoot problems and process warranty claims when required.
We cannot stress enough how important your health and safety is. This manual has been designed with the assembly,
proper use and care as the focal point. Therefore, we have introduced many warning signs throughout the manual to
emphasize your safety. So please read and adhere to these simple and important warnings.
We welcome you to the Busy Bee Tools family of quality woodworking machinery.
Contact Information
We fully support our machines! If you have questions or need help, contact us with the information below. Before
contacting, make sure you get the serial number and manufacture date from the machine ID label. This will help us help you
faster.
Busy Bee Tools
130 Great Gulf Drive
Concord, ON L4K 5W1
1-800-461-2879
Busybeetools.com
Introduction

5
Manual Accuracy
While we have made every endeavor to produce a manual replete with accurate specifications, drawings, and photographs,
errors can sometimes occur. In our relentless pursuit of improvement and evolution, you may receive the machine in a
slightly dierent configuration than what is depicted in the photos.
In the event of any such discrepancy that leaves you uncertain about a particular aspect, we encourage you to visit our
website for an updated version of the manual. Your understanding and satisfaction are paramount.
Figure 1: Machine Identification.
Machine Identification
Model Number: BBJP8 Jointer Planer Combo Machine
A: Jointer
Outfeed Table
E: Planer
Thickness Scale
D: Circuit
Breaker
H: Jointer Infeed
Table Fence Support
Bracket O: Fence Tilt
Lock Handle
P: Dust Port Interlock
Key (1 o 2)
Q: Cord Storage
Hook (1 of 2)
S: Foot (1 of 4)
R: Planer Table
I: Infeed
Adjustment Knob
K: On/OFF
Swtich
G: Height Crank
and Storage
Bracket
J: Jointer
Depth-of-cut
L: Cutterhead
Guard Lock-Out
B: Cutter
Head Guard
C: Fence
BBJP8
F: Dust Port

6
Controls and Components
To mitigate the risk of severe injury, it is imperative to read this manual BEFORE
using your new machine. Please refer to the following figures and their descriptions
to acquaint yourself with the fundamental controls and primary components of this
machine. A solid comprehension of these elements will not only enhance your grasp of the rest of the manual but also
reduce the potential for injury during machine operation.
Please refer to the following figures and their descriptions to familiarize yourself with basic controls and main parts of this
machine. By understanding these components will aid in better understand the rest of the manual and reduce your risk of
injury when operating the machine.
Main Controls & components
Please see figure 1 on page 7.
A. Jointer Outfeed Table: Support the workpiece after it passes over the cutter head.
B. Cutterhead Guard: Covers the cutterhead until pushed out of the way by the workpiece during the jointing operation.
When the workpiece leaves the cutterhead the guard spring will reposition the guard at the start position.
C. Fence: The fence is to guide the workpiece as it is moved across the cutterhead keeping it straight and perfectly
aligned with the cutter head.
D. Circuit Breaker Reset Button: When a thermal overload trips the reset button to protect the motor from permanent
damage, this reset button allows the operator to restart the machine by bushing the ON/OFF button to OFF position,
wait for the motor to cool down few minutes, then press the reset button down if it stays depressed you must allow the
motor to cool down further, then try one more time.
E. Planer Thickness Scale: this indicator shows the height of the cutterhead above the outfeed table, The measurement
is indicated by a red line, this line shows the thickness of the workpiece after planing.
F. Dust Port Housing: the dust port is installed under the table for jointing and above the table for planing. There are two
keys to secure the dust port to the table. Please Note: Machine will not start unless the dust port is installed correctly
above or under the outfeed table.
G. Planer Table Height Crank: this crank’s only job is to raise and lower the planer table to accommodate the workpiece
thickness. The height change is 1/8” for each full rotation.
H. Jointer Infeed Table: this table supports the workpiece before it reaches the cutterhead. The position of this table in
relation to the cutter head will determine the depth of cut.
I. Infeed Table Adjustment Knob: its purpose is to adjust the infeed table for the required depth of cut.
J. Jointer Depth of cut scale: It indicates the depth of cut per pass.
K. ON/OFF Switch: this is the main power switch; it turns the machine ON when moved up and OFF when pushed down.
The yellow part of the Button is a key to disable the switch preventing any accidental start ups, thus protecting you
while preforming any maintenance or servicing the machine.
L. Cutterhead Guard Lock-out: it prevents the guard from moving into of position over the cutterhead during while using
the planing operations.

7
M. Lock-Out Lock Knob: when tightened it secures the position of lock-out. To raise or lower the lock-out, loosen the lock knob.
N. Fence Slide Lock Handle: to secure the position of the fence over the tables. Move this handle up to tighten and move
down to loosen. Once it is loosened you can adjust the desired position then move up to lock that position in place.
O. Fence Tilt Lock Handle: This handle secures the fence ‘s angle. The range of angle adjustment is between 0° and 45°.
Always tighten lock before starting the machine.
P. Dust port interlock key: A safety feature preventing the accidental machine startup what the dust hood isn’t installed
correctly.
Q. Cord storage hook: When the machine is stored, the cord hook ensures the cord is well protected.
R. Planer Table: this is the table used when the machine is in planing function.
S. Rubber Feet (4): 4 rubber feet to reduce the noise from vibration.
Internal Components (Planer)
Please see figure 2.
A. Infeed Roller: this roller rotates counter clockwise to feed the wood into the cutterhead.
B. Cutterhead: This is the main part of this machine. It holds the inserts that remove material from the workpeice it
rotates clockwise
C. Chip Deflector: its job is to direct the wood chips into the dust port.
D. Outfeed Roller: Rotates with the direction of the feed roller to pull the wood trough.
E. Planer Table: it provides a smooth, flat surface allowing the workpiece to slide through the planer.
Like all machinery, there is a potential danger when
operating this machine. Accidents are frequently
caused by lack of familiarity or failure to pay
attention. Please use this machine with respect
and caution to decrease the risk of injury. If normal
safety precautions are overlooked or ignored,
serious injury may occur
No list of safety guidlines can be complete. Every
shop environment is dierent because it applied
to your individual conditions. Always use all
machinery with acuation and respect. Failure to do
so could result in serious personal injury, damage to
equipment, or poor work results.
Figure 2: The path and components planing function

8
Machine Data Sheet
8” Jointer/ Planer with Helical Cutterhead:
Product Dimensions:
Weight ............................................................. 48lbs.
Width X Depth X Height............................. 31” X 17-1/2” X 18-1/2”.
Footprint ......................................................... 15-1/2” X 10-1/2”.
Shipping Dimensions:
Package type................................................. Cardboard box.
Weight ............................................................. 57lbs.
LXWXH............................................................ 34” X 19” X 18”.
Must ship upright.......................................... Yes.
Electrical:
Power Requirement ..................................... 120V, 1PH, 60Hz.
Full-Load current rating .............................. 15A.
Minimum circuit breaker size .................... 20A.
Connection type ........................................... Cord and Plug.
Power cord included ................................... Yes.
Power cord length........................................ 72”.
Power cord gauge........................................ 14AWG.
Switch type..................................................... Paddle safety
switch w/ key.
Motor:
Main
Horsepower................................................... 1-1/2 HP.
Phase............................................................... Single phase.
Amps................................................................ 15A.
Speed .............................................................. 15,000 RPM.
Type ................................................................. Universal.
Power transfer............................................... Belt.
Bearings.......................................................... Shielded
permanently
lubricated.
Main Specifications:
Cutting Capacities (Jointer):
Jointer size..................................................... 8”
Bevel Jointing................................................ 0° to 45°
Maximum width cut...................................... 8”
Maximum depth cut..................................... 1/16”
Minimum workpiece length ....................... 6”
Minimum workpiece thickness ................. ¼”
Number of cuts per minutes...................... 17,000
Cutting Capacity (planer):
Planer size...................................................... 8”
Maximum width of cut................................. 8”
Minimum stock length................................. 6”
Minimum stock thickness........................... 1/4”
Number of cuts per inch............................. 64
Number of cuts per minute........................ 17,000.
Planing feed rate .......................................... 22FPM.
Maximum cut depth planing full width.... 3/64”.
Max. cut depth planing 6” wide boards . 1/16”.
Fence Information:
Fence length.................................................. 21”.
Fence width ................................................... 1/2”.
Fence Height................................................. 4”.
Fence stops ................................................... 0° to 45°.
Cutterhead information:
Cutterhead type............................................ Helical.
Cutterhead diameter ................................... 2”.
Number of cutter rows................................ 2.
Number of indexable inserts..................... 18.
Cutterhead speed ........................................ 8500RPM.
Cutterhead inserts information:
Cutter inserts type........................................ 4-side indexable
carbide.
Cutter inserts length.................................... 15mm.
Cutter inserts width...................................... 15mm.
Cutter inserts thickness.............................. 2.5mm.
Table information (Jointer):
Table length ................................................... 29-1/4”.
Table width..................................................... 8-1/4”.
Table thickness ............................................. 1-1/2”.
Floor to table height .................................... 14”.
Table adjustment type................................. Knob.
Table movement type ................................. Swing.
Table information (planer):
Table length ................................................... 13-3/4”.
Table width..................................................... 8”.
Table Thickness ............................................ 3/4”.
Floor to table height .................................... 7-1/2”.
Construction:
Body assembly.............................................. Steel.
Cutterhead ..................................................... Steel.
Infeed roller.................................................... Rubber.
Outfeed roller................................................ Rubber.
Fence assembly............................................ Aluminium.
Guard............................................................... Plastic.
Table (Jointer)................................................ Die-cast Aluminum.
Table (Planer)................................................. Die-cast Aluminum.
Paint type/Finish ........................................... Powder coated.
Other information:
Number of dust ports .................................. 1.
Dust port size ................................................ 2-1/2”.
Measurement scale (Jointer)..................... Inch.

9
Measurement scale (Planer)……………………..Inch.
Country of origin……………………………………..China.
Warranty……………………………………………..2 Years.
Approximate assembly time………….30 Minutes.
Features:
Helical cutterhead with 18 indexable carbide inserts.
Die-cast Aluminum infeed and outfeed tables.
One push block and one push stick.
Torx T-20 T-handle driver.
Quick-release fence.
2-1/2” dust port.
Safety
Prioritize your safety by thoroughly reviewing the
instruction manual before operating this machine.
Safety symbols serve the critical function of directing your
attention to potential hazards. Throughout this manual,
we employ a range of symbols and signs to emphasize
the significance of safety messages. It is essential to
familiarize yourself with the significance of each sign, as the
messages themselves do not eliminate danger and should
not supplant proper accident prevention practices. Rely on
common sense and sound judgment in conjunction with
these safety indicators for comprehensive safety measures.
Your well-being is our utmost concern.
Danger: Indicates an immediate hazardous situation which,
if not avoided, WILL result in death or serious injury.
Warning: Indicates a potential hazardous situation which if
not avoided COULD result in death or serious injury.
Caution: Indicates a potentially hazardous situation which,
if not avoided, may result in minor or moderate injury. It may
also be used to alert against Insafe practices.
Notice: Alerts the user to useful information about proper
operation of the machine to avoid machine damage.
Safety Instructions for Machinery
OWNER’S MANUAL: Please read and thoroughly
understand this owner’s manual BEFORE operating the
machine.
TRAINED OPERATORS: Untrained operators have a
higher risk of severe injury or death. Only permit trained/
supervised individuals to use this machine. When the
machine is not in use, disconnect the power, remove switch
keys, or lockout the machine to prevent unauthorized
use, especially around children. Ensure your workshop is
childproof.
OPERATING ENVIRONMENT: Do not operate machinery
in wet, cluttered, or poorly lit areas. Operating machinery in
such conditions significantly increases the risk of accidents
and injuries.
MENTAL ALERTNESS: Operate machinery only when fully
alert. Never use it under the influence of drugs or alcohol,
when fatigued, or when distracted.
ELECTRICAL INJURY RISKS: Touching live electrical
wires or improperly grounded machinery can result in
shock, burns, or death. Only qualified service personnel
should perform electrical installation or repairs, and always
disconnect power before working on electrical components.
DISCONNECT POWER DEENERGIZE: Always disconnect
the machine from the power supply BEFORE modifying,
changing tools and parts, or servicing the machine to
prevent injury from unintended startup or contact with live
electrical components.
EYE PROTECTION: CSA-approved safety glasses or a
face shield must be worn when operating or observing
machinery to reduce the risk of eye injury or blindness from
flying particles. Everyday eyeglasses are NOT approved
safety glasses.
PROPER APPAREL: Avoid clothing or jewelry that can
become entangled in moving parts. Cover long hair, and
wear non-slip, safety footwear to reduce the risk of slipping,

10
losing control, or accidentally contacting cutting tools or
moving parts.
DUST HAZARD: Dust generated during woodworking
operations may cause cancer, birth defects, or long-term
respiratory damage. Be aware of dust hazards associated
with each material used and always wear a CSA-approved
respirator to reduce risk.
HEARING PROTECTION: Always wear hearing protection
when operating or when exposed to loud machinery.
Prolonged exposure to noise without hearing protection
can cause permanent hearing loss.
REMOVE TOOLS: Tools left on machinery can become
dangerous projectiles when the machine starts. Always
verify that the machine is clear before turning it ON!
USE THE RIGHT TOOL FOR THE JOB: Only use a tool for
its intended purpose. Do not force it or modify it for tasks
it was not designed for, as this may lead to malfunction,
mechanical failure, personal injury, or death.
UNCOMFORTABLE POSITIONS: Maintain appropriate
footing and balance when operating any machine. Avoid
overreaching and awkward hand positions that can
compromise workpiece control or increase the risk of
accidental injury.
CHILDREN & BYSTANDERS: Keep children and bystanders
at a safe distance from the work area. Stop the machine
immediately if they become a distraction.
GUARDS & COVERS: Guards and covers are installed for
safety purposes. DO NOT remove them, as they prevent
unintentional contact with moving/sharp parts or flying
debris. Ensure they are properly installed, undamaged, and
functioning BEFORE turning the machine ON!
FORCING MACHINERY: Do not force the machine. It
operates more safely and eectively at the recommended
rate. Follow the instructions in this manual for your safety
and to protect the machine from damage.
NEVER STAND ON THE MACHINE: Serious injury
may occur if the machine tips or if the cutting tool is
unintentionally contacted. Standing on machinery is not safe
or recommended—DO NOT DO IT.
STABLE MACHINE: Unexpected movement during
operation significantly increases the risk of injury or loss
of control. Before starting the machine, ensure it is stable,
properly leveled, and, is secured, the mobile base is locked.
USE RECOMMENDED ACCESSORIES: This owner’s
manual includes some recommended accessories. Using
the wrong accessories increases the risk of serious injury.
UNATTENDED OPERATION: To reduce the risk of
accidental injury, turn the machine OFF and ensure all
moving parts have completely stopped before walking
away. Never leave the machine running unattended. If
children or untrained individuals are present, use the lock-
out switch.
CARING FOR THE MACHINE: Follow all maintenance
instructions and lubrication schedules in this manual to
keep the machine in good working condition. A machine
that is improperly maintained could malfunction, leading to
serious personal injury or death.
DAMAGED PARTS: Regularly inspect the machine for
damaged, loose, or mis-adjusted parts, or any condition
that could aect safe operation. Repair or replace damaged
parts BEFORE restarting the machine. For your own safety,
DO NOT operate the machine with damaged parts!
POWER CORDS: When disconnecting cord-connected
machines from power, pull the plug out—NOT the cord.
Prolonged cord pulling can damage the wires inside. DO
NOT handle the cord/plug with wet hands. Protect the cord
from heated surfaces, high-trac areas, harsh chemicals,
and wet/damp floors to avoid damage.
EXPERIENCING DIFFICULTIES: If you encounter diculties
performing a particular operation, cease using the machine
immediately! Contact our Technical Support by email at cs@
busybeetools.com or call us at 1-800-461-2879. Your safety
is our priority.

11
Additional Safety For Jointers
Serious cuts, amputation,
entanglement, or
death can result from
contact with the rotating
cutterhead or other moving components. Flying chips, can
cause eye injuries or blindness. Workpieces or inserts/
knives thrown by the cutterhead can strike operators or
bystanders with deadly force. To reduce the risk from
these hazards, operators and bystanders MUST heed the
following hazards and warnings:
KICKBACK: Is when a workpiece is ejected from the
machine at high speed, posing a risk of injury from being
struck by the projectile or hands being pulled into the
cutterhead.
TO REDUCE THE RISK OF KICKBACK:
- Use properly inspected workpieces.
- Apply safe feeding techniques.
- Ensure proper machine setup and maintenance.
GUARD REMOVAL: Operating the jointer without guards
exposes the operator to inserts and other hazardous
moving parts. Except when rabbeting, never operate the
jointer or connect it to power if any guards are removed.
Turn o the jointer and disconnect power before clearing
wood shavings or sawdust from around the cutterhead.
After rabbeting or maintenance, immediately replace all
guards and ensure they are properly installed/adjusted
before resuming operations.
DULL OR DAMAGED INSERTS: Dull or damaged inserts
increase the risk of kickback and result in poor finish quality.
Only use sharp, undamaged inserts.
OUTFEED TABLE ALIGNMENT: Incorrect outfeed table
alignment can cause workpieces to get stuck or rock while
feeding, increasing the risk of kickback. Keep the outfeed
table even with the inserts at their highest point during
rotation.
INSPECTING THE MATERIAL: Impact injuries or kickback
can result from using inadequate or damaged material.
Thoroughly inspect and prepare workpieces before cutting.
Verify that workpieces are free of nails, staples, loose knots,
or foreign material. Always joint warped workpieces with
the cupped side facing down.
MAXIMUM CUTTING DEPTH: To reduce the risk of
kickback, never cut deeper than 1 ⁄ 16” per pass.
Grain Direction: Jointing against or across the grain can
increase the risk of kickback and produce chatter or
excessive chip out. Always joint or surface plane WITH the
grain.
CUTTING LIMIT: Cutting workpieces that do not meet
minimum dimension requirements can result in kickback
or accidental contact with the cutterhead. Never perform
jointing, planing, or rabbeting cuts on pieces smaller than
the measurements specified in the machine’s data sheet.
PUSH BLOCKS: Push blocks are essential accessories that
reduce the risk of accidental cutterhead contact with hands.
Always use push blocks when planing materials less than
3” high or wide. Never pass your hands directly over the
cutterhead without a push block.
WORKPIECE SUPPORT: Poor workpiece support or control
during feeding increases the risk of kickback or unintended
contact with the cutterhead. Continuously support the
workpiece against the fence during operation and use
auxiliary tables for long stock if necessary.
FEEDING WORKPIECE: Feeding the workpiece incorrectly
can result in kickback or accidental cutterhead contact.
Allow the cutterhead to reach full speed before feeding,
and never start the jointer with the workpiece touching the
cutterhead. Always feed the workpiece from the infeed
side to the outfeed side without stopping until the cut is
complete. DO NOT move the workpiece backward while
feeding.
SECURE KNIVES/INSERTS: Improperly set inserts can
become projectiles, shooting out from the cutterhead
with high force and velocity. As a daily practice, verify that
knives/inserts are secure and properly adjusted before
operation.

12
Additional Safety For Planers
Serious cuts,
amputation,
entanglement, or death
can result from contact
with the rotating cutterhead or other moving components.
Flying chips, can cause eye injuries or blindness.
Workpieces or inserts thrown by the cutterhead can strike
operators or bystanders with deadly force. To reduce the
risk from these hazards, operators and bystanders MUST
heed the following hazards and warnings:
KICKBACK: Is when a workpiece is ejected from the
machine at high speed, posing a risk of injury from being
struck by the projectile or hands being pulled into the
cutterhead.
TO REDUCE THE RISK OF KICKBACK:
- Use properly inspected workpieces.
- Apply safe feeding techniques.
- Ensure proper machine setup and maintenance.
PREVENT CONTACT WITH MOVING PARTS: Never remove
guards/covers or reach inside the planer during operation or
while it is connected to power. Serious injury can result from
accidental contact with the spinning cutterhead or getting
caught in moving parts. If a workpiece becomes stuck or
sawdust removal is necessary, turn the planer OFF, allow the
cutterhead to stop, and disconnect power before clearing.
Always follow a standardized set of safety steps to prevent
injury.
DULL OR DAMAGED INSERTS: Only use sharp, undamaged
cutterhead inserts. Dull or damaged inserts increase the risk
of kickback.
INSPECTING THE MATERIAL: To reduce the risk of
kickback injuries or machine damage, thoroughly inspect
the workpiece before cutting to verify that the workpiece
is free of nails, staples, loose knots, or foreign material.
Workpieces with minor warping should be jointed first or
planed with the cupped side facing the table.
OPERATOR’S POSITION: Stand to one side of the planer
during the entire operation to avoid getting hit if kickback
occurs.
GRAIN DIRECTION:. Planing wood should be performed in
the same direction or at an angle with the wood grain, Thus
reducing the chance of injury as a result of kickback.
PLANING CORRECT MATERIAL: This planer / jointer combo
machine was designed to work with wood. DO NOT plane
MDF, OSB, plywood, laminates, or other synthetic materials
that can break up inside the planer and become projectiles.
Looking Inside the Planer: NEVER look inside the planer
during operation. Flying material traveling at a high rate of
speed could cause serious injury.
CUTTING LIMITATIONS: DO NOT exceed the maximum
depth of cut or minimum board length and thickness found
in the Data Sheet. Only feed one board at a time.
INFEED ROLLER CLEARANCE: To reduce the risk of
entanglement, keep hands, clothing, jewelry, and long hair
away from the infeed roller during operation. Serious injury
could occur.
FEEDING THE WORKPIECE: Never start the planer with the
workpiece touching the cutterhead. Allow the cutterhead
to reach full speed before feeding, and do not change feed
speed during the cutting operation.
MATERIAL SUPPORT: Using support stands for long stock
is beneficial to keep the material flat and moving freely
across the table during the operation.
SECURE INSERTS: Loose or improperly set inserts can
become dangerous projectiles or cause machine damage.
Always verify that inserts are secure and properly adjusted
before operation.

13
Power Supply
Accessibility
Before setting up the machine, it is essential to consider
the availability and proximity of the required power
supply circuit. If an existing circuit does not meet the
requirements for this machine, the installation of a new
circuit is necessary. To reduce the risk of electrocution, fire,
or equipment damage, all electrical wiring must be carried
out by a qualified electrician or service person who are
knowledgeable about electrical codes and standards.
Full-Load Current Rating
The full-load current rating is the amperage a machine
draws at 100% of the rated output power.
Full-Load Current Rating at 120V ..... 15 Amps The full-
load current rating represents the amperage that a machine
draws when operating at 100% of its rated output power.
It is crucial to note that the full-load current rating does not
indicate the maximum number of amps that the machine
can draw. If the machine is subjected to an overload, it
may draw additional amps beyond its full-load rating.
Prolonged overloading of the machine can lead to damage,
overheating, or even the risk of fire, especially when the
machine is connected to an undersized electrical circuit. To
mitigate these hazards, it is essential to avoid overloading
the machine during operation and ensure that it is
connected to a power supply circuit that complies with the
specified circuit requirements.
Serious injury could
occur if you connect
machine to power
before completing
setup process. DO NOT
connect to power until instructed later in this manual.
Circuit Requirements
This machine is prewired to operate on a power supply
circuit that has a verified ground and meets the following
requirements:
Nominal Voltage ........................................... 110V- 120V
Cycle................................................................ 60 Hz
Phase............................................................... Single-Phase
Power Supply Circuit................................... 20 Amps
A power supply circuit includes all electrical equipment
between the breaker box or fuse panel in the building and
the machine. The power
supply circuit used for
this machine must be
sized to safely handle
the full-load current
drawn from the machine for an extended period. (If this
machine is connected to a circuit protected by fuses, use a
time delay fuse marked D).
For your own safety and protection of property, consult
an electrician If you are unsure about wiring practices or
electrical codes in your area.
Note: Circuit requirements in this manual apply to a
dedicated circuit—where only one machine will be running
on the circuit at a time. If machine will be connected to a
shared circuit where multiple machines may be running at
the same time, consult an electrician or qualified service
personnel to ensure circuit is properly sized for safe
operation.
Grounding & Plug Requirements
This machine MUST be grounded. In the event of certain
malfunctions or breakdowns, grounding reduces the risk
of electric shock by providing a path of least resistance for
electric current.
The machine comes equipped with a power cord that
includes an equipment-grounding wire and a grounding
plug. You should only insert this plug into a matching
receptacle (outlet) that is properly installed and grounded,
in strict accordance with all local codes and ordinances. DO
NOT modify the provided plug under any circumstances.
Figure 3: Plug and receptacle type 5-15

14
SHOCK HAZARD!
Two-prong outlets do not meet the grounding requirements
for this machine. Do not modify or use an adapter on the
plug provided—if it will not fit the outlet, have a qualified
electrician install the proper outlet with a verified ground.
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 necessary, do not connect the equipment-
grounding wire to a live (current carrying) terminal. Check
with qualified electrician or service personnel 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,
disconnect it from power, and immediately replace it with a
new one.
Extension Cords
While it is not recommended to use an extension cord with
this machine, there may be instances where it becomes
necessary for temporary use. Be aware that extension cords
can lead to voltage drop, which has the potential to damage
electrical components and shorten the life of the motor.
Voltage drop becomes more pronounced as the extension
cord length increases and the gauge size decreases.
If you must employ an extension cord with this machine,
ensure that it is in good condition, possesses a ground
wire, and is equipped with a matching plug and receptacle.
Furthermore, it must adhere to the following size
requirements:
Minimum Gauge Size .................................. 12 AWG
Maximum Length (Shorter is Better)........ 50 ft.
Setup your Machine
Unboxing
The packaging of this machine has been executed with
meticulous care to ensure secure transportation. During the
unboxing process, it is imperative to segregate all enclosed
components from their packaging materials and subject
them to a comprehensive inspection to identify any potential
shipping-induced damage. In the event that such damage is
detected, we kindly request you to promptly reach out to us
at 1-800-461-2879.
Required Tools
The following are needed to complete the setup process
but are not included with your machine.
Description ...............................................Qty
Safety Glasses............................................... 1 pair
Cleaner/Degreaser ...................................... As Needed
Disposable Shop Rags................................ As Needed
Disposable Gloves....................................... As Needed
Phillips Screwdriver #2 ............................... 1
Dust Hose ...................................................... 1
Hose Clamp ................................................... 1
Dust Collection System............................... 1
Inventory
The following is a list of items shipped with your machine.
Before beginning setup, lay these items out and inventory
them. If any non-
proprietary 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.
If you cannot find an item on this list, carefully check around/
inside the machine and packaging materials. Often, these
items get lost in packaging materials while unpacking or
they are pre-installed at the factory.
Hardware Inventory
Please refer to figure 4 and the hardware recognition chart
on page 26.
Figure 4: BBJP8 accessories inventory.

15
Box 1 (Fig 4)
A. Jointer/Planer Unit (Not Shown).....................................1
B. Fence Assembly .................................................................1
C. Planer Table Height Crank...............................................1
D. Dust Port Assembly ...........................................................1
E. Push Block............................................................................1
F. Hex Wrench 4mm ...............................................................1
G. T-Handle Torx Wrenches T-20........................................2
H. Push Stick.............................................................................1
I. Indexable Carbide Inserts 15 x 15 x 2.5mm...................5
J. Flat Head Torx Screws T-20 M5-.8 x 12.........................5
K. Cap Screws M5-.8 x 20.....................................................2
HARDWARE RECOGNITION CHART
5mm
Hardware Recognition Chart

16
Site Considerations
Weight Load
Please consult the Machine Data Sheet to determine
the weight of your machine. Moreover, this weight load
analysis must extend its purview to encompass the added
mass contributed by the machine operator. It is paramount
to recognize that the operator’s weight introduces an
additional static load that necessitates accommodation
within the surface’s weight-bearing capacity. Furthermore,
the analysis should not be confined to static loading alone;
dynamic loading scenarios that may transpire during
machine operation should be contemplated as well.
These dynamic factors could encompass various forces
and vibrations generated during the machine’s normal
functioning, all of which must be factored into the overall
weight load assessment for the sake of operational safety
and the longevity of the equipment.
Space Allocation
In your site planning, consider the dimensions of the largest
workpiece that will be processed using this machine.
Allocate sucient space around the machine to facilitate
ecient material handling by the operator or the installation
of auxiliary equipment.
Please refer to the space allocation guidelines provided in
Figure 5.
This machine poses
a significant risk
of serious injury to
children and untrained
individuals. Therefore, it should only be installed in a
location with restricted access to prevent unauthorized or
inexperienced individuals from coming into contact with it.
Safety should always be the top priority when setting up
and using this equipment.
Operator Safety and Environmental Considerations
Operator Safety
To ensure operator safety and protect untrained individuals
from potential harm, it is imperative to install this machine in
a location with restricted access.
Physical Environment
The physical environment in which the machine operates
significantly impacts both safe operation and the durability
of machine components. For optimal results, operate
this machine within a dry environment that is devoid
of excessive moisture, hazardous chemicals, airborne
abrasives, or extreme conditions. Extreme conditions, in
the context of this machinery, refer to environments where
the ambient temperature falls outside the range of 41°F to
104°F, where relative humidity exceeds 20% to 95% (without
condensation), or where the machine may be subjected
to vibration, shocks, or impacts. Please adhere to the
recommendations outlined in Figure 5.
Electrical Installation
Position this machine in close proximity to an existing power
source. Ensure that all power cords are shielded from
potential hazards such as trac, material handling, moisture,
chemicals, or other environmental risks. Moreover, allocate
sucient space around the machine to facilitate power
supply disconnection or the application of a lockout/tagout
device, should it be required.
Lighting
Adequate lighting in the vicinity of the machine is essential
to enable safe operations. Eliminate any shadows, glare, or
strobe eects that could distract or impede the operator,
thus ensuring a conducive and secure working environment.
Assembly Procedure
Prior to initiating the assembly process, ensure you
have gathered all the required tools and materials listed.
Additionally, take a moment to clean any components that
may be covered in heavy-duty rust preventative to ensure a
smooth assembly process.
To assemble the BBJP8 machine, follow these steps:
1- Begin by removing the four support rods that connect
the infeed/outfeed tables to the base. These rods are for
shipping purposes only and must be removed before the
machine can be used.
2-Install the dust port housing beneath the outfeed table, as
shown in Figures 6 and 7, and secure it by inserting interlock
keys into the slots on each side of the table.
Note: The machine will not start if the dust port housing
keys are not correctly installed in the slots on the outfeed
table.
Figure 5: minimum
working clearance.

17
Dust Collection
This machine generates a substantial amount of wood chips
and dust during operation, which can pose a health hazard
when inhaled regularly. To mitigate this risk, it is crucial to
wear a respirator and employ a dust-collection system.
For the BBJP8 machine with a 2-1/2” dust port, the
recommended CFM (Cubic Feet per Minute) is 150.
Please note that this CFM recommendation is specific
to the dust port and should not be confused with the
dust collector’s rating. Calculating the CFM at the dust
port involves considering various factors, including the
CFM rating of the dust collector, hose type and length
between the dust collector and the machine, the number
of branches or wyes, and the presence of other open lines
throughout the system. Detailed instructions for calculating
these variables are beyond the scope of this manual. It is
advisable to consult an expert or refer to a comprehensive
dust collection guide.
To connect the dust collection hose:
1- Fit the 2-1/2” dust hose over the dust port and secure it
with a hose clamp, as illustrated in Figure 8.
2- Ensure the hose is securely attached by gently tugging
on it. A tight fit is necessary for proper performanc
Test Run
Upon completing the assembly, it is essential to conduct
a test run to ensure the machine is correctly connected to
power and that safety features are functioning as expected.
The test run involves verifying the following:
• The motor starts and runs smoothly.
• The safety disabling feature on the ON/OFF switch
operates correctly.
• The safety disabling feature on the interlock switch
functions properly.
It is crucial to perform this test run before any actual
operation to prevent potential harm or equipment damage.
Never operate the machine until you thoroughly understand
its controls and related safety information.
To conduct the test run, follow these steps:
1- Ensure all tools and objects used during setup are cleared
away from the machine.
2- Connect the machine to the power source.
3- Turn the machine ON,
verify the motor’s operation,
and then turn the machine
OFF. The motor should
run smoothly without any
unusual problems or noises.
4- Remove the ON/OFF
switch disabling key, as
depicted in Figure 9.
Figure 8: dust Port connection.
Figure 9: Machine Lock-out Key.
Fig 6: Support Brackets.
Figure 7: Dust Port and interlock Keys installed.

18
5- Attempt to start the machine.
- If the machine does not start, the switch disabling
feature is functioning correctly. Proceed to Step 6.
- If the machine starts, immediately turn it OFF and
disconnect it from power. The switch disabling feature is not
working correctly, and it must be resolved before regular
operations. Contact Tech Support for assistance.
6- Re-install the disabling key in the ON/OFF switch.
(Figure 9 lockout key photo here).
7- Remove the dust port housing.
8- Try to start the machine.
9- If the machine does not start, the interlock switch
disabling feature is working as intended. Congratulations,
the test run is complete!
- If the machine starts, immediately turn it OFF and
disconnect it from power. The interlock switch disabling
feature is not functioning correctly, and it must be resolved
before regular operations. Contact Tech Support for
assistance.
Recommended Adjustments
While the factory has performed initial adjustments, it is
advisable to verify these settings due to shipping variables.
Ensuring precise adjustments will result in optimal machine
performance.
The following factory adjustments should be verified:
- Tensioning or replacing V-belts
- Calibration of jointer depth of cut scale
- Calibration of planer thickness scale
After approximately 16 hours of operation, the motor V-belt
may experience some stretching and seat into pulley
grooves, necessitating proper tension to prevent premature
wear. Refer to the “Tensioning/Replacing V-Belts” section on
page 31 for detailed instructions on this adjustment.
Operations
Operation Overview
This section aims to furnish both novice and experienced
machine operators with comprehensive insights into the
operational procedures for the jointer/planer machine.
However, for a deeper understanding of specific operations
and to ensure safe usage, operators are strongly advised
to read this entire manual, seek guidance from seasoned
machine operators, and engage in supplementary research
through relevant literature, trade publications, or reputable
websites.
To mitigate the risk of severe injuries, it is imperative
to thoroughly acquaint oneself with this manual before
engaging with the machine.
The operation of this machine may entail potential hazards
such as eye injuries, respiratory issues, or hearing loss.
Hence, it is imperative to don the appropriate personal
protective equipment to safeguard against these risks.
For individuals lacking
experience with this
type of machinery, we
strongly recommend
pursuing additional
training beyond the confines of this manual. This may
include studying relevant books and magazines or seeking
formal training opportunities. It is crucial to recognize that
Busy Bee Tools shall not be held responsible for accidents
arising from inadequate training.
Typical Jointing Operation
1- Workpiece Examination: Prior to any cutting operation,
it is vital to assess the workpiece to ensure its safety and
suitability.
2-Fence Adjustment: If necessary, adjust the fence tilt and
securely lock it in place.
3-Infeed Table Height Adjustment: Configure the infeed
table height to establish the desired depth of cut per pass.
4- Dust Port Housing Installation: Below the outfeed table,
install the dust port housing, ensuring that interlock keys are
inserted into the table slots.
5- Safety Gear: Before initiating the machine, equip yourself
with safety glasses or a face shield, a respirator, and ear
protection.
6- Machine Start-Up: Activate the jointer.
7- Workpiece Feed: Using push blocks as required, firmly
hold the workpiece against the infeed table and fence. Feed

19
the workpiece into the cutterhead at a controlled, consistent
rate until it has passed entirely over the cutterhead and
cleared the outfeed table.
8- Repetitive Cutting: Repeat the cutting process as
necessary to achieve the desired results.
9- Machine Shutdown: Cease operation of the jointer.
Typical Planing Operation
1- Workpiece Examination: Examine the workpiece to
ensure it is suitable for planing.
2- Safety Gear: Don safety glasses or a face shield, a
respirator, and ear protection.
3- Cutterhead Guard Adjustment: Rotate the cutterhead
guard over the jointer infeed table and secure it with a
lockout.
4- Dust Port Housing Installation: Place the dust port
housing atop the jointer outfeed table, inserting interlock
keys into the table slots.
5- Workpiece Placement: Position the workpiece on the
planer table with the flat side facing downward. Adjust the
table height according to the workpiece thickness and the
intended depth of cut. If the workpiece is bowed, it should
be surface planed on the jointer until one side is flat to
ensure stability during planing.
6- Machine Activation: Turn on the planer.
7- Safe Positioning: Stand to the side of the planer’s path
to reduce the risk of injuries. Carefully feed the workpiece
into the planer, allowing the infeed roller to engage it. Do
not exert excessive force on the workpiece. If the cut is too
deep and the planer bogs down, immediately reduce the
depth of cut.
8- Checking Thickness: After the workpiece clears the
outfeed roller and stops moving, remove it from the
outfeed table and measure its thickness. If further planing is
required, adjust the table height accordingly and repeat the
planing process.
9- Machine Shutdown: Turn o the machine.
Stock Inspection & Requirements
When selecting stock for jointing or planing, adhere to the
following guidelines:
- Avoid Large or Loose Knots: Do not process stock
containing large or loose knots, as these could dislodge
during cutting operations, resulting in operator injury or
damage to the workpiece.
- Grain Direction: Do not joint or surface-plane against the
grain direction, as this increases the risk of kickback and
tear-out.
- Cupped Side Down: When jointing, place the cupped side
of the workpiece facing down to prevent rocking during the
cut.
- Cutting with the Grain: Joint and surface-plane with the
grain for a better finish and increased safety.
- Wood Selection: Only cut natural wood with the machine,
avoiding materials such as MDF, particle board, plywood,
laminates, metals, glass, stone, tile, products with lead-
based paint, or those containing asbestos, as using the
machine on these materials may lead to injury or machine
damage. See figures 10, 11 for proper grain orientation.
- Glue Removal: Scrape o all glue deposits from the
workpiece before jointing or planing, as glue residues can
impair cutterhead performance.
- Foreign Objects: Ensure the workpiece is free of foreign
objects such as dirt, nails, staples, rocks, or other debris,
which could damage the cutterhead or pose a fire hazard.
Figure 11: Proper grain alignment for planing.
Figure 10: Proper grain alignment for jointing directions.

20
- Wood Moisture Content: Verify that all stock has an
appropriate moisture content, as wood with moisture levels
exceeding 20% can accelerate wear on the cutters, resulting
in subpar cutting.
To ensure safe and eective machine operation, it is
imperative that your workpiece meets or exceeds the
minimum dimensions outlined below before proceeding
with any machining operation. Failure to adhere to these
specifications may lead to workpiece breakage or kickback
during operation, posing a risk of injury to the operator and
potential damage to the machine.
Please consult Figures 12
and 13 to verify that your
workpiece dimensions
are in compliance with
the specified minimum requirements before commencing
machine operations. This precautionary measure is vital for
maintaining operational safety and the integrity of both the
workpiece and the machine.
Planing Best Practices
In order to optimize the planing process, adhere to
the following technical guidelines and professional
recommendations:
1- Lumber Inspection: Prior to planing, meticulously examine
your lumber for any indications of twisting or cupping.
Rectify any discrepancies by surfacing one face on a jointer
if deemed necessary.
2- Glue Removal: When dealing with glued-up panels,
ensure the complete removal of any dried glue residues.
Neglecting this step can rapidly diminish the sharpness of
your inserts.
3- Single-Piece Planing: It is imperative to emphasize that
only one piece should be subjected to planing at any given
time. Never endeavor to plane multiple pieces side by side.
4- Material Removal: Adhere strictly to the recommended
material removal rates during each pass. Excessive material
removal, particularly when planing wide or dense stock, can
lead to suboptimal results and unnecessary machine strain.
5- Workpiece Support: For extended or lengthy lumber
pieces, it is advisable to enlist the assistance of another
person or utilize roller stands to provide adequate support
throughout the planing process.
6- Precise Measurement: Employ calipers to gauge the
exact thickness of the workpiece, ensuring precision and
uniformity in your machining operations.
7- Stock Inspection: Exercise vigilance in inspecting all stock
for the presence of large knots or foreign objects that could
jeopardize the integrity of your inserts, cause kickback, or
be expelled from the planer.
8- Balanced Planing: Whenever possible, distribute material
removal evenly across both sides of the board to minimize
the risk of distortion or cupping.
9- Maximize Insert Lifespan: Utilize the full width of the
planer to evenly distribute wear on inserts. For narrow
workpieces, alternate between the far left, far right, and
middle sections of the table to prolong the sharpness of
your cutting tools.
10- Grain Alignment: To prevent “chip marks,” exclusively
plane in the direction of the wood grain. Cross-grain or end-
grain planing should be strictly avoided.
11- Material Compatibility: Planing operations should be
confined to natural wood fiber exclusively. Avoid planing
Figure 12: Minimum Dimension for Planing.
Figure 13: Minimum dimension for Jointing.