Eastwood 55132 User manual

4' X 4'CNC PLASMA TABLE
WITH CNC CUT 60
PLASMA CUTTER
INSTRUCTIONS
Item #55132

2Eastwood Technical Assistance: 800.343.9353 >> [e-mail]
The EASTWOOD ELITE 4’ X 4’ CNC PLASMA TABLE is a ready-to-run, commercial grade piece of metal working equipment, suitable for home or commercial
shop use. The integral CNC Cut Controller and Torch Height Controller allow the machine to operate fully independent of a PC. Additionally, any CAD file post
processed in Autodesk®Fusion 360®can be loaded via USB Drive. High precision ± 0.1mm accuracy of movement from the X & Y-axis stepper motors, combined
with automatic torch height control, make for accurate cuts. True 4’ x 4’ cut area means you can cut out any project up to 48” in overall frame size. The included
Eastwood Elite CNC Cut 60 Plasma Cutter has the capability to make clean, long duration cuts in to up 3/8” steel. Filling the integral waterbed prevents heat
soak, warping, and reduces spark & fume hazards.
TABLE OF CONTENTS
SPECIFICATIONS ........................................2
INCLUDES..............................................3
SAFETY INFORMATION ...................................5
CNC PLASMA CUTTING GLOSSARY OF TERMS.................7
CNC PLASMA TABLE SET-UP
LOCATION .........................................8
UNCRATING AND ASSEMBLY ..........................8
PLASMA TABLE SET UP ..............................9
WATERBED ........................................11
OPERATION OF THE CNC CUT CONTROLLER
PHYSICAL CONTROLS................................11
MAIN CUT SCREEN ..................................12
MAIN CUT SCREEN DURING CUTTING ...................22
OPERATION OF THE TORCH HEIGHT CONTROLLER
PHYSICAL CONTROLS ...............................24
DISPLAY SETTINGS .................................25
MAINTENANCE AND REPAIR
CONSUMABLE REPLACEMENT .........................26
DETERMINING CONSUMABLE CONDITION ................28
TROUBLESHOOTING ......................................29
QUICK GUIDES
CUTTING A LIBRARY SHAPE ..........................31
HOW TO UTILIZE DEMO MODE .........................32
CREATING AND CUTTING A G-CODE FILE
WITH AUTODESK®FUSION 360®.......................32
CONVERTING AN IMAGE OR .PDF TO .DXF FOR CUTTING ....33
RECOVERING AN INCOMPLETE/FAILED CUT: .............33
DETERMINING MACHINE SETTINGS ....................34
CUT SPEED REFERENCE TABLE ........................34
SPECIFICATIONS
Table Power Requirements: 110-120VAC, 50/60Hz, 1 Phase, 6.8 Amp
CNC Plasma Cutter Power Requirements: 208-240VAC, 50/60Hz, 1 Phase, 45 Amp
Plate Capacity: 48” x 48” x 0.375” thick
Weight Capacity: 750 lbs. [340kg.]
Waterbed Fluid Capacity: 60 gal [228L]
CNC Torch Travel:
X-Axis & Y-Axis : 49.2” [1250mm]
Z-Axis : 2.5” [63mm]
Waterbed Dimensions:
X-axis: 59.05” [1500mm]
Y-axis : 63.00” [1600mm]
Z-axis : 3.75” [95mm]
Overall Assembled Dimensions: (W x D x H) 77.50” [1970mm] x 84.25” [2140mm] x 46.50” [1180mm]
Overall Assembled Unit Weight: 974 lbs. [442kg.]
Movement Accuracy: ± 0.1mm
Cutting Accuracy: ± 0.5mm

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INCLUDES
FIG A CNC Plasma Table Main Assembly (Comes with the following items pre-assembled):
Table Frame with Integral Waterbed [A]
CNC Gantry, Torch Height Adjustment Assembly, CNC Plasma Torch with 23’ (7m) Leads [B]
Stepper Motors [C]
Control Panel, Control Panel Mount [D]
(36) Toothed Steel Slats [E]
FIG B
(4) Height Adjustable Table Legs [a]
(1) Plasma Cutter Shelf Bottom [b]
(1) Plasma Cutter Shelf Left Side [c]
(1) Plasma Cutter Shelf Right Side [d]
FIG. BFIG. B
a
b
c
d
FIG. AFIG. A
B
C
D
E
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A
C
C

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FIG. CFIG. C
FIG. DFIG. D
AA
BB CC
DD
EE
FF
GG
HH
JJ
aa
bb
dd
ee
ff
INCLUDES
FIG C Accessory Box, Includes:
(24) M12x35 Socket Cap Screws [AA]
(28) M12 Washers [BB]
(4) M12x25 Socket Cap Screws [CC]
(4) M12 Nuts [DD]
(12) M5x12 Socket Cap Screws [EE]
(12) M5 Nuts [EE]
(1) Ball Drain Valve [FF]
(1) Table Power Switch Key Pair [GG]
(1) Electrical Compartment Key Pair [HH]
(1) PTFE Tape Roll [JJ]
FIG D Eastwood CNC Cut 60 CNC Plasma Cutter Box, Includes:
(1) Eastwood CNC Cut 60 CNC Plasma Cutter with 6ft (1.85m) Cord [aa]
(1) Plasma Torch with Cable 12.3 ft (3.75m) [bb]
(1) Plasma Torch Wrench [cc]
(1) Plasma Torch Standoff [dd]
(1) Ground Clamp with Cable 9 ft (2.75m) [ee]
(1) 1/4” NPT Male Thread Quick Connect [ff]

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READ INSTRUCTIONS
• Thoroughly read and understand these product instructions before using the Eastwood Elite 4’ x 4’ CNC Plasma Table.
• Keep these product instructions for future reference.
SPARKS CAN CAUSE FIRE OR EXPLOSION!
• Plasma cutting produces sparks which can be discharged considerable distances at high velocity igniting flammable or explosive vapors
and materials. - Keep flammables a minimum of 6 feet [1.8m] away from the edge of the Eastwood Elite 4’ x 4 ’ CNC Plasma Table.
• DO NOT operate electric arc Plasma Cutter in areas where flammable or explosive vapors are present.
• Always keep a fire extinguisher nearby while plasma cutting.
EXPLOSION HAZARD!
• NEVER operate at maximum waterbed capacity if metal panel is warped from previous cutting. Hydrogen can be trapped under a sheet
and cause an explosion. Always leave 1” minimum [25mm] gap between the sheet being cut and the surface level of the water.
FIRE HAZARD!
• DO NOT allow the Table to operate unsupervised. Always disconnect the Table and Plasma Cutter from the electrical power supply
before leaving it unattended for long periods of time.
ELECTROMAGNETIC FIELDS CAN BE A HEALTH HAZARD!
• The electromagnetic field that is generated by Plasma Cutter operation may interfere with various electrical and electronic devices
such as cardiac pacemakers. Anyone using such devices should consult with their physician prior to performing any plasma cutting
operations. Exposure to electromagnetic fields from Plasma Cutting may have other health effects which are not known.
ARC RAYS CAN INJURE EYES AND CAUSE BURNS!
• Arc rays produce intense ultraviolet radiation which can burn exposed skin and cause eye damage. Use goggles or a shield with the
proper filter (a minimum of #11) eye protection from sparks and the rays of the arc when plasma cutting or when observing an open
plasma arc (see ANSI Z49.1 and Z87.1 for safety standards).
• Use suitable clothing made from durable flame-resistant material for skin protection.
• If other persons or pets are in the area of a plasma arc, use welding screens to protect bystanders from sparks and arc rays.
DANGER indicates a hazardous situation which, if not avoided, will result in death or serious injury.
WARNING indicates a hazardous situation which, if not avoided, could result in death or serious injury.
CAUTION indicates a hazardous situation which, if not avoided, could result in minor or moderate injury.
NOTICE is used to address practices not related to personal injury.
SAFETY INFORMATION
The following explanations are displayed in this manual, on the labeling, and on all other information provided with this product:

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INHALATION HAZARD!
• Fumes, vapors and gasses released during plasma cutting are hazardous. Do not breathe fumes that are produced by the plasma
cutting operation.
• Use an OSHA approved respirator when plasma cutting.
• Use extreme caution when plasma cutting coated materials including but not limited to: galvanized, cadmium plated, corrosion
inhibitors.
ELECTRICAL SHOCK HAZARD!
• DO NOT touch workpiece or waterbed while operating. Only the control panel may be accessed during operation.
• Improper use of a Plasma Cutter can cause electric shock, injury and death!
• Disconnect Plasma Cutter from power supply before assembly, disassembly or maintenance of the torch, contact tip, and when
installing or removing nozzles.
• The electrode, workpiece and Bed (or ground) circuits are electrically “hot” when the Plasma Cutter is on. Do not allow these
“hot” parts to come in contact with bare skin or wet clothing.
• Be sure that the workpiece is properly supported and grounded prior to beginning a plasma cutting operation.
PINCH AND CRUSH HAZARD!
• The Eastwood Elite 4 x 4 Plasma Table is a heavy assembly 974 lbs. [442kg.] which can cause serious injuries if allowed to drop. The
use of a Hoist or similar mechanical lifting equipment capable of lifting a minimum of 1000lbs [454kg.] is required. Lifting straps rated
for a minimum of 1000lbs [454kg.] are required (not included).
• Obtaining the assistance of a capable helper during assembly is strongly recommended.
• Avoid pinching hands while handling parts and during assembly. The use of thick, well-fitting work gloves is strongly recommended.
• The wearing of approved safety shoes is strongly recommended when uncrating, assembling, and operating the Eastwood Elite 4’ x 4’
Plasma Table.
CUT OR BURN HAZARD!
• Wear protective work gloves when handling metal, it may be sharp and if cut it could be extremely hot. Allow sufficient time for
cooling before handling.
HIGH FREQUENCY ARC!
• Damage to sensitive electrical devices may occur from RF emissions when in close proximity to the Eastwood Elite 4’ x 4’ CNC Plasma
Table during cutting. Keep cell phones or other sensitive electronic equipment away from the CNC Plasma Table during operation.

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CNC PLASMA CUTTING GLOSSARY OF TERMS
ARC Voltage Arc Voltage is the voltage of the arc between the electrode and the workpiece being cut. This is used to control the height of the Torch.
A higher Arc Voltage means greater height between the Torch and the workpiece. A lower Arc Voltage means a closer gap between the
Torch and the workpiece.
CAM Computer-Aided Machining. A software that takes a drawing file and turns it into a path that can be post processed into a G-code file
for CNC machine usage is referred to as CAM software.
CCW Acronym for Counterclockwise when referencing a rotational direction.
CNC Acronym for Computer Numerical Control. This means that a machine is primarily controlled by a computer.
Cut Controller Main Control Unit on the CNC plasma table. It controls all cutting actions and interfaces with the Torch height controller.
Cut Speed Horizontal movement speed of the Torch head during cutting. It is important to change according to material thickness.
CW Acronym for Clockwise when referencing a rotational direction.
Drag Chain Moving cable sheath attached to the X-axis and Y-axis that guards and guides the Torch cables.
Dross This is the plasma cutting slag left behind after a cut which builds up on the bottom of the cut. Dross is typically knocked off or ground
away if necessary.
Electrode Component of the Plasma Cutting Torch Head that emits the plasma arc. This wears the fastest when cutting thicker materials.
Gantry X-axis and Y-axis travel assembly that allows the Torch head to move around the plate. Comprised of the extruded aluminum tracks
with belt and stepper motors mounted.
G-code The Program Code Language that CNC machines understand. Typically, movement commands start with a “G”, hence the name
G-code. Miscellaneous commands, in the case of the CNC table, these typically relate Torch control, start with “M”.
IHS Acronym for Initial Height Setting. This parameter is set in the Torch height controller and dictates the height of the plasma Torch
above the workpiece when the pierce is initiated.
Kerf Kerf is the width of the cut left by the plasma Torch. This is useful for an accurate cut, because if we know how much material the
plasma Torch removes, we can compensate for that in the cut path. This width varies depending on material, cutting amperage, nozzle
diameter, consumable wear state, and Torch height.
Lead-In & Lead- Out Lead-In and Lead-Out is the path that extends before and after the desired cut path, respectively. The plasma arc is unstable when
starting and stopping which can leave a rough edge or inaccurate cut. The lead is used to smooth this by starting/ending the cut away
from the cut path and smoothly transitioning it in/out while the arc is stable.
Main Cut Screen The home screen displayed when the CNC table is started up. From here all actions in the cut controller are taken.
Nozzle This component of the Plasma Torch funnels the plasma arc down to an effective size. It wears slightly slower than the electrode.
Pierce Operation of the Plasma Torch starting a cut in the metal. It must first melt a hole through the sheet which is referred to as the Pierce.
Post Processor The Post Processor takes a path created in a computer-aided machining software and converts it into the G-code file that the machine
understands.
Slats The toothed metal supports in the waterbed that the workpiece rests on.
Stepper motor This is a type of motor commonly used on CNC machines. It has discrete phase positions, known as steps, that translate into accurate
and fully controlled movement. The X-axis is controlled by one Stepper Motor and Y-axis is controlled by two Stepper Motors.
THC Acronym for Torch Height Controller, this communicates with the Cut Controller and is capable of automatically controlling Torch height
to maintain good distance between the workpiece and the Torch.
Torch The Plasma Cutting Torch Head is often described as “Torch” for simplification.

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CNC PLASMA TABLE SET-UP
LOCATION
• The Eastwood Elite 4’ x 4’ CNC Plasma Table must be located in an indoor area, on a firm, clean, level surface. Having a solid, level concrete floor is ideal.
If the table is fully loaded with water and a 4’ x 4’ x 0.375” steel plate, total machine weight will be near 1725 lbs. [782kg].
• The table should be placed in an area away from flammables, with ample ventilation. A minimum of 6 feet [1.8m] of free space must be maintained around
all sides and above the CNC Table. This is to allow for adequate ventilation and to allow room for a person to access all sides for maintenance purposes.
Do not store anything in the immediate vicinity of the table.
• The temperature environment for proper operation must be between 32°F and 110°F [0°C and 43°C]. The table may not function properly in extreme
ambient temperature conditions.
• Plan the location to minimize the transfer time and effort required to load sheet metal.
• The table requires AC single phase 110-120V, 50/60HZ power from a NEMA 5-15R outlet.
• Additionally, the included plasma cutter requires AC single phase 208-240V, 50/60HZ power from a NEMA 6-50R outlet capable of supplying 50A.
UNCRATING AND ASSEMBLY
FIRE OR EXPLOSION HAZARD!
Keep flammables a minimum of 6 feet [1.8m] from the edge of the Eastwood Elite 4’ x 4’ CNC Plasma Table.
The CNC Table generates heat, sparks, dust, and gas during operation. Sufficient space and ventilation must be provided around the
unit for user safety.
• While allowing the opposite side to remain on the pallet, carefully hoist one side of the CNC Plasma Table assembly just high enough to allow the attaching
of two Legs [a].
• Secure the two Legs with six M12x35 Screws [AA] and Washers [BB] each.
• Slowly lower the hoisting device to allow the attached Legs to rest on the pallet.
• Relocate the lifting straps as required and lift the opposite side to install the remaining two Legs [a].
PINCH AND CRUSH HAZARD!
The Eastwood Elite 4 x 4 Plasma Table is a heavy assembly 974 lbs. [442kg.] which can cause serious injuries if allowed to drop. The
use of a hoist or similar mechanical lifting equipment capable of lifting a minimum of 1000lbs (454kg.) is required. Lifting straps
rated for a minimum of 1000lbs (454kg) are required (not included). Obtaining the assistance of a capable helper during assembly
is strongly recommended.
• Remove top and side panels from crate.
• Remove Table Leg Assemblies from crate framing.
• Remove crate framing leaving the Plasma Table components resting on the shipping pallet.
• Remove the Plasma Cutter box, small parts box, and Plasma Cutter Shelf components from the Plasma Table Bed area.
• Remove the four fasteners at the base of the Control Panel Mount [D] that secure it to the Table. The Control Panel [D] can now be rotated to the
operational position and hardware reinstalled.
• Unmount the Control Panel [D] from the Control Panel Mount [D] by removing the four fasteners at the rear. The Control Panel [D] can now be remounted
in the outboard position so that it clears the sheet loading path.
• Using lifting straps rated for a minimum of 1000lbs (454kg.), secure them by looping around the welded-in Table Slat Supports.
INJURY HAZARD!
DO NOT allow any body part to be under the Plasma Table assembly while lifted.
• Carefully use the lifting device to allow removal of the pallet and lower the unit to the floor.
• Install Ball Drain Valve [FF] to the bottom side of the Table with PTFE Tape [JJ] on the threads to seal it watertight.
• Assemble Plasma Cutter Shelf with components [b], [c], and [d] utilizing M5 Screws [EE] and nuts [EE]. The Shelf can now be installed on the
underside of the Plasma Table Frame at the mount points near the Control Panel with the M12x25 Screws [CC] and nuts [DD].
PINCH AND CRUSH HAZARD!
Keep hands and feet from under the Plasma Table assembly while withdrawing the pallet.

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FIG. 1FIG. 1
FIG. 2FIG. 2
FIG. 3FIG. 3
LockLock
Up DownUp Down
CNC PLASMA TABLE SET-UP
• If the table is not level, adjust the leveling feet (FIG 1) accordingly with a 15/16”
or 24mm wrench. Use a level on the sides of the table (FIG 2) & (FIG 3) and
adjust the threaded feet until it levels out. When level, hold the stem and snug the
lock nuts with a 1-1/8” or 28mm wrench (FIG 1).
• Water can then be added to the waterbed if desired. See WATERBED below for
more information regarding the usage of the waterbed.
• Connect 120V power to the table. Draw is approximately 6.8A. Turn the CNC table
on by inserting the table key [GG] into the key operated switch and rotating
it clockwise (FIG 4).
FIG. 4FIG. 4

FIG. 6FIG. 6
FIG. 7FIG. 7
• After the start sequence, press any key to continue from the Eastwood Elite logo
screen. Controls are covered in detail below, but if needed, use arrow keys to jog
the torch to a suitable position for squaring.
• Place a flat piece of metal on the table slats and verify the torch head is square
with the workpiece (FIG 5) & (FIG 6). If not, utilize a 5mm hex key to loosen
and adjust it about the X-Axis (FIG 7) and a 6mm hex key to adjust about the
Y-Axis (FIG 7).
CNC CUT 60 PLASMA CUTTER SET-UP
• Install the included quick connect air fitting [ff] to the air input at the rear of the
CNC Cut 60. Utilizing PTFE sealant tape [JJ] will help ensure no air leaks are
present.
• Connect a clean and dry air supply capable of supplying at least 3 CFM at 60 psi
to the rear of the CNC plasma cutter.
• Install the CNC machine torch connections to the front of the plasma cutter as
shown in (FIG 8). Do not overtighten the brass air/current fitting. It only needs to
be snug to seal. Plasma cutter controls are also labelled in (FIG 8).
• Connect 240V power to the plasma cutter with the attached NEMA 6-50P plug.
The minimum breaker size recommended is 50A.
• Power the plasma cutter on and utilize the test air switch. With the air flowing,
adjust the regulator to achieve 0.40MPa of pressure indicated on the gauge.
• Attach the ground clamp to the workpiece and adjust plasma cutter amperage to
the desired output.
• To utilize the included hand torch [bb], the CNC machine torch air/current fitting
and arc strike line must be swapped to the hand torch leads. The trigger can be
connected to the open two pin trigger port (FIG 8).
10 Eastwood Technical Assistance: 800.343.9353 >> [e-mail]
FIG. 5FIG. 5
FIG. 8FIG. 8
Hand TorchHand Torch
Trigger (2-Pin)Trigger (2-Pin)
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Pilot ArcPilot Arc
IgnitorIgnitor
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Arc VoltageArc Voltage
Connection (2-pin)Connection (2-pin)
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TorchTorch
Air/CurrentAir/Current
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CNC MachineCNC Machine
Torch TriggerTorch Trigger
(4-pin)(4-pin)
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GroundGround
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Air Pressure GaugeAir Pressure Gauge
Power/Overload/FaultPower/Overload/Fault
IndicatorsIndicators
PowerPower
SwitchSwitch
Air Pressure AdjustmentAir Pressure Adjustment
Air Test SwitchAir Test Switch
Amperage AdjustmentAmperage Adjustment
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Y-Axis
Adjustment
X-Axis
Adjustment
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OPERATION OF THE CNC CUT CONTROLLER
The following sections will sequentially detail each menu and option in the CNC Cut Controller, then Torch Height Controller.
To get an abbreviated version and start cutting quickly go to page 31 for the quick start guides.
PHYSICAL CONTROLS
The CNC Cut Controller has a color 7” LCD display
and 45 keys. The key switch and emergency stop
(FIG 4) control power to both the cut control-
ler and the Torch height controller. Pressing the
emergency stop button will immediately cut
power to the controllers, halting cutting and
movement operations, until it is rotated clockwise
to restore power.
The main control clusters for the CNC Cut
Controller are highlighted in (FIG 9).
ALCD screen used to monitor and navigate
the Controller.
BMain function keys used for accessing menus
and altering settings quickly. The function of
these keys will be shown in a bar at the
bottom of the LCD screen. Key F8, along with
Enter is commonly used as a key to confirm a
change or select continue.
CUSB drive connection for importing and
exporting files.
DManual controls for cutting functions. In configuration as a plasma cutter, only the Plasma button is utilized to toggle start/stop manual cutting.
EGreen arrow movement controls manually traverse the plasma Torch and are used in some menu navigation. The Torch height can be manually moved by the
Sand Skeys. F+ HOME and F- END can be used to change cut speed quickly before cutting. ESC is the common key for returning back to the previous
menu, reverting a change, or canceling a cut in progress.
FMachine movement/program controls. To start a program, first START is pressed then Enter to confirm. STOP will pause a program; START will resume it.
GQuick access settings used to alter key settings without having to go into the settings menus. Key Enter, along with F8 is commonly used as a key to
confirm a change or select continue.
HNumber and letter keypad is mostly used for setting entry and file naming. Shift is a modifier key that can be used in conjunction with the other letter/number
combo keys to input the letter.
WATERBED
The Waterbed is used to reduce heat soak, sparks, slag spatter, and dust. If your machine is not utilized frequently you may find it easier to leave the Waterbed
dry and simply cut without any coolant. This is perfectly fine and causes no additional harm to the Table or Plasma Cutter. However, the workpieces will be
extremely hot after cutting. Additional downsides to air cooled cutting are far more dust and flying sparks, and increased warpage.
The Waterbed can be filled with tap water, however it can contain many minerals and impurities which may affect performance. Eastwood strongly recommends
adding the Eastwood Plasma Cutting Fluid, #33863 1 Gal. or #33864 5 Gal., to the water in a 5:1 solution to eliminate corrosion and fungal build up. This additive
also eliminates risk of explosion when cutting aluminum sheet by preventing the creation of hydrogen. Many other plasma fluid additives are hazardous, toxic, or
carcinogenic.
Extensive in-house, R&D research was done to make sure the Eastwood Plasma Cutting Fluid is completely safe for usage and fully effective. For the Waterbed
on the 4’ x 4’ Table, add 10 gallons [37.85 liters] and then fill the rest of the table with water to get the right solution. As the fluid evaporates out over time, it can
be topped off with water. The solution concentration will remain effective until approximately 15 gallons [56.75 liters] of water have been added to replace
evaporated water. At this point the solution should be replaced. Alternatively, as water evaporates, mixed solution can be added to keep the solution effective.
When filling the waterbed keep in mind that it is most effective when the water level is high. Plasma Cutting is not affected by the water level and can even be
done submerged for maximum cooling.
INHALATION HAZARD!
DO NOT utilize additives which present inhalation and/or fire hazards when vaporized by the plasma arc.
Example: Anti-freeze, sodium nitrite-based additives.
FIG. 9FIG. 9
AA
BB
CC
DD
HH
GG
FF
EE
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12 Eastwood Technical Assistance: 800.343.9353 >> [e-mail]
MAIN CUT SCREEN
• Upon powering up the table it will run through a series of diagnostic checks.
• Once the Eastwood Elite logo Screen (FIG 9) is displayed, press any key to continue.
• The first screen shown is the Main Cut Screen (FIG 10). From here all the other menus can be accessed.
MAIN CUT SCREEN INTERFACE DESCRIPTION (FIG 10)
[A] The software version the controller is running.
[B] Current Torch speed (mm/min or inch/min).
[C] Current file open. If it is a file loaded directly from the USB drive it saves to the machine storage as “UFile.TXT” until another overwrites it.
[D] Status of the cutting operations, will display if the Torch is starting the arc, cutting, or stopped.
[E] Current cut line segment and cut hole number.
[F] Current mode indicators, plasma mode shown. Demo mode simply shows “Demo” in this space.
[G] Current cut speed, manual speed, kerf setting, and their respective quick access keys. Angle is unused.
[H] Movement modes/cut mode and their respective quick access keys.
[J] Machine pierce counter, cut length, cut time, and run time display.
[K] Current position of the Torch head with respect to the zero point.
[L] The bottom bar always shows the menu that the function keys will open.
FIG. 10FIG. 10
Return to the Main Cut Screen by pressing Esc as many times as necessary.
[A] [B] [C] [D] [E][A] [B] [C] [D] [E]
[F][F]
[G][G]
[H][H]
[J][J]
[L][L]
[K][K]

To order parts and supplies: 800.343.9353 >> eastwood.com 13
• Shift plus Mwill cycle through the
three modes:
Plasma (FIG 10), Flame Cut, and
Demo (FIG 11). Since this table is
not configured for it, the Flame Cut
mode is unused.
• Using the yellow quick access keys or
Shift plus the white letters can change
cut settings without going into the
settings menu.
For example, Shift + Ncan be used to
change the kerf width quickly.
• Pressing Space will open quick access
demo options (FIG 12).
- Frame will run the Torch in a
rectangular circuit at the min./
max. X and Y values of the cut file.
- Demo will run the Torch over the
exact path of the cut. Demo speed
can be changed with F4 and F5.
- F8 is quick access to the pierce
selector.
FIG. 11FIG. 11
FIG. 12FIG. 12

14 Eastwood Technical Assistance: 800.343.9353 >> [e-mail]
FIG. 13FIG. 13
FIG. 14FIG. 14
FIG. 15FIG. 15
F1 - SHAPE LIBRARY
• Pressing F1 on the Main Cut Screen
takes you to the shape library (FIG
13), here preloaded shapes can be
selected by using the arrow keys.
• Pressing F8 on the part opens a
screen to modify its dimensions. Lead
in and lead out are how far away from
the Torch starts and stops cutting
from the actual piece being cut. The
dimensions are in the unit the machine
is configured to, by default millimeters
and can be changed to inches
(FIG 14).
• Good lead in/out helps ensure cut
smoothness at the entry and exit
points. Generally, as much lead in as
possible is better up to approximately
15mm or 0.60in. Lead out is not as
critical and can be much lower, or
zero.
• After the dimensions have been en-
tered press F8 to open the shape
in the main cut screen.
• For some shapes, such as the one
shown in (FIG 15), F1 and F2 can be
used to switch between inside and
outside lead cuts. For example, inside
would be used to cut out a circle.
Whereas outside would be used to cut
a hole in a panel.
F1
Shape Lib

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FIG. 16FIG. 16
FIG. 17FIG. 17
FIG. 18FIG. 18
F2 – FILES
• F2 opens the file browser (FIG 16) where
G-code is stored to the machine, or a
USB drive. Files can be searched, edited,
deleted, copied, previewed, saved, and re-
named here. The maximum USB drive size
supported is 16GB, and USB drive must be
formatted to FAT or FAT32 file system.
• Use the arrow keys and Enter button to
navigate a file directory.
• Pressing Enter on a G-code file will open it
as a temporary saved file, this file will save
over machine power cycles until another
part file is opened.
F3 – PART OPTION
• Pressing F3 opens the part modification
menu (FIG 17). Any changes made in this
menu can be quickly reverted with ESC.
• F1 can be used to change the cut start
point to centered, left and bottom,
left and top, right and bottom, or
right and top.
• F2 can be used to change the cut angle.
- F1 - Steel Plate Adjust uses the
position of the Torch head and
movement to orient a plate.
- F2 - Input Rotation Angle allows
the user to rotate the orientation
of the cut path 360° clockwise or
counterclockwise - this is the most
common and intuitive option for
part rotation.
- F3 - Input Steel plates Adjust
Angle is similar to the first option
but allows the user to specify the
plate angle.
• F3 opens array nesting options, the three
options are outlined below. When nesting
parts, the computer will perfectly mate the
“frame” view of each part together, this
offset spacing may be too tight. We
recommend always adding at least 10mm
or 0.4” to both X and Y Pattern Offset
spacing options to get good clearance
between cuts. For example, adding to
10mm the default offset of “106.35” in
FIG 18 would simply mean changing to
“116.35”. (FIG 18) shows the options
screen for straight and stagger nests.
Rows is the number of horizontal rows top
to bottom, and columns is the number of
vertical left to right columns the array will
make. The offset spacing parameter is
also seen here.
F2
Files
F3
Part Option

16 Eastwood Technical Assistance: 800.343.9353 >> [e-mail]
FIG. 21FIG. 21
FIG. 19FIG. 19
FIG. 20FIG. 20
- F1: Straight - Provides a straight
layout with no offset or rotation of
the parts (FIG 19).
- F2: Stagger - Staggers the parts
vertically every other column
(FIG 20).
- F3:Nest - Attempts to nest parts
better by mirroring them in
column pairs. This means you will
have twice as many columns as
you input (FIG 21).
• F4 can be used to change the scale,
with 1.00 being the current size of the
part. For example, to scale a part up
25% input 1.25 to reduce size by 63%
input 0.63.
• F5 is for selecting a specific line of
the code or pierce in the code to start
with, this can be helpful when recov-
ering a failed cut or if you want to skip
certain features without creating a
new G-code file. For example, to skip
to the third pierce select F2 Select
Pierce and input 3. Now the cut will
start from the third pierce.
- F1 Select Line - Allows you to
input the code line you want to
start from.
- F2 Select Pierce – Allows you to
input the pierce number you want
to start from.
• F6 is used to view and manually edit
the G-code file loaded.
• F7 reverses changes.
• F8 saves changes.
• X mirrors the part about the X-Axis,
and Y mirrors the part about the
Y-Axis.

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FIG. 22FIG. 22
F4 – SETUPS
• F4 opens the machine settings menu where more in-depth options can be accessed.
• To change these settings navigate using the arrow keys and Enter to select a field for modification. Then use the number pad to enter values.
• F1 Common opens the common settings menu. Shown in (FIG 22), these settings are relevant to all cut modes.
- Max Cutting Speed – Maximum speed when cutting. (mm/min or inch/min).
- Manual Move Speed – Speed used when manually moving the Torch. (mm/min or inch/min)
- G00 Move Speed – Speed used when automatically moving from one cut to the next or going to/from the current position. (mm/min or inch/min)
- Demo/Back Speed – Speed used when running a frame or demo test via the Space menu. (mm/min or inch/min)
- Marker Speed – Speed used in marker mode. (mm/min or inch/min)
- Kerf Value – Width of the material removed when cutting, used to compensate and obtain accurate results. (mm or inch)
- Corner Speed (1-100) – Percentage of the maximum speed used when the machine rounds corners. (%mm/min or %inch/min)
- Demo Run Speed – Speed used during demo cut mode. (mm/min or inch/min)
- Cutting Type – Select cutting mode.
• F2 Flame is for flame cut settings. The CNC plasma table is not configured for this cutting operation type so it is unused.
F4
Setups

18 Eastwood Technical Assistance: 800.343.9353 >> [e-mail]
• F3 Plasma opens the plasma settings menu shown in (FIG 23). Settings can be changed and pierce count, workpiece count, cut length, cut time, and run
time can be reset as well.
- Delay Before Arc – The amount of time the system will pause before starting the initial height sensor. (Seconds, Default: 0)
- Pierce Time – The amount of time after arc start the plasma Torch will remain stationary. (Seconds, Default: 0.1)
- Torch Up Time – The amount of time the Torch will rise when a cutting operation is finished or stopped. (Seconds, Default: 2)
- Arcing Check Time – The amount of time until the machine stops and displays an error if there is no initial arc. (Seconds, Default: 10)
- IHS Check Time – Check function for the Torch Height Controller, this is the amount of time it will run the Torch down before initial height setting.
(Seconds, Default: 0)
- IHS Up Time – Check function for the Torch Height Controller, this is the amount of time it will run the Torch up before initial height setting.
(Seconds, Default: 0)
- Speed to Lock THC – Speed percentage of normal when the THC is locked. (% mm/min or % inch/min, Range: 90-100 Default: 95)
- Distance to Lock THC – Distance the from the beginning or end of the cut segment the THC will be locked.
(mm or inch), Range = 0-15mm [0-0.6”], Default = 10mm.
- Time of Disable THC After Piercing – Amount of time the Torch Height Controller will be disabled after the initial arc. (Seconds, Default: 0)
- Lose Arc Delay – The amount of time the machine will wait until stopping and displaying an error if it detects no arc is present during the cut.
(Seconds, Default: 0.5)
- Off Arc Before M08 – Time it will lock the height controller before turning off the arc. (Seconds, Default 0.00)
- Watch Arc Enable – Enables real time monitoring of the arc voltage. (Default: Yes)
- Use Cylinder THC – For other types of height controllers, keep unchecked.
FIG. 23FIG. 23

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FIG. 24FIG. 24
• F5 System settings can be used to change machine settings such as limits and stepper motor settings (FIG 24).
- “Accelerate Time in Plasma” changes the speed at which the stepper motors accelerate when plasma cutting. Small adjustments here make a
big difference, 0.300s is the default value.
- Eastwood does not recommend altering other settings in this menu without direction from Eastwood Technical personnel.
• F6 Import can load saved machine setting profiles from the machine storage drive or a USB drive.
• F7 Export can save machine setting profiles to the machine storage drive or a USB drive. This is useful to save a machine setting profile for a specific
material and then quickly retrieve it with the import option.
• Press Enter again to input the values and remember to press F8 to save your changes.
• F2 Flame and F4 Mark are settings for flame cutting operations and not used with plasma cutting.
Eastwood does not recommend altering settings that we do not explicitly describe in the System menu (FIG 24) as this could cause
the machine to become nonfunctional or function erratically. Only change machine settings at described in this manual or at
direction of Eastwood Technical personnel.

20 Eastwood Technical Assistance: 800.343.9353 >> [e-mail]
FIG. 25FIG. 25
F5 – DIAGNOSE
• Eastwood does not recommend altering settings left not described in these menus without direction from Eastwood Technical personnel.
• The diagnose (FIG 25) menu can be used to monitor inputs, outputs, and keyboard so that machine functionality can be tested.
• Setting the date and system recovery/update options are also accessed here using F7 and F8, respectively.
• Machine interface language can be changed from the F8 System Def option (FIG 26).
• To change the machine’s unit setting from the diagnose menu, go to the F8 System Def (FIG 26) then F3 Define and enter the password “1396” (FIG 27).
With the correct password entered, navigating to F5 Option (FIG 28) will open a menu that includes the option to switch units listed as Default Unit
(FIG 28). The machine power must be cycled to put this change in effect.
FIG. 26FIG. 26
FIG. 27FIG. 27 FIG. 28FIG. 28
Eastwood does not recommend altering settings that we do not explicitly describe in the diagnostics/settings menus (FIG 25,
FIG 26, FIG 27, FIG 28) as this could cause the machine to become nonfunctional or function erratically. Only change machine
settings described this manual or at direction of Eastwood Technical personnel.
F5
Diagnose