Laguna Tools DAKE Euromatic 370S Operating and maintenance manual

Dake Corporation Phone: [phone] www.dakecorp.com
1809 Industrial Park Dr
Grand Haven, MI 49417
DAKE SEMI-AUTOMATIC COLD SAW
Euromatic 370S & 370S-L
INSTRUCTIONAL MANUAL
Read and understand all instructions and responsibilities before operating. Failure to follow
safety instructions and labels could result in serious injury.

Dake Corporation
1809 Industrial Park Dr
Grand Haven, MI 49417
www.dakecorp.com
976200-2, 976202-2 1 REV112019
TABLE OF CONTENTS
DAKE STANDARD LIMITED WARRANTY............................................................ 2
RETURN & REFUND POLICY .............................................................................. 4
SPECIFICATIONS ................................................................................................ 5
SAFETY ................................................................................................................ 6
SET UP ................................................................................................................. 8
TRANSPORTING AND INSTALLATION ...................................................... 8
ELECTRICAL CONNECTION ...................................................................... 8
AIR SUPPLY SET UP .................................................................................. 9
LOADING/UNLOADING TABLES ................................................................ 9
HEAD CHANGE........................................................................................... 9
BLADE INSTALLATION ............................................................................... 9
CHOOSING A BLADE................................................................................ 11
SPEEDS AND FEEDS ............................................................................... 12
SETTING HEAD PARAMETERS ............................................................... 13
GIB BLOCK ADJUSTMENT ....................................................................... 14
VISE ADJUSTMENTS................................................................................ 15
MITER CUTTING & SQUARING................................................................ 16
TUBING FIXTURES EXAMPLES............................................................... 17
OPERATION ....................................................................................................... 17
CONTROLS ............................................................................................... 19
STARTING THE SAW................................................................................ 19
MAINTENANCE .................................................................................................. 20
TROUBLESHOOTING ........................................................................................ 23
ELECTRICAL COMPONENTS............................................................................ 24
PNEUMATIC SYSTEM SCHEMATICS ...................................................... 25
EXPLODED VIEWS AND PART LISTS .............................................................. 26
ORDERING INFORMATION ............................................................................... 35
DEACTIVATING THE MACHINE ........................................................................ 36
DISMANTLING THE MACHINE .......................................................................... 36

Dake Corporation
1809 Industrial Park Dr
Grand Haven, MI 49417
www.dakecorp.com
976200-2, 976202-2 2 REV112019
DAKE STANDARD LIMITED WARRANTY
Finished Machines
Dake warrants to the original purchaser the finished machine manufactured or distributed by it to be free
from defects in material and workmanship under normal use and service within 1 year (12 months) from
the delivery date to the end user.
Parts
Dake warrants to the original purchaser the component part manufactured or distributed by it to be free
from defects in material and workmanship under normal use and service within 30 days from the delivery
date to the end user.
The standard limited warranty includes the replacement of the defective component part at no cost to the
end user.
Sale of Service (Repairs)
Dake warrants to the original purchaser the component part repaired by Dake Corporation at the
manufacturing facility to be free from defects in material and workmanship under normal use and service
within 90 days from the return date to the end user, as it pertains to the repair work completed. The
standard limited warranty includes repair of the defective component part, at no cost to the end user.
Warranty Process
Subject to the conditions hereinafter set forth, the manufacturer will repair or replace any portion of the
product that proves defective in materials or workmanship. The manufacturer retains the sole right and
option, after inspection, to determine whether to repair or replace defective equipment, parts or
components. The manufacturer will assume ownership of any defective parts replaced under this
warranty.
All requested warranty claims must be communicated to the distributor or representative responsible for
the sale. Once communication has been initiated, Dake Customer Service must be contacted for
approval:
Phone: [phone]
Email: [email protected]
When contacting Dake, please have the following information readily available:
- Model #
- Serial #
- Sales Order #
Purchasers who notify Dake within the warranty period will be issued a Case number and/or a Return
Material Authorization (RMA) number. If the item is to be returned per Dake’s request, the RMA number
must be clearly written on the exterior packaging. Any item shipped to Dake without an RMA will not be
processed.

Dake Corporation
1809 Industrial Park Dr
Grand Haven, MI 49417
www.dakecorp.com
976200-2, 976202-2 3 REV112019
Warranty Exceptions:
The following conditions are not applicable to the standard limited warranty:
(a) Part installation or machine service was not completed by a certified professional, and is not
in accordance with applicable local codes, ordinances and good trade practices.
(b) Defects or malfunctions resulting from improper installation or failure to operate or maintain
the unit in accordance with the printed instructions provided.
(c) Defects or malfunctions resulting from abuse, accident, neglect or damage outside of prepaid
freight terms.
(d) Normal maintenance service or preventative maintenance, and the parts used in connection
with such service.
(e) Units and parts which have been altered or repaired, other than by the manufacturer or as
specifically authorized by the manufacturer.
(f) Alterations made to the machine that were not previously approved by the manufacturer, or
that are used for purposes other than the original design of the machine.

Dake Corporation
1809 Industrial Park Dr
Grand Haven, MI 49417
www.dakecorp.com
976200-2, 976202-2 4 REV112019
RETURN & REFUND POLICY
Thank you for purchasing from Dake! If you are not entirely satisfied with your purchase, we are
here to help.
Returns
All Dake manufactured / distributed machines, parts and couplings include a 30-day return
option. These policies are valid from the date of final shipment to the end user.
To be eligible for a return, the item must be unused and in the same condition as received.
All requested warranty claims must be communicated to the distributor or representative
responsible for the sale. Once communication has been initiated, Dake Customer Service must
be contacted for approval:
Phone: [phone]
Email: [e-mail]
Once the return request has been approved by Customer Service, a representative will supply a
Return Material Authorization (RMA) number. The returned item must have the provided RMA
number clearly marked on the outside packaging. Any item received without an RMA number
clearly visible on the packaging will not be processed.
An RMA number can only be provided by the Dake Customer Service team and must be
obtained prior to the return shipment.
Refunds
Once the item has been received and inspected for damages, a representative will notify the
requestor referencing the provided RMA number.
If the return is approved, a refund will be issued to the original method of payment, less a 20%
restocking fee. The restocking fee may be waived if an order is placed at the time of return with
like-value merchandise.
Transportation costs are the responsibility of the end user and will not be credited upon return
approval.
Any item that is returned after the initial 30 days or has excessive/obvious use will not be
considered for a full refund.

Dake Corporation
1809 Industrial Park Dr
Grand Haven, MI 49417
www.dakecorp.com
976200-2, 976202-2 5 REV112019
SPECIFICATIONS
Model
Euromatic 370S
Euromatic 350S-L
Number
976200-2
976202-2
Voltage
220V/440V
(440 with transformer)
220V/440V
(440 with transformer)
Phase
3-Phase
3-Phase
Cutting Ability
Ferrous, Non-Ferrous,
Plastic
Non-Ferrous, Plastic
Horsepower
3.5/4.5 HP
3.5/4.5 HP
Speeds
25/50 RPM
1,500/3,000 RPM
Max blade diameter
14-1/2”
14-1/2”
Maximum vise
opening
8-3/4” 8-3/4”
Slotting
Yes
No
Maximum angle
45° / 90°, left / right
45° left
Weight
1,360 lbs
1,360 lbs
Work Height
35”
35”
Height
73”
73”
Base
28” x 39”
28” x 39”
CUTTING CAPACITY
90°
4-1/4”
5-1/16”
4-1/4”
4” x 7”
45°
3-5/8”
5”
3-7/8”
4” x 6”
In the space provided record the serial number and model number of the machine. If contacting
Dake this information must be provided to assist in identifying the specific machine.
Serial No.
Model No.
Date Purchased:

Dake Corporation
1809 Industrial Park Dr
Grand Haven, MI 49417
www.dakecorp.com
976200-2, 976202-2 6 REV112019
SAFETY
Carefully read all safety messages in these instructions and on your machine safety
signs. Keep safety labels in good condition. Replace missing or damaged labels.
Employer is responsible to perform a hazard/PPE assessment before work activity.
Label Part No.
84605
Label Part No.
84395
Label Part No.
76462
Label Part No.
82199
Label Part No.
300168

Dake Corporation
1809 Industrial Park Dr
Grand Haven, MI 49417
www.dakecorp.com
976200-2, 976202-2 7 REV112019
Additional Safety Warnings:
•This machine is intended to be operated by one person. This person should be conscious
of the machine movement not only for themselves but also for persons on the immediate
area of the machine.
•Never have several objects in your hands at once and keeps hands as clean as possible.
•This machine has been built to comply with national accident prevention regulations.
Improper use and/or tampering with the safety devices will relieve the manufacturer of all
responsibility.
•All internal and/or internal operation, maintenance or repairs, must be performed in a
well-lit area or where there is sufficient light from extra sources so as to avoid the risk id
even light accidents.
•It is forbidden to disconnect the “man present” device, known more correctly as the
“safety switch with hold-down action”.
•Check that the voltage indicated on the plate, normally fixed to the machine motor, is the
same as the line voltage.
•Check the efficiency of your electric supply making sure the machine has its own
grounded circuit.
•Do not operation machine without safety guards or with the electrical panel cover
removed.
•Then the tool head is in rest position (raised), the toothed disk must be stationary.
•Always disconnect the machine from the power socket before changing the disk or
carrying out any maintenance job, even in the case of abnormal machine operation.
•Do not operate this machine without the handle and/or handle switch disconnected.
•Always wear OSHA approved safety glasses when operating this machine.
•Never put your hands or arms into the cutting area while the machine is operating.
•Do not shift or move machine while the machine is in operation.
•Do not wear loose clothing with sleeves that are too long, gloves, bracelets, rings,
watches, chains, or any other object that could get caught in the machine during
operation; tie back long hair.
•Keep the machine bed free from tools or any object, while the machine is in operation.

Dake Corporation
1809 Industrial Park Dr
Grand Haven, MI 49417
www.dakecorp.com
976200-2, 976202-2 8 REV112019
SET UP
TRANSPORTING AND INSTALLATION
1. Remove box or shrink wrap. Carefully inspect the machine for any physical damage.
3. Check that all standard parts and optional accessories are included with machine. Some
accessories may be located in chip drawer or behind the access door.
a. Each machine should include one blade, one gallon of coolant, tool kit, owner’s
manual, and saw pitch calculator.
4. Remove machine from skid. If using an overhead hoist, place a sling around the gear box
and the sling around the feeder portion on the machine. DO NOT PLACE SLING
AROUND THE FEED CYLINDER. The sling is to stabilize the machine while lifting and is
not intended for lifting a large load.
a. Always take proper precautions when lifting the machine. If the machine slips or
moves while lifting injury may occur. If a forklift is used to move the machine, make
sure the weight is distributed evenly and the forks are all the way through before
lifting.
5. Set the machine in a location where it will be in operation, on a level surface. Make sure
that the saw is located where it will not interfere with its surroundings. The machine must
not be in a location in unsafe working conditions may exist.
6. Discard packing materials in a safe manner. Make sure all accessories and literature has
been removed.
7. Clean off all surfaces that have been greased or coated with rust inhibitor.
8. Making sure that the machine is placed on a flat surface, adjust the leveling bolts located
in the foot flange of the machine base. Adjust the machine so that it does not rock from
floor irregularities.
ELECTRICAL CONNECTION
All electrical connections should only be made by a qualified electrician. Before turning on
the power, check that all the electrical components are in place. They may have come loose in
shipping. If any questions arise please all DAKE or consult your electrician.
The main power source must supply the machine with a separate breaker of proper amperage.
For a 220-volt machine a 20-amp service is recommended.
For a 440-volt machine a 16-amp service is recommended (transformer required).
Machines are rated at +/-10%. The wires are connected to the terminal block inside the control
cabinet.

Dake Corporation
1809 Industrial Park Dr
Grand Haven, MI 49417
www.dakecorp.com
976200-2, 976202-2 9 REV112019
AIR SUPPLY SET UP
Locate the air regulator on the rear of the vertical column and connect the air supply.
1. Once all the air fittings are secure, turn the air supply on to the machine. The gauge
should read 90 PSI.
2. If the reading is more or less, adjust the regulator to 90 PSI. If the reading is more or less
adjust the regulator to 90 PSI
Incoming air from the air compressor must be clean and dry. Use all precautions and
water traps as necessary.
LOADING/UNLOADING TABLES
After electric and air supply is setup if loading or unloading tables were ordered install them
now.
Make sure the tables are level and precise in alignment with the feeder unit.
HEAD CHANGE
If both the ferrous and non-ferrous heads were purchased and you need to change out the head
please contact DAKE for instructions.
BLADE INSTALLATION
WARNING Before performing the following operations, the electrical supply must be
LOCKED OUT and always were gloves when installing a new blade.
Blade Installation for a Ferrous Head:
1. Open the clear protective cover and magnetically latched blade guard.
2. Remove the spindle flange bolt using the socket wrench provided.
3. Remove the blade flange and wipe the blade surface of the flange and spindle clean.
4. Carefully slide the blade up through the coolant distribution tubes. Be careful not to bend
the tubes.
a. Make sure teeth are facing the correct direction for counter-clockwise rotation.
5. With a rolling motion of the blade counter-clockwise, push against the chip brush and
slide blade over the spindle shoulder.
6. Rotate the blade on the shoulder to align the two large drive pin holes.
7. Insert the flange pins through the drive pin holes and insert bolt, hand tighten at this
point.

Dake Corporation
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Grand Haven, MI 49417
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976200-2, 976202-2 10 REV112019
a. Failure to remove backlash may result in blade breakage and serious
injury.
9. While holding the blade against the pins tighten the spindle bolt securely.
10.Close blade cover and replace clear protective cover.
Blade Installation for a Non-Ferrous Head:
1. Open the clear protective cover and magnetically latched blade guard.
2. Clean spindle and flange faces, so there are no chips on the faces.
3. Remove part “b” using wrench “d” on shaft “c”.
4. Use hex wrench “e” to remove bolt “f”, which has left-handed threads.
5. Install blade on the spindle shaft shoulder, so the teeth are facing downwards, for
clockwise rotation.
6. Install blade flange. Make sure no to hit any machine parts with the carbide tips, this this
may affect the blade performance.
7. Screw the spindle bolt on by hand.
8. Holding the spindle shaft with the wrench, tighten the bolt securely.
9. Close and tighten blade cover and close clear protective cover.
Note: The blade pins may have been removed from your blade flange to allow easier blade
sizing and safety. If you install the pins for a carbide or HSS blade backlash must be
removed from the blade while installing, however it is not recommended to reinstall these
pins.See ferrous blade installation for backlash removal.

Dake Corporation
1809 Industrial Park Dr
Grand Haven, MI 49417
www.dakecorp.com
976200-2, 976202-2 11 REV112019
CHOOSING A BLADE
The saw will come with a “DAKE Saw Pitch Calculator” to assist in blade selection.
First the pitch of the teeth must be chosen, suitable for the material to be cut, according to these
criteria:
•Parts with a thin and/or variable section such as profiles, pipes, and plates, need fine
toothing, so the number of teeth used simulations cut. The larger the part the coarser
toothing is needed.
•Larger parts require a coarser toothed blade.
•An improper pitch or grind will sacrifice the quality of the cut, safety, and blade life.
•There are many different grinds and coatings available for blades.
•Blade thickness can affect the way the blade will cut, for thinner materials a thinner blade
is recommended.
•When miter cutting the next larger pitch blade may be required.
•Each high-speed blade can be reground up to approximately 20 times if properly done.
•Always have blades reground by a qualified professional. Always use blade with proper
pin hole spacing if applicable.
•If still unsure what blade to purchase/use contact your blade provider or DAKE.
For ferrous cutting:
The larger or harder the material the slower the speed needs to be. The thinner or softer the
material the faster the speed needs to be.
Example: 3” Solid cold rolled 25 RPM
2” Solid stainless 25 RPM
2” x 1/8” wall tubing 50 RPM
2” Solid aluminum 50 RPM

Dake Corporation
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For non-ferrous cutting head:
Same rules apply as with the ferrous cutting head. The selection of tooth configurations is more
limited with carbide.
Solid material from 2”- 4”:14” x 60 tooth blade is recommended.
Solid material from 1”- 2”:4” x 84 tooth blade is recommended.
Material less than 1”:14” x 100 tooth blade is recommended.
Large extrusion with relief: 84-tooth blade may be used.
Any thin wall tubing or small extrusions with relief: 100-tooth blade.
•There are different types of grinds for carbide, positive pitch and negative pitch. Positive
pitch blade for more aggressive cutting and negative pitch for thinner materials.
•For some applications a high-speed steel blade is available for the non-ferrous cutting
head and normally run on the 1500 RPM setting.
•Precision ground carbide blades may be purchased for a superior finish.
•3000 RPM is the normal cutting speed for non-ferrous material with a carbide blade.
•The non-ferrous blade will not normally throw a curled chip even if speeds and feds are
correct.
SPEEDS AND FEEDS
The best way to determine correct blade feed and speed is by the sound of the cut and chip
appearance.
Curly, shiny, cool chips: proper blade feed and speed.
Bent, discolored and/or hot chips: blade feed may be fast or slow.
Powdery or splintered chips: blade feed may be too fast or slow, incorrect blade may be in use.

Dake Corporation
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976200-2, 976202-2 13 REV112019
SETTING HEAD PARAMETERS
This is a dependable method of reducing “dead air” cutting. The picture above illustrated the
four basic parts of the head positioning system.
A: Lower limit adjustable cam block.
B: Machined T-slot way that the cam moves vertically in.
C: Upper head limit adjustable cam block.
D: Limit switch that controls the lower setting. When the switch is activated the blade stops
and the head returned to the upper setting.
E: Upper limit switch, this controls the head
WARNING NEVER MAKE THESE ADJUSTMENTS WITH THE BLADE ROTATING.
NEVER DEPRESS THE LIMIT SWITCHES WITH YOUR FINGER, YOUR FINGER COULD BE
CRUSHED OR AMPUTATED BETWEEN THE LIMIT SWITCH AND CAM BLOCK.
1. To set the parameters move the cams to the extreme positions and tightened down. (The
top cam to the highest position and lower cam to the lowest position.)
2. Turn the speed selector to “0”, or “OFF”.
3. Place material in the main vise and up to the blade path, move the head feed control
valve to "0”. Do not place material under the blade path.
a. Make sure the emergency button is not engaged.
4. Press the yellow button and slowly open the feed valve. As the head descended
downward toward the material, close the head feed flow control valve to stop the head
just above the material. Never have the blade adjusted closer than 1/2" to the
material to allow proper clearance.

Dake Corporation
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5. After stopping the head, loosen the upper head setting cam (the cam block on bottom),
and raise the cam up to where it touches the limit switch without depressing the limit
switch button. Securely tighten this cam down. (The power of the head feed cylinder will
move this limit if the cam is not securely tightened.)
Note: Never lock the cam locks half-on or half off the T-slot.
6. Adjust the lower head setting cam (top cam block) to the highest position. Then open the
feed flow control valve and let the head descend just past the lowest point of the material,
then close the valve. Now slide the lower parameter cam setting block (top cam block)
down to the limit switch. Holding the cam tight activate the limit switch button. This must
be done before the head returns to the upper position, make sure it is securely tightened.
GIB BLOCK ADJUSTMENT
A: Hardened Ways
B: Gib Plate (3 pieces)
C: Gib Blocks (6 pieces)
D: Gib Block Adjusting Bolts
E: Vertical Column
1. Remove rear cover plate from vertical column.
2. Locate the six cast iron gib blocks mounted to the three gib block plates, two located on
the back of the column and the last located on the left side of the column.
3. Tighten the gibs by turning the adjusting bolts clockwise, half a turn at a time to compress
gib blocks.
4. Tighten all blocks equally until the head travels smoothly on the column.
5. To square the cutting head, loosen and tighten block accordingly.
Note: Keep ways oiled.

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VISE ADJUSTMENTS
Proper vise set up and adjustments are very important for quality and safe cutting.
WARNING PROPERLY ADJUST ALL VISES BEFORE CUTTING. MAKE SIRE THE
BLADE WILL NOT STRIKE ANY STEEL PARTS OF THE MACHINE. IF DEEP MITER CUTS
ARE BEING MADE, LOWER WEAR PLATES MAY BEED TO BE REPLACED WITH
ALUMINUM PLATES OR REMOVED AND A CLEARANCE CUT MADE INTO THE PLATES
WITH A STEEL CUTTING SAW.
1. With the vise in the open position, insert the material and turn the handwheel until the
vise jaw is 1/16” to 1/8” away from the material.
2. Push the emergency stop button to activate the vise to see if the material is properly
clamped.
a. To deactivate the vise, turn the emergency stop button to the right.
Note: The main vise can be moved left and right via the T-slots. This allows to clamp close
to the blade, even when making miter cuts.
3. Adjust the anti-burr arm to a setting the clamp the material in rear vise jaw. This is done
by loosening the bolt that holds the anti-burr arm bracket.
Note: The anti-burr arm is not designated for clamping, but to hold the piece in place from
moving when the blade exits the cut. The anti-burr arm may need be to be removed for some
angled cuts.
Below is the optimum cutting position for a non-ferrous head:
•The optimum cutting position as shown above will put the center line of the blade
35mm in from of the center line of the material being cut.

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•To maintain this cutting position adjustments to the rear vise will be necessary.
•This adjustment is made by loosening the rear vise and sliding the T-slots forward or
back to reach this optimal position.
•The adjustment is necessary when a different size blade is used on the machine. With
a different blade size, the centerline of the blade will change.
•By adjusting the rear vise you may also achieve a more or less aggressive cut
position.
MITER CUTTING & SQUARING
The 370 S has a scale scribed into the front of the rotating portion of the cutting head (0 to 60°).
On the stationary portion of the cutting head casting is a scribed line. Any angle can be set by
loosening the lock handle. This handle is located front and center of the cutting head.
Loosen the locking handle, this handle can be pulled and repositioned to clear the coolant tube.
Loosen this handle and position it in an upwards position so it will not hit the casting while you
rotate the head. With the handle loose, turn the cutting head using the rotation handle to the
angle needed. Lock down tightly when angle is set.
There are preset stops at 90° and 45°. Remove the positive stop on the left-hand side of the
cutting head to go beyond 45°. This will allow it to miter in both directions and allow placement
of the head for slotting.
The saw can be squared up on the horizontal plane with two adjusting bolts on the positive stop
block located on the left side of the cutting head. Loosen the lock nuts and adjust the stop bolts
in or out against the positive pin stops to achieve squareness.
Adjust the main vise as close to the blade as possible, in the T-slots, without interfering with the
cutting.
Some applications may require repositioning of the rear vise jaws, for proper clamping. This can
be done by loosening the locking bolts on the jaw and moving closer to the blade.
Some miter cuts will require removal of the anti-burr arm. Vises may need to clamp tighter for
mitering some materials. While cutting on an angle the part may be pulled toward the blade if
the vises are too loose. When mitering, the next largest tooth size may be required because the
cross section that is being cut is increasing and may require a coarser blade.

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976200-2, 976202-2 17 REV112019
TUBING FIXTURES EXAMPLES
OPERATION
Operating Tips:
•Blade Tips
oAlways inspect blade before installing on machine, if questionable do not use.
oCheck gullets on blade. Check teeth and surfaces of blade. If a chip is packed in
the gullets do not use, a blade in this condition will “thump” each time the blade
passes through the material and could cause breakage. This condition is normally
evident when an over feeding conditions exist or when a blade is too fine for the
material.
oThe side of the blade should not have any type of smear or build up on it. This
happens when the cut is too slow.
oAlways remove backlash from ferrous head blades.
oAlways cut with coolant if possible. It is better to use too much coolant that not
enough and is better to mix your coolant on the heavy side. This way plain water
can be added to bring it up to level. Plus, the rust inhibitors have a better chance
to work.
oSelect your blade properly. Using your blade calculator or contacting your blade
provider.
oIf you are cutting tubing and are having a problem with chatter, go to a finer tooth.
Rule of thumb if a blade change is required, to go with a finer tooth for tubing, and
a heavier tooth for solids.

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976200-2, 976202-2 18 REV112019
oKeep your blades sharp. Do not keep cutting on a dull blade. This may damage
the blade and your material as well as put stress on the machine.
oAlways have your blade sharpened by a qualified professional. Contact DAKE if in
need of a referral to a reputable business.
oNever use a blade smaller or larger than stated in the specification and always use
a blade with correct pin hole spacing if applicable.
•Cutting Tips
oWatch the chip to know if the correct speed and feed is being used for the material
being cut. Refer to “Speeds and Feeds” section of this manual as well as making
sure there is sufficient coolant flow.
oIf the blade bucks or chatters check your blade conditions described above.
oOn material you have not cut before, make some trial cuts. Always start off at a
low speed, increase it from here until it sounds like it is cutting smoothly and
cutting at its fastest rate.
•Operational Tips:
oAll doors and covers must be closed before machine will operate.
oAlways set vises correctly.
oIf material is shaped in a way that it cannot be safely clamped in the vises a fixture
may need to be used.
oIf bundle cutting round stock without comb jaws tack weld the end of the bundle to
prevent parts from spinning.
oFine wall tube may be crushed when clamping. A block with a hole bored through
it then slit length wise will hold the tube without crushing it. See “Tubing Fixtures”
in this manual for examples.

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976200-2, 976202-2 19 REV112019
CONTROLS
STARTING THE SAW
Once the machine is set up and coolant is added the machine can now be operated.
1. Ensure that the head parameters are set, see “Setting Head Parameters” in this manual
and the material is properly secured the in the vises, see “Vise Adjustments” in this
manual if assistance is needed.
2. Close the safety guard and turn power on to the machine.
3. Close the head feed control knob to the “0” setting.
4. Ensure that the head of the machine is in the up position, making contact with the upper
limit switch.
5. Select a speed with the motor speed switch.
a. Setting “1” is the lowest RPM setting, and “2” is the highest RPM setting.
6. Press the “Cycle Start Button”, this will start blade rotation and coolant flow.
a. Check to make sure that the blade is rotating in the correct direction: counter-
clockwise for a ferrous head and clockwise for non-ferrous.
b. The valve above to the right of the blade guard controls the coolant flow and can
be adjusted.
A: Power Switch
B: Cycle Start Button
C: Head Feed Flow Control
D: Security Key Switch
E: Power On Indicator Light
F: Motor Speed Switch
G: E-Stop Button
H: Air Pressure Gauge
I: Security Interrupted Indicator Light