Acer e-mill 3VSII User manual

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ACER
OPERATION MANUAL
Vertical Turret Milling Machine
Model: e-mill 3VS & 3VSII, e-mill 3VK
e-mill 3VKH, e-mill 5VK, e-mill 6VK
w/ Toshiba & Fuji Inverter
Taiwan: Ya-Gin Machine Tool Manufacturing Inc.
No. 101, 506 Lane, Seng-Tso Road,
Seng Karng District, Taichung City, Taiwan
Tel: [phone] Fax: [phone]
CA: Springwood Industrial, Inc.
2320 E. Valencia Drive
Fullerton, CA 92831
Tel: [phone] Fax: [phone]
NJ: Klim Industrial, Inc.
244 N. Randolphville Rd.
Piscataway, NJ 08854
Tel: [phone] Fax: [phone]
Revised: 4/18/19

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ATTENTION
We are grateful that you have chosen our product! We are confident that our
Milling Machines will satisfy your expectations with their many outstanding
features, such as: rigidity, high accuracy, versatility, etc. In order to achieve the
highest possible performance from our machines, we expect all operators and those
concerned with maintenance to READ THIS MANUAL CAREFULLY BEFORE
STARTING. This manual explains machine operation, inspection, maintenance,
lubrication and set up procedures. We hope all operators will consult this Manual
for their safety and the machine’s.

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CONTENT
Page#
1. SAFETY INSTRUCTIONS 5
1-1. General Safety Instructions For Operating The Machine 5
1-1-1 Safety instructions for work holding 7
1-2. Maintenance Safety Instruction 8
1-3. Installation Precautions 8
1-3-1 Grounding 9
1-3-2 Environmental conditions 10
1-4. Safety Precaution 10
1-4-1 Before powering on the machine 12
1-4-2 Routine inspections 12
1-4-3 Warm-up 13
1-4-4 Preparations 13
1-4-5 Operation 14
1-4-6 Noise level 14
1-4-7 To interrupt machine 15
1-4-8 Completing a job 15
1-4-9 Safety devices 16
1-4-10 Maintenance operation preparations 16
1-4-11 Maintenance operation 16
1-4-12 Unit operation is begun after maintenance 17
1-5. Warning Signs On The Machine 17
2. SPECIFICATION 20
2-1. Machine Specification 20
2-2. Milling Head Specification 30
2-3. Features & Description of Machines 31
3. UNCRATING & CLEANING 34
4. INSTALLATION 34
4-1. Lifting Machine 35
4-2. Solid Foundation 38
4-3. Leveling Machine 42
4-4. Handles 42
4-5. Connecting Power Supply 42
4-6. Wiring Diagram 44
A. Regular Circuit Diagram for 3VS, 3VSII, 3VK, 3VKH, 5VK 44
B. Regular Circuit Diagram for 6VK 52
C. UL Electric Diagram for 3VS, 3VSII, 3VK, 3VKH, 5VK 60
D. UL Electric Diagram for 6VK 65

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Page#
E. Electrical Part List with Part Number Listed 73
F. Amendment of UL Part List (File No: TR14101501; Date: 4/11/19) 76
4-7. Alignment of Head 78
5. LUBRICATION 79
5-1. Lubrication System of e-mill 3VS and 3VSII 79
5-2. Lubrication System of e-mill 3VK 80
5-3. Lubrication System of e-mill 3VKH and 5VK 81
5-4. Lubrication System of e-mill 6VK 82
5-5. Lubrication Schedule for All e-mills 83
5-6. MSDS for Lubricant in Lubrication Pump 84
6. OPERATION 91
6-1. Nomenclature 93
6-2. Draw Bar 95
6-3. Spindle Brake 95
6-4. Forward-Reverse Switch 95
6-5. Hi-Neutral-Lo Lever 95
6-6. Power Feed Engagement Crank 96
6-7. Quill Feed Selector 96
6-8. Feed Reverse Knob 96
6-9. Manual Feed Handwheel 96
6-10. Feed Control Lever 97
6-11. Quill Feed Handle 97
6-12. Quill Stop Knob 97
6-13. Micrometer Adjusting Nut 97
6-14. Quill Lock 97
6-15. Ram Position 98
6-16. Clamping Table, Saddle and Knee 98
6-17. Operation Recommendations 100
6-18. Safety Accessories for All Models 102
7. MAINTENANCE 103
7-1. Adjustment of Table Gib 103
7-2. Adjustment of Saddle and Knee Gibs 103
7-3. Removing Table & Saddle 104
7-4. Leadscrew Backlash Adjustment 104
7-5. Removing the Motor 105
7-6. Changing the Vari-drive Belt—the V Belt 106
7-7. Changing Timing Belt 106
7-8. Returning Spring Replacement 107
7-9. Recommended Spare Part List 108
7-10. Recommended Maintenance Schedule 112

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Page#
7-10-1. Daily maintenance 112
7-10-2. Weekly maintenance 112
7-10-3. Six month maintenance 112
7-10-4. Yearly maintenance 112
7-10-5. Points to watch on doing maintenance 113
7-11. Tables for Material Cutting Information 114
8. MECHANICAL DRAWING & PARTS BREAKDOWN LIST 116
8-1 3HP (Milling Head) 117
8-2. 3HP Head Top Housing 127
8-3. 3HP Head Back Gear 131
8-4. 5HP (Milling Head) Hand Feed Ass’y 137
8-5. 5HP (Milling Head) Spindle Ass’y 141
8-6. 5HP (Milling Head) Auto Feed Ass’y 143
8-7. 5HP e-mill Head Top Housing 149
8-8. 5HP e-mill Head Back Gear 153
8-9. 3VS & 3VSII Basic Machine 157
8-10. 3VK Basic Machine 165
8-11. 3VKH Basic Machine 173
8-12. 5VK Basic Machine 181
8-13. 6VK Basic Machine 189
8-14. 3VS, 3VSII, 3VK, 3VKH & 5VK Leadscrew Assembly 195
8-15. 6VK Leadscrew Assembly 197
8-16. Electric Cabinet 201
8-17. Safety Accessories for All Models 202

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1. SAFETY INSTRUCTIONS
WARNING
Do not install, operate or service this machine until:
1) You have read and understand the safety instructions on the pages that follow.
2) You have read and understand the operator’s manual, especially knowing the
function and location of all machine controls, and read manuals on all relative
accessories.
3) You have read and understand all safety and instruction plates attached to the
machine and its relative accessories.
4) Prior to install or services the machine, please read and understand the
maintenance manual.
5) To service the machine, it must be done only by competent and trained
personnel.
NOTICE: The following safety instructions are general recommendations for
most common operations on a milling machine.
Additional safety measures may be required for your particular application.
Therefore, manufacturer makes no warranty or representation as the absolute
correctness of sufficiency of the instructions.
1-1. General Safety Instructions For Operating The Machine
1) The best defense against injuries on a milling machine is to be alert. Never
initiate a machine function unless you completely understand what the function
will cause the machine to do.
2) Never operate the machine with any cover and shield opened or removed.
3) Never reach into the work area when the spindle is rotating or if the machine is
still in running mode.
4) The functions of the machine make it impossible to eliminate all dangerous area.
Be particularly aware of the following cautious points:
* Spindle rotation
* Electric cabinet and power source
* Table and saddle movement

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5) Keep the machine and area around it clean and well lighted. Never allow chips,
coolant or oil to remain on the floor. Do not leave loose objects on and around
the machine.
6) Clothing :
* Wear safety glasses with eye shields at all times. Protect your eyes. Never use a
compressed air house to remove chips from a machine.
* Never wear loose fitting clothing. Remove all jewelry (rings, watches,
necklaces…etc.) since they can be trapped in mov ing parts of the machine.
* Gloves are easily trapped by moving parts. Take them off before turning the
machine on.
* Always wear safety shoes with steel toes and oil-resistant soles.
* Wear a safety helmet when working near overhead hazards.
* If operator has long hair, the hair should always be tucked under a cap or tied
back up.
7) Milling machine are designed to be run by one person. Persons other than the
designated operator should stay out of the machine area during the operation.
8) Take care, not to bump or accidentally touch the machine control. Doing so can
initiate an unintended machine movement which could cause an injury or a
wreck.
9) Do not paint, alter, deface or remove any warning plates from the machine.
10) Report any loose, worn or broken parts to your supervisor. The same action
should be taken if any unusual noise or machine action occurs.
11) Never operate the machine after taking strong medication, using non-
prescription drugs, or consuming alcoholic beverages. Persons with illness,
which might cause dizziness or fainting, should never operate this machine.
13) The electric components are protected from normal moisture resulting from
humidity use of water base soluble coolant, etc. Do not, however, use water hose to
clean the machine or the area around it.
14) Never touch a machine control device or electrical component when your hand
is wet. Keep flammable liquids and materials away from the work area and chips.
15) Never clean up chips while the machine is running or is in automatic mode.
16) Do not file work pieces while spindle is still rotating under power.
17) At the end of the work day the machine should be placed in “power off” mode .
18) When restarting a machine after it has been shut down, please always assume it
has been tampered with. Recheck all phases of the job as though you were running
the first piece.
19) Never switch-on spindle until hands, feet, and body are well clear of the work
area.

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20) Coolant and oil can make surfaces on the machine slippery. They can also
present an electrical hazard if the machine has power on. For these reasons, please
do not stand on any part of the machine at any time.
1-1-1 Safety instructions for work holding
1) Never run a job on this machine until you are 100% sure the work piece is being
held in such a manner as withstand the centrifugal force from rotation and
cutting forces of the tooling. If there is any doubt, whatsoever, please consult
with your supervisor.
2) A vise is the most common work holding device used on this machine. Some of
the factors affecting the holding device on this machine.
The factors which affect the holding ability of a vise are:
* Clamping force of the jaws on the vise
* Rotational speed of the spindle
* Type of jaw surface (serrated, smooth, etc.)
* Area of vise holding and configuration of the work piece…shape, weight and
balance.
* Vise’s weight and location
3) With air or hydraulic actuated power vise (optional accessory), make sure the
jaws are gripping the work securely before they reach the end of their travel.
When using a power vise, please check the hydraulic or air pressure before
every operation. Low air pressure will diminish jaw-gripping force, which may
allow the work piece to fly out of the jaws. Excessive pressure can also damage
a power vise, which could cause a loss of jaw force. The gripping force of a
power vise can be diminished as much as 50% because of lacking of lubrication
or periodic cleaning. Components of a vise are subject to wear and damage
which also can lessen gripping force. Oil the vise at the beginning of every
shift. Please use only the vise manufacturer’s recommended lubricant.
A. A weekly examination of the condition of the vise should be made. This
examination should include the measurement of jaw clamping force with a
jaw-force gage to insure that the vise is functioning as it is intended.
B. Refer to manufacturer’s manual for vise and cylinder for any other
maintenance requirements. As the cutter’s R.P.M. increase the gripping
force of the jaws on the vise decreases. The larger the vise opening the
more loss becomes. Various types of vise’s jaws are serrated contact
surfaces on work piece. Improper usage could cause serious injury or death.
Remember-vise gripping a work piece safely involves many variables. If
you have the slightest doubt regarding the safety of your set-up for a job,
please consult with your supervisor.
4) Never operate spindle-mounted accessories over their rated speed. If the
cutting tool or accessory is not supplied by the original maker, please verify the
safety operating speed with the manufacturer.

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5) Always be sure the tool holder or accessory is located correctly on the spindle
taper and it is securely pulled to the face of the spindle.
6) Be sure any item bolted or clamped to a vise or fixture is securely fastened
before starting the spindle.
7) Proper lifting equipment should be used for heavy vises, fixtures, and work
pieces.
8) Always be aware of that closing vise’s jaws may trap fingers or hands.
9) The same safety instructions that apply to power vises also apply to manual
operated vises. The following additional precautions should be taken when using
a manual vise :
A. Always use spring-loaded, self-ejecting type safety wrenches.
B. Never put an extension bar on a vise wrench or hit with hammer.
C. Always slightly tap the workpiece after clamping with the jaws. This is
done to make sure workpiece is securely tightened to the vise. Without
confirming the tightness, the workpiece may fly out of the vise if the
cutting force is too greater!
10) If a work piece is extended from the vise a distance of 3 to 4 times of its
capacity, without being supported by other means, poor cutting finish will normally
occur. Under no circumstances extend an unsupported workpiece more than this
amount without supporting with other devices. Doing so can cause the part to bend
or break or flying out!
1-2. Maintenance Safety Instruction
WARNING
High voltage is used to power the machine; only authorized electricians should
service any electrical component failure. Disconnect main power and lock it in off
position before attempting any repair. Tag disconnect switch “DO NOT START”
1) Read and understand safety instructions for machine operation before servicing
this machine.
2) Know all points where high voltages are present on this machine and in
electrical boxes.
3) Residual voltages can exist in electrical cabinets for a period of time after power
has been turned off. Check any component inside cabinet with a voltmeter
before touching.
1-3. Installation Precautions
To ensure the safe operation of the milling machine, note the following during
installation.

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Wiring
1) Be sure to use electrical conductors with performance ratings equivalent or
superior to those described in the Maintenance Manual.
2) Do not connect to the same power distribution panel that is intended for devices,
which can cause line noise, such as, welders and high frequency quenching
machines.
3) Arrange for a qualified electrician to connect the power lines.
1-3-1.Grounding
Use a grounding wire with a cross section of more than 14 mm and a resistance to
ground less than 100 ohms.
This wire size should be greater than AWB (American Wire Gauge) No. 5 and SWG
(British Legal Standard Wire Gauge) No.6.
Generally, the milling machine should be ground to a separate grounding rod. If an
independent ground cannot be provided for the machine, prepare the ground
connection as follow:
1) Connect a single conductor to its grounding terminal. This will avoid possible
serious accidents resulting from ground currents, which might otherwise flow
thru the milling machine and damage an electrical component or device within
the electric cabinet.
2) Be careful when using concrete reinforcing rods as grounding points. These
reinforcing rods often are used to ground equipment because they usually offer a
resistance to ground of less than 100 ohms. In doing so, please make the
connections as follow:
A. Do not use the same grounding-reinforcing rod or grounding terminal for
other devices, since this could lead to line noise such as produced by
electric welders and high frequency quenching machine.
B. Use a grounding terminal with an adequate electrical performance rating and
is durable in usage.
3) A separate grounding wire should be used, one whose length is as short as
possible.
4) Check the resistance to ground by actual measurement. This should measure less
than 100 ohms if the single device is connected to its own grounding rod.
Desirable independent grounding:
Earth resistance: Less than 100 ohms

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Common grounds:
Never ground equipment as
shown in the lower figure (FORBADE!) :
(Wrong)
1-3-2.Environmental conditions
Generally, the machine will be installed at the places with the following conditions.
However, these may change over a period of time or in response to seasonal
changes.
1) Supply voltage : 90% to 110% of nominal supply voltage
2) Source frequency : ±2hz of nominal frequency
3) Ambient temperature : 0℃to 45℃(32℉to 113℉)
4) Relative humidity : Less than 80%
Temperature changes should not cause condensation.
5) Atmosphere: Free from excessive dust, acid fumes corrosive gases and salt.
6) It should be avoided to expose the machine to direct sunlight or heat rays which
can change the surrounding temperature.
7) Avoid exposing the milling machine to abnormal vibration.
***If it is difficult to observe or meet these conditions, please contact us
immediately.
1-4. Safety Precaution
This machine is provided with a number of safety devices to protect operator and
equipment from being injured and damaged. Operators should not, however, rely
solely upon these safety devices but should operate the machine after fully
understanding what special precautions to take by reading the following details
thoroughly.
Resistance to ground = 100 the
number of devices connected to the
grounding (Ω)

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Basic Operating Practices
DANGER
1) Some control panels, transformers, motors junction boxes and other parts have
high-voltage terminals, these should not be touched or a severe electric shock
will be sustained.
2) Do not touch a switch with wet hands. This, too, can cause an electric shock.
WARNING
1) The emergency stop push-button should be well known so that it can be operated
at any time without having to look for it.
2) Before replacing a fuse, please power off the machine.
3) Provide sufficient working space to avoid hazard. To prevent accidents all floors
should be dry and clean.
4) Water or oil can make floors slippery and hazardous. To prevent accidents all
floors should be dry and clean.
5) Before operating switches, please always check that they are the right ones.
6) Never touch a switch accidentally.
7) Work benches near the machine must be strong enough to prevent accidents.
Articles should be prevented from slipping off the bench surface.
8) If a job is to be done by two or more persons, coordinating signals should be
given at each step of the operation. Unless a signal is given and acknowledged,
the next step should not be taken.
CAUTION
1) In the event of power failure, turn off the main circuit breaker immediately.
2) Use the recommended lubricants and grease or acceptable equivalents.
3) Replacement fuses should have the proper current ratings.
4) Protect the inverter unit, operation panel (6VK), control panel, etc. from shocks,
since this could cause a failure or malfunction.
5) Do not change parameters, values and other electrical settings unnecessarily. If
such changes are unavoidable, record the values prior to the change so that they
can be returned to their original settings if necessary.
6) Do not soil, scratch or remove the caution plate. Should it become illegible or
missing, please order another caution plate from the supplier. (Please specify
the part number shown at the lower right of the plate.)

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1-4-1. Before powering on the machine
DANGER
Cables, cords or electric wires whose insulation is damaged can cause current leaks
and electric shocks. Before using them on any machine, please check their
conditions.
WARNING
1) Be sure the instruction manual or the operation manual is fully understood.
Every function and operation should be completely clear.
2) Use safety shoes, which are not, damageable by oil, safety goggles with side
covers, safe clothes and other safety protection.
3) Close all electric cabinet doors and table guarding doors (optional) before
switching the machine on.
CAUTION
1) The power cable from the factory power fuse blocks to the machine’s main
circuit breaker should have a sufficient cross-sectional area to handle the electric
power used.
2) Cables which have to lie on the floor must be protected against chips so that
short circuit will not occur.
3) Each sliding part must be freshly lubricated before starting to operate the
machine after unpacking or keeping the machine idle for a long period (several
months or more). For initial lubrication and so forth, please keep lubricating oil
pump working until oil oozes out from wipers. Contact manufacturer’s service
station in connection with what procedure should be taken since it depends on the
type of machine.
4) Oil reservoirs should be filled to indicate levels, check and add oil, if necessary.
5) For lubricating points, oil brands and appropriate levels, please see the
lubrication chart at later section.
6) Switches and handles should operate smoothly.
7) Check the coolant level, and add coolant, if necessary (only for 6VK).
8) When switching the machine on, connect the factory feeder switch to the
machine’s circuit breaker, and then turn the power switch to the ON position in this
sequence.
1-4-2. Routine inspections
WARNING
When checking V belt tension, please do not get your fingers caught in between the
belt and pulley.

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CAUTION
1) Check lubrication gauge for proper reading (only for 6VK).
2) Check spindle, coolant motor (only for 6VK), powerfeeds (only for 6VK) and
other parts for abnormal noises.
3) Check the motor lubrication and sliding parts for evidence of proper lubrication.
4) Check safety covers and safety devices for proper operation (optional
accessories).
2) Check belt tension. Replace any belt that has become stretched with a fresh
matching belt.
1-4-3. Warm-up
1) Warm up machine, especially the spindle and lubrication pump by running them
for 10 to 20 minutes at about half or one-third the maximum speed indicated on the
manual.
2) This self-warming-up program should activate each machine’s component t o
operate. At the same time please check their operations’ correctness.
3) Be particularly careful to warming up the spindle, which can turn up to 4500rpm.
If the machine is used for actual machining immediately after spindle start,
following a long idle period, sliding parts such as bearings may be worn due to lack
of lubrication oil. Also, thermal expansion of the machine’s components can
jeopardize machining accuracy. To prevent this from happening, always warm the
machine up.
1-4-4.Preparations
WARNING
1) Tooling should conform to the machine specification and dimensions’ types.
2) Seriously worn-out tools can cause injuries. Replace all such tools with new
ones before intended operation.
3) The work area should be adequately lighted to allow for safety checks.
4) Tools and other items around the machine or equipment should be stored to
ensure good footing and clear aisles.
5) Tools or any items must not be place on the head housing, table, ram and other
similar places.
CAUTION
1) Tool lengths should be within specified tolerances to prevent interference.
2) After installing a new tool, please make a trial cut.

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1-4-5.Operation
WARNING
1) Do not work with long hair that can be caught by the machine. Tie it up at the
back and out of the way.
2) Do not operate switches with gloves on. This could cause malfunctions, etc.
3) Whenever a heavy work piece must be moved, two or more persons should
always work together if there is any risk involved.
4) Only trained, qualified workers should operate forklift trucks, cranes or similar
care should be taken to prevent collisions and damage to surroundings.
5) Whenever operating a forklift truck, crane or similar equipment, special care
should be taken to prevent collisions and damage to surroundings.
6) Wire ropes or slings should be strong enough to handle the loads to be lifted
and should conform to the mandatory provision.
7) Grip work pieces securely and tightly.
8) Stop the machine before adjusting the coolant nozzle at the tip (only on 6VK).
9) Never touch a cutting work piece or spindle with bare hands or in any other
way.
10) While a work piece is cutting, do not wipe it off or remove chips with a cloth
or by hand. Always stop the machine first and then use a brush and a sweeper.
11) Use a brush to remove chips from the tool tip not with bare hands.
12) Stop the machine whenever installing or removing a tool.
13) Whenever machining magnesium alloy parts, please wear a protective mask.
CAUTION
1) When performing heavy-duty machining, carefully prevent chips from being
accumulated since hot chips can cause fire.
1-4-6.Noise level
All machineries make sound when operating. With an assistance from noise
dosimeter, the noise level generated when cutting a work piece on ACER mills is
recorded at 76.07 dB(A). This is documented as follows,
Equivalent A-weighted Sound pressure level according to EN ISO 3746: 76.07
dB(A)
Uncertainty, K in decibels: 4.0 dB (A) according to EN ISO 4871
The figure quoted is emission levels and are not necessarily safe working levels.
Whilst there is a correlation between the emission and exposure levels, this cannot

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be used reliably to determine whether or not further precautions are required.
Factors that influence the actual level of exposure of the workforce include
characteristics of the work room, the other sources of noise, etc. i.e. the number of
machines and other adjacent processes. Also the permissible exposure level can
vary from country to country, this information, however, will enable the user of the
machine to make a better evaluation of the hazard and risk.
1-4-7.To interrupt machine
WARNING
When leaving the machine temporarily after completing a job, please turn off the
power switch on the operation panel and the main circuit breaker.
1-4-8. Completing a job
CAUTION
1) Always clean the machine or equipment. Remove and dispose of chips and clean
cover, guard and windows, etc.
2) Do not clean the machine or equipment before it has been stopped.
3) Return each machine component to its initial condition.
4) Check wipers for breakage. Replace broken wipers.
5) Check coolant, and lubrication oil for contamination. Change them if they are
seriously contaminated.
6) Check coolant and lubricant levels. Add, if necessary.
7) Before leaving the machine at the end of the shift, please turn off the power
switch on the operation (only on 6VK) and control panel, machine main circuit
breaker, and factory power source breaker in that order.

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8) Clean the coolant filter and tank routinely.
1-4-9.Safety devices
1) Table guard with doors (optional).
2) Chip pan (6VK only).
3) Column side guard (optional).
4) Travel limit switches (6VK only).
5) Emergency stop push buttons.
1-4-10. Maintenance operation preparations
1) Do not proceed with any maintenance operation unless being instructed to do by
the foreman.
2) Replacement parts, consumable such as wipers, oil cups, bearings, oil and
grease etc., should be arranged in advance.
3) Prepare to record preventive and corrective maintenance operations.
DANGER
1) Thoroughly read and understand the safety precautions in the instruction
manual.
2) Thoroughly read the whole maintenance manual and fully understand the
principles, constructions and precautions involved.
1-4-11. Maintenance operation
DANGER
1) Those not engaged in the maintenance work should not operate the main circuit
breaker or the control power ON switch on the operation or control panel. For
this purpose, “Do not touch the switch, maintenance operation in progress” or
similar marking should be indicated on such switches and at any other
appropriates locations, such indication should be secured by a semi-permanent
means in a readable manner.
2) With the machine turned on, any maintenance operation can be dangerous. In
principle, the main circuit breaker should be turned off throughout the
maintenance procedure.
WARNING
1) Maintenance operation should be done by qualified personnel. Keep close
communication with the responsible person. Do not decide by yourself.

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2) Over-travel limit and interlock mechanisms including functional parts should not
be removed or modified.
3) When working at a height level, please use steps or ladders which are maintained
and controlled daily for safety.
4) Fuses, cables, etc. should be made by qualified manufacturers and then they can
be deployed.
1-4-12. Unit operation is begun after maintenance
WARNING
1) Arrange tools and items in order around the working area to achieve easy
maintenance, and clean working environment. Wipe water and oil off, and
provide safe working environments.
2) All parts and waste oil should be removed by the operator and placed them far
enough away from the machine to be safe.
CAUTION
1) The maintenance person should make sure that the machine operation is safe.
2) Maintenance and inspection data should be recorded and kept for reference.
1-5. Warning Signs On The Machine

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Labels are numbered as above!
The label positions for e-mill 3VS, 3VSII, 3VK, 3VKH, and 5VK are indicated on the photo by
numbers. (Model machine shown is e-mill 3VK!)

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The label positions for e-mill 6VK are indicated on the photo by numbers. (Note: Label #1 for 5VK
is also located at the shown position.)