PROTECT YOURSELF AND OTHERS FROM SERIOUS INJURY OR DEATH. KEEP
CHILDREN AWAY. BE SURE THAT ALL INSTALLATION, OPERATION, MAINTENANCE
AND REPAIR PROCEDURES ARE PERFORMED ONLY BY QUALIFIED INDIVIDUALS.
MOVING PARTS can
ELECTRIC SHOCK CAN KILL.
cause serious injury.
1) The equipment is not waterproof. Using
the unit in a wet environment may result
in serious injury. Do not touch equipment
when wet or standing in a wet location.
2) The unused connectors have power
on them. Always keep the unused
connectors covered with the supplied
protective panels. Operation of the
machine without the protective panels
may result in injury.
3) Never open the equipment without rst
unplugging the power cord or serious
injury may result.
4) Verify the customer supplied power
connections are made in accordance
with all applicable local and national
electrical safety codes. If none exist, use
International Electric Code (IEC) 950.
5) Never remove or bypass the equipment
power cord ground. Verify the equipment
is grounded in accordance with all
applicable local and national electrical
safety codes. In none exist, use
International Electric Code (IEC) 950.
1) Never try to stop the pinion from moving
except by removing power or by using the
STOP control.
2) Do not remove any protective panels,
covers or guards and operate equipment.
FALLING EQUIPMENT
can cause serious
personal injury and
equipment damage.
Faulty or careless user installation is
possible. As a result, never stand or
walk underneath equipment.
PLASMA CUTTING can
produce destructive High
Voltage at High Frequency.
1) If using plasma, see that the machine
as well as the plasma power source is
properly grounded.
READ INSTRUCTIONS.
Read the instruction manual before
installing and using the equipment.
2
2) Do not use older model plasma machines
meant for manual operation. These can
leak high frequency at high voltages,
which can cause dangerous shock, as
well as destroy control circuits.
3) Read the instruction manual page on
plasma cutting carefully, and follow all
precautions.
PBM-2000
INSTRUCTIONS AND PARTS MANUAL
TABLE OF CONTENTS
PAGE
4 ..........General Information
5 ..........Technical Data
6 ..........Standard Beveling Machine Equipment
7 ..........General Safety Advice
8 ..........Start-up and Operation
8 ..........Required Angle and Width of Cut Setting
The beveling machine PBM-2000 is designed for milling steel edges prior to welding. It is reliable and simple
to use. The machine can be used for beveling straight and curved steel sheets and pipes. It allows you to
bevel steel edges between 15 and 60 degrees. Maximum width of cut is 3/4" (19 mm). When equipped with
a special attachment it can also work on pipes above 6" (152.4 mm) diameter.
Before you start work with the machine, please read these instructions carefully. Take special note of safety recommendations.
PBM-2000 / PBM-2002
4
TECHNICAL DATA
18"
457 mm
14"
354 mm
12.8"
326 mm
• Power Supply (PBM-2000) 110VAC/50-60Hz/1Ph(PBM-2002) 220VAC/50-60Hz/1Ph
• Motor Electric, single phase, induction, with work capacitor
• Power Required 1.1 kW
• Speed 2820 min-1
• Maximum Instantaneous Overload 18 A
• Cut off Point 14 A
• Electric Safeguard Neutral earthing
• Insulation Protection IP 20
• Cutting Speed around 550 m/min
• Max. Width of Cut b + .75" (19 mm) (see drawing 1)
• Range of Angles 15°<ß<60° (see drawing 1)
• Total Weight 45.2 lbs (20.5 kg)
• Fuse 2 A
• Noise Level Above 85dB
Tool: Double milling head with multi-blade inserts
Note: (part #) refers to “PBM-2000 Beveling Machine / Parts List” (pages 14-15)
6
GENERAL SAFETY ADVICE
Beveling machine must not be used when:
1. The operator has not read the instructions and parts manual.
2. The work to be done is not in agreement with the recommendations in this manual.
3. The beveling machine in not complete or has been repaired with non-original parts.
4. The specications of the power supply do not conform to those stated on the motor plate.
5. The operator has not checked the condition of the beveling machine, the condition of power cable,
control panel and milling inserts.
6. The power supply socket is not equipped with a protection circuit.
7. Bystanders are present in the immediate vicinity of machine.
Important rules of safe use of beveling machine:
1. Before attempting to work with the machine check condition of electrical components including power
cord and plug.
2. The beveling machine should be connected to an installation equipped with a protection circuit (neutral
or ground) and protected with a 16 A fuse – for 220V. When used on building sites, it must be supplied
through a separation transformer made in the second class of protection.
3. Machine can be used outdoors, but is not weatherproof. Do not expose to rain, snow or frost.
4. Do not use the machine in explosion hazard zones.
5. Always wear safety goggles and ear protection.
6. Do not remove metal chips with bare hands.
7. Inserts must be fastened rmly using lock screw.
8. If blade edge is worn, turn blade by 90° in a milling socket or change to a new one as described on pg.12.
9. Use tools recommended in instructions and parts manual only.
10. After work is complete, always clean metal chips from beveling machine.
11. Always unplug machine from the power supply during any work on the machine or when adjusting
angles.
7
START-UP AND OPERATION
PBM-2000 comes in a ready to use state. The only operation that needs to be carried out is adjusting it to
the workpiece width and the beveling angle.
Plug machine into the power outlet. Both the plug and the socket must be grounded. Lift the machine and
place it vertically on its horizontal slide, on the edge of your workpiece, which should be on your right hand
side. Make sure that the tool does not touch the workpiece. You can now turn the machine on by pressing
the main switch (53) to position “I”. To switch machine off, press switch (53) to position “O”. You can now
start the motor by pressing switch (54, button “I”). Notice an amber light coming on (52). To stop the motor
press switch (54) again (button “O”).
Start sliding the machine slowly to the right, until such a moment that the tool starts to cut steel but remember – the direction of feed is marked on the spindle housing (9). The feed rate depends on the thickness
of steel which is being beveled and on the composition of that steel. Most common steels can be beveled
with just one pass.
It is recommended to bevel cuts above .5" (12 mm) width in 2 or 3 passes. Operator will put less
strength and time while performing multipass beveling.
If the operator attempts to mill too fast and too thick, the overload red indicator (51) will start ashing and if
the motor is overloaded even harder, power will be cut off. To start the machine again, move the tool away
from beveled edge, then press button “O” switch (54), and after a few seconds you can start the machine
again by pressing button “I” (switch 54).
The operator is permitted to use the machine at the brink of the cut-off point with overload light blinking, but
the temperature of the motor should not exceed 85°C. Higher temperature can permanently damage the
rotor. PBM-2000 is designed to work under full load for about one hour, after which it should cool down for
about 15 minutes. The motor will not cool down running free, but it will get even warmer.
REQUIRED ANGLE AND WIDTH OF CUT SETTING
There are two adjustment mechanisms:
-For adjusting the beveling angle required, (ß – see drawing 1),
-For adjusting the machine to the thickness of steel which is being cut, (b - see drawing 1).
Before you start any adjustments make sure that the machine is unplugged.
To change beveling angle loosen two M8 bolts (12) located on both sides of the Milling Head Housing (9)
and interlocking Vertical and Horizontal Slides. Then change position of the two slides, setting the required
angle according to the pitch marked on the side of the housing. After setting the right angle, tighten all bolts.
The width of cut can be set by turning Feed Bolt (7) which will change the position of the Milling Head. Do it
by loosening two levers (22) located on the side walls of the housing and turning the bolt (7). Then tighten
levers (22) . The pitch shown on the side of the housing gives only approximate parameters. Precise beveling width should be adjusted empirically by appropriate adjustment of the housing.
8
BEVELING PIPES
Special optional pipe beveling attachment PBM-2100 allows you to bevel pipes and curves. To prepare the
machine for work on pipes, take the at slide off the machine and replace it with the pipe attachment. Move
the housing (9) to its “zero width of cut” position. Place machine on the edge of pipe, in such a way that the
milling tool touches the workpiece (drawing 2). Then, loosen bolts and move rollers symmetrically towards
the pipe so that they rest on it. Fasten both rollers. You can now adjust the required beveling angle.
IT IS NOT RECOMMENDED TO BEVEL PIPES WITH RADIUS LESS THAN 6" (150 mm).
9
EDGE PLANING WITH SET 0°
To prepare the machine for planning, take the 15° - 60° slide off the machine and replace it with set 0°
(CO2180-753-20-01). After replacing, set width of cut “b” to 0" (0 mm) and continue working in the same
way as in regular beveling.
EDGE PLANING WITH SET 0° / EXPLODED VIEW / PARTS LIST
ITEM PART NO. DESCRIPTION QTY
1 C02180-753-23-00 Guide slide I 0° 1
2 C02180-753-23-10 Guide slide II 0° 1
3 C02180-753-40-10 Sliders mounting I 1
4 C02180-753-40-20 Sliders mounting II 1
5 C02180-753-07-30 Roller set 2
6 N18230-205-12-00 Hex. Socket bolt 12
10
C028180-594-20-00 BEVELING RADIAL CUTS R=3
Before beveling radial cuts, change the milling heads (25) for radial R3 milling set (part 68). After that place
the proper inserts for radial cuts B0908MK11 in sockets (Item 3 below). While changing the milling head,
you need to use the milling head puller (65), milling head interlock (64) and milling head fastening tool (62).
Before starting to bevel, remove the roller set (19) from the machine.
MILLING HEAD ASSY. / EXPLODED VIEW / PARTS LIST
*
*
*
*
*
**
*
*
ITEM PART NO. DESCRIPTION QTY
*1 C02180-594-01-00 Milling head arbor 1 Standard Equipment
2 PDK-0059-42-01-00-0 Distance ring 1 Radial R3 milling set
3 ZSP0075-46-00-00-0 Milling head w/o inserts 1 Radial R3 milling set
4 PDK-0059-42-03-00-0 Washer R3 1 Radial R3 milling set
*5 N18648-204-00-00 Safety washer 1 Radial R3 milling set
*6 N18647-804-00-01 Bearing nut KM-4 1 Standard equipment
*7 N18200-806-01-02 Cushion washer 1 Standard equipment
*8 N18230-206-30-02 Hex. Socket bolt 1 Standard equipment
**9 PLY-0075-00-05-00-0 Milling insert R3 6 Radial R3 milling set
*10 PLY-0075-00-05-00-0 Insert screw M6x.75x6mm 6 Standard equipment
*11 WKR-000027 Milling head key 1 Standard equipment
* Items included with machine (not part of R3 assembly).
** Items included with machine but also sold separately for replacement.
11
HOW TO CHANGE INSERTS
SAFETY WARNING: UNPLUG PBM-2000 FROM POWER SUPPLY BEFORE INSPECTING OR
REPLACING ANY INSERTS!
Machine PBM-2000 is equipped with a double milling head, containing twelve cermetallic inserts. Recommended PBM-2000 inserts are only made for this machine. In case of average quality construction steel,
life expectancy of those inserts is around 492 running ft. (150 running meters) per each side of inserts and
depends on user experience. Before you replace inserts for new ones make sure that all four sides of each
insert were used. Take the Housing (9) off the machine. To do this, undo two levers (22). It is normally not
necessary to take both Milling Heads (25) off the Spindle (23). Using Allen wrench s3 (63) undo screws
(28) and remove inserts.
When changing inserts make sure that all inserts newly placed in the milling head are installed square
and are pushed as far back (into the holder) as possible. Before pushing new inserts into the milling head
always remove all swarfs. Drawing No. 3 shows how inserts should overlap each other. Make sure that the
necessary gap of about .008'' (0.2 mm) is always made.
If both milling heads were removed and then replaced on the main shaft, make sure that they are installed
in the right direction and that tips of each milling head are shifted relative to each other for smoother work. If
the width of cut is small then swap all inserts according to drawing No 4, thus extending their life even longer.
FOR A PERIOD OF TWELVE (12) MONTHS FROM DELIVERY, BUG-O SYSTEMS WARRANTS TO THE ORIGINAL PURCHASER
(DOES NOT INCLUDE AUTHORIZED DISTRIBUTORS), THAT A NEW MACHINE IS FREE FROM DEFECTS IN MATERIAL AND
WORKMANSHIP AND AGREES TO REPAIR OR REPLACE, AT ITS OPTION, ANY DEFECTIVE PARTS OR MACHINE. THIS
WARRANTY DOES NOT APPLY TO MACHINES, WHICH AFTER OUR INSPECTION, ARE DETERMINED TO HAVE BEEN
DAMAGED DUE TO NEGLECT, ABUSE, OVERLOADING, ACCIDENT OR IMPROPER USAGE. ALL SHIPPING AND HANDLING
CHARGES WILL BE PAID BY CUSTOMER.
BUG-O SYSTEMS MAKES NO WARRANTY OF MERCHANTABILITY AND MAKES NO OTHER WARRANTY, EXPRESSED OR
IMPLIED, BEYOND THE WARRANTY EXPRESSLY SET FORTH ABOVE. BUYER’S REMEDY FOR BREACH OF WARRANTY,
HEREUNDER, SHALL BE LIMITED TO REPAIR OR REPLACEMENT OF NON-CONFORMING PARTS AND MACHINES. UNDER
NO CIRCUMSTANCES SHALL CONSEQUENTIAL DAMAGES BE RECOVERABLE.
HOW TO OBTAIN SERVICE:
IF YOU THINK THIS MACHINE IS NOT OPERATING PROPERLY, RE-READ THE INSTRUCTION MANUAL CAREFULLY,
THEN CALL YOUR AUTHORIZED BUG-O SYSTEMS DISTRIBUTOR/ DEALER. IF HE CANNOT GIVE YOU THE NECESSARY
SERVICE, WRITE OR PHONE US TO TELL US EXACTLY WHAT DIFFICULTY YOU HAVE EXPERIENCED. BE SURE TO
MENTION THE MODEL AND SERIAL NUMBERS.
Serial No. __________________________
Date Purchased: ____________________
17
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