JEI SteelBeat PRO PB10, SteelBeat PRO PB10 PBE Operator's Manual

JEI Drilling & Cutting Solutions Ltd
Unit 21 Empire Business Park, Enterprise Way, Burnley, BB12 6LT
Tel: 01706 229490 Fax: 01706507347
www.steelbeast.co.uk Email: sales@jeisolutions.co.uk
OPERATOR’S MANUAL
B
B1100 ((
B
B
E))
PIPE BEVELLING MACHINE
Contents
1. GENERAL INFORMATION ............................................................................................... 3
1.1. Application ................................................................................................................. 3
1.2. Technical data............................................................................................................ 3
1.3. Equipment included ................................................................................................... 4
1.4. Dimensions ................................................................................................................ 5
1.5. Design ....................................................................................................................... 6
2. SAFETY PRECAUTIONS .................................................................................................. 7
3. STARTUP AND OPERATION ........................................................................................... 9
3.1. Installing the jaw blocks, adapters, tool holders, and tool bits ..................................... 9
3.2. Installing (removing) the mandrel and adjusting the clearance ..................................10
3.3. Installing the motor ....................................................................................................11
3.4. Clamping the machine into the pipe ..........................................................................12
3.5. Preparing the air (for machine with air motor) ...........................................................13
3.6. Operating ..................................................................................................................13
3.7. Facing and bevelling at the same time ......................................................................15
4. ACCESSORIES ...............................................................................................................17
4.1. Small expanding mandrel set ....................................................................................17
4.2. Extension set ............................................................................................................18
4.3. Large expanding mandrel .........................................................................................19
4.4. Flange facing attachment ..........................................................................................20
4.4.1. General information ........................................................................................20
4.4.2. Equipment included ........................................................................................20
4.4.3. Installing ................................................................ .........................................21
4.4.4. Operating .......................................................................................................23
4.4.5. Adjusting the slider clearance .........................................................................24
4.5. Oval attachment ........................................................................................................25
4.5.1. General information ........................................................................................25
4.5.2. Equipment included ........................................................................................25
4.5.3. Optional equipment ........................................................................................25
4.5.4. Installing ................................................................ .........................................26
4.5.5. Operating .......................................................................................................27
4.5.6. Adjusting the slider clearance .........................................................................28
4.6. Tool bits ....................................................................................................................29
4.7. Air preparation unit ....................................................................................................31
4.8. Coolant ..................................................................................................................... 31
5. DECLARATIONS OF CONFORMITY ...............................................................................32
6. QUALITY CERTIFICATE..................................................................................................34
7. WARRANTY CARD ..........................................................................................................35
PB10 (PBE)
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1. GENERAL INFORMATION
1.1. Application
The PRO 10 PB (PBE) is a pipe bevelling machine designed to mill pipes made of carbon and stainless steel, aluminum alloys, and copper-nickels. Depending on the tool bit used, the machine can perform external and internal bevelling, J-bevelling, internal calibration, and facing pipes with inner diameters of 84–269 mm (3.31–10.59’’). Up to three tool bits can be installed at the same time. An optional small expanding mandrel allows milling pipes with inner diameters from 38 mm to 86 mm (1.50–3.39’’). An extension set allows milling pipes with diameters from 192 mm to 349 mm (7.56–13.74’’). Attachments allow facing pipe flanges with diameters from 90 to 508 mm (3.54–20.00’’) and milling oval pipes from 126 mm to 296 mm (4.96–11.65’’).
1.2. Technical data
PRO 10 PB
PRO 10 PBE
Pressure
0.6 MPa (87 psi)
Voltage
1~ 110–120 V, 50–60 Hz 1~ 220–240 V, 50–60 Hz
Connection
CEJN 410 DN 10.4 R 1/2’’ BSPT fitting for quick-coupling
Electrical plug
Air consumption
1750 l/min (62 CFM)
Power
1800 W
1800 W
Pipe inner diameter
84–269 mm (3.31–10.59’’)
84–269 mm (3.31–10.59’’)
Maximum pipe wall thickness
15 mm (0.59’’)
15 mm (0.59’’)
Rotational speed without load
17 rpm
Nominal rotational speed
9 rpm
12–29 rpm (gear I) 41–96 rpm (gear II)
Protection class
II
Required ambient temperature
0–40°C (34–104°F)
0–40°C (34–104°F)
Noise level
More than 70 dB
Less than 70 dB
Weight (with motor)
33 kg (73 lbs)
35.9 kg (79 lbs)
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1.3. Equipment included
PRO 10 PB
PRO 10 PBE
1
Bevelling machine with air motor (without tool bits)
1 unit
2
Bevelling machine with electric motor (without tool bits)
1 unit
3
Metal box
1 unit
1 unit
4
Jaw blocks (number 1, 2, 3, 4, 5, 6) and adapter
3 sets
3 sets
5
Coolant container
1 unit
1 unit
6
Tool container
1 unit
1 unit
7
6 mm hex wrench
1 unit
1 unit
8
5 mm hex wrench with ball
1 unit
1 unit
9
4 mm hex wrench with ball
1 unit
1 unit
10
24 mm socket wrench with handle
1 unit
1 unit
Operator’s Manual
1 unit
1 unit
1
2 3 4 5 6
7 8 9
10
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1.4. Dimensions
547 mm (21.5’’)
648 mm (25.5’’)
PRO 10 PBE
PRO 10 PB
306 mm (12’’)
780 mm (30.7’’)
306 mm (12’’)
724 mm (28.5’’)
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1.5. Design
Fig. 1. View of the PRO 10 PB and of the PRO 10 PBE electric motor
Handle
Clearance adjusting unit
Expanding mandrel
Spindle disk
Air motor
ON/OFF lever
Air connection
Draw nut
Tool bit holder
Gear switch
Rotation direction switch
(must be set to R)
ON switch
ON switch lock
Speed adjustment dial
Torque adjusting dial
Electric motor
Feed indicator
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2. SAFETY PRECAUTIONS
1. Before starting, read this Operator’s Manual and complete proper occupational safety and health training.
2. Use the machine only in applications specified in this Operator’s Manual.
3. The machine must be complete and all parts must be genuine and fully functional.
4. The specifications of the air (power) source must conform to those specified on the rating plate.
5. Supply the machine with air motor only with clean and lubricated air. The air source must be equipped with an air preparation unit that contains a filter, regulator, and lubricator.
6. Never pull the hose (cord) because this may damage it and result in serious injury.
7. Untrained bystanders must not be present near the machine.
8. Before starting, ensure the correct condition of the machine, air (power) source, supply hose (cord), coupling (plug), control components, and milling tools.
9. Avoid unintentional starts. Do not lay the machine so that the motor will start and never carry the machine with air motor by using the ON/OFF lever.
10. Keep the machine dry and never expose it to rain, snow, or frost.
11. Keep the work area well lit, clean, and free of obstacles.
12. Never use machine near flammable liquids or gases, or in explosive environments.
13. Secure the pipe to prevent it from falling or rolling.
14. Use only tools specified in this Operator’s Manual.
15. Never use tools that are dull or damaged.
16. Install tools securely. Install each tool bit with two screws. Remove wrenches
from the work area before connecting the machine to the air (power) source.
17. Before every use, inspect the machine to ensure it is not damaged. Check whether
any part is cracked or improperly fitted. Make sure to maintain proper conditions that may affect the operation of the machine.
18. Always use eye and hearing protection, protective footwear, and protective clothing
during work. Do not wear loose clothing.
19. Use electric motor only when the rotation direction switch is set to ‘R’. Using left
rotation (rotation direction switch set to ‘L’) may damage the machine.
20. Do not touch chips or moving parts. Prevent anything from being caught in
moving parts.
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21. After every use, remove chips and excess coolant from the machine. Never
remove chips with bare hands. Clean the machine with a cotton cloth without using any chemical agents.
22. Cover steel parts with a thin anti-corrosion coating to protect the machine from
rust when not in use for any extended period.
23. Maintain the machine and install/remove parts and tools only when the machine
is unplugged from the air (power) source.
24. Repair only in a service center appointed by the seller.
25. If the machine falls from any height, is wet, or has any other damage that could
affect the technical state of the machine, stop the work and promptly send the machine to the service center for inspection and repair.
26. Never leave the machine unattended during work.
27. Remove from the worksite and store in a secure and dry place when not in use,
previously removing the tools from holders.
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3. STARTUP AND OPERATION
3.1. Installing the jaw blocks, adapters, tool holders, and tool bits
Use the following table to select jaw blocks and adapters suitable for the diameter of the pipe to be machined.
Pipe inner diameter
Jaw block
number
Adapter
[mm]
[inch]
84–100
3.31–3.94
– – 99–115
3.90–4.53
1 – 115–131
4.53–5.16
2 – 130–146
5.12–5.75
3 – 146–162
5.75–6.38
4 – 161–177
6.34–6.97
5 – 176–192
6.93–7.56
6 – 192–208
7.56–8.19
2 + 207–223
8.15–8.78
3 + 223–239
8.78–9.41
4 + 238–254
9.37–10.00
5 + 253–269
9.96–10.59
6
+
Use the 5 mm hex wrench to fix the adapters (1, Fig. 2) and jaw blocks (2) to the expanding mandrel.
Fig. 2. Installing the jaw blocks, adapters, tool holders, and tool bits
1
3
4
2 4 5
M6x30
M6x20
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Use the same 5 mm hex wrench and six screws to fix the tool holders to the spindle disk (3). Then, select up to three tool bits suitable to planned use and place them in the holders, with blades directed according to the rotation direction (4). Next, use the 4 mm hex wrench and two of the screws (5) to tighten each tool bit. The whole pressing surface of the screws must be in full contact with the tool bits.
3.2. Installing (removing) the mandrel and adjusting the clearance
Loosen the nut and use the 5 mm hex wrench to loosen the set screw (1, Fig. 3), and insert the mandrel into the machine (2). Make sure that tool bits installed are not in contact with the mandrel. Next, rotate the handles to the right (3) by at least 10 turns until the mandrel engages with the machine fully. Then, tighten the set screw (4) and check whether the handles can be rotated in both directions easily. If the screw is too tight, readjust it. Finally, tighten the lock nut (5).
Fig. 3. Installing the mandrel into the machine
If the expanding mandrel becomes loose causing vibrations of the tool bits during machining, perform the above actions without removing the mandrel from the machine. To remove the mandrel, loosen the nut and use the 5 mm hex wrench to loosen the set screw (1, Fig. 3) by at least one turn. Then, rotate the handles to the left to remove the mandrel.
1
2 4 5
3
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3.3. Installing the motor
When using air motor, insert it into the machine (1, Fig. 4) so that the arbor is placed in the socket (2). Then, rotate the motor to the left (3) to tighten it. To install electric motor, insert and press the MT3 arbor into the motor (4). Slide the clamping ring (5) onto the motor, and then insert the motor into the machine (6) by placing the arbor in the socket (2). Next, use the 6 mm hex wrench to tighten the clamping ring (7). Finally, set the rotation direction switch to the position R as shown in Fig. 1.
Fig. 4. Installing the air and electric motor
3 4 6 2 1 5 7
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3.4. Clamping the machine into the pipe
Insert the machine into the pipe (1, Fig. 5) so that the tool bits are placed at least 3 mm (0.12’’) from the pipe end. Then, use the 24 mm socket wrench to rotate the draw nut (2) to the right to expand the jaw blocks and clamp the machine into the pipe. The jaw blocks must be installed beyond the end preparation location (3).
Fig. 5. Clamping the machine into the pipe
3
3
1
2
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3.5. Preparing the air (for machine with air motor)
Connect the machine to a correctly prepared air source of sufficient purity. All inner diameters of the air source (including the supply hose and fittings) must be at least 12 mm (0.5’’). The air source must be equipped with an air preparation unit that contains a filter, regulator, and lubricator (FRL). Maintain the FRL unit as required to keep the water trap drained, filter cleaned, and the lubricator oil reservoir filled so that there is a drop of oil every 2–5 seconds. Use only oil which ignition temperature is more than 260°C (500°F). If the machine is to be left idle for at least 24 hours after the work is finished, increase the delivery of oil and run the motor for 2–3 seconds, which will prevent rusting and degrading of the rotor vanes.
3.6. Operating
After the machine is connected to a proper supply, use the torque adjusting dial to set the maximum torque. In electric motor, use the gear switch to select gear I. To start, press the ON/OFF lever (air motor) or press and hold the ON switch (electric motor). To lock the switch in the position ON, press the ON switch lock before using the switch. Spread the coolant on the working edge. Then, rotate the handles to the right to bring the tool bits close to the pipe. If the pipe end is not perpendicular to the pipe axis, the tool bit will machine only a small pipe segment during initial rotations. Thus, use a low feed rate until the tool bit is contacting the pipe continually during at least one rotation. The feed is 0.11 mm (0.004’’) per graduation (Fig. 6) or 2 mm (0.08’’) per one full turn of the handles. The machine with electric motor allows changing the gears between I and II after the rotation stops, and adjusting the rotational speed.
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Fig. 6. View of the feed indicator
Rotate the handles to the right to continue machining. Use such a feed rate that allows a continuous chip cut. If the feed rate is too low, only light stringer chips are removed. If the feed rate is too high, machining is difficult and the chips are rough or torn. Never allow the tool bit to burnish the surface. If chatter problems occur, change the feed rate. Stainless steel, which work hardens, must be worked with a high enough feed, 0.08–0.15 mm (0.003–0.006’’) per rotation, to stay under the work hardened surface. After the pipe end is machined fully, stop rotating the handles and allow several more turns of the spindle to improve the finish of the surface. Then, use the ON/OFF lever, or the ON switch in the machine with electric motor, to turn off the motor, and wait until the rotation stops. Next, rotate the handles to the left to separate the tool bits from the pipe end to at least 3 mm (0.12’’). Then, rotate the 24 mm socket wrench to the left to loosen the draw nut and release the clamping, and remove the machine from the pipe. Use petroleum ether to clean the pipe from excess coolant. Clean the machine with a cotton cloth without using any chemical agents.
Feed direction
Feed = 0.11 mm (0.004’’)
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3.7. Facing and bevelling at the same time
When facing and bevelling is done at the same time, use short or long bevelling tool bit depending on the pipe diameter as shown in Fig. 7.
Facing tool bit NOZ-000017 F0-30
Short tool bit NOZ-000019 B30/37
Long tool bit NOZ-000018 B30/44
Short tool bit
Short or long tool bit
Long tool bit
Short or long tool bit
Short tool bit
Facing tool bit NOZ-000017 F0-30
Short tool bit NOZ-000020 B375/44
Long tool bit NOZ-000015 B375/54
Short tool bit
Long tool bit
Long tool bit
Short or long tool bit
Short tool bit
Short or long tool bit
Facing and external bevelling at 30°
Facing and external bevelling at 37.5°
Long tool bit
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Fig. 7. Positioning the facing tool bit and a short or long bevelling tool bit
Facing and internal bevelling at 30°
Facing tool bit NOZ-000017 F0-30
Long tool bit NOZ-000025 IB30/54
Short tool bit NOZ-000023 IB30/44
Short tool bit
Long tool bit
Long tool bit
Short or long tool bit
Short tool bit
Short or long tool bit
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4. ACCESSORIES
4.1. Small expanding mandrel set
Allows machining pipes with inner diameters from 38 to 86 mm (1.50–3.39’’).
Included equipment consists of the following elements.
Small expanding mandrel
1 unit
Jaw blocks (number I, II, III, IV)
3 sets
3 mm hex wrench
1 unit
Install the mandrel after previously removing the existing expanding mandrel. To do this, loosen the nut and use the 5 mm hex wrench to loosen the set screw (1, Fig. 3) to at least one turn. Then, rotate the handles to the left to remove the mandrel. Use the following table to select jaw blocks of the small expanding mandrel set suitable to the inner diameter of the pipe to be machined. Next, use the 3 mm hex wrench to tighten them to the small expanding mandrel as shown in Fig. 2, and insert the mandrel into the machine (2, 3, 4, 5, Fig. 3).
Pipe inner diameter
with small expanding mandrel
Jaw block
number
[mm]
[inch]
38–47.5
1.50–1.87
47.5–57.5
1.87–2.26 I 57–67
2.24–2.64
II
66.5–76.5
2.62–3.01
III
76–86
2.99–3.39
IV
Part number: ZSP-0200-05-00-00-2
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4.2. Extension set
Allows machining pipes with inner diameters from 192 to 349 mm (7.56–13.74’’) in combination with the standard expanding mandrel. Clamping inside a pipe with diameter of 349 mm will enable machining up to 8 mm (0.31’’) of pipe wall.
Included equipment consists of the following elements.
Tool holder of extension set
3 units
Jaw blocks (number 7, 8, 9, 10, 11)
3 sets
Metal box
1 unit
5 mm hex wrench
1 unit
4 mm hex wrench
1 unit
Install the set after previously removing the existing tool holders. To do this, use the 5 mm hex wrench to unscrew the screws (3, Fig. 2) and use them to install the tool holders of the extension set. Use the following table to select jaw blocks of the extension set suitable to the inner diameter of the pipe to be machined. Next, use the 5 mm hex wrench to tighten them to the standard expanding mandrel as shown in Fig. 2. Then, use the 4 mm hex wrench to tighten the tool bits (5, Fig. 2).
Pipe inner diameter
with standard expanding
mandrel and jaw blocks of
extension set
Jaw block
number
Adapter
[mm]
[inch]
192–208
7.56–8.19
7
208–224
8.19–8.82
8
224–240
8.82–9.45
9
240–256
9.45–10.08
10
256–272
10.08–10.71
11
269–285
10.59–11.22
7
+
285–301
11.22–11.85
8
+
301–317
11.85–12.48
9
+
317–333
12.48–13.11
10
+
333–349
13.11–13.74
11
+
Part number: ZST-0200-13-00-00-2
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4.3. Large expanding mandrel
Allows machining pipes with inner diameters from 126 to 296 mm (4.96–11.65’’) when used with standard jaw blocks. Additionally, when used with jaw blocks of the extension set, the large expanding mandrel enables the machine to be installed inside pipes with diameters from 219 to 376 mm (8.62–14.80’’) for flange facing.
Install the mandrel after previously removing the existing expanding mandrel. To do this, loosen the nut and use the 5 mm hex wrench to loosen the set screw (1, Fig. 3) to at least one turn. Then, rotate the handles to the left to remove the mandrel. Use the following table to select either standard jaw blocks suitable to the inner diameter of the pipe to be machined or jaws blocks of the extension set for flange facing. Then, use the 5 mm hex wrench to tighten them to the large expanding mandrel as shown in Fig. 2, and insert the mandrel into the machine (2, 3, 4, 5, Fig. 3).
Pipe inner diameter
with large expanding
mandrel and standard
jaw blocks
Jaw
block
number
Adapter
Pipe inner diameter
with large expanding
mandrel and jaw blocks of
extension set
Jaw
block
number
Adapter
[mm]
[inch]
[mm]
[inch]
126–142
4.96–5.59
1 – 219–235
8.62–9.25
7
142–158
5.59–6.22
2 – 235–251
9.25–9.88
8
157–173
6.18–6.81
3 – 251–267
9.88–10.51
9
173–189
6.81–7.44
4 – 267–283
10.51–11.14
10
188–204
7.40–8.03
5 – 283–299
11.14–11.77
11
203–219
7.99–8.62
6 – 296–312
11.65–12.28
7
+
219–235
8.62–9.25
2 + 312–328
12.28–12.91
8
+
234–250
9.21–9.84
3 + 328–344
12.91–13.54
9
+
250–266
9.84–10.47
4 + 344–360
13.54–14.17
10
+
265–281
10.43–11.06
5 + 360–376
14.17–14.80
11
+
280–296
11.02–11.65
6
+
Part number: TRZ-0200-99-00-00-0
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4.4. Flange facing attachment
4.4.1. General information
Allows facing flanges with diameters from 90 to 508 mm (3.54–20’’) with the machine clamped inside a pipe with inner diameter either of 84–269 mm (3.31–10.59’’) by using the standard expanding mandrel or of 219–376 mm (8.62–14.8’’) by using the large expanding mandrel.
Flange diameter
90–508 mm (3.54–20’’)
Automatic feed range
180.5 mm (7.11’’)
Diameter of rotating parts
569.4 mm (22.42’’)
Feed per rotation
0.33 mm (0.013’’, with one tripper block engaged)
0.66 mm (0.026’’, with two tripper blocks engaged)
4.4.2. Equipment included
Equipment of the flange facing attachment consists of the following elements.
Milling unit for flanges
1 unit
Holder with two tripper blocks
1 unit
Cutting insert
8 units
Fixing screw for cutting insert
2 units
Internal insert holder
1 unit
External insert holder
1 unit
Metal box
1 unit
M6x35 screw
3 units
M6x30 screw
3 units
M6x14 screw
3 units
5 mm hex wrench
1 unit
4 mm hex wrench
1 unit
3 mm hex wrench
1 unit
13 mm combination wrench
1 unit
T15 screwdriver
1 unit
Tool container
1 unit
Part number: PRK-0447-00-00-00-2
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4.4.3. Installing
Remove the existing expanding mandrel. To do this, loosen the nut and use the 5 mm hex wrench to loosen the set screw (1, Fig. 3) to at least one turn. Then, rotate the handles to the left to remove the mandrel. Use the same 5 mm hex wrench to unscrew the screws (3, Fig. 2) and remove the existing tool holders. Next, remove the machine handle by unscrewing three screws with washers (1, Fig. 8), and use them to install the holder with two tripper blocks (2). Then, use the 4 mm hex wrench to tighten the set screws (3) at both sides of the holder. Next, use the 5 mm hex wrench and six screws to fix the milling unit to the spindle disk (4).
Fig. 8. Installing the flange facing attachment
Depending on the diameter of the flange to be machined, select either the internal (Ø90–451, 3.54–17.76’’) or external insert holder (Ø147–508, 5.79–20.00’’). Then, use the supplied screwdriver to install a cutting insert onto the insert holder (1, Fig. 9). Next, use the 4 mm hex wrench to tighten the clamp (2), and then slide the insert holder under the clamp (3) and tighten with the screws (4).
1 2 3
M6x35
M6x30
4
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Fig. 9. Installing the tool
Use the following table to either select standard jaw blocks suitable to the inner diameter of the flange to be machined. Then, screw them to the standard expanding mandrel or select jaw blocks of the extension set and attach them to the large expanding mandrel (Fig. 2).
Pipe inner diameter
with standard expanding
mandrel and standard
jaw blocks
Jaw
block
number
Adapter
Pipe inner diameter
with large expanding
mandrel and jaw blocks of
extension set
Jaw
block
number
Adapter
[mm]
[inch]
[mm]
[inch]
84–100
3.31–3.94
– – 219–235
8.62–9.25
7
99–115
3.90–4.53
1 – 235–251
9.25–9.88
8
115–131
4.53–5.16
2 – 251–267
9.88–10.51
9
130–146
5.12–5.75
3 – 267–283
10.51–11.14
10
146–162
5.75–6.38
4 – 283–299
11.14–11.77
11
161–177
6.34–6.97
5 – 296–312
11.65–12.28
7
+
176–192
6.93–7.56
6 – 312–328
12.28–12.91
8
+
192–208
7.56–8.19
2 + 328–344
12.91–13.54
9
+
207–223
8.15–8.78
3 + 344–360
13.54–14.17
10
+
223–239
8.78–9.41
4 + 360–376
14.17–14.80
11
+
238–254
9.37–10.00
5
+
253–269
9.96–10.59
6
+
Finally, insert the mandrel into the machine (2, 3, 4, 5, Fig. 3) and clamp the machine into the pipe as shown in Fig. 5.
1 2 3
4
External insert holder
Internal insert holder
Rotation direction
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4.4.4. Operating
After the machine with the attachment is clamped inside the pipe, use the 13 mm combination wrench to rotate the draw nut (1) so that the cutting edge of the tool is moved out of the flange outer diameter. Then, set the sprocket (2) to the position shown in Fig. 10, and push out both pins of the tripper blocks (3) to engage them with the attachment. Rotate the handles (4) to the right to set the machining depth to up to
0.5 mm (0.02’’) from the pipe end, and start the motor.
Fig. 10. Proper positioning of the flange facing attachment
After facing of the flange end is finished, turn off the motor and wait until the rotation stops. Then, rotate the handles to the left to retract the tool from the workpiece, and clean the whole surface of the flange end. Next, for finishing machining, retract the pin of one tripper block to leave only one tripper block engaged. Then, set the machining depth to up to 0.25 mm (0.01’’) and turn on the motor to allow several more turns of the spindle.
Feed direction of the tool
1 2 4
3
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4.4.5. Adjusting the slider clearance
Use the 13 mm combination wrench to loosen the lock nuts (1, Fig. 11). Then, use the 5 mm hex wrench to loosen eight screws 2. To access the screws, change the slider position by rotating the draw nut 3 with the 13 mm combination wrench. Next, move the slider to the most outward position and tighten the adjusting screw (4) to gently press the guide to the slider. Moving the slider to the most inward position, tighten the screws (2) lightly to 1.5–2.5 Nm (13–22 in-lbs) and the screws (4) placed at the current position of the slider. Move the slider through the whole length and if it moves smoothly and uniformly, maximally tighten the nuts (1).
Fig. 11. Adjusting the slider clearance
4
1 3 Slider
Guide
2
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4.5. Oval attachment
4.5.1. General information
Allows facing and bevelling oval pipes with diameters from 126 to 296 mm (4.96
11.65’’) with the use of the large expanding mandrel.
4.5.2. Equipment included
Equipment of the oval attachment consists of the following elements.
Milling unit for oval pipes (including 0° tool holder; without tool bits)
1 unit
Large expanding mandrel
1 unit
Metal box
1 unit
1/2’’ ratchet wrench
1 unit
8 mm flat wrench
1 unit
6 mm hex wrench
1 unit
5 mm hex wrench
1 unit
4 mm hex wrench
1 unit
2.5 mm hex wrench
1 unit
Tool container
1 unit
4.5.3. Optional equipment
Part number: PRK-0463-00-00-00-1
Part number (30° tool holder): IMK-0463-02-10-00-0
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4.5.4. Installing
Remove the existing expanding mandrel. To do this, loosen the nut and use the 5 mm hex wrench to loosen the set screw (1, Fig. 3) to at least one turn. Then, rotate the handles to the left to remove the mandrel. Use the same 5 mm hex wrench to unscrew the screws (3, Fig. 2) and remove the existing tool holders. Then, use eight screws to fix the milling unit for oval pipes to the spindle disk (Fig. 12a). Next, use the 5 mm hex wrench to install the tool holder (Fig. 12b), and insert a tool bit into the holder according to the rotation direction. Use the 4 mm hex wrench to tighten the tool bit.
Fig. 12. Installing the attachment for oval pipes
Then, use the following table to select suitable standard jaw blocks and adapters, and screw them to the large expanding mandrel (Fig. 2).
M6x30
M6x16
Rotation direction b)
a)
M6x20
M6x20
M6x30
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Pipe inner diameter
with large expanding
mandrel and standard
jaw blocks
Jaw
block
number
Adapter
[mm]
[inch]
126–142
4.96–5.59
1
142–158
5.59–6.22
2
157–173
6.18–6.81
3
173–189
6.81–7.44
4
188–204
7.40–8.03
5
203–219
7.99–8.62
6
219–235
8.62–9.25
2
+
234–250
9.21–9.84
3
+
250–266
9.84–10.47
4
+
265–281
10.43–11.06
5
+
280–296
11.02–11.65
6
+
Finally, insert the mandrel into the machine (2, 3, 4, 5, Fig. 3) and clamp the machine into the pipe as shown in Fig. 5.
4.5.5. Operating
After the machine with the attachment is clamped inside the pipe, tighten the bumper screw to immobilize the tool bit holder (1, Fig. 13). Use the 6 mm hex wrench to loosen the guide screws (2). Place the attachment so that the roller is in contact with the pipe at the lowest inner diameter (3). Then, tighten the guide screws (2), unscrew the bumper screw (4), and use the 1/2’’ ratchet wrench to initially tighten the spring (5).
Fig. 13. Proper positioning of the oval attachment
1 3 4 5 2
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Start the motor and rotate the handles to the right. If the machining is difficult, stop the rotation and tighten the bumper spring (5) more. After the pipe end is machined fully, stop rotating the handles and allow several more turns of the spindle to improve the finish of the surface. Then, stop the machine, separate the tool bits from the pipe end, release the clamping, and then remove the machine from the pipe.
4.5.6. Adjusting the slider clearance
Use the 8 mm flat wrench to loosen the lock nuts (1, Fig. 14) and lightly tighten the screws (2) with the 2.5 mm hex wrench. If, after loosening the screws (3), the slider moves smoothly and uniformly, tighten the lock nuts (1).
Fig. 14. Adjusting the slider clearance
2
1
3
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4.6. Tool bits
NOZ-000017
F0-30 0° facing tool bit
NOZ-000019
B30/37 30° bevelling tool bit
(for diameters over 106 mm, if works together with 0° facing tool bit)
NOZ-000018
B30/44 30° bevelling tool bit
(for diameters under 296 mm, if works together with 0° facing tool bit)
NOZ-000020
B375/44
37.5° bevelling tool bit
(for diameters over 92 mm, if works together with 0° facing tool bit)
NOZ-000015
B375/54
37.5° bevelling tool bit
(for diameters under 256 mm, if works together with 0° facing tool bit)
NOZ-000021
B45/54 45° bevelling tool bit
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NOZ-000023
IB30/44 30° internal bevelling tool bit
(for diameters under 289 mm, if works together with 0° facing tool bit)
NOZ-000025
IB30/54 30° internal bevelling tool bit
(for diameters over 130 mm, if works together with 0° facing tool bit)
NOZ-000024
IB375/54
37.5° internal bevelling tool bit
NOZ-000026
IB45/54 45° internal bevelling tool bit
NOZ-000001
IC15/55 15° internal calibration tool bit
(for inner diameters up to 345 mm)
NOZ-000022
J15/50/R2 15° J-bevelling tool bit
(for outer diameters up to 315 mm)
NOZ-000016
J20/50/R8 20° J-bevelling tool bit
(for outer diameters up to 315 mm)
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4.7. Air preparation unit
4.8. Coolant
Part number (filter, regulator, lubricator): ZST-000021
Part number: OLJ-0505-09-00-00-0 (0.5 kg, 1.1 lbs) OLJ-0505-10-00-00-0 (1 kg, 2.2 lbs) OLJ-0505-11-00-00-0 (5 kg, 11 lbs)
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5. DECLARATIONS OF CONFORMITY
EC Declaration of Conformity
We
JEI Group Ltd Unit 21 Empire Business Park Enterprise Way, Burnley Lancashire, BB12 6LT
declare with full responsibility that:
PB10 PIPE BEVELLING MACHINE
is manufactured in accordance with the following standard:
EN ISO 12100
and satisfies safety regulations of the guideline 2006/42/EC.
Person authorized to compile the technical file: David McFadden, Unit 21 Empire Business Park, Burnley, BB12 6LT
Bunrley, 17 October 2018 ___________________________ David McFadden
Managing Director
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EC Declaration of Conformity
We
JEI Group Ltd Unit 21 Empire Business Park Enterprise Way, Burnley Lancashire, BB12 6LT
declare with full responsibility that:
PB10 PBE PIPE BEVELLING MACHINE
is manufactured in accordance with the following standards:
EN 60745-1
EN 55014
EN ISO 12100
and satisfies safety regulations of the guidelines: 2014/30/EC, 2014/35/EC, 2006/42/EC.
Person authorized to compile the technical file: David McFadden, Unit 21 Empire Business Park, Burnley, BB12 6LT
Burnley, 17 October 2018 ___________________________ David McFadden
Managing Director
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6. QUALITY CERTIFICATE
Machine control card
PRO 10 PB (PBE) PIPE BEVELLING MACHINE
Serial number ................................................................................
Quality control .................................................
Adjustments, inspections
Quality control .................................................
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7. WARRANTY CARD
WARRANTY CARD No.............
........................................................................... in the name of Manufacturer warrants
the PRO 10 PB (PBE) Pipe Bevelling Machine to be free of defects in material and workmanship under normal use for a period of 12 months from the date of sale. This warranty does not cover tool bits as well as damage or wear that arise from misuse, accident, tempering, or any other causes not related to defects in workmanship or material.
Date of production .........................................................................................................
Serial number ................................................................................................................
Date of sale ...................................................................................................................
Signature of seller ..........................................................................................................
1.09 / 17 October 2018
WE RESERVE THE RIGHT TO MAKE CHANGES IN THIS MANUAL WITHOUT NOTICE
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