U-TRONIC
Medium and large-sized NC heads for facing,
boring, threading and radiusing
U-TRONIC
Medium and large-sized NC heads for facing,
boring, threading and radiusing
Index
GENERAL FEATURES p. 160
COMPONENTS AND IMPORTANT WARNINGS p. 161
SIZES p. 162-165
ELECTRIC COMPONENTS p. 166-167
ASSEMBLY/GENERALITIES p. 168
U-TRONIC 180-200 BH ASSEMBLY p. 169
FLANGE-CONSTRUCTION EXAMPLE p. 170
CHIP REMOVAL CAPACITY p. 171
TOOLHOLDERS p. 172-175
TECHNICAL DATA p. 176-177
U-TRONIC
160
CNCXYZWU
U
U T
RON
ICW
T M
T M
U-TRONIC are medium and
large NC heads, controlled
by the U axis of the CNC of
the machine tool for inner
and outer facing,
undercutting, cylindrical
and conical boring and
threading, concave and
convex radiusing
machining, by interpolation
with other machine axis.
These heads can be fitted to
boring machines, to
machining centres and to
special machines manually,
automatically or by means
of palletized systems.
These heads are
manufactured in 8 models,
from ø 180 mm to 1000 mm
and all of them have
internal coolant supply. The
versions ø 180 and 200 BH
are provided with two
counterweights which allow
machining at high RPM with
unsignificant vibrations.
U-TRONIC special versions,
with two slides and with
self-balance counterweights
can be supplied on request.
Fixed toolholders are
applied on the slide, with
manual or automatic tool
change.
General features
AXES
INTE
RFAC
E
M= motorT= transducer
D’ANDREA
161
Components and important warnings
COMPONENTS
1. Stationary body
2. Rotating body
3. Tool slide
4. Gears
5. Bearings
6. Coolant way
7. Servomotor
8. Rotary transducer
9. Limit switches
10. Connectors
11. Interchangeable arbor
12. Flange
9 8 10 1 7
9 8 10 7
11 2 312 4 5
6
12 21 5 3
4 6
IMPORTANT NOTE
The kinematic system of the
U-TRONIC is made up of a
kinematic chain complete
with differential or
epicycloidal unit where:
- U-TRONIC 180 and
200 BH one motor
revolution=0.125 mm radial
shift of the slide. One
revolution of the transducer =
0.25 mm radial shift of the
slide.
- U-TRONIC 325, 400, 500 and
630 one motor revolution=0.1
mm radial shift of the slide.
One revolution of the
transducer = 2 mm radial
shift of the slide.
- U-TRONIC 800, 1000 one
motor revolution=0.4 mm
radial shift of the slide. One
revolution of the transducer =
2 mm radial shift of the slide.
Between the transducer and
the toolholder slide there is a
max radial reversal play in the
kinematic chain of
approximately 0.05 mm, thus
in order to be precise
positioning must take place in
a single direction, and be
included during programming.
For safety reasons, install
a microswitch on the machine
that signals when the
U-TRONIC is mounted and
limits spindle rotation as
follows:UT 180 BH max. RPM 1000
UT 200 BH max. RPM 800:per stroke +- 25 mm RPM 600:per stroke from 25 to 37.5 mm
UT 3-325 S max. RPM 500UT 5-400 S max. RPM 400UT 5-500 S max. RPM 315UT 5-630 S max. RPM 250UT 8-800 S max. RPM 200UT 8-1000 S max. RPM 160
U-TRONIC
162
Sizes
0 5050
10 255
M12 prof.fil.20
190
25
E2
45°45°
184
29.5
140
6380
324 21
.5
Ø 44
33
11.5
62
177
28
D
Ø 16
0 H6
Ø 50
Ø 81
15
ø 125 2525
2525
Ø 22
0
30 ±0.01 30 ±0.01
12
12
12
Ø 22
3
A
CC
M6 prof
.fil.12
E1
0.01
0 -0.0
05
-0.0
05-0
.008
+0.
02+
0.04
prof
.2
+0.02+0.04
+0.02+0.04
1
45°45°
184
140
10
6380
25
324
29.5
21.5
Ø 44
255
M12 prof.fil.20
E2
E1
190
60 ±0.01
15
Ø 200 37.537.5
2525
12
1212
28
62
Ø 22
0
11.5
177
60 ±0.01
33
Ø 275
1
D A
CC
Ø 81
Ø 16
0 H6
Ø 50
M6 prof.fil.12
0 75
0.01
0 -0.0
05
-0.0
05-0
.008
+0.
02+
0.04
prof
.2
+0.02+0.04
+0.02+0.04
U-TRONIC 180 BH
U-TRONIC 200 BH
A = Coolant outlet
C = Radial trasverse
D = Coolant way
E1 = Electric connectors
Encoder-Limit stop
E2= Electric connectors
Servomotor
D’ANDREA
163
Sizes
120
120
M10
x1
16
10
8
18
4
12 H
8
125
155
180
130
9838 F Ø 8.5
M8 prof.fil.16
130
9898
98
3838
38
2222
Ø7
G Ø 25
23513278
252
40
15 44
9.5
E2
1
D
E1
17
13
7°7'30''
25.5
Ø 19
6.86
9
Ø 70
H7
Ø 14
0
27 Ø 32
5
M16
x1.5
Ø 22
.2
100325
15
C
A B
+0.
10
H gr.6
105
105
210
210
6060
190.
5
45
208G Ø 57.5
M10 pr
of.fil.
16
20
19
12
9
181.86181.86
110110
60 60
146
146
160
1
230
200
Ø 40
0
82
4.5
12 H
8
F Ø 8.5
M10 prof.fil.16
25 H
7 pr
of.9
D
E1
5
9.5
274.5
95.5
46
299.5
136
M10
x1 7°7'30''
50.7
20
25Ø
25.4
M20
x1.5
Ø 50
0
Ø 24
2
40
Ø 21
0Ø
131
H7
Ø 28
5.77
5
13
25.5
E2
20
Ø 400
125
C
BA
105
0 -0.1
+0.
10
H gr.8
U-TRONIC 3/325 S
U-TRONIC 5/400 S
A = Coolant outlet
B = Presetting block
C = Radial trasverse
D = Coolant way
E1 = Electric connectors
Encoder-Limit stop
E2= Electric connectors
Servomotor
F = 0.5-1 BAR air intake for
inner pressurization
G = Cables way
H = Camlock
U-TRONIC
164
Sizes
9
20
19
12
208G Ø 57.5
6060
105
105
210
210
190.
5
45
181.86181.86110110
60 60 82
146
146
160
1
230
200
25 H
7 pr
of.9
12 H
8
4.5
E1
D
F Ø 8.5
M10 prof.fil.16
M10 pr
of.fil.
16
59.5
278.5103.5
50
303.5
136
7°7'30''
25
M20
x1.5
Ø 50
0
Ø 24
2Ø
210
40 Ø 13
1 H7
Ø 28
5.77
5
25.5
13
50.720
Ø 25
.4
E2
H
BA
20500
C160
M10
x1
105
0
0 -0.1
+0.
10
6060
210
210
105
105
Ø 500
208
45
190.
5
9
20
19
12
G Ø 57.5
M10
pro
f.fil.1
6
6060110110
181.86181.86
105
146
82
160
230
200
M10 prof.fil.16
25 H
7 pr
of.9
146
1
12 H
8
4.5
E1
D
F Ø 8.5
59.5
25278.5
M20
x1.5
103.5
50
303.5
136
M10
x1
50.720
Ø 25
.4
Ø 24
2Ø
210
Ø 13
1 H7
Ø 28
5.77
5
E2
H
7°7'30''
25.5
13
BA
63020
C200
40
0 -0.1
+0.
10
0
U-TRONIC 5/500 S
U-TRONIC 5/630 S
A = Coolant outlet
B = Presetting block
C = Radial trasverse
D = Coolant way
E1 = Electric connectors
Encoder-Limit stop
E2= Electric connectors
Servomotor
F = 0.5-1 BAR air intake for
inner pressurization
G = Cables way
H = Camlock gr.8
D’ANDREA
165
Sizes
14
26
10
22
G45
365.5
5555
25 H7 prof.8M24 prof.fil.40
M10 prof.fil.20
555580
8030
0
15°
50
M12 prof.fil.24
F Ø 8.5
100100
247.5247.5
350350
175
10°
E210
010
0
100
100
247.
524
7.5
350
350
95
250
310
M14
x1.5
D Ø 10
501
414 H
9
M24 prof.fil.40
35395
232 43
250
250
90
153
430
21
Ø 20
5 H7
Ø 32
0Ø
382
Ø 50
0 H4
Ø 80
0
17 32.2
H8
A B
280C
800
25
M24 prof.fil.40
35
43223
21
2610
G
22
45
14
5555
365.5
Ø 800
5555
300
F Ø 8.5
15°
100100
247.5247.5
350350
8080
50
175
M12 prof.fil.24M24 pr
of.fil.
40
10°
350
247.
510
010
024
7.5
350
320
260 10
010
0M
14x1
.5
E2
14 H
9
5
D Ø 10
1 50
17 32.2
H8
Ø 20
5 H7
Ø 32
0Ø
382
Ø 50
0 H4
250
250
400
95
158
435
950
25
C350
A B
Ø 1000
95
25 H7 prof.8
M10 prof.fil.20
U-TRONIC 8/800 S
U-TRONIC 8/1000 S
A = Coolant outlet
B = Presetting block
C = Radial trasverse
D = Coolant way
E2= Electric connectors
Servomotor
F = 0.5-1 BAR air intake for
inner pressurization
G = Cables way
U-TRONIC
166
Electric components
A= END OF STROKEB= EMERGENCYC= RESET
(E): For digital servomotor,encoder on request
6FX2003-OCE126FX2003-OCE17
6FX2003-OCE10
UTG6 14-12 SN
ROD 426-E/500 pulse/rev
KW4203K6U375
1FT5046-1AK71
UTG6 16-19 SN
UTG0 16-19 PH
UTG0 14-12 PH
UTG0 14-12 PHCOD. 30.141.1.03.1412
UTG6 14-12 SNCOD. 30.141.1.02.1412
MLKJHGFEDCB
Ua2
Ua2
Ua1Ua1
Ua0Ua0
+5V
+5VV
_
A
+
+_
_
UTG6 16-19 SNCOD. 30.141.1.02.1619
UTG0 16-19 PHCOD. 30.141.1.03.1619
C
B
A
EFDRGHJACBTSMLPKNVU
1
1
1
1
1
2
2
2
2
2
3
3
3
3
3
KW4203K6U375
0.5 mm2
0.5 mm2
ROD 426-E/125 pulse/rev
V
U-TRONIC 180 - 200 BH
UTG0 16-19 PH
UTG0 14-12 PH
6FX2003-OCE126FX2003-OCE17
6FX2003-OCE10
UTG6 14-12 SN
UTG6 16-19 SN
KW4203K6U1500
ROD 426-E/500 pulse/rev
1FT5034-1AK71
UTG6 16-19 SNCOD. 30.141.1.02.1619
UTG0 16-19 PHCOD. 30.141.1.03.1619
UTG0 14-12 PHCOD. 30.141.1.03.1412
UTG6 14-12 SNCOD. 30.141.1.02.1412
C
B
A
EFDRGHJACBTSMLPKNVU
MLKJHGFEDCB
Ua2
Ua2
Ua1Ua1
Ua0Ua0
+5V
+5V¯
¯
A
1
1
1
1
1
2
2
2
2
2
3
3
3
3
3
KW4203K6U1500
0.5 mm 2
0.5 mm 2
ROD 426-E/500 pulse/rev
+
+_
_
¯
U-TRONIC 3/325 S
PINKBLUEREDBLACKBROWNGREENYELLOWGRAYWHITE-BROWN
WHITEBROWN
WHITE
BURNDY CONNECTOR
BURNDY CONNECTOR
BURNDY CONNECTOR
BURNDY CONNECTORSIEMENS CONNECTOR
(DIGITAL)
SIEMENS CONNECTOR
BURNDY CONNECTOR
BURNDY CONNECTOR
BURNDY CONNECTOR
BURNDY CONNECTOR
SIEMENS A.C. SERVOMOTOR
SIEMENS A.C. SERVOMOTOR1FT6044-A4K71 DIGITAL
ENCODER (E)
LIMIT SWITCH
LIMIT SWITCH
ENCODER (E)
screen
BURNDY CONNECTOR
BURNDY CONNECTOR
BURNDY CONNECTOR
SIEMENS CONNECTOR
SIEMENS CONNECTOR
(DIGITAL)
BURNDY CONNECTOR
SIEMENS A.C. SERVOMOTOR
SIEMENS A.C. SERVOMOTOR1FT6034-4AK71 DIGITAL
ENCODER (E)
LIMIT SWITCH
BURNDY CONNECTOR
BURNDY CONNECTOR
BURNDY CONNECTOR
BURNDY CONNECTOR
LIMIT SWITCH
ENCODER (E)
PINKBLUEREDBLACKBROWNGREENYELLOWGRAYWHITE-BROWN
WHITEBROWN
WHITE
screen
D’ANDREA
167
Electric components
(E): For digital servomotor,encoder on request
1FT5046-1AK71
KW4203K6U1500
ROD 426-E/500 pulse/rev
UTG0 16-19 PH
UTG0 14-12 PH
UTG6 16-19 SN
UTG6 14-12 SN
6FX2003-OCE12
6FX2003-OCA10
COD. 30.141.1.02.1619
UTG0 16-19 PHCOD. 30.141.1.03.1619
UTG0 14-12 PHCOD. 30.141.1.03.1412
UTG6 14-12 SNCOD. 30.141.1.02.1412
C
B
A
EFDRGHJACBTSMLPKNVU
MLKJHGFEDCB
Ua2
Ua2
Ua1Ua1
Ua0Ua0
+5V
+5V¯
¯
A
1
1
1
1
1
2
2
2
2
2
3
3
3
3
3
KW4203K6U1500
0.5 mm2
0.5 mm2
ROD 426-E/500 pulse/rev
+
+_
_
¯
U-TRONIC 5/400 - 5/500 - 5/630 S
MLKJHGFEDCB
Ua2
Ua2
Ua1Ua1
Ua0Ua0
+5V
+5V-
A
C
B
A
EFDRGHJACBTSMLPKNVU
1
1
1
1
1
2
2
2
2
2
3
3
3
3
3
KW4203K6U1500
0.5 mm2
0.5 mm2
ROD 426-E/500 pulse/rev
-
-
ROD 426-E/500 pulse/rev
KW4203K6U1500
1 m
0.3 m
6FX2003-OCA12
6FX2003-OCA10 1FT5 074-1AF71
+
+_
_
U-TRONIC 8/800 - 8/1000 S
A= END OF STROKEB= EMERGENCYC= RESET
PINKBLUEREDBLACKBROWNGREENYELLOWGRAYWHITE-BROWN
WHITEBROWN
WHITE
BURNDY CONNECTORUTG6 16-19 SN
BURNDY CONNECTOR
BURNDY CONNECTOR
BURNDY CONNECTOR
LIMIT SWITCH
ENCODER (E)
LIMIT SWITCH
ENCODER (E)
BURNDY CONNECTOR
BURNDY CONNECTOR
BURNDY CONNECTOR
BURNDY CONNECTOR
SIEMENS CONNECTOR
6FX2003-0CE17 (DIGITAL)
SIEMENS CONNECTOR
SIEMENS A.C. SERVOMOTOR
SIEMENS A.C. SERVOMOTOR1FT6044-4AK71 DIGITAL
screen
PINKBLUEREDBLACKBROWNGREENYELLOWGRAYWHITE-BROWN
WHITEBROWN
WHITE
screen
SIEMENS CONNECTOR
6FX2003-OCB10 (DIGITAL)
SIEMENS CONNECTOR
6FX2003-OCE17 (DIGITAL)
SIEMENS A.C. SERVOMOTOR
SIEMENS A.C. SERVOMOTOR1FT6084-84F71 DIGITAL
LIMIT SWITCH
ENCODER (E)
LIMIT SWITCH
ENCODER (E)
CABLES LENGTH = 0,3 m.
CABLES LENGTH = 1 m.
U-TRONIC
168
Assembly/Generalities
The BH U-TRONICS are applied manually
or automatically using the taper for
rotation and a flange for fastening.
The other U-TRONICS, fitted with rotation
plate in place of the taper, are applied:
a. manually, with a camlock flange for
quick fastening
b. automatically with palletized systems
and special connectors.
U-TRONIC BH
U-TRONIC S
CAMLOCK
D’ANDREA
169
U-TRONIC 180-200 BH assembly
X
C
B
D
A
0.8
0.8
0.8
0.01
0.005 A
0.8
E
On machines with fixed
spindle
- Mount the U-TRONIC
with the taper and without
flange on the machine
spindle and measure
exactly the ‘X’ distance
with a tolerance of ±0.005
mm.
- Make the flange with ‘X’
distance and a tolerance
of ±0.005 mm.
- Mount the U-TRONIC with
the taper and the flange on
the machine spindle and
tighten the screws.
On machines with axial
spindle stroke (boring
machines)
- Make the flange with
support surfaces parallel
in 0.01 mm tolerance.
- Mount the U-TRONIC with
the taper and the flange
on the machine spindle.
- Retract the spindle until
the flange rests lightly
against the front surface
of the boring machine head.
- Block the axial stroke of the
boring machine spindle.
- Tighten the flange screws.
B = Center the boring
machine spindle
C = Flange
D = Arbor
E = Stud Bolt
U-TRONIC
170
FLANGE - Construction example
B = Center the boring
machine spindle
C = Eyebolt
D = Control with Gauge
E = Size to control
depending on the
spindle protrusion
F = Control wrench
10.150.07.01200 F
10.160.1.02.06.00
10.055.1.060.023G n°4 23
E
D
20.010.0.15.0817
A
0.01
0.8
0.8
0.8
10.054.1.1.0010.0
C
0.8
0.01
0.01
A
A
+0.05 0
+0.0
15 0
7°7'
30"
6°35
'16"
45°
1423.8
98 ±
0.05
98 ±0.0598 ±0.05
57B
ø 32
5
5.3
ø 25.6 +0.04+0.08
46 min.
ø 13
.5M
8
196.
869
ø 16
5
98 ±
0.05
15.9 ±0
.1
ø 227.8
10.150.07.01400 F
10.160.1.02.08.00
10.055.1.060.023 20.010.0.15.0818
10.054.1.1.0016.0
C
0.01 A
E
0.01
0.8
0.8
A0.8
0.8
A0.01
D
+0.05 0H n°6 26
15° 15°
4°59'8"
7°7'
30"
181.86 ±0.05181.86 ±0.05
105
±0.0
510
5 ±0
.05
1527
210
±0.0
521
0 ±0
.05
ø 50
0
76
ø 25
0
ø 28
5.77
5
ø 13
.5
M8
B
5.3
ø 28.5
53 min.
18.25 ±0.1
ø 365
+0.0
2
0
+0.04 +0.08
U-TRONIC 325 S
U-TRONIC 5-... S
G = Bores min. depth 46
H= Bores min. depth 53
CAMLOCK KIT
39.42.001.325.00consisting of:n°4 camlock camsn°4 pins for camsn°4 springs for camsn°1 keyn°1 M10 eyebolt
CAMLOCK KIT
39.42.001.500.00consisting of:n°6 camlock camsn°6 pins for camsn°6 springs for camsn°1 keyn°2 M16 eyebolt
D’ANDREA
171
Chip removal capacity
These parameters are
indicative for normal
working conditions on steel
with a hardness of 160-200
HB, tool with a positive
rake angle y= + 6° and lead
angle = 75° (average
Ks = 2000N/mm2)
cutting speed = 120 m/min.
Optimal value and working
time will be determined
by tests.
200
150
100
50
0
250
60
140
360
310225
180 260
D mm
4500
UT 180/BH
UT 200/BH
0
2 mm2 1,4 mm2 0,8 mm2
UT 5-630 S
0 1250630 940320
250 750500 10000
UT 5-500 S
600
500
UT 5-400 S
0
100
200
300
400
0 800
D mm
400 600200
9 mm2
6 mm2
4 mm2
5 mm2
165 485325
D mm
6500
400
300
200
100
0
UT 325 S
500
4 mm2
3 mm2
14 mm2
10 mm2
7 mm2
5 mm2
200
0
300
400
500
600
700
800
UT 8-800 S
UT 8-1000 S
D mm
1600
0 200 400
320 480
600 800
640 800
1000 1200
960 1120
1400 1600
1280 1440
1800 2000
1600
U-TRONIC 800-1000 S
U-TRONIC 325 SU-TRONIC 180-200 BH
U-TRONIC 400-500-630 S
For a good chip removal
and for the chip break
control, it is advised:
a : f = 6 ÷ 8
a = cutting depth (mm)
f = feed (mm/rev)
TOO
L LE
NG
THm
m
TOO
L LE
NG
THm
mTO
OL
LEN
GTH
mm
TOO
L LE
NG
THm
m
U-TRONIC
172
Toolholders
REF. K03 UT 180/BH K03 UT 200/BHCODE 50 04 182 03 000 50 04 182 03 000
T 214 L
T 214 R
P111P110
P101
P100
U-TRONIC
ARBOR
FLANGE
U-TRONIC 180 - 200 BH
consisting of:P 100P 101P 110
P 111T 214 LT 214 R
K03
ARBORS
REF. UT 180/BH UT 200/BHISO 40 - ISO 45 - ISO 50 ISO 40 - ISO 45 - ISO 50
D’ANDREA
173
Toolholders and heads
REF. CODE D H
UT 180 - 200/BHP 100 43 15 60 40 100 0
40100
P 101 43 15 60 40 160 0 160
REF. CODE S L
UT 180 - 200/BHP 110 43 35 60 40 120 0
35120
P 111 43 35 60 40 180 0 180
95°
A
D
F
T 214 L T 214 R
D
H
S
L
P100P101
P110P111
T 214LT 214R
REF. CODE A D F
UT 180 - 200/BHT 214 L 46 02 040 12 9 10
40 40 28 CCMT 1204.. 49 40 1 0005009 10 150 09 0250 0T 214 R 46 02 040 12 9 20
U-TRONIC
174
Toolholders
B 02
B 01
B 15
MR
U-TRONIC
B50
TU 80/95.25
TP 80/90.50
PC 11.50
PC 12.50
16CA ISO5611
25x25
U-TRONIC 325 - 400 - 500 - 630 - 800 - 1000 S
REF.UT3/325S 50 17 0325 9 3 00UT5/400SUT5/500S 50 17 0500 9 3 00UT5/630SUT8/800S
50 17 0800 9 3 00UT8/1000S
REF.UT5/400S
UT5/500S B50 HSK - A63 - A100
UT5/630S B50 DIN69871-A - B50
UT8/800S B50 MAS BT50
UT8/1000S
K03
B50Toolholder with automatic
tool change
FLANGE
consisting of:
B01
B02
B15
MR
TU
D’ANDREA
175
Toolholders
REF. CODE A d1 d2 H L L1 kg
UT3/325SB01 UT 3 44 3 0 050 0115 0 150 50 80 135 100 23 5.5B02 UT 3 44 3 0 050 0275 0 150 50 80 135 260 23 8.5
UT5/400S B01 UT 5 44 3 0 063 0155 0 200 63 100 170 155 30 11UT5/500SUT5/630S B02 UT 5 44 3 0 063 0365 0 200 63 100 170 400 30 19
UT8/800S B01 UT 8 44 3 0 080 0230 0 250 80 130 200 230 30 25UT8/1000S B02 UT 8 44 3 0 080 0720 0 250 80 130 250 720 30 60
REF. CODE A d1 d2 H H1 L L1 kgUT3/325S B15 UT 3 44 5 0 050 0190 0 150 50 80 190 135 60 23 3.7UT5/400SUT5/500S B15 UT 5 44 5 0 063 0250 0 200 63 100 270 170 70 30 7.5UT5/630SUT8/800S
B15 UT 8 44 5 0 080 0300 1 250 80 130 300 200 85 30 30UT8/1000S
REF. CODE d1 d2 L L1 L2 kgUT3/325S MR 50/80.80 45 02 080 0106 0 50 80 95 50 45 1.6UT5/400SUT5/500S MR 63/98.80 45 02 098 0106 0 63 98 105 60 45 3UT5/630SUT8/800S
MR 80/130.80 45 02 130 0124 0 80 130 125 78 45 7UT8/1000S
REF. CODE kgUT3/325SUT5/400SUT5/500S TU 80/95.25 46 05 080 25 0 01 4UT5/630SUT8/800SUT8/1000S
REF. CODE d2 kgUT3/325SUT5/400S
TP 80/90.50 46 04 080 50 0 01 90 2.3UT5/500SUT5/630SUT8/800S
TP 80/125.50 46 04 080 50 0 02 125 3.2UT8/1000S
REF. CODE B kgUT3/325S
PC 11.50 43 30 50 16 095 0 95 1.3UT5/400SUT5/500S PC 12.50 43 30 50 16 135 0 135 2
UT5/630S PC 13.50 43 30 50 16 200 0 200 3.2UT8/800SUT8/1000S
PC 14.50 43 30 50 16 300 0 300 5
B01/B02
B15
MR
TU
TP
PC
Use 16CA ISO5611 cartridges (see p.77)
A
L1
L
H Ø d
1 H7
Ø d
2
Ø d2
A
H1
H
L1
L
Ø d1 H7
2565
90
MHD
' 80
25
Ø 9
5
16
50
50
20
59
B
55
16CA
40
MHD
' 80
85
d2
L2L1
Ø d
2
Ø d
1-0
.01
-0.0
3
L
MHD' 80
U-TRONIC
176
Technical data
Radial trasverse C mm inch 50 1.97” 75 2.95” 100 3.94”
Feed mm/min. inch/min. 1÷500 .04”÷19.7” 1÷500 .04”÷19.7” 1÷400 .04”÷15.75”
Rapid trasverse mm/min. inch/min. 500 19.7” 500 19.7” 400 15.75”
Maximum rotation min-1 RPM 1000 800 500
Torque da Nm lb ft. 100 740 100 740 350 2590
Radial force da N pound 250 562.5 250 562.5 300 675
Weight Kg pound 32 70.4 40 88 110 242
Ø B mm inch - - - - 325 12.8”
Ø D mm inch 180 7.090” 200 7.87” 325 12.8”
H mm inch - - - - 235 9.25”
S mm inch - - - - 125 4.92”
Ø E x P mm inch 240 x 75 9.45”x 3” 350 x 75 13.78”x 3” - -
Ø F x P mm inch 360 x 75 14.17”x 3” 450 x 75 17.7”x 3” 650 x 140 25.5”x 10.5”
Ø M x P2 mm inch 125 x 200 4.92”x 7.87” 180 x 200 7”x 7.87” 360 x 400 13.9”x 15.75”
Ø N x P1 mm inch 165 x 140 6.5”x 5.5” 250 x 140 9.84”x 5.5” 560 x 240 20”x 9.45”
Repeatibility accuracy mm inch 0.003 .00012” 0.003 .00012” 0.003 .00012”
Boring accuracy H7 H7 H7 H7 H7 H7
Facing accuracy mm inch 0.010 .0004” 0.010 .0004” 0.010 .0004”
Max. chip removal on C40 steel mm2 inch2 2 .0031” 2.5 .0039” 5 .0078”
Roughness Ra µin 1.6 63” 1.6 63” 1.6 63”
325
DC/
2C/
212
.8"
10"255
325
DC/
2C/
212
.8"
10"255
ø E
max
.
ø F
max
.
P
P111
D
P110 P100
P101
H P2
P1
ø M
max
.
ø N
max
.
B
H
P
ø F
max
.
DC
S
P2
P1
ø M
max
.
ø N
max
.
TECHNICAL DATA UT 180 BH UT 200 BH UT 325 S
D’ANDREA
177
Technical data
125 4.92” 160 6.3” 200 7.87” 280 11.03” 350 13.78”
1÷400 .04”÷15.75” 1÷400 .04”÷15.75” 1÷400 .04”÷15.75” 1÷500 .04”÷19.7” 1÷500 .04”÷19.7”
400 15.75” 400 15.75” 400 15.75” 500 19.7” 500 19.7”
400 315 250 200 160
800 5920 800 5920 800 5920 1000 7400 1000 7400
500 1125 500 1125 500 1125 1000 2250 1000 2250
200 440 230 506 350 770 1200 2700 1500 3375
500 19.7” 500 19.7” 500 19.7” 800 31.5” 800 31.5”
400 15.75” 500 19.7” 630 24.8” 800 31.5” 1000 39.37”
274.5 10.8” 278.5 10.96” 278.5 10.96” 395 15.55” 400 15.75”
160 6.3” 160 6.3” 160 6.3” 200 7.87” 200 7.87”
- - - - - - - - - -
800 x 150 31.5”x 6” 1000 x 150 39.5”x 6” 1250 x 150 49”x 6” 1600 x 160 63”x 6.3” 2000 x 160 79”x 6.3”
450 x 540 17.7”x 21.26” 560 x 540 22”x 21.26” 700 x 540 27.6”x 21.26” 850 x 860 33.5”x 33.8” 1050 x 860 41.5”x 33.8”
680 x 295 26.8”x 11.6” 850 x 295 33.5”x 11.6” 1050 x 295 41.4”x 11.6” 1250 x 370\ 49.2”x 14.5” 1600 x 370 63”x 14.5”
0.003 .00012” 0.003 .00012” 0.003 .00012” 0.005 .0002” 0.005 .0002”
H7 H7 H7 H7 H7 H7 H7 H7 H7 H7
0.01 .0004” 0.015 .0006” 0.015 .0006” 0.020 .0008” 0.020 .0008”
9 .014” 9 .014” 9 .014” 14 .0217” 14 .0217”
1.6 63” 1.6 63” 1.6 63” 1.6 63” 1.6 63”
UT 5 400 S UT 5 500 S UT 5 630 S UT 8 800 S UT 8 1000 S
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