Dynatape sales catalog - O`Connell Machinery Co., Inc

ccaa.aaaaoaaoaaaaaaaaoaaaaaaaaoaa
oaaaaaaaaaaaaoaaaaaaaolaoaoaaaaoaaaaa
aaaaaoaaaaaaoaoaaaaaaaaaa
.aaaaoSaaaafaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa
aaaaaaoaaaa
aaaoaaaaaaaoaaaaa
aaaaaooaaaoaaaaaa
aaooa aaoaa aa aao aaa aa aa aa
aaoa oaaa
o
aaa
ooaaa aa a aa
aaao aa oaa o o oooaao
a
aoo
aaaaaaaoaaaaaooaaoaa
aoaoa aa t aao aaaa aa ta
aa
a
aaaa
a
DVIU.&U.TAPE'
vertical turret lathes
and vertical boring mills
@ The Bullard Company, 1970
THE BULLARD COMPANY
T. MURRAY CAIIENDER, Jr"
193 Oakley Drrve
Syracuse, New York l32O5t
TEL. {31s) 469-8rrr
Table of Contents
Bullard DvN-Au-Tepr NCC
Vertical Turret Lathes and
Vertical Boring Mills,
available in table sizes from
36" to 124", are chosen whenever
excellence of design and construction
for maximum productivity and
precision are the criteria.
Construction Features
Bed
Cross Rail
Table Carrier Bearings
Headstocks
2-5
2
2
3
o
4-5
Heads
Servo Feed Mechanism
o
These machines have been designed
Safety Features
specifically for operating
with any of the leading numerical
contouring control systems,
according to individual requirements.
Their rugged construction accepts
up to 125 HP input for rnaximum
metal removal rates with the
capability for fine finishing cuts
to precise dimensional tolerances.
With proper work holding devices
and using the Bullard Aru-Snr @
Precision Tooling System they ofier
the full range of versatility and
production economy required by
modern metalworking industries.
A review of the following
pages will show that the
Bullard DvN-Au-Tapn NCC line is
the most modern and most productive
of its type available.
Call your local Bullard
representative for details in meeting
your particular requirements under
today's competitive conditions.
You can't beat a Bullard.
6-7
Controls
6
Pendant Control
Turret Index Registry and Locking Rings ........ 6
7
Numerical Control
7
Computer Directed Numerical Control
o
Optional Features
Chucks
Aku-Set Precision Tooling System
Cutting Coolant System
Automatic Lubrication
Table Speeds and Machine Weights
7-8
I
7
6
8
I
........... 10-15
Specifications...............
.................... 10-11
36" Machine ................
46t'_ 56,t _ 66tt
86" Machines ........ 12-13
-76"
......... L4-15
108'- l24" Machines .............
.......... 16-21
Capacities
16
Side Head Travel
17
Turret Head Travel ...............
18
R.H. Ram Head Travel .................
.. 19
L.H. Ram and R.H. Turrbt Travel
Rail Travel
L.H. and R.H. Ram Travel
The Bulla.rd Company resert)es the ri1ht to mahe changes
and, irnprovements
in detail to the machines, products
and specifications illustrated and, described in this catal,og
at any time and. without prior notice.
20
2L
CONSTRUCTIOI{ FEATURES
Bed
The bed, consisting of the barrel and column, is a single unit casting for the 36" and
46" machine sizes. The larger machines - 56"
- 66" - 76" - 86" - 1,08" - 124" - have separate
barrels and heavy-duty uprights with tieplates on the front, back and top forming a
box section with maximum rigidity'
All castings are Bullard grey iron, a hard,
close-grained material of highest quality
closely controlled in our own modern foundry. Castings are designed with heavy sections and ample ribbing for maximum stability and minimum vibration'
Cross Rail
The cross rail is an arch beam casting with
widely spaced bearing areas to provide maximum support for the rail heads. It is positioned by a variable speed hydraulic motor,
push button controlled, driving a pair of
hardened and ground rail raising screws,
one at each end of the rail. Fast positioning
rate is 30" /min; final accurate positioning
uses a creep rate. The rail always comes to
final position in the up direction automatically, which assures repeatability of level
at all times.
Hydraulic mechanical binders automatically lock the rail to the uprights when final
position is reached.
All bearing ways are replaceable, block
type ground steel, carburized and hardened
to 61-63 Rockwell C. The exposed areas of
the bearing ways are protected with bellows
type way covers.
DYN.AU.TAPE
Table Carrier Bearings
The table support bearings for 36" through
76" size machines consist of an anti-friction
tapered roller radial bearing and an antifriction roller thrust bearing. The radial
bearing is mounted on a precision pintle.
The table thrust bearing is mounted on a
shoulder machined in the bed and its larger
diameter corresponds closely to the inside
diameter of the table gear.
A bearing cap, fitted and secured to the
pintle in the bed, preloads the bearings for
both radial and thrust loads.
For 86" through 124" size machines an
additional anti-friction roller thrust bearing
is used in conjunction with the radial bearing
to provide additional support under heavy
loads.
The anti-friction table bearings run in
filtered oil, constantly circulated and protected against lubrication failure by a pressure switch.
Headstocks
Either one of two types of headstocks is
2 Range
4:1 Headstock
.'.*-.;
available:
a.)
20 speed headstock
with AC drive motor
up to 100 HP max.
€
b.
::.:.
)
,,.E
2 Range
4:1 headstock with DC drive
either- motor generator or SCR
variable, with up to 1"25 HP
maximum main drive motor. In each
range constant horsepower is available
from base speed of motor up to four
times base speed and constant torque
down to 1/10 base speed. Instant speed
changes can be made in the cut or constant surface cutting speed maintained.
Overspeed and field loss protection are
also provided.
-infinitely
20 Speed
Headstock
All
gears in both headstocks are carburized,
hardened and ground.
COI.ISTRUCTIOI{ FEATURBS
Heads
an inThere are two types of rail heads
four
either
with
head
turret
precision
dexing
be
may
which
head,
ram
and
faces
or five
position
eight
or
a
four
either
equipped with
indexing turret. In addition, a side head
with a four sided indexing turret is also
available. The 36" DvN-Au-Tapn V.T.L' is
restricted to a single head on the cross rail'
The 46" machine is furnished with a single
head on the rail, with or without a side head'
The 56"-124" maY have one or two rail
heads, with or without a side head.
The weight of all rail heads is carried on
adjustable anti-friction rollers mounted directly above the top cross rail bearing way;
therefore, the bottom cross rail guiding way
aligns the head free of anY weight.
All plain bearings are lined with a nonmetallic material having excellent wear resistance and a negligible di$erence between
break-away and dynamic coefficients of friction.
The rail heads are moved by 3" precision
ball screws with a certified maximum tolerance of .0002" per foot, cumulative' For
horizontal motion a preloaded double nut
is revolved on the screw' which is rigidly
held in fixed position under "zero preload",
free from either tension or compression'
Use of the revolving nut on the stationary
screw for horizontal head motion permits
the use of a single screw for two rail heads,
with no center stop, resulting in greater horizontal travel for either head.
For vertical motion the ball screw is revolved in a stationary, preloaded, double
nut. An automatic brake is provided to prevent vertical head motion, whenever power
is removed for anY reason.
The vertical screw in the side head is 4"
in diarneter, the horizontal screw 3" in diameter. Rotating nuts are used to actuate
both vertical and horizontal motions'
A11 actual head positions are constantly
monitored by a digital type readout in increments of .0001".
DYN. AU . TAFE
Servo Feed Mechanism
All head motions are controlled individually
by hydraulic servo motors driving through
single reduction, precision, hardened and
ground hypoid gears. This drive, mounted in
precision bearings, gives minimum inertia
and maximum head response. The feed
mechanisms are an integral part of the head
providing a smooth transmission of pow-er, free from wind-up and vibration. Feed
and traverse rates of .008"/min. to 108"/min. are available. Because of the stability
and low inertia of the design, the drive accepts fast step functions with smooth response and without loss of accuracy.
The hydraulic servo power supply consists of a variable delivery piston pump,
pressure compensated. The reservoir is
stainless steel with nylon-lined flexible hoses
to the heads. The oil is filtered to 5 microns
and temperature controlled to between 110o-
115o F. The system meets Class III SAE
cleanliness specifications. Noise is held below government regulations. These features
provide a hydraulic system requiring minimum maintenance.
Safety Features
Ram Heads
Full protection is provided for monitoring
the following functions:
Spindle speed and field loss protection
on D.C. main drive.
Bearing way and machine lubrication.
Temperature.
Oil filters.
Oil pressure.
Head travel.
with auto-reset.
Automatic brakes to prevent vertical
motion of heads when power is removed.
Feed overload protection
Eight Position
Indexing Turret
Four Position
Indexing Turret
CONTROLS
Pendant Control
Portable pendants are provided to manually
control head motions and table drive from
any convenient position in setting-up, checking tooling, etc.
Turret Index Registry
and Locking Rings
All indexing turret heads, four or five-sided,
are registered with high repetitive accuracy
and locked positively in each working position by means of a pair of mating, precision,
hardened and ground steel locking rings'
Each ring has a series of ofiset, equally
spaced pads with precision-ground tapered
sides. When the turret is pulled in at the
completion of each index, the taper-sided
,Jtl
{
I
pads mesh together and assure positive and
precise turret location under a permanent
locking force.
This construction is positive, sirnple and
reliable. It is superior to other similar devices in that it enables the locking surfaces
to be located on the largest possible diameter of the assembly and in close proximity to
the securing screws and dowels. It has been
proven over the years in thousands of
Bullard vertical turret lathes under the most
severe service conditions.
DYN.AU.TAPE
NC Controls
Chucks
Any one of several numerical control systems may be used, to be installed and integrated with the machine by The Bullard
Company. These systems are from any
such established and recognized manufacturers as General Electric Company, Bendix
A variety of standard chucks is available:
1.) Plain tables for use with face plate jaws
or fixtures.
2.) Three or four jaw combination hand or
power operated chucks.
Corporation, Bunker-Ramo Corporation or
3.) Magnetic chucks.
4.) Vacuum connections
Westinghouse Electric Corporation.
Any of these numerical control systems
provide completely automatic operating
can be supplied for
special fixturing.
control of the machine from standa-rd eight
channel perforated tape. In addition to full
contouring capability, threading, angle turning and drum scoring operations may be programmed.
Solid state devices used in the control
circuitry eliminate the magnetic circuitry
involved in the interface panel between the
NC unit and the-machine.
For detailed information on the type of
NC control best suited to your particular
requirements, contact your local Bullard
representative.
CNC
Computer directed numerical control is also
available for use with Bullard DvN-Au-Tape
Vertical Turret Lathes. Programs are stored
in the computer, thereby eliminating the
need for type preparation and handling.
The CNC System ofiers the following features and advantages:
.
.
.
.
.
.
.
.
.
Compatibility with present methods of
machine operation and programming.
Modular approach. Can grow as manufacturing automation advances.
Minimum software.
Not restricted to one source software.
Can operate with any higher level computer or time sharing system.
Self-contained system.
Expandable.
Movable.
Can be used with anv NC.
Bullard Aku-Set
Precision Tooling System
The Bullard Axu-Snr Precision Tooling
System is specifically designed for use in
DyN-Au-Taen precision turrets. It consists
of standard tool blocks clamped in dovetails
and keyed to the turret faces. Precision boring bars and boring bar holders are also
available. Standard indexable throwaway
insert cutting tools are used. The tool holder
shanks are precision ground with adjacent
flat locating surfaces and a taper clamping
surface opposite one of these. A ground
taper locking block bolted into the tool slot
in the tool block secures the tool holder in
precise location. These tools are available
from several leading suppliers. Tools are
supplied with either 7" or [t/r" nominal
shank dimensions.
The advantages of this tooling system
are its precision, rigidity and simplicity permitting full utilization of the maximum
capabilities of the Bullard Dvu-Au-Tlpn
Vertical Turret Lathe.
DYN. AU . TAPE
OPTIOI{AL FEATURES
Cutting Coolant System
The Cutting Coolant System includes heavy
gauge steel guards around the barrel of the
machine to retain chips. The guards may be
raised or lowered, according to the height of
work on the table, protecting the operator
from flying chips and coolant spray. The
coolant conductors are also adjustable to
work height. They are equipped with flexible hoses for channeling the coolant directly
to the cutting tools. Individual coolant lines
to each turret face may also be provided.
Coolant flow is regulated by means of individual fl.ow valves. A centrifugal pump and
motor unit is mounted on the coolant reservoir. Large doors facilitate manual chip removal, or if desired, they can be removed by
means of automatic chip conveyors.
*-*"{"
Automatic Lubrication
All way bearings are automatically supplied
with metered oil through a full Trabon system. Constant pressure provides lubrication
to all rotating parts.
#
o
Ec
0z
tr<
rO
=5
U(J
JF
8*
I
d-
- -tt
qc
=3
za
u6
6<
uO
-q
@-
2p
LO
4<
HO
<;^
Xo
==
Uu
..-Z 6
a=E?a
rg t8r
N
iFg=
N
F
N
a
rP
b0
q)
q)
o
F
=
a
(a
O
o
a
I
@
I
6
o
@
z
9
z
}Z
N
rt
u
F
N
N
@
N
N
N
I
I
N
6
I
N
I
€
9
q
€
G
N
€ €
d
d
F
q
i
N
o
N
N
I
€
o
d
I
G
@
N
N
I
N
d
N
6
€
N
I
N
I
d
I
q
€
N
€a
6
N
6
N
N
N
N
N
N
N
N
@
I
N
q
N
N
N
d
N
@
N
@
@
N
N
N
N
N
€ € €
N
N
=3
l=
N
q
N
N
.n
o
r
u
T
i3
z,*
<,^uE
r
HrSz
to-d
?e
u
o
z
ii zv
=<l
TFd
66X
ozd
lr.i oF
o
o
3
6
o
6
I
@
q
6
I
N
N
(l
d
I
N
v]
N
9
N
N
I
N
zY,--
I
kl
6
q
6
6
>2(J<f
2X
q
o
I
N
gEEc;
o
5=
N
I
9t9
qta
ala
6
N
N
ol9
@
at
-lN
@lN
I
v)
o
u
T
6
u
u
a
v,
o
c{
N
I
I
I
I
I
e
I
aq
@
I
€
N
I
I
@
I
q
N
N
N
N
€
N
N
I
atoto
\IT
olo
9tl
hl6
N
otq
6
N
o
I
o
o
N
I
N
I
q
I
I
N
I
N
N
I
N
o
I
N
a
q
o
\
b
q
c.l
€
N
N
N
9
N
ct
6
N
oq
N
N
\
N
I
I
N
I
N
I
fs
R.'::
I
I
. E- o
E",o-
9
N
d
N
oq
G
€
N
N
I n
N
N
N
(!
=_=E
I
N
N
Ff
I
I
(.!
\
\
N
eEyb
o
6
N
I
N
N
q
ci
J
N
o o
€
Eo.:
N
N
N
9 o
€
@
d
d
N
6
I
I
N
d
€
N
N
N
I
N
oq
@
N
I
vl
6
I
€
N
N
N
q
q I
I
I
€
I
N
N
N
€
\
N
q
o
o
I
N
6
U
N
N
N
6
N
Y
N
I
N
N
6
G
I
q
6
a
N
h
q
(l
UF
; <t*tr
"*282
E
-=-'.
5o
tr
E
N
9E x
6i
I
N
9
I
I
N
>.5-
ci
-l E=
-:;6
24;i
iF33
N
o 6s*i
6 K'=E
oto
olo
TIT
olo
N
N
€
I
9t\
alq
I
I
N
N
N
N
I
N
N
6
6
I
N
N
o
I
N
N
I
I
o
€
N
N
N
--!i
EEX=
N
I
N
N
€
€
N
N
N
I
I
€tt
bl6
N
ooE.g
5-6b
Z<<L
q
q
q
F
d
@
N
d
6
NIO
o
I
N
@
o
N
N
o
o
N
@
N
l
I
@
oi
I
N
I
fl
N
N
N
N
N
I
6
q
N
9
9lq
otN
N
at€
o
N
N
N
9
N
q
z
-U
rN
2o
+
I
€
€
I
I
I
N
I
@
d
=
I
Specifications:
36t'Machine
REF.
Turret Head Travel
Ram Head Travel
Cross Rail Travel
-
- 18Page
17
20
@
+
€
€
l
I
I
F
Typical 20 Speed Headstock and Motor Shown
<.v
S
@
,o--t_.u
r-
so
--+l
-T---
Typical
D.C. Motor Control
Console with 18" Stand
0oor Swing
:v
2l
t
Door Swit
\75 Rl
I
'a/
I
_j
Two %// N.P.T. for
Water In and Water Out
I
I
I
Range,4:1 Ratio
Headstock Shown
Hydraulic Power Unit
Cold Water Service
Required
N0TE'*---.-
60PSlMin.
100 PSI Max.
Air Pressure Required
for 0perating
-
Trabon Lube System
Face of Cross
{--,
,(r*
44r/z
i ,
2)VaR',
,/ ooorlswingtr
I
I
TYPICAL FLOOR PLAN
10
anz I1
aftr,
Size J0 |
Machine
cafffffE
73/rttDia.
t/+
ete. Smallest Hole
|rvrs|vurIvJtDUtEl.
Tool Post Bores.
DYN.AU.TAPE
Zg, Center Line of Table to Face of Beowavs.
|
3v+
Portable
Pendant
0ptional
fH#
TYPICAL FRONT ELEVATION
Machine
2 Range,4:1 Ratio
Size
A
36"
160
c
Bed
Height
D
E
F
G
H
I
K
M
std.
r47
b4
23
112
JO
87
61
s2
+12
i59
64
124
Jb
87
61
92
39
-L'
171
64
47
136
36
87
6l
92
39
+36
183
o.t
59
148
36
87
61
92
39
+48
195
o4
71
160
36
87
bl
92
39
B
151
28
A
s
11
--l
*.*;f- l"'V[-'i
Specifications:
46t| -56t' -66t| -76t| -86'/ Machines
36
Ep i-
REF.
Side Head Travel
Page 16
17
Turret Head TravelR.H. Ram Head Travel - 18
L.H. Ram and Turret Head Travel
20
Cross Rail Travel
19
-
L.H. Ram and R.H.- Ram Head f ravel
-
21
Typical 20 Speed Headsiock and M0t0r Shown
Headstock
Removal
\L
\J-l
,o'ili"'.. \ l\
l00PSllvlax.
Ai:fl'l'-',1''
\ |
\50
\J
Required
I
I
for 0perating
Range, 4:1 Ratio
Headstock Shown
Trabon Lube System
Two 7z" N.P.T. for
Water ln and Water 0ut
I-1 ffi#=
Cross Rail
l-_
'i
zr | |
l_
Lr
CotdWater
s',*i*R',q'i"d
I
I
R
Typical
Tape
Control
Cabinet
Unit
54r' Hish
TYPICAL FLOOR PLAN
A
B
Size
2 Range
4:1 Ratio
2 Range
4:1 Ratio
46',
lbb
56"
66"
76"
86"
r/o
c
D
E
F
G
H
I
156
r90
JJ
123/q
66
141
98
106!/z
166
190
38
123/^
69
146
118
118
Machine
12
R
T
U
v
62
90
69
r17
103
o/
100
74
120
108
113
L
186
l/o
190
43
723/+
74
151
r23
r28
713h
110
79
ltE
196
186
190
48
123/q
79
156
r28
138
77
r20
84
130
118
206
i96
190
53
123/t
86
161
140
152
83lz
130
91
LJI
r23
46" Machine
58
68
Diameter Max. Swing
Side Head
78
Below Table Top
88
98
SlzttRam Will Enter 8.500 Hole
123/+t'Ram Will Enter 12.800 Hole
Center Line of Table
to
Face
of Bedways
23/'Sq. Lock
56"
66"
'l
76n
86"
"
t.
..
DYN.AU.TAPE
Diameter Max. Swing
70Y2
Side Head
8AY2
in Working Posltion
90y2
46" thru 86"
Ways
501/z
60t/z
46" Machine
73/q" Dia. Smallest Hole Tool Post Bores
l9'/ Dovetail Ways
Side Head
Center Line of Table
to
With or Without
23l/Sq. Lock
Ways
56" thru 86"
23'l Dovetail
Ways
Face of Bedways
on Transition Machines
Without Side Head
TYPICAL FRONT ELEVATION
V-Y Ql" Stroke Turret)
Machine
Size
W
Y
std.
+12
+24
46"
t57
169
181
193
205
37
46
56"
170
182
194
206
218
JI
66"
t82
194
206
218
230
76',
194
206
218
230
96"
209
221
NAE
+36 +48
A.A
z
B-B (so" Stroke
std.
+12
69
33
45
57
69
56
74
451/z
571/z
69y2
811/z
37
66
79
57Yz
69Yz
242
37
76
84
69Y2
257
40
86
91
871/z
+24
+36
+48
Ram)
std.
+12 +24 +36 +48
81
r99
211
LLJ
93lz
212
224
236
871/z
105y2
224
236
248
272
85Y2
93r/z
117Y2
236
249
260
284
93Y2
105Y2
7291/z
25r
263
275
299
247
248
260
13
T-r-.l i
Headstoclq
Removall
l-_-L--ts-_|-55t/7
F
67Vb
Fn=
tt=
e
,' li F5 v'?i
60 tll
I
I
lill
.,9
-16
t!
=
I
REF.
|
l-
*l'r
fi
Specifications:
l08tt-124t' Machines
t<pr
n
I
Typical 20 Speed Headstock and Motor Shown
page 16
Side Head Travel
17
Turret Head Travel- - 18
R.H. Ram Head Travel
L.H. Ram and Turret Head Travel
20
Cross Rail Travel
L.H. Ram and R.H.- Ram Head Travel
I
t
D.C. lllotor Control
Console with 18" Stand
97" Hish
rfl8
Door Swing
/<l
1'
L
Typical
Tape
Control
Cabinel
Unit
t;]
i
Door
2IVa
/_)
233/e
\
TYPICAL FLOOR PLAN
Machine
Size
AIB
c
D
E
F
G
08"
242
225
210
7t
723/t
90
175
124"
242
233
2r0
7T
123/+
90
190
1
14
2 Range,4:1 Ratio
19
-
21
DYN.AU.TAPE
Diameter Max. Swing
r20
108" Machine
1121/z
135
124'
t28
Side Head Below Table Too
"
108" and124"
8L/z't Ram Will Enter 8.500 Hole
Diameter Max. Swing
Side Head in Working Position
123/att Ram
Will Enter 12.800 Hole
TYPICAL FRONT ELEYATION
(27" lurret)
(Square Ram)
H
I
std. +24 +48
std. +24 +48
08"
211
235
259
LJJ
277
301
n4
114
80
104
128
124"
211
235
259
253
271
301
t14
114
80
104
128
Machine
(Maximum)
K
L
M
N
P
R
s
T
u
V
W
Y
z
44
108
23
172
100
134
174
180
OU
44
t24
23
t72
114
r42
174
180
60
Size
1
std. +24 +48
94
101!/z
15
Capacities: Side Head Travel
'/t
'z/,2
7
2
'///z
YY
--r
SQ.
9"
7000 Series Turret
TT
-Electrical limit set beYond
home and program limit onlY.
I
l
I
*
*
std
std
12 Hi
12 Hi
24Ha 24Hi 36 Hi
36 Hi
48 Hi
48 Hi
Mach.
X
x
YY
YY
Y
Y
z
z
w
w
w
w
w
w
w
w
w
w
Size
Pos
Prog
Pos
Prog
Pos
Prog
Pos
Prog
Pos
Prog
Pos
Prog
Pos
Prog
Pos
Prog
Pos
Prog
23/t
2L/+
25Ta
253/a
261/z
25Yz
33/+
4t/+
44
43
56
55
b6
67
80
7q
46',
103
JI
56"
23/a
ZL/a
30Ta
303/e
zo'/2
25Yz
33/t
4lt
44Yz
+J'/2
56Vz
551/z
68V2
ot v2
80lz
79r/z
92Y2
9lVz 108
JI
60"
23/t
2L/+
357/g
353/s
zo'/2
251/z
33/+
4V+
56t/z
JJ'/2
68Yz
ot'/2
801/z
I Jv2
92Y2
9lL/z
I04L/z
76',
23/+
21/t
407/e
403/a
26Yz
251/z
33/q
4L/+
68Vz
ot'/2
80Ll
79Yz
921/z
9lr/z
86"
23/t
2Ya
45Ta
453/a
26t/z
251/z
33/a
4L/+
80Yz
791/z
arv.
9lL/z
l04t/z
7031/z
108"
23/q
2Y+
56Ta
563/s
25Vz
251/z
33/a
4t/a
79
78
103
124',
23/+
2r/t
647/e
643/e
26t/z
25t/z
33/t
4le
79
t6
103
16
N TT
37
l03L/z
113
ll6t/z ll1r/z
118
l28L/z
l27L/z
t23
40
102
r27
126
134
44
102
127
126
t42
44
Turret Head Travel
DYN.AU.TAPE
", z4? ,//1,,
'
z, /r"zi
'
.,/,/. z///",t//,//',2,h,
////zz
,z/.
/'/'
0 runRer
.Electrical limit set beyond
home and program limit only.
TURRET HEAD TRAVEL
-
STANDARD STROKE
Machine
BB
BB
B
B
P
P
a
a
a
a
Size
Positive
Program
Positive
Program
Positive
Program
Positive
Program
Positive
Program
39
9
lYz
oa
to
38
JI
44
q
8r/z
27
38
?7
8L/z
27
LO
38
5t
8L/z
IT
to
38
36"
29
281/z
46',
34
33Yz
56"
39
J6'/2
50
49
66"
44
+Jy2
55
J4
7E'
49
48Vz
60
59
86"
56
551/z
67
l0g"
65y2
65
124',
IJ
78Vz
40
8Y2
tt
LO
38
oo
I
I
I
I
8L/z
27
26
38
I Oy2
751/z
9
8V2
LI
26
38
37
90
89
9
81/z
27
26
38
5I
JI
TURRET HEAD TRAVEL-FULL STROKE
36"
29
281/z
571/z
50Yz
9
8L/z
27
26
38
5T
46',
J4
331/z
bU
67
I
6'/2
27
LO
38
37
56"
39
38lz
78
77
9
8Y2
27
zo
38
JI
66"
44
431/z
88
87
JI
7E
49
48r/z
98
97
96"
56
108"
124"
8Y2
27
to
38
8lz
27
zo
38
55r/z
I
I
I
9Yz
27
26
Jd
37
65lz
65
9
8Yz
27
LO
38
a7
79
78Yz
9
8Yz
27
26
1e
3t
L7
Capaciities: RH Ram Head Travel
'4 /'r', 'y'
i
'o,
)
RAM
a
I
A
Q MACHINE
Q nnvt
I
.RAM {EAD TRAVEL
-
gY2Ram
Rl
Machine
cc
cc
c
G
s
s
s
s
Size
Positive
Program
Positive
Program
Positive
Program
Positive
Program
Positive
I
123/q Ram
R
Rl
R
Program
Positive
Program
36"
29
28Yz
40
39
52
51
1t
71
0
L/z
Ta
lVa
4g'
56"
34
JJ'/2
45
44
52
5l
72
71
0
'/2
Ta
l3/e
?q
381/z
50
49
JI
5l
72
71
0
L/z
Te
l3/s
66"
M
55
IA
52
5l
7,)
71
0
lz
,/s
431/z
l3/a
76',
49
48Yz
60
59
52
51
72
7l
0
V2
Ta
l3/e
86"
(A
55y2
67
66
51
tt
7L
0
Vz
,h
l3/s
108"
651/z
65
761/z
75lz
52
5l
72
71
0
Vz
Ta
118
79
78Vz
90
89
52
51
72
7l
0
Vz
7h
12q',
l3/a
RAM HEAD TRAVEL
18
sTA NDARD STROK E
-
FULL S] -ROKE
36"
29
z6y2
57r/z
50lz
52
5l
72
7l
0
Y2
Ta
73/a
46"
34
JJ'/2
68
67
52
51
72
7l
0
Y2
Te
lr/8
56"
38lz
78
77
JI
51
72
7l
0
t/2
,/8
39
lr/B
66"
44
43Vz
RR
87
52
5l
72
7l
0
Vz
,/8
l3/a
49
97
52
5l
72
71
0
L/z
481/z
98
7/e
76',
l3/a
86"
56
5SYz
52
51
72
71
0
Yz
Te
l3/a
Te
1.y8
7/g
7Ta
108"
o5y2
65
52
5l
72
7L
0
L/z
124',
79
78Vz
52
51
72
7L
0
r/z
Capacities: LH and RH Ram Travel
DYN.AU.TAPE
)'
3
r-'u'
'u'u*y'//o
u
'/' / '/"
'
E
'//
,/' '/' ,/. '/'zl, ,y'
/'z
z/z
,/u /r/
2
P
,r/,
AI
1/9,,*
.J-
R
,tlTABLE
I
Q
ir*- ,t*
DD
----l
I
rl
rl
1/9"*
ll
!_____l
'
*Electrical limit set beyond home and program limit only.
STzRam
Mach.
Size
D
D
FF
FF
F
F
P
P
a
a
a
a
RIR
RIR
s
s
s
Prog
Pos
Prog
Pos
Prog
Pos
Prog
Pos
Prog
Pos
Prog
Pos
Prog
Pos I Prog
Pos I Prog
Pos
Prog
Pos
y2
303/t
30Ya
39
Jl
9
8lz
27
26
38
37
0
Y2
DD DD
Pos
12s/qRam
46',
J4
331/z
?o
Jl
56"
39
38r/z
48Yz
47
353/+
JJY4
48Yz
47
9
8L/z
27
26
38
37
0
Vz
66', M
43lz
58
56Yz
403/+
40Va
58
56Vz
I
8Vz
27
26
38
37
0
7E'
49
48Vz
67lz
66
453/t
45Y+
67Yz
66
9
8Vz
27
26
?e
5t
96"
56
551/z
803/t
79Yq
523/a
52r/+
803/t
79Yt
9
8Yz
27
26
38
108"
65Vz
65
99
97Vz 621+ 613/e
99
97Vz
9
8Vz
27
26
38
12q',
79
78Yz l24Vz 123
81/z
27
26
38
753/a
75y4 L24Vz 123
y2
s
z
Prog Elect
Te
13/s
52
51
72
71
26Yt
7/a
lr/a
52
51
72
71
263/a
Yz
Ta
L3/a
52
72
a1
27V+
0
Yz
7/B
l3/a
\,
51
72
71
27s/t
0
Yz
,/8
l3/e
52
3I
72
7l
28Vz
5I
0
lz
7/g
l3/e
52
51
,L
7l
29Y+
37
0
lz
?/8
l3/8
52
5l
72
71
303/t
19
Capacities: Rail Travel
t/
s\x.\\\\
loss\\s
/t
'/r
I
I
I
I
Q HEAD
*\\\\\\
,//
//
L
,/ /'
I
UU*
/
M
7r
///
-----+l
//
' ///
,//
./l
.Dimensions
rs UU
U and V apply to
ball screw
hav
machines having
of earlier
M
s. Machines
side heads.
thout ball screw
design, withot
s, w
with dovetail bedwaY,
side heads,
t/
I
/
,l
I
//,
///
Q rnsle
rove dimensions bY 1".
reduce above
limi apply to
Electrical limits
dim
UU and V dimensions.
20
I
I
V"
Size
/ /
A
1-
Mach.
\\\
\\\^'\
,t {'
//l
I
v luu v
v luu
48 Hi
36 Hi
24Ha
12 Hi
Standard
l
luu
v luu v luu
std.
Full
Stroke
Stroke
M
M
TT
61
71
39
46Y2
3I
71
81
67Vz
o
t'/2
37
83Yz
071/^
661/z
oo'/2
8lr/z
95Vz
l05L/z
I L'/2
71Y2
JI
83Y2
93Y2
l07lz
l77L/z
761/z
761/z
5t
951/z
l05Yz
LI9Vz
l29Vz
831/z
83Vz
40
80
94
104
118
128
93
44
80
94
r04
118
t28
l06L/z
44
5I
47
49
47
57
59
571/z
591/z
691/z
7lL/z
59lz
691/z
77r/z
69Yz
I
TL/2
SLYz
Tllz
8lr/z
83Y2
93t/z
108"
70
124',
70
36"
l3
23
25
46',
23
33
?5
56"
351/z
451/z
47r/z
66"
471/z
571/z
76',
59lz
96"
35
59
8lt/z
Capacities: LH Ram and RH Turret Travel
DYN.AU.TAPE
*,/ /,/',y'
// / ,/ //
I
1,,
R
l*r)a,.
FFr-FF -*lll
IIllll
lttt
,+
---'t --1i8"*
||
s'
II|
t
fl::
cc
---_4
G
a
Q nnv Max. LH Position
QRAMMax'LHPI
it_
lF-r+i
|
----+l
-rl
QnRn,'vax'
RH Position
+zMin.
*Electrical limit set beyond home and program limit only.
FF
FF
F
F
Mach.
GG
GG
G
G
R
R
Size
Positive
Program
Positive
Program
Positive
Program
46"
303h
30Y+
43
4tlz
0
v2
7/e
56"
353/+
35Yq
52lz
5l
0
Vz
06"
40Vt
4AVa
62
60lz
0
76',
453/a
45Yt
7lL/z
7A
96"
523/+
52V+
84/a
108"
621+
613/t
t2{'
75Vq
75V+
8y2
l2s/+Ram
Ram
s
s
s
s
z
Positive
Program
Positive
Program
Elect
l3/g
52
51
72
7L
19
Te
lYg
52
5l
72
7l
l9Vz
r/z
Te
1%
52
5l
72
71
20
0
y2
t/g
lVa
52
51
72
7t
20.Y2
83Yt
0
r/z
Te
l3/a
52
5l
72
7l
2lL/+
103
10lr/z
0
Yz
7/e
lY8
52
5l
72
7l
22
l28lz
t27
0
r/z
?h
lVe
52
51
72
7t
23Yz
R
R
Positive I Program
27
THE BULLARD COMPANY
Bridgeportn Connecticut 06609
Telephone: (203) 336-2511
0ne of the Whtte Consolldated lndustrres
WteI
o
aaa
OO
aa
oo aaa aoaa
oaa
aa
a
a
aaaaaaaaaa
aaa aaaa aaaaaaaaa
oaa
a oa aa
aa aa
aa
oa
aaa
aaaaa
aacaaa a
aaoaa
ao aa
oat
a
a
branch offices
c0NNECTICUT 06609
Bridgeport (Eastern Sales Office)
286 Canfield Avenue
(203) 336-2511
rLLtN0ls 60101
Addison (Chicago),
33 N. Addison Road, Room 104-E
(312) 279-3050
rLLrN0ls 61614
(309) 685-1041
INDIANA 46260
Ind iana po lis,
(3r7) 253-4364
1?3 i)allt
Synaeuse,
f
iiru',rlr
i-lew Y:;rk i3 ?05?
rEL r315; 4S9-&inil
oHro 44120
Cleveland,
16828 Chagrin Boulevard
(216) 92L-7070
oHlo 45242
Cincinnati,
10988 Deerfield Road
(513) 791-3133
Peoria,
713 W. Lake Street
8559 Northcrest Court, Suite
i$--lil: **{-j LtARtr (:i::) r#.PAFri }'
r, r{,{1.lR.trtAY CF { L,t,NL,Eit Jr.
C
PENNSYLVANIA 19072
Narberth (Phi ladelPhia),
861 Montgomery Ave.,
P. O. Box 156
(275) 664-2t87
MASSACHUSETTS 01701
Framingham {Boston)
2 Tally Ho Lane
(617) 879-4464
MTCH|GAN 48075
Lathrup Vi I lage (Detroit),
28840 Southfield Road
(313) 444-7522 (Detroit)
(313) 356-8585 (Southfield)
DAT 9.70-3M
PENNSYLVANIA 1 5235
Pittchr rroh
Penn Center Bldg. No. 1, Room 404
(412) 277-3415
wtscoNSlN 53222
Wauwatosa (Milwaukee)
3900 North MaYfair Road
(414) 461-3800
aa
ai
aaar
aa
oa(
ao
a