The turret correspon d s t o th e sta te of the art and the
recognized tech nic a l s afe ty rul es. Ne ve rth el ess h a za rds a nd
risks can occur.
1.1Use within specifications
°
Install and op era te turre t o nl y i n m a ch ines complying with
the relevant regulation s for worksp ace pro tecti on.
°
Operate turret only in perfect condition and in compliance
with the Operating Instructions.
1.2Required skills
Safety note s
•Work may only be pe rfo r me d on the tu rret by qualified staff.
These are person s w ho are a ble to id en tif y ri sk s an d t o
prevent possibl e h az ard s on th e b as is o f th ei r sp ec ia l
training and their experience (IEC 60 201-1).
•All work on the electrical system is to be carried out by a
qualified electrical engineer only.
•Only trained and competent personnel may work on the
turret; this personn el m us t h av e be en instructed in
accordance with the Operating Instructions and directly on
the turret.
1.3Notes on product-specific risks
Setting tasks require a 24V D C power sup ply.
Clearing required prior to any work:
°
Switch the machine off.
°
Push the motor pro te cti on switch for the turret into the
OFF po s itio n.
In the event of a fau lt or a collision, unexpected rota tio n of t he
tool disk is pos si ble.
Injury hazard.
CAUTION
Do not attempt any further switching operations, if the turret is
damaged, as otherwise considerable conseq uential damage
may be cause d.
°
Call SAUTER Service.
CAUTION
Functional fau lts m ay b e c a us ed by a n ing r es s of ch ip s and
contamination.
°
Close open too l l oc ations and cooling lubrica nt bo res by
means of suitable closing plugs.
For manual operation, turn the motor sha ft with the help of a
hexagonal pin wrench, complete with T-grip.
WARNING
A reversal of the m om e nt of the m oto r re su lts in th e
acceleration of the mot or shaft . The hexag onal pin wr ench may
thus be unexpectedly accelerated.
Therefore, in order to avoid the ejection of the hexagonal pin
wrench and resu lti ng in ju ries , firmly grip the hexagonal pin
wrench.
1.4Disposal
°
Comply with all national and regional disposal regulations
and laws.
The information contained in these Operating Instructions is in
conformity with the k no wledge at the point of printing .
Subject to modifica tio ns wh ich o cc ur with in the fra m ewo rk of
continuous further development.
All liability an d w a rran ty sh a ll be excluded if
•the notes and instructions contained in these Operating
Instructions are not complied with,
•the product is not used as directed,
¢
Use within specific at ion s, pa ge 7
•the product including accessories is in correctly operated,
•the product including accessories is in competently repaired
and maintained,
•conversions and f unctional cha nges are imp lemented witho ut
approval by the manufacturer,
•no suitabl e sp in d le uni t s are us e d as st ipulated in SAUTER
Product Informat io n PI 14.2, for examp le ,
•no suitable tool disks and tool holders are used,
Number of indexing positions8 or 12 or 16
Perm. tangential torque
1)
Nm3,000
(turret locked)
at calculated safety
Perm. mass moment of inertia of tool disk,
kgm
2
1.3
1.8 – 7.5
2)
tool holders, and tools
Perm. unbalance (load moment) caused
Nm63
by tool holders and tools
Indexing times
Theoretical cycle time
2)
41α+
i
s
----------------×017,×01,+
n
.
.
(unlock/turn/lock)
at rotating angle α [degrees]
Gear ratioisee turret type plate
Motor speednrpmsee motor rating plate
Perm. indexing frequencymin
-1
10 – 5.5
2)
Operating voltage/mains frequencysee motor rating plate
Degree of protectionIP 65
Turret mass
kgapprox. 70
(without tool disk)
Perm. ambient temperature range°C
°F
Operating pressure for cooling lubricant
3)
Cooling lubricant valve – standard version
constant supply
externally switched suppl y
Medium pressure valve (option)
1) The perm. loads refer to processing without load shocks. Whenever processing is
subject to intermittent cuts, shocks or impacts, a significantly reduction in the values
needs to be taken into account.
2) Depending on gear ratio and mains frequency
3) In order to achieve an extended service life of the cooling lubricant valve, it is advisable
to filter the cooling lubricant by ≤ 100µm. Post-connected loads (spindle units with
internal cooling lubricant guide a.o.) may require a higher degree of filter fineness. Note
and comply with the manufacturer’s instructions!
Suitable for spindle units
coupling profile17 × 14DIN 5482
1) The data stated here may differ on special versions.
2) M
3) The permissible torque can be utilized for non-pulse machining operations.
is the permissible peak load for the gears.
perm
The torque must be limited on the motor frequency converter to the value
indicated, while adhering to the gear ratio involved!
The useful power data depend on the performance characteristic curve of the motor type
used.
For strongly pulsed machining operations - e.g. inserted tooth milling cutters and others only a significantly reduced drive torque should be applied to protect the gears against
any overloads.
A reversal of the m ome nt o f t he m oto r re su lts in th e
acceleration of the motor shaft. The hexagonal pin wrench may
thus be unexpectedly accelerated.
Therefore, in order to avoid the ejection of the hexagonal pin
wrench and resu lti ng in juri es , fi rm ly grip the hexagonal pin
wrench.
4. Keep the same direction of rotation, continue to rotate.
·
The disk-type tool tur ret unlo cks; a r eversal o f the mo ment
on the motor shaft can be felt.
5. Keep direction of rotation, continue to rotate disk until
locating disk (or tool disk) starts to turn as well.
6. Keep direction of rotation, continue to rotate disk until
locating disk (or tool disk) has reached the position r equired,
then press in the keeper by means of a screwdriver.
·
The preindexing bolt engages into a hole.
·
The tool disk cannot be rotated any further.
15
Manual mode
Lock turret
7. Reverse direction of rotation on the motor shaft whilst
simultaneously pressing in keeper.
·
The disk-type tool turret locks.
The lock resistance can be felt when rotation is continued.
The locking process ends, if t he centr e pos ition o f the lock
can be felt.
On completion of setup or maintenance work:
8. Screw in plug and fit covering hood.
Note position of cables in order to avoid any pinching of the
same.
Lock turret in position 1
IMPORTANT
For some setup and mai nte nanc e work th e disk -type tool tu rret
has to be locked in position 1.
Precondition
•Numeral 1 of the locating disk has reached its 12 o’clock
position relative to the turret base area.
or
•Position 1 of the tool disk is in working position .
16
1. Use a hexagonal pin wrench, complete with T-grip, and
rotate the motor shaft until position 1 has been reached.
2. Press in the keeper by means of a screwdriver and rotate the
motor shaft until the disk-type tool turret locks (see above).
Plan your tasks car efully in order to provide fo r troublefree o peration an d
reduce necessar y downtimes to a minimum.
IMPORTANT
°
Maintenance intervals must be adapted
to the operating conditions involved.
if required
after 4000 operatin g hours
of the machine
respectively
after 2½ years
respectively
after 8000 operating hours
of the machine
respectively
Clean tool drive coupling.User
Check tool drive coupling for d amage,
User
replace if necessary.
SAUTER Service
Check cooling lubricant valve for wear
and leakage.
Replace any defective parts.
Check oil of the turret gearbox
User
¢
Page 26
User
chamber;
¢
if necessary, replenish oil.
Check grease condition of tool drive
unit; if necessary, replenish grease.
Check all electrical lines and
Page 19
User
¢
Page 21
User
connections for mechanical damage as
well as embrittlement.
Replace any defective parts.
Change the oil of the turret gearbox
Specialist electrical
engineer
User
chamber.
¢
Page 19
1)
after approx. 2–3 million
indexing operations
respectively
18
The service life of the tool drive unit
SAUTER Service
may possibly be reach ed, depend ing
on the operating conditions involv ed.
A general overhaul is recommende d
for further trouble-free operation.
The service life of the turret may
SAUTER Service
possibly be reached, depending on the
operating conditions involved.
A general overhaul is recommende d
for further trouble-free operation.
1) These are persons who are able to identify risks and to prevent possible hazards
on the basis of their special training and their experience
(IEC 60 201-1).
Repairs after fault conditions
Adjusting the angular encoder
Checking the setup for symmetr y
1. Use hexagonal pin wrench with T-grip for rotating the motor
2. Rotate motor shaft until illuminated diode on the angu lar
shaft.
encoder or the indication “Position 1” on the machine are
extinguished.
3. Note the T-grip position.
WARNING
A reversal of the m om e nt of the m oto r re su lts in th e
acceleration of the mot or shaft . The hexag onal pin wr ench may
thus be unexpectedly accelerated.
Therefore, in order to avoid the ejection of the hexagonal pin
wrench and resu lti ng in ju ries , firmly grip the hexagonal pin
wrench.
4. Carefully continue to rotate until a moment reversal can be
felt on the motor shaft.
5. Note the T-grip position.
The distance between the two grip positions characterizes the
angle range.
6. Repeat steps 1 to 5 with reverse direction of rotation. The
α must be the same for both directions of rotation!
angle
28
By turning the angular encoder out of position, any
dissymmetry can be removed.
Insert the shaft o f th e a ng ul ar enc o de r in to the bore of the
flexible shaft an d introduce carefully until the an gu la r
encoder is in contact with the plate. Ensure that the claws
are in their correct position!
°
Use setscrew to attach the angular encoder to the shaft.
°
If necessary, check the adjustment of the angular encoder.
¢
Page 28
°
Use claws to secure the angular encoder.
°
Fit covering hood. Note position of cables in order to avoid
any pinching of the same.
Angular encoder, in side position
Preparation
°
Lock disk-type tool turret in position 1.
¢
Manual mode, page 14
1
23
°
Note the position of the cable outlet (2) on the angular
encoder (3), remove attachment.
°
Undo cables (1) on te rm ina l s tri p (n ote wh ere th ey a r e
connected).
Repairs after fault conditions
Proximity s wit ch S 7
Checking
.
°
°
Adjusting
°
+
brown
11
8
V
24 V
black
blue
−
H-Signal ≥ 90% of rated voltage
Apply a voltage of 24 V DC to the proximity sw itc h (1).
The proximity switch is energized when the LED lights up.
Insert tested/new proximity switch (1).
Unlock disk-type to ol tu rret.
¢
Manual mode, page14
°
Move disk-type tool turret into a location between two
positions.
If the keeper (M) is operated, the preindexing bolt (4) can be
pressed in pa rtia lly o nl y.
a
5
4
M
°
Set switching distance x = 0.3 – 0.5 mm.
°
Determine dimension a.
x
2
3
1
34
a = stroke of the preindexing bolt (4) up to the damping
ring (5) when the so le no id is op erated manually
(corresponds to the press-in depth of the keeper (M)).
The solenoid deter mines the engagemen t path. The co upling end p ositions
are controlled b y mean s of t he prox imity s witches S 10 “Tool drive engaged”
and S11 “Tool drive disengaged”.
Clearing required prior to any work:
°°
Preparation
°
If a tool disk is f itte d, th e tool holder location must be
accessible in working position:
°
Switch the machine off.
Push the motor prote cti on s witc h f or t he tu rret i nto th e
OFF p os ition.
If necessary, remove the covering hood on the tool drive unit.
If necessary, disassemble tool ho ld er.
1
3
5
Replacing
°
Remove screws (1) on the flange plate of the soleno id (2).
°
Undo setscrew (5).
°
Replace the solenoid(2) c omplete with adjusting nut(3) and
Spaghetti hose
O-ring seal
Wire race ball bearing
O-ring seal
Deep groove ball bearing
6058 548O-ring seal
058 521O-ring seal
063 461O-ring seal
065 993O-ring seal
7076 749
8118 182
Proximity switch
Solenoid
9058 495O-ring seal
059 932O-ring seal
1) 2) 3) 4)
5)
6)
7)
1) 2) 3) 4) 6) 7)
5)
0.636m
1
1
1
1
1
1
1
1
2
1
1
1
10034 592
11058 506
12 A075 508
12 B101 121
13103 530
14065 138
15038 494
16060 663
1) for motor SIEMENS 1FT5 072
2) for motor SIEMENS 1FT5 076
3) for motor SIEMENS 1FT6 084
4) for motor FAGOR FXM 55
5) for motor FANUC alpha 22
6) for motor SIEMENS 1FT5 066
7) for motor FANUC 6S
8) standard version
9) version for medium pressure
FU groove ring
O-ring seal
Cooling lubricant valve, complete
Cooling lubricant valve, complete
Pinion shaft, complete
Radial seal for rotating shaft
Deep groove ball bearing
O-ring seal
Spaghetti hose
O-ring seal
Wire race ball bearing
O-ring seal
Deep groove ball bearing
6058 075O-ring seal
058 548O-ring seal
058 521O-ring seal
065 993O-ring seal
7076 749
8118 182
Proximity switch
Solenoid
9058 521O-ring seal
065 993O-ring seal
1)
2)
3)
4) 5) 6)
3) 6)
1) 2) 4) 5)
0.636m
1
1
1
1
1
1
1
1
2
1
1
1
10034 592
11058 506
12 A075 508
12 B101 121
13103 778
14065 138
15038 494
16060 663
1) for motor FANUC 2S
2) for motor SIEMENS 1FT5 072
3) for motor FANUC alpha M12
4) for motor SIEMENS 1FT6 064
5) for motor INDRAMAT MDD 93A
6) for motor FANUC alpha M12/4000HVi
7) standard version
8) version for medium pressure
FU groove ring
O-ring seal
Cooling lubricant valve, complete
Cooling lubricant valve, complete
Pinion shaft, complete
Radial seal for rotating shaft
Deep groove ball bearing
O-ring seal
Spaghetti hose
O-ring seal
Wire race ball bearing
O-ring seal
Deep groove ball bearing
6058 548O-ring seal
058 521O-ring seal
063 461O-ring seal
065 993O-ring seal
7076 749
8118 182
Proximity switch
Solenoid
9058 495O-ring seal
059 932O-ring seal
1) 2) 3)
4)
5)
6)
1) 2) 3) 5) 6)
4)
0.636m
1
1
1
1
1
1
1
1
2
1
1
1
10034 592
11058 506
12 A075 508
12 B101 121
13103 530
14065 138
15038 494
16060 663
1) for motor SIEMENS 1FT5 072
2) for motor SIEMENS 1FT5 076
3) for motor SIEMENS 1FT6 084
4) for motor FANUC alpha 22
5) for motor SIEMENS 1FT5 066
6) for motor FANUC 6S
7) standard version
8) version for medium pressure
FU groove ring
O-ring seal
Cooling lubricant valve, complete
Cooling lubricant valve, complete
Pinion shaft, complete
Radial seal for rotating shaft
Deep groove ball bearing
O-ring seal
O-ring seal
Cooling lubricant valve, complete
Cooling lubricant valve, complete
Pinion shaft, complete
Radial seal for rotating shaft
Deep groove ball bearing
O-ring seal
1
7)
8)
1
1
1
2
2
2
55
Replacement parts Tool Drive
for turret 0.5.473.520 - 125 365