SICK SKS36S Instructions D'utilisation page 8

Permissible shaft movement (see mounting
suggestion)
Static (radial/axial)
Dynamic (radial/axial)
Shaft loading capacity (radial/axial)
Mission time of ball bearings
2
Working temperature range
Storage temperature range (without pack‐
aging)
Permissible relative humidity (without con‐
densation)
Resistance to shocks
1
Resistance to vibrations
2
Protection class
3
EMC
4
Operating voltage
Recommended operating voltage
Max. operating current w/o load
Available storage area in EEPROM
5
Interface signals, process data channel
Interface signals, parameter channel (RS
485)
Type identifier (HIPERFACE® command
52h)
Safety characteristics
Safety integrity level
6
Category
Test rate
Maximum demand rate
Performance level
6
PFH : probability of dangerous failure
D
per hour
7
T (mission time)
2
M
MTTF : Mean time to dangerous failure
D
In accordance with EN 60068-2-27
1
In accordance withEN 60068-2-6
2
In accordance with IEC 60529, with mating plug inserted and cover closed
3
In accordance with EN 61000-6-2, EN 61000-6-4 and EN 61326-1. EMC is ensured if
4
the motor feedback system is fitted in a conductive housing connected to the central
grounding point of the motor controller via cable shielding. The GND-(0V) connection of
the supply voltage is also grounded. If other shielding concepts are used, the user must
perform his own tests.
If the electronic type label is used in effective combination with numeric controls, patent
5
EP 425 912 B 2 must be observed; that does not apply if the effective connection is
established using speed controllers.
For more detailed information on the exact configuration of your machine/unit, please
6
consult your relevant SICK branch office.
The values displayed apply to a diagnostic degree of coverage of 90%, which must be
7
achieved by the external drive system.
The mission time can also be limited by the bearing service life specific to the application.
2
8014124/10RG/2018-08-20/de, en, es, fr, it
SKS36S SKM36S SKS36S SKM36S
Conical Conical Stand Stand
Shaft Shaft Alone Alone
-
± 0.1 mm/–0.4 -
mm, +0.2 mm
± 0.05 mm/± 0.1 -
mm
- 10 Nm/5 Nm
3,6 x 10 revolutions 2 x 10 revolutions
9 9
-20 ... + 110 °C -20 ... + 100 °C
-40 ... + 125 °C
90%
100 g/6 ms
50 g/10 ... 2000 Hz
30 g/10 ... 2000 Hz (applies to SKM36S-
HFA0-S01, SKS36S-HFA0-S01)
IP 50 IP 65
7 ... 12 V
8 V
60 mA
1,792 byte
analog, differential
digital
32h 37h 32h 37h
SIL2 (IEC 61508), SILCL2 (EN 62061)
3 (EN ISO 13849)
Not required
continuous (analog signals)
PL d (EN ISO 13849)
1,3 x 10 revolutions
-8
20 years (EN ISO 13849)
874 years (EN ISO 13849)
8.1 Dimensional drawings (all dimensions in mm)
40
-2
7.2
A
5
3
1:3
8
1.5
Mounting suggestion
6
A
*
Ø 0.1 B
Min. 10 7.4
13
Figure 3: Dimension illustration and mounting suggestion for SKS36S/SKM36S
tapered shaft
A
1 x M12
B
Ø 0.05
8
9.5
C
B
0.02 A
10
±0.3
0.08 A
0.08 A
2.5
Figure 4: Dimension illustration and mounting suggestion for SKS36S/SKM36S
tapered shaft
8.2 Assembly figures
7
10
5
12
9
6
13
4
11
1
8
Figure 5: Assembly figure for SKS36S/SKM36S tapered shaft
SKS36S/SKM36S, SKS36S Stand-Alone, SKM36S Stand-Alone | SICK
Ø 45
Ø 38
Ma 4 Nm.
Oval.head screw M3 x 8 (2x)
DIN 7985 with Torx head
Thread-forming as per DIN 7500
A
*
3.4
-0.2
A
A
*
R 6.3
Z
B
+0.2
2 **
-0.4
** ±+0.2 -0.4
0.4
*) The size of the tolerance reduces the permis-
+0.2
sible wave movement. See technical data.
General tolerances as per DIN ISO 2768-mk
7.8
A
2.5
+0.2
45
General tolerances as per DIN ISO 2768-mk
Removal (Fig. A)
3
2
3 x 100°
Ø 0.05 C
8