Technical data

Rexroth IndraDyn H Connection Techniques 8-3
DOK-MOTOR*-MBS-H******-PR02-EN-P
MSS202A-0200
MSS202B-0150
MSS202B-0210
MSS202D-0170
MSS202F-0120
MSS202F-0350
10
10
25
16
16
2 x 16
22
22
30
22
22
30
130
130
170
150
150
170
MSS242B-0100
MSS242D-0070
MSS242F-0060
16 22 150
MSS272B-0065
MSS272D-0050
MSS272F-0040
16 22 150
MSS312B-0035
MSS312D-0028
MSS312F-0028
MSS312H-0025
MSS312H-0085
16
25
16
16
2 x 25
22
22
30
22
30
150
170
150
150
200
MSS382B-0025
MSS382D-0020
MSS382F-0010
MSS382F-0018
2 x 16
2 x 0,25
2 x 0,5
30 170
*) preliminary details
Fig. 8-2: Wire cross-sections
The motor`s power cable has a motor-internal connection. The insulation
of this power cable is designed for higher temperatures; than the
insulation of the power cables designed to connect the stator and drive
device. Therefore, the details in chapter 4, “Technical Data” regarding
the minimum wire cross-section of the power conductors can differ from
the cross-sectional areas of the conductors in the motor power cable.
The motor power cable, which is fixed on the stator, is designed with
flying leads and may not be exposed to dynamic bending stresses.
When feeding the motor power cable through the spindle housing assure
that you
• do not bend the cable to a radius less than the minimum bending
radius (see Fig. 8-2).
• smooth the edges of the through-hole on the spindle housing with a
chamfer or with a grommet.
Route of the cable harness