Lenze 13.7xx Motors-Geared motors - Manual (Page 23)

Technical data
Rated data
Motor series PM motors type 13.120
3
l
23 BA 13.0009 − EN 2.1
3.3.3 Motor series PM motors type 13.120
Motor
type
P
n
W
n
n
1/min
M
n
Nm
J
kg cm 2
U
A
V
I
n
A
I
max
A
R
A
Ohm
L
A
mH
F
r
N
F
a
N
m
Mot
approx.
kg
13.120.35 55
3000
0.17 0.46
24
180
3.7
0.46
41
5.0
1.3
68
2
98
220 200 1.4
13.120.45 110 0.35 1.03
24
180
6.7
0.86
44
6
0.46
27.4 1.4
52
320 280 2.4
13.120.55 200 0.64 3.8
24
180
11.8
1.4
71
9
0.19
9.8
0.54
31.5
340 280 3.7
13.120.65 370 1.18 10.7
24
180
18.6
2.5
90
11.2
0.09
4.1
0.4
25
580 330 8.0
13.120.75
540
600 1.72
1.91
16.8
24
160
27
4.5
130
20
0.06
1.6
0.2
9
570 460 10.2
Tab. 3 Characteristics for standard design
Description of scientific terms
P
r
Rated power F
r
Perm. radial load
n
r
Rated speed F
a
Perm. axial load
M
n
Rated torque m
Mot
Motor weight (mass)
J Moment of inertia U
A
Armature voltage
I
r
Rated current R
A
Armature resistance
M
A
/M
n
Ratio of starting torque to rated torque L
A
Armature inductance
U
F
Excitation voltage
I
A
/I
n
Ratio of starting current to rated current I
F
Rated excitation current
cos j Power factor I
max
Permissible peak current
3.3.4 Shaft loads
The permissible loads mentioned in the tables (Tab. 1 − Tab. 3) either are to be understood
as radial or axial forces.
K12.311−08
Fig. 4 Points of application of radial and axial forces