Bürstenlose Gleichstrommotoren Baureihe BG - Dunkermotoren

BG 75 SI, 220 - 450 W
Dimensions in mm / Maßzeichnung in mm
rotatable/
drehbar
Woodruff key/
Passfeder
A 5x5x22
Connector/
Stecker
M17, 4-pin (Power)
Connector/Stecker
M16, 12-pin
45°
4x Ø 5.2
65 ±0.2
+0.012
Ø 14 k6 +0.001
A
Ø 32 -0.05
3
L
3
30 ±1
Centring/
Zentrierung
DM4 DIN332
B
45 Ø (M5, 9+2tief)
Ø 32 -0.05
56 Ø (M6, 9+2tief)
Ø 45 (Ø 4.66, 13 tief)
60 Ø (M6, 9+2tief)
75 ±0.5
Permissible shaft-load/
Zulässige Wellenbelastung
F R [N]
600
500
Ø 56 (Ø 5.61, 13 tief)
Ø 60 (Ø 5.61, 13 tief)
Radial-/ axialloads on the end of the shaft
F A
=Fr/3 for L h10
= 20.000 h
300
Motor L
200
35
7000
Radial-/ Axialkräfte am Wellenende
100
BG 75x25 115±0.5
35
7000
F 0
A
=Fr/3 für L h10
= 20.000 h
BG 75x50 140±0.5
0 1000 2000 3000 4000 5000 6000
ϑ R =20°C
[rpm]
BG 75x75 ϑ R =20°C 165±0.5
30
6000
Δϑ El = 80K
30
6000
Δϑ El = 80K
N = f (M)
Pin 25 100 assignment 5000 / Pinbelegung
η
25 100 5000
J = f (M)
N = f (M)
η J = f (M)
12-Pin Signal 4-Pin Power / Signal
A20
80 IN04000
G AI+ 1 20 80 4000
UPower
B IN1 H AI- 2 Ballast
15 60 3000
15 60 3000
C IN2 J ULogic 3 GND Power
D IN3 K GND
10 40 2000
Logic 4 Earth
10 40 2000
E OUT1 L PC-
F 5 20 OUT2 1000
M PC+
I
5 20 1000
Limit =30A I Limit =50A I Limit =35A I Limit =50A
M
0
N M max
M
0 0
0 0
N
M max
0
0 20 40 60 80 100 120 140 160 180 200
0 In 40 accordance 80 120 with 160 EN 200 60034 240 280 320 360 400
Characteristic diagram / Belastungskennlinien Ncm
Belastungskennlinien gezeichnet nach EN 60034 Ncm
35 35 7000 7000
35
35
7000
7000
35
ϑ R ϑ=20°C
R =20°C
R =20°C
ϑ 30 30 6000 6000
Δϑ Δϑ El = El
80K
30
6000
Δϑ R =20°C
= 80K 30
6000
W = 100K
Δϑ El 30
N = f (M)
J = f (M)
El = 80K
25 25 100 100 5000 5000 N = f (M)
η η
25
100
5000
N = f N (M)
J = f (M)
25 100 5000 = f (M)
N = f (M)
J = f (M)
η η J = f (M)
25 100
J = f (M)
20 20 80 80 4000 4000
20
20
80
80
4000
4000
20 80
15 15 60 60 3000 3000
15
15
60
60
3000
3000
15 60
10 10 40 40 2000 2000
10
10
40
40
2000
2000
10 40
5 5 20 20 1000 1000
I I Limit =35A Limit =30A I Limit =50A
5
I Limit =50A 5
20
20
1000
1000
I Limit =35A I Limit =50A
5 20
Limit =30A I Limit =50A
M M
0
N M max
M
0 0
N
M
0 0 0
N M max
M M max
max
0 0 5020 10040 15060 20080 250100 300120 350140 400160 450180 500200
0
N M max
0 0
25 40 50 80 75 120 100 160 125 200 150 240 175 280 200 320 225 360 250 400 0 0
0 20 40 60 80 100 120 140 160 180 200
Ncm Ncm
Ncm
5
20
20
1000
1000
I Limit =35A I Limit =50A
5 20 1000
mit =50A M Limit =35A I Limit =50A
5 20 1000
I Limit =35A I Limit =50A
5 20
M M max
M
0 0 0
N
M max
max
0
N
M max
M
0 0
180 200
0 50 40 100 80 150 120 200 160 250 200 300 240 350 280 400 320 450 360 500
0 0 0
N M max
400
0 0 5025 10050 15075 200100 250125 300150 350175 400200 450 225 500 250
0 0
Ncm
Ncm
Ncm Ncm
BG 75x25 SI, 24 V
BG 75x50 SI, 24 V
35
35
7000
7000
35 35 7000 7000
35
=20°C
ϑ R =20°C
ϑ R =20°C
ϑ
30
30
6000
R =20°C
ϑ R =20°C
6000
Δϑ El 80K 30 30 6000 6000
Δϑ W = 100K
Δϑ El = 80K
Δϑ
J = f (M)
El = 80K
Δϑ El = 80K
30
25
25
100
100
5000
5000 N = f (M)
25 25 100 100 5000 5000
f (M)
J = f (M)
J = f (M)
N = f (M)
η J = f (M)
N = f (M) η η
25 100
20
20
80
80
4000
4000
20 20 80 80 4000 4000
20 80
15
15
60
60
3000
3000
15 15 60 60 3000 3000
15 60
10
10
40
40
2000
2000
10 10 40 40 2000 2000
10 40
BG 75x50 SI, 40 V
BG 75x75 SI, 40 V
current/Strom I (A)
current/Strom I (A)
current/Strom I (A)
efficiency/Wirkungsgrad η (%)
efficiency/Wirkungsgrad η (%)
rated speed/Drehzahl n (rpm)
rated speed/Drehzahl n (rpm)
current/Strom I (A) I (A)
efficiency/Wirkungsgrad η (%)
efficiency/Wirkungsgrad η (%)
rated speed/Drehzahl n (rpm)
rated speed/Drehzahl n n (rpm)
current/Strom I (A)
current/Strom I (A) I (A)
efficiency/Wirkungsgrad η (%)
400
efficiency/Wirkungsgrad η (%)
(%)
rated speed/Drehzahl n (rpm)
rated speed/Drehzahl n n (rpm)
current/Strom I (A)
current/Strom I (A)
efficiency/Wirkungsgrad η (%)
efficiency/Wirkungsgrad η (%)
rated speed/Drehzahl n (rpm)
rated speed/Drehzahl n (rpm)
current/Strom I (A)
current/Strom I (A)
efficiency/Wirkungsgrad η (%)
efficiency/Wirkungsgrad η (%)
ϑ R =20°C
Δϑ El = 80K
35
30
7000
6000
ϑ R =20°C
Δϑ W = 100K
61
25 100 5000 N = f (M) J = f (M)