GW GD - DC power supply units 0 pages

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DC power supply units
GW
GD
Designed and tested according to
· IEC/EN 61558-2-6
· VDE 0570-2-6
· UL 506
· CSA 22.2 No. 66
For use according to
· IEC/EN 60204-1
· VDE 0113
Typical applications
· Control voltage circuits
· Functional low voltage
Basic equipment
· Separate windings
· Insulation class B
· Ambient temperature –25 to 40 °C
· Connection terminal (<63 A)
· Frequency 50/60 Hz
· Single-phase GW units with fuse
on the DC side and LED
Further equipment
· Enclosure IP23 page 56
· Additional tapping page 59
· Temperature Control page 61
47
DC power supply units GW, GD
V AC V DC A Euro
230 24 3 GW4-030-BA3 84.80 0.36
(5 %) 200016
5 GW4-050-BA3 106.20 0.37
200017
8 GW4-080-BA3 122.10 0.82
200018
10 GW4-100-BA3 131.70 0.96
200019
400 (± 5 %) 24 5 GD4-050-BD3 104.80 0.65
(3 %) 200007
10 GD4-100-BD3 125.30 1.12
200009
15 GD4-150-BD3 146.50 1.30
200011
20 GD4-200-BD3 167.80 2,10
200012
30 GD4-300-BD3 200.20 3.00
200014
Design input
voltage
50/60 Hz
Design output
voltage (residual
ripple)
Design output
current
Type
Order no.
Price**)
per unit
Cu-factor1)
Type U1 I1 Switch Rated current Switch only short-circuit
protection
**) All prices are quoted net
1) Material surcharge –› page 64
Type a b b1 c e f ø g
Fig1
GW4-030-BA3
GW4-050-BA3
GW4-080-BA3
GW4-100-BA3
Fig2
GD4-050-BD3
GD4-100-BD3
GD4-150-BD3
GD4-200-BD3
GD4-300-BD3
Residual
ripple
Shortcircuit
losses
No-load
losses
Total
weight
2
2.5
3.65
4.45
2.4
4.4
5.8
7.6
11.2
kg W W Electromagnetic compatibility
Interference emission
ESD
RFI
Burst
Surge
Impulse voltage
Environmental data
Ambient temperature
Storage and transport temperature
Degree of soiling
Vibration
Shock
Installation altitude
Class B, ( EN 55 011, 22 )
6 kV contact ( level 3 )
8 kV air ( level 3 ), IEC/EN 61 000-4-2
10 V/m, modulated, IEC/EN 61 000-4-3
2 kV ( level 3 ), IEC/EN 61 000-4-4
2 kV ( inst.-class 3 ), IEC/EN 61 000-4-5
4.9 kV, IEC/EN 60 947
-25 °C to +55 °C
linear characteristic of the Derating
Curve from 40 °C to 55 °C
from 100 % output to 93 % output
25 °C to +85 °C
2, EN 50 178
0.0075 mm, ( 10-57 Hz ), 10 Zyklen,
IEC 60 068-2-6
11 ms/15 g, IEC 60 068-2-27, ( 3 shocks )
max. 2000 m above sea level, if higher:
take derating into account
Fig.1 Fig.2
V A A
GW 4-030-BD3 230 0.45 PKZM0-0.63 0.45 FAZN S1 •
GW 4-050-BD3 230 0.8 PKZM0-1 0.8 FAZN S1 -
GW 4-080-BD3 230 1.2 PKZM0-1.6 1.2 FAZN S1 -
GW 4-100-BD3 230 1.4 PKZM0-1.5 1.4 FAZN S2 -
GD 4-050-BD3 3 x 400 0.24 PKZM0-0.25 0.24 FAZN S1 •
GD 4-100-BD3 3 x 400 0.46 PKZM0-0.63 0.46 FAZN S1 •
GD 4-150-BD3 3 x 400 0.65 PKZM0-1 0.65 FAZN S1 -
GD 4-200-BD3 3 x 400 0.9 PKZM0-1 0.9 FAZN S1 -
GD 4-300-BD3 3 x 400 1.8 PKZM0-2.5 1.8 FAZN S2 -
GW GD In order to help the user to select the
correct
protective motor switch,
protective
motor switches made by
Moeller are listed in the above table as
examples. Of course other protective
motor switches of other manufacturers
are equally suited and approved for the
performance of the task.
< 5 %
< 5 %
< 5 %
< 5 %
< 3 %
< 3 %
< 3 %
< 3 %
< 3 %
26
41
46
57
27
45
63
89
101
7.6
9
12.8
14.1
5
14.2
13.9
25.5
38.2
85
85
106
121
125
155
155
190
190
4.8
4.8
5.8
5.8
58888
60.5
69
69.5
70
45
57
72
58
78
64
64
80.5
90
100
130
130
170
170
119
134
150
168
135
165
165
220
235
74
83
87
86
61
77
92
83
103
85
93
95
100
68
77
92
100
110
all dimensions in mm
Output current
Output current
Output voltage
Output voltage