Open Frame AC-DC Converters SWE Series
Edition 5/5.2000 1/13
TOKO 5/10/15/30 Watt AC-DC Converters SWE Series
• Ultra thin and compact
• High isolation
• Noise standard: meets EN 55011/55022
Safety according to IEC/EN 60950
Summary
The new SWE series of ultra compact switchers satisfies
the design engineer’s demand for less space without sacri-
ficing power and efficiency. Very low profile of one inch is
maintained on most models. Choice of 5, 10, 15, and
30 Watt ratings with single output, open frame or covered
models are available. Universal AC input on all models and
UL1950, CSA 1402 and TÜF (IEC/EN 60950) approvals,
meeting FCC class B, EN 55022 noise standards.
65
2.6"
50
2.05"
18
0.7"
114
4.49"
97
3.82"
27.4
1.08"
SWE 05 SWE 30
Type Survey and Key Data
Table 1: Type survey
Output Input voltage Rated power Efficiency 1 Type designation
U
o nom
I
o nom range
T
A = 40°C Case Open frame Open frame
[V DC] [A]
U
i min...
U
i max
P
o tot [W] h [%] Terminal strip Terminal strip Connector
5 1.0 85...264 V AC 5 70 ––SWE 05-05FC
5 2.0 47...63 Hz 10 70 –SWE 10-05F SWE 10-05FC
5 3.0 15 70 SWE 15-05C SWE 15-05F SWE 15-05FC
5 6.0 30 70 SWE 30-05C SWE 30-05F SWE 30-05FC
12 0.42 5 75 ––SWE 05-12FC
12 0.83 10 75 –SWE 10-12F SWE 10-12FC
12 1.30 15 75 SWE 15-12C SWE 15-12F SWE 15-12FC
12 2.50 30 75 SWE 30-12C SWE 30-12F SWE 30-12FC
15 0.67 10 75 –SWE 10-15F SWE 10-15FC
15 1.00 15 75 SWE 15-15C SWE 15-15F SWE 15-15FC
15 2.00 30 75 SWE 30-15C SWE 30-15F SWE 30-15FC
24 0.42 10 75 –SWE 10-24F SWE 10-24FC
24 0.63 15 75 SWE 15-24C SWE 15-24F SWE 15-24FC
24 1.33 30 75 SWE 30-24C SWE 30-24F SWE 30-24FC
1Efficiency at
U
i rated and
I
o nom
Key applications
Equipment for office automation, factory automation, peri-
pheral, communication, security, display, test and measu-
rement, inspection and medical.
Table of Contents Page
Summary .......................................................................... 1
Type Survey and Key Data .............................................. 1
Type Key and Product Marking ........................................ 2
Functional Description...................................................... 2
Electrical Input Data ......................................................... 3
Electrical Output Data ...................................................... 3
Page
Electromagnetic Compatibility (EMC) .............................. 6
Immunity to Environmental Conditions............................. 7
Mechanical Data .............................................................. 8
Safety and Installation Instructions ................................ 11
Accessories .................................................................... 13
Input voltage range 85...264 V AC
1 output up to 24 V DC
4300 V DC I/O electric strength test voltage
Open Frame AC-DC Converters SWE Series
Edition 5/5.2000 2/13
Type Key
Type Key
SWE 15 – 12 FC
Series ................................................................................. SWE
Nominal output power [W] ...................................... 05…30
Nominal output voltage [V] ..................................... 05…24
Structure and connections
Case with terminal strip .............................. C
Open frame with terminal strip ..................... F
Open frame with connector....................... FC
Printed circuit board with connector.......... PC 1
1For SWE 05, SWE 10, SWE 15
Example: SWE 15-12 F = AC-DC converter providing 12 V/1.3 A and configured as open frame with terminal strip.
N
L
Input
filter
Fuse
Overload
protection
and control
circuit
Output voltage
sensing circuit
V–
Y
FG
FG Y
V+
Y
Inrush
current
limiter
03068
Fig. 1
Block diagram SWE 05/10/15
N
L
Input
filter
Fuse
Overload
protection
and control
circuit
Output voltage
sensing circuit
V–
Y
FG
FG Y
V+
Y
Inrush
current
limiter
03069
Fig. 2
Block diagram SWE 30
Functional Description
Open Frame AC-DC Converters SWE Series
Edition 5/5.2000 3/13
Electrical Input Data
General Condition:
T
A = 25°C unless otherwise specified
Table 2: Input data
Characteristics SWE 05-.. SWE 10-.. SWE 15-.. SWE 30-.. Unit
U
i rated Rated input voltage 100-120/200-240 V AC
U
iInput range voltage 85...264
f
iLine frequency 47...63 Hz
I
iInput current 1 100/200 V AC 0.12/0.06 0.24/0.12 0.36/0.17 0.7/0.5 A
l
inr Inrush current (max.) 1 100/200 V AC 30/60 30/60 30/60 45/90
I
i leak Leakage current (max.) 120/240 V AC 0.5/0.75 mA
1At
U
i rated and
I
o nom
Electrical Output Data
General Condition:
T
A = 25°C unless otherwise specified
Table 3a: Output data 5 W types
Characteristics SWE 05-05.. SWE 05-12.. Unit
U
o nom Output voltage nom. 5 12 V
Adjustable voltage range ±10 %
I
o nom Rated output current 1 0.42 A
I
oOutput current min./max. 0...100 %
U
oRipple-noise 1 max. 120 mVpp
D
U
o U Line regulation 85...264 V ±3%
D
U
o I Load regulation 0...100% ±3
D
U
o t Drift (t = 0.5...8 h) typ. ±3
aUo Change in temp. 0...50°C±3
I
o L Output current limitation 2 105
U
o P Overvoltage protection max. not available
Remote sensing not available
Output indicator LED on PCB
t
o r Rise time 1 max. 30 100 ms
t
o h min Hold up time 1 100 V AC 15
hEfficiency 1 typ. 70 75 %
1At
U
i rated and
I
o nom
2Constant current method, automatic recovery
Open Frame AC-DC Converters SWE Series
Edition 5/5.2000 4/13
General Condition:
T
A = 25°C unless otherwise specified
Table 3b: Output data 10 W types
Characteristics SWE 10-05.. SWE 10-12.. SWE 10-15.. SWE 10-24.. Unit
U
o nom Output voltage nom. 5 12 15 24 V
Adjustable voltage range ±10 %
I
o nom Rated output current 2.0 0.83 0.67 0.42 A
I
oOutput current min./max. 0...100 %
U
oRipple-noise 1 max. 120 120 150 200 mVpp
D
U
o U Line regulation 85...264 V ±3%
D
U
o I Load regulation 0...100% ±3
D
U
o t Drift (t = 0.5...8 h) typ. ±3
aUo Change in temp. 0...50°C±3
I
o L Output current limitation 2 105
U
o P Overvoltage protection max. not available
Remote sensing not available
Output indicator LED on PCB
t
o r Rise time 1 max. 30 100 150 200 ms
t
o h min Hold up time 1 100 V AC 15
hEfficiency 1 typ. 70 75 75 75 %
Table 3c: Output data 15 W types
Characteristics SWE 15-05.. SWE 15-12.. SWE 15-15.. SWE 15-24.. Unit
U
o nom Output voltage nom. 5 12 15 24 V
Adjustable voltage range ±10 %
I
o nom Rated output current 3 1.3 1 0.63 A
I
oOutput current min./max. 0...100 %
U
oRipple-noise 1 max. 120 120 150 200 mVpp
D
U
o U Line regulation 85...264 V ±3%
D
U
o I Load regulation 0...100% ±3
D
U
o t Drift (t = 0.5...8 h) typ. ±3
aUo Change in temp. 0...50°C±3
I
o L Output current limitation 2 105
U
o P Overvoltage protection max. not available
Remote sensing not available
Output indicator LED on PCB
t
o r Rise time 1 max. 30 100 150 200 ms
t
h min Hold up time 1 100 V AC 15
hEfficiency 1 typ. 70 75 75 75 %
1 At
U
i rated and
I
o nom
2Constant current method, automatic recovery
Open Frame AC-DC Converters SWE Series
Edition 5/5.2000 5/13
General Condition:
T
A = 25°C unless otherwise specified
Table 3d: Output data 30 W types
Characteristics SWE 30-05.. SWE 30-12.. SWE 30-15.. SWE 30-24.. Unit
U
o nom Output voltage nom. 5 12 15 24 V
Adjustable voltage range ±10 %
I
o nom Rated output current 6 2.5 2 1.3 A
I
oOutput current min./max. 0...100 %
U
oRipple-noise 1 max. 120 120 150 200 mVpp
D
U
o U Line regulation 85...264 V ±3%
D
U
o I Load regulation 0...100% ±3
D
U
o t Drift (t = 0.5…8 h) typ. ±3
aUo Change in temp. 0....50°C±3
I
o L Output current limitation 2 105
U
o P Overvoltage protection max. 6.9 15.5 20 31 V
Remote sensing not available
Output indicator LED on PCB
t
o r Rise time 1 max. 30 100 150 200 ms
t
o h min Hold up time 1 100 V AC 15
hEfficiency 1 typ. 70 75 75 75 %
1 At
U
i rated and
I
o nom
2Constant current method, automatic recovery
Input and Output Terminals
Table 4: Input and output terminals
Terminal Function Explanation
L (line) Input •Connect to AC of 85 to 264 V, sine wave, single phase
N (neutral) terminal •Space the AC input line as far as possible from the DC output line.
FG Frame ground terminal
•For frame grounding, connect to ground of main chassis.
+V Output terminal •Output voltage.
–V Output terminal
1.0
0.8
0.6
0.4
010 20 60 70
0.2
40 50
P
o
/P
o max
T
A
[°C]
300
Open frame
Covered
05097
Thermal Considerations
The relation between the maximum allowed output power
P
o allwed, the temperature
T
A of the surrounding air and the
mounting method is given in the:
Installation Instruction
.
The percentage rates apply if the AC-DC converter is lo-
cated in free, quasi-stationary air (convection cooling).
The following figure shows the allowed output power of an
AC-DC converter if mounting method A is used.
For
P
o max values see:
Type Survey and Key Data
. The ther-
mal conditions are influenced by input voltage, output cur-
rent, airflow and temperature of surrounding components
and surface.
Caution: The installer must ensure that under all operat-
ing conditions
T
A remains within the limits stated in the ta-
ble.
Series and Parallel Connection
The outputs of the SWE modules cannot be operated in se-
ries or parallel connection.
Fig. 3
Maximum allowed output power versus ambient tempera-
ture with mounting method A
Open Frame AC-DC Converters SWE Series
Edition 5/5.2000 6/13
Electromagnetic Compatibility (EMC)
A metal oxide VDR together with an input fuse and an input
filter form an effective protection against high input tran-
sient voltages which typically occur in most installations,
but especially in battery driven mobile applications. The
SWE series has been successfully tested to the following
specifications:
Electromagnetic Immunity
Table 5: Immunity type tests
Phenomenon Standard 1 Level Coupling Value Waveform Source Test In Per-
mode 2 applied imped. procedure oper. form. 3
Electrostatic IEC/EN x air discharge 6000 Vp1/50 ns 330 Ω10 positive and yes 4
discharge 61000-4-2 to frame 10 negative
discharges
Electromagnetic IEC/EN x antenna in 10 V/m sine wave modu- 26…1000 MHz yes 4
field 61000-4-3 1 m distance lated w. 1 kHz
Electrical fast IEC/EN x i/c, +i/–i 2000 Vp5/50 ns 50 Ω1 min positive yes 4
transient/burst 61000-4-4 1 min negative
transients per
coupling mode
Surge IEC/EN x i/c 2000 Vp1.2/50 µs 12 Ω5 pos. and 5 neg. yes 4
61000-4-5 surges per
coupling mode
1Related and previous standards are referenced in:
Technical Information: Standards
.
2i = input, o = output, c = case.
3A = Normal operation, no deviation from specifications, B = Temporary deviation from specs possible.
4Normal operation, no deviation from specifications.
Fig. 4
Typical disturbance voltage (quasi-peak) at the input accord-
ing to CISPR 11/22 and EN 55011/22, measured at U
i nom
and I
o nom
. e.g. SWE 05-05FC
90
80
70
60
50
40
30
20
10
0
0
.01
0
.05
0.1
0.5
1
2
5
10
20
30
[dBµV]
MHz
0
.02
07073
A
B
90
80
70
60
50
40
30
20
10
0
0
.01
0
.05
0.1
0.5
1
2
5
10
20
30
[dBµV]
MHz
0
.02
07074
A
B
Fig. 5
Typical disturbance voltage (quasi-peak) at the input accord-
ing to CISPR 11/22 and EN 55011/22, measured at U
i nom
and I
o nom
. e.g. SWE 10-05FC
Electromagnetic Emissions
Open Frame AC-DC Converters SWE Series
Edition 5/5.2000 7/13
Fig. 6
Typical disturbance voltage (quasi-peak) at the input accord-
ing to CISPR 11/22 and EN 55011/22, measured at U
i nom
and I
o nom
. e.g. SWE 15-05FC
90
80
70
60
50
40
30
20
10
0
0
.01
0
.05
0.1
0.5
1
2
5
10
20
30
[dBµV]
MHz
0
.02
07075
A
B
90
80
70
60
50
40
30
20
10
0
0
.01
0
.05
0.1
0.5
1
2
5
10
20
30
[dBµV]
MHz
0
.02
07076
A
B
Fig. 7
Typical disturbance voltage (quasi-peak) at the input accord-
ing to CISPR 11/22 and EN 55011/22, measured at U
i nom
and I
o nom
. e.g. SWE 30-05FC
Table 7: Temperature specifications
Characteristic min max Unit
T
AOperating ambient temperature range without derating (see:
Thermal Considerations
)040°C
Operating ambient temperature range with derating (see:
Thermal Considerations
)060
T
SStorage temperature range –20 75
Immunity to Environmental Conditions
Table 6: Mechanical stress
Test Parameters
Ca Humidity Relative humidity: 30...85%
(no dew condensation) Unit operating/storage
Ea Shock Acceleration: 20 g (196.2 m/s2)
Bump duration: 11 ms, ±5 ms
Number of bumps: 18 (3 each direction)
Unit not operating
Fc Vibration Frequency: 5...55 Hz
Maximum vibration amplitude: 10 mm (5...10 Hz)
Acceleration: 2 g (19.6 m/s2)
Duration: 3 h (1 h each axis)
Unit not operating
Table 8: MTBF Values
MTBF Type Ground Benign
T
C =25°C
According to MIL-HDBK-217D SWE 05 193'000 h
SWE 10 163'000 h
SWE 15 156'000 h
SWE 30 114'000 h
Open Frame AC-DC Converters SWE Series
Edition 5/5.2000 8/13
Mechanical Data
Dimensions in mm. Tolerance: ±1mm unless otherwise indicated.
European
Projection
Ø 3.2
FG, Ø 3.5
VADJ
43.5
±0.5
13.5
±0.5
17.5
22
±0.5
20
±0.5
26
50
65
2.5
±0.5
18
1.6
Ø 3.2
1
2
N
L
FG
1
3
5
V–
V+
09052
33
±0.5
29
±0.5
33
70
VADJ
Ø 3.2
FG Ø 3.5
28.5
±0.5
28.5
±0.5
32.5
65
2.5
±0.5
18
1.6
Ø 3.2
1
4
N
L
FG
1
3
5
V–
V+
09053
Fig. 9
SWE 10 (PCB), weight: 60 g
Note: When a SWE power supply is mounted from bottom side, the screw shall not be longer than 6 mm.
5
±0.5
67
57
±0.5
M3
62
±0.5
70
5
±0.5
7
±0.5
60
±0.5
ø 3.2
15
20
M3
09055
N
L
FG
V–
V+
1
3
5
1
4
Fig. 10
SWE 10 (open frame with connector),
weight: 150 g
5
52
42
±0.5
ø 3.2
57
±0.5
67
5
6
55
±0.5
ø 3.2
09120
N
L
FG
V–
V+
20
Fig. 9
SWE 05 (PCB), weight: 50 g
Fig. 10
SWE 05 (open frame with connector), weight: 100 g
Open Frame AC-DC Converters SWE Series
Edition 5/5.2000 9/13
6.5
97
75
±0.5
M3
70
±0.5
80
5
13
5
65
±0.5
ø 3.2
12.5
25.4
±0.6
M3
N
L
FG
V–
V+
09056
18
Fig. 12
SWE 15 (open frame), weight: 220 g
6.5
97
75 ±0.5
M3
70 ±0.5
80
5
13
5
65 ±0.5
ø 3.2
12.5
30 ±0.6
M3
09057
N
L
FG
V–
V+
Fig. 13
SWE 15 (covered with terminal strip), weight: 220 g
6.5
97
75
±0.5
M3
70
±0.5
80
5
5
65
±0.5
ø 3.2
12.5
25.4
±0.6
M3
09058
18
N
L
FG
V–
V+
1
3
5
6
1
4
Fig. 14
SWE 15 (open frame) with connector), weight: 220 g
5
±0.5
67
57
±0.5
M3
62
±0.5
72
5
±0.5
10.7
7
±0.5
60
±0.5
ø 3.2
15
20
M3
N
L
FG
V–
V+
09054
Fig. 11
SWE 10 (with terminal strip open or covered),
weight: 150 g
Open Frame AC-DC Converters SWE Series
Edition 5/5.2000 10/13
M3
97
75
±0.5
7.5
114
94
±0.5
15
M3
100
±0.5
100
±0.5
Ø 3.2
8
12
20
17.5
12.5
27.4
±0.6
M3
N
L
FG
V–
V+
09060
13
M3
97
75 ±0.5 7.5
114
94 ±0.5 15
M3
100 ±0.5 8
17.5
12.5
30 ±0.6
M3
N
L
FG
V–
V+
09061
13
Fig. 16
SWE 30 (open frame), weight: 250 g
Fig. 17
SWE 30 (covered with terminal strip), weight: 250 g
M3
97
75 ±0.5 7.5
114
94 ±0.5 15
M3
100 ±0.5
100 ±0.5
Ø 3.2
8
12
20
17.5
12.5
27.4 ±0.6
M3
09062
N
L
FG
V–
V+
1
3
5
6
1
4
Fig. 18
SWE 30 (open frame with connectors ), weight: 250 g
94
54.5
±0.5
53.5
±0.5
78.5
25.4
±0.6
09059
N
L
FG
V–
V+
1
3
5
6
1
4
2.5.
±0.5
20
±0.5
15.5
±0.5
36
±0.5
Fig. 15
SWE 15 (PCB), weight: 100 g
Open Frame AC-DC Converters SWE Series
Edition 5/5.2000 11/13
Safety and Installation Instructions
Installation Instructions
Our AC-DC converters are components, intended exclu-
sively for inclusion within other equipment by an industrial
assembly operation or by professional installers. Installation
must strictly follow the national safety regulations in compli-
ance with the enclosure, mounting, creepage, clearance,
casualty, markings and segregation requirements of the
end-use application. See also:
Technical Information: In-
stallation and Application.
Connection to the system shall be made via the terminal
block at the rear side of the unit according to
Terminal As-
signment.
For safety reasons it is essential to connect the FG and
ACG terminals with protective earth. See also:
Safety of op-
erator accessible output circuit.
A fuse is built-in in the connection from the L terminal of the
unit. Since this fuse is designed to protect the unit in case of
an overcurrent and does not necessarily cover all customer
needs, an external fuse suitable for the application and in
compliance with the local requirements should be installed
in the wiring to the phase terminal L. A second fuse in the
wiring to the neutral terminal N is needed if:
•Local requirements demand an individual fuse in each
source line
•Neutral and earth impedance is high or undefined
•Phase and neutral of the mains are not defined or cannot
be assigned to the corresponding terminals (L to phase
and N to neutral)
Important: Do not open the modules, or guarantee will
be invalidated.
Make sure that there is sufficient air flow possible for con-
vection cooling. This should be verified by measuring the
ambient temperature when the unit is installed and oper-
ated in the end-use application. The maximum specified
ambient temperature
T
A max must not not be overriden, de-
pending on output power and mounting method. See:
Ther-
mal Considerations
and table:
Allowed output power by
mounting method
.
Mounting Methods
Care should be taken that there is sufficient air convection
around the power supply unit.
Whenever possible, forced air cooling is recommended to
obtain a higher reliability.
For open frame or covered structures:
a) Horizontal mounting: Use tapped holes at bottom side of
the frame for fastening to the chassis. Use M3 screws
with torque at less than 5 kpcm. Screw length should not
damage the insulation.
Case mounted on
material with good
heat conduction
Case side in
contact with
chassis
Air
Ample
spacing
09063
Upper panel
with good
ventilation
Air
Air
Ample spacing
This surface in contact
with chassis side or
with convection cooling
Main chassis
Case mounted on material
with good heat conduction
09064
Fig. 19
Hoirizontal mounting
Fig. 20
Vertical mounting
b) Vertical mounting: Holes are provided on the flange; M3
screws should be used.
Protection Degree
The protection degree of the AC-DC converters is IP 20,
exept in the vicinity ot the terminal block, where it depends
on the installation.
Open Frame AC-DC Converters SWE Series
Edition 5/5.2000 12/13
Standards and approvals
The AC-DC converters correspond to class I equipment
and are UL recognized according to UL 1950, UL recog-
nized for Canada to CAN/CSA C22.2 No. 950-95 and LGA
approved to IEC/EN 60950 standards.
The units have been evaluated for:
•Building in,
•Basic insulation between input and frame and double or
reinforced insulation between input and output, based on
their maximum input voltage.
•Operational insulation between output and frame,
•The use in a pollution degree 2 environment,
•Connecting the input to an overvoltage category II circuit
if >150 V or an overvoltage category III circuit if ≤150 V.
The AC-DC converters are subject to manufacturing sur-
veillance in accordance with the above mentioned UL,
CSA, EN and with ISO 9001 standards.
Safety of operator accessible output circuit
If the output circuit of an AC-DC converter is operator ac-
cessible, it shall be an SELV circuit according to the IEC/EN
60950 related safety standards
The following table shows a possible installation configura-
tion, compliance with which causes the output circuit of the
AC-DC converter to be an SELV circuit according to IEC/EN
Isolation
The electric strength test is performed as factory test in ac-
cordance with IEC/EN 60950 and UL 1950 and should not
be repeated in the field. Power-One will not honour any
guarantee claims resulting from electric strength field tests.
Table 9: Isolation
Characteristic Input to Input to Output to Unit
frame output frame
Electric strength 2.0 3.0 1 -kV
rms
test voltage 1 s 2.8 4.2 1 -kV DC
Insulation resist. - >100 >100 MΩ
at 500 V DC
Leckage current <15 mA
1In accordance with IEC/EN 60950 only subassemblies are
tested in factory with this voltage.
Table 10: Safety concept leading to an SELV output circuit
Conditions AC-DC converter Installation Result
Supply voltage Grade of isolation, provided by the Measures to achieve the resulting Safety status of the AC-DC converter
AC-DC converter safety status of the output circuit output circuit
Mains ≤250 V AC Double or reinforced Earthed frame SELV circuit
60950 up to a configured output voltage (sum of nominal
voltages if in series or +/– configuration) of 44 V.
However, it is the sole responsibility of the installer to as-
sure the compliance with the relevant and applicable safety
regulations. More information is given in:
Technical Infor-
mation:
Safety
.
AC-DC
con-
verter
Mains SELV
Earth connection
+
–
~
~
10021
Fuse
Fuse
Fig. 21
Schematic safety concept
Use fuses and earth connection as per:
Installation In-
structions
and table:
Safety concept leading to an SELV
output circuit
.
Table 11: Safety approvals
Safety Approvals UL 1950 CSA 1402 TÜV 1
SWE 05/10/15/30 x x x
1 EN 60950
Open Frame AC-DC Converters SWE Series
Edition 5/5.2000 13/13
Accessories
Table 12: Connector kit specification
Type Connector Input Qty. Contacts Qty. Output Qty. Contacts Qty.
kit designation housing housing
SWE 05 MLCK03 XHP-5 1 SXH-001T-P0.1 3 XHP-2 1 SXH-001T-P0.1 2
SWE 10 MLCK04 XHP-5 1 SXH-001T-P0.1 3 XHP-4 1 SXH-001T-P0.1 4
SWE 15 MLCK05 VHR-6N 1 SVH-21T-P1.1 3 VHR-4N 1 SVH-21T-P1.1 4
SWE 30 MLCK05 VHR-6N 1 SVH-21T-P1.1 3 VHR-4N 1 SVH-21T-P1.1 4
Table 13: Cable kit (to be ordered seperatly from power supply)
Position Name of Power Material Length Wire color
at cable kit supply Cross section +V –VFG L N
AC input CB-19 SWE 05 UL 1430 60 cm ––Green Black White
side SWE 10 AWG 22 ≈ 0.34 mm2(5) (3) (1)
CB-24 SWE 15 UL 1015 60 cm ––Green Black White
SWE 30 AWG 20 ≈ 0.5 mm2(5, 6) (3) (1)
DC output CB-20 SWE 05 UL 1430 60 cm Red Black –––
side AWG 22 ≈ 0.34 mm2(2) (1)
CB-21 SWE 15 UL 1430 60 cm Red Black –––
SWE 30 AWG 18 ≈ 1 mm2(3, 4) (1, 2)
CB-25 SWE 10 UL 1430 60 cm Red Black –––
AWG 22 ≈ 0.34 mm2(3, 4) (1, 2)
