The primary switched mode DIN rail power supply SLA4.100 specifically
supplies AS Interface
nology allows to connect up to 62 participants to a control and to supply
them with energy with a single two-conductor cable. When connecting
slaves, the yellow AS-Interface cable offers the high degree of protection
IP67 in conjunction with the insulation displacement. The communication signals of the individual network participants are modulated onto
the supply voltage. For this purpose, specific power supply units with integrated data decoupling are required for AS-Interface systems.
Fast addressing of slaves:
The "IR addressing mode" selectable via jumper interrupts the data communication on the yellow AS-Interface cable. Participants with an infrared interface can then quickly be assigned a new ID address by means of
an infrared programming unit without the need to disconnect them
from the AS-Interface cable. Afterwards, the "Communication Mode"
can be selected again to restart the data communication.
®
systems with energy. The AS-Interface bus tech-
Input
Rated voltageAC100-120/220-240V
(selectable by front panel slide switch)
Rated current2.7A (switch in 115V position)
1.3A (switch in 230V position)
Frequency47...63 Hz (alternatively DC also possible)
Voltage rangeAC 85...132V/184...264V, DC 240...300V
Harmonic current
emissions
Integrated internal
fuse
Inrush current limited by NTC resistor
Peak current I
2
t<3.7A2s<4.6A2s<2.5A2s<3.3A2s
I
Hold-up time>30ms @ AC 100V or 196V and rated load
pk
EN 61000-3-2 [PFC], Class A limits are fulfilled
T3A15/250V HBC (not accessible)
T
= +50°C, cold start
amb
(line impedance acc. EN 61000-3-3)
AC 120V AC 132V AC 230V AC 264V
<44.7A<49.3A<49.7A<57.5A
(also see diagram)
Worldwide operation:
This compact primary switched-mode built-in power supply can be operated on all usual single-phase line voltages. Its design corresponds to international standards. The CE-Declaration allows for industrial and office
application.
Ground fault detector:
Acc. to EN60204 part 1 and DIN VDE0113 respectively, ground faults in
control circuits must neither cause a machine to start inadvertently or to
dangereously move nor prevent a controlled shutdown. The internal
SLA4 ground fault dectector makes external ground fault detector modules redundant. The AS-Interface network is monitored by the power
supply unit via the AS-Interface cable connected to the various participants. Detected ground faults are stored and signalled via front panel
LEDs and relay contacts. The ground fault detector may be manually
checked using the test/reset button.
Output
Rated voltageDC 30.5V ±3% (not adjustable)
Rated current4.0A
IsolationSafe low voltagePELV (IEC 60364-4-41)
SELV (IEC 60950)
Current limitation>4.2 A
Overload behaviourContinuous current (also see diagram)
Short-circuit current>4.2A, <6.5A
Load regulationstat. <250mV (no load / full load)
Line regulationstat. <10mV (AC 85...132V/184...264V)
Ripple<50 mV
ohmic load)
Noise (Spikes)<150mV
ohmic load)
Over-voltage protection max. 55V
Operating indictorGreen LED (extinguishes at overload)
Output is protected against short-circuit, open circuit and overload.
Use AS-Interface power supplies only together with AS-Interface lines.
(500kHz bandw., 50Ω measurem.,
PP
(20MHz bandw., 50Ω measurem.,
PP
Order information
Order numberDescription
SLA4.100
SLZ13
SLZ02
sla4e100 / 0610201/4
AS-Interface power supply unit
Adapter for S7-300 rail
Wall mounting set (two pcs. per package)
SLA4.100Data sheet
Ground fault detector
The ground fault detector monitors ground faults on the AS-Interface
lines and includes a self-test feature. The ground fault feature consists
of the LED 'Ground Fault (GF)', a 'Test/Reset' push-button and a relay
output. In case of failure, the output voltage will not switch off. For
proper functioning, it is essential to connect the shield terminal to PE
or machine ground. The AS-Interface network must not contain any
other ground fault detectors or insulation monitoring devices.
LED 'Ground Fault (GF)' displays a current or stored ground fault
push-button 'Reset/test'
• push <2s
• push >2s
Ground fault relay
•max. V
•max. I
switch
switch
to start test function
to reset stored ground fault
normally closed contact (NC); opens in the
event of ground fault
AC 25V or DC 60V
0.5A
Operating and environmental data
Non-operating
temperature range
Operating
temperature range
Deratingfrom 60°C onwards 3W/K power reduction
Coolingnatural convection,
Over-temperature
protection
Humidity protect from moisture and condensation
Vibration
• Sinus
•Random
Shock 15g (6ms), 10g (11ms), IEC 60068-2-27
Degree of pollution2 (EN 60950)
Overvoltage category II (IEC 60950; IEC 60664), III (EN 50178)
-25°C...+85°C
-10°C...+70°C
(measured at 25mm below the unit)
necessary (see diagram)
no forced air-cooling necessary
not implemented
2 – 17.8Hz ±1.6mm (IEC 60068-2-6)
17.8Hz – 500Hz 2g (IEC 60068-2-6)
2...800Hz 0.5m
2
(s3) (IEC 60068-2-64)
Electromagnetic Compatibility (EMC)
EmissionsEN 61000-6-3 (also includes EN 61000-6-4)
Immunity
• Electrostatic
Discharge (ESD)
• Electromagnetic
radiated fields
• Burst, coupled to:
– ACin lines
– DCout lines
– Signal lines
• Surge transients
– Differential
mode (L→PE,
N→PE)
– Common mode
(L
→ N)
• Conducted noise
immunity
• Voltage dipsEN 61000-4-11
•Transient
immunity
Efficiency, Reliability
Efficiencytyp. 90% (AC 230V, 4A)
Power dissipationtyp. 13.5W (AC 230V, 4A)
Class B (EN 55011, EN 55022)
EN 61000-3-2 and EN 61000-3-3
EN 61000-6-2 (also includes EN 61000-6-1),
EN 61000-4-2, Level 4
(withstands 8 kV direct discharge,
15 kV air discharge)
Free space for cooling above / below 25mm recommended
Always connect PE before operating the unit!
Operation without AS-Interface: This AS-Interface PSU has an inductive output. When operating without AS-Interface structure (e.g. in
a laboratory test) you should connect a 470µF / 35V capacitor between
AS-Interface + and AS-Interface – as commercial electronic loads in
combination with the data decoupling often tend to oscillate, and the
oscillation may exceed the permitted modulation voltage. Otherwise,
equipment may be destroyed.
Input terminals
do not use without protective earth (PE)
73 mm
124 mm
102 mm (without DIN rail)
• observe national regulations
• circuit breaker with B-characteristic min. 6A
or slower action, or alternatively 6A HBC
fuse
left / right 15mm recommended
sla4e100 / 0610203/4
Functional diagrams
]
Data sheet
SLA4.100
Start behaviour
U
Out
30.6V
115V
65 Vac
switch pos.
81 Vac
118 Vac
switch pos.
160 Vac
Efficiency / Power dissipation
92
90
88
86
84
82
Efficiency [%]
80
78
76
230 V
position
Efficien cy
Power los s
00,40,81,21,622,42,83,23,64
Output current Iout [A]
230V
16
14
12
10
8
6
4
2
0
U
In
[W]
loss
Power loss P
Hold-up time
115 V
150
position
130
110
90
70
Hold-up time [ms
50
30
10
70 95 120 145 170 195 220 245 270
typ.
min.
d
a
o
l
typ.
%
0
5
min.
d
a
o
l
l
l
u
f
Input voltage V ACin [V]
230 V
position
Output characteristic / Overload behaviour
35
30
25
20
15
10
Output voltage Vout [V]
5
0
01234567
AC 230V
min
ma x.
Output current Iout [A]
Insulation diagram
Derating
GF
L
N
2.500Vac
ac
00V
0
3.
3
.
0
0
0
V
a
c
c
a
V
0
0
5
5
0
V
a
c
GF
500Vac
AS-i +
AS-i -
50Vac
Shield
Unless otherwise stated, specifications are valid for AC 230V input voltage, +25°C ambient temperature, and 5 min. run-in time. They are subject to change without prior notice.
Your partner in power supply:
I
3A
max
4A
(P
)
max
T
amb
0°C
10°C
20°C
30°C
40°C
50°C
60°C
-10°C
European
Power Supply
Manufacturers
Association
70°C
Bayerns Best 50
Czech 100 Best
Europe’s 500
PULS GmbH
Arabellastraße 15
4/4sla4e100 / 061020
D-81925 München
Tel.: +49 89 9278-0
Fax: +49 89 9278-199
www.puls-power.com
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