Datasheet

sl5e300 / 050318 1/2
Data sheet
3-phase 5 A
SL5.300
Input: 3 AC 400–500 V
Output: 24...28V / 120 W
Power boost up to 144 W
High overload current, no switch-off
3 phase wide range input
Robust mechanics and EMC
CUL/CSA-C22.2
EMV und
Nied.-Spg.
UL60950 E137006
UL508 LISTED
IND. CONT. EQ.
No. 60950
18 WM, 60°C
Richtlinie
CB
scheme
IEC60950
Input
Efficiency, Reliability etc.*
* For further information see data sheets „The SilverLine“, „SilverLine Family
Branches“ and mechanics data sheet
(mechanical design equals that of the SL20.100).
Start / Overload Behaviour
Output
Construction / Mechanics
* For further information see data sheets "the SilverLine", "SilverLine Family
Branches" and mechanics data sheet
Input voltage 3 AC 400–500 V, ± 15 %
47-63 Hz, suitable for IT power systems
Rated tolerances
Continuous operat.
Short term (1 min.)
(at 24V/5A)
340...576 V AC resp. 450...820 V DC
300...620 V AC resp. 420...890 V DC
Even if one phase fails, the unit’s operation with nominal current can
be continued (limitations: EN 61000-3-2 (harmonic current emissions) is
then not fulfilled, the unit has noise suppression level A instead of level
B and the hold-up time is shorter). Continued operat. with two phases
is also permissible; however, it reduces the unit’s reliability and lifetime.
Input current 3 x 0.5 A
Inrush current typ. <25A at 575 V AC and cold-start
To be fused with a 3 x 10A, B-type 'circuit-breaker' switch based on the
usual thermomagnetic overload sensing principle (used anyway to fuse
the input lines; unit has no internal fuses).
Harmonic current
emissions (PFC)
acc. to EN 61000-3-2
Hold-up time >16 ms (3 phase op. at 400 VAC, 24 V / 5 A)
>10 ms (2 phase op. at 400 VAC, 24 V / 5 A)
Efficiency typ. 89% (3 AC 400V, 24 V / 5 A)
Losses typ. 15 W (3 AC 400V, 24 V / 5 A)
MTBF 410.000 h acc. to Siemensnorm 29500
(24 V/5 A, 3 AC 400V, T
U
= 40 °C)
Life cycle (electrolytics) The unit exclusively uses longlife electrolytics,
specified for +105°C (cf. ’The SilverLine’, p.2).
Startup delay typ. 0.1 s
Rise time ca. 5-20 ms, depending on load
Overload Behaviour
Special PULS Over-
load Design (see
diagram overleaf)
20% power boost
no disconnection, no hiccup if overloaded
high overload current (up to typ. 2 I
Nom
), Vout
is reduced with increasing current.
6 A short-term
, at 45°C or forced cooling even
continuous
Advantages:
High short-circuit current, giving large ’start-up window’: unit starts
reliably even with awkward loads such as DC-DC converters.
Secondary fuses operate more reliably
Output voltage 24...28 V DC, adjustable by (covered) front
panel potentiometer, preset: 24.5 V ± 0.5%
Adjusting range guaranteed
Output noise
suppression
EN 61000-6-3 (class B) is fulfilled even when
using long, unscreened output cabels
Ambient temperature
range T
amb
Operation: -10°C...+70°C (>60°C: Derating)
Storage: -25°C...+85°C
Derating
Voltage regulation
Ripple / Noise
typ. 6W/K (at T
amb
=+60°C...+70°C)
better than 2% Vout overall
< 25 mV
PP
, (20 MHz bandw., 50 measurem.)
Overvolt. protection typ. 33 V
Serial connection
Parallel operation
Power back immunity
not allowed
yes; current sharing available on request
34 V; inapplicable for inductive loads
Front panel indicator green LED off, at V
out
<20V
Housing dimensions and Weight
•W x H x D
Free space for
ventilation
•Weight
73 mm x 124 mm x 117 mm (+ DIN rail)
above/below 50 mm recommended
left/right 15 mm recommended
730 g
Design advantages:
All connection blocks are easy to reach as mounted at the front pan-
el.
Input and output are strictly apart from each other and so cannot be
mixed up (Input below, output above).
Rated continuous
loading with con-
vection cooling
Output is protected
against short-circuit,
open circuit and over-
load
Input T
amb
I
out
@ 24V I
out
@ 28V
3-phase -10°C...+60°C 5 A 4,3 A
-10°C...+45°C 6 A* 5,1 A*
2-phase -10...+60 5 A 4,3 A
DC in -10...+60 5 A 4,3 A
-10°C...+45°C 6 A* 5,1 A*
* * short-term (< 1 min) or with forced air-cooling
also at 60°C admissible
Order information
Order number Description
SL5.300
SLZ01
Screw mounting set, two needed per unit

Summary of content (2 pages)