Cabur Electronic Products Catalog
Electronic
Products
for electrical
panels
2011 - 2012 edition
UNI EN-ISO 9001
UNI EN-ISO 14001
WARNING
If not specified, the technical data in this catalogue are typical and measured at 25°C (77°F), 230 Vac, Unom, Vdc and rated
current; ripple is measured at 20 MHz with probe connected to 0.1 µF. The technical data in this catalogue are typical and are not binding
for Cabur and may be modified without prior notice, simply for production or improvement and/or evolution reason. Please contact
our technical-commercial offices for any relevant confirmation or updates. For more informations visit our web site www.cabur.eu.
Catalogue printed on FSC certified, ecological and recyclable matt coated paper.
FSC (Forest Stewardship Council) is an international non-profit organization devoted to encouraging the responsible management of the world’s forests through an
environmentally friendly and economically sustainable policy.
Cover: Trasparenze Srl - Milano Design, layout and illustrations: Dogma Srl - Savona Printing: Erredi Grafiche - Genova
2
Introduction
Cabur .......................................................................................page 6
Products range ................................................................................page 8
Web site .....................................................................................page 9
Quality and environment..........................................................................page 10
Standards and Directives .........................................................................page 11
Power supplies
Introduction ...................................................................................pag. 12
Quick selection table ............................................................................pag. 14
CSD series - modular single-phase switching power supply - Domotic Power ...................................pag. 16
CSF series - single-phase switching power supply - Cool Power .............................................pag. 21
Single-phase switching power supply in IP65 housing ....................................................pag. 29
CSP series - single-phase switching power supply - Easy Power.............................................pag. 30
CSW series - single and 2-phase switching power supply - Universal Power ....................................pag. 34
CSB series - 2-phase switching power supply - Triple power ...............................................pag. 39
CSA series - DC/DC switching converters .............................................................pag. 48
Power supply with 24 Vac input ....................................................................pag. 51
Accessory for charging buffer batteries ............................................................pag. 55
Batteries holder module ........................................................................pag. 57
CSC series - switching power supply with integrated battery charger .......................................pag. 58
Accessory for power supplies redundant parallel connections ............................................pag. 59
Motor brake controller ...........................................................................pag. 60
Surge protection devices
Introduction ...................................................................................pag. 62
Pluggable surge protection devices ..................................................................pag. 64
Overcurrent protection devices
Introduction ...................................................................................pag. 65
Adjustable electronic overcurrent protection............................................................pag. 66
EMI Filters
Quick selection table ............................................................................pag. 67
TDV series - 3-phase filter without neutral.............................................................pag. 68
TDS series - 3-phase filter without neutral.............................................................pag. 69
TDDS series - 3-phase filter without neutral............................................................pag. 70
TDSS series - 3-phase filter without neutral............................................................pag. 71
TYT series - 3-phase filter with neutral ...............................................................pag. 72
TY series - compact three-phase filter with neutral.......................................................pag. 73
DK series - single-cell single-phase filter..............................................................pag. 74
DP series - double-cell single-phase filter .............................................................pag. 75
Signal conditioners
Introduction ...............................................................................pag. 76
Quick selection table .........................................................................pag. 78
Programmable analog signal converters ...........................................................pag. 81
Analog signal converters ........................................................................pag. 84
Passive galvanic isolators ......................................................................pag. 87
Analog signal to threshold converter .................................................................pag. 88
Universal temperature converters ................................................................pag. 89
Temperature to threshold converter..................................................................pag. 90
Programmable converters for RTD sensor .......................................................... pag. 91
Programmable converters for TC J and K sensor ......................................................pag. 92
Current to threshold converters ...................................................................pag. 93
Current to analog signal converters ...............................................................pag. 94
4
4
Frequency to analog signal converters .............................................................pag. 97
Auxiliary power supply for sensors and potentiometers ..................................................pag. 98
NPN and PNP signal inverter .....................................................................pag. 99
Electromechanical relay modules
Single relay quick selection table ................................................................pag. 100
R series - single relay DC input ...................................................................pag. 101
CM series - single relay DC input ................................................................pag. 103
CM series - single relay AC input ................................................................pag. 106
CKR and CWRE series - Relay modules ............................................................pag. 108
Multiple relays quick selection table ..............................................................pag. 111
24 V SPDT multiple relay modules ...............................................................pag. 112
24 V DPDT multiple relay modules ...............................................................pag. 116
24 V SPDT multiple relay modules with test button .....................................................pag. 119
110...120 V SPDT multiple relay modules ..........................................................pag. 120
230 Vac SPDT multiple relay modules ............................................................pag. 121
CR and CRE series - super compact relay modules ....................................................pag. 122
PLC and CN interfaces quick selection table for ......................................................pag. 124
PLC Siemens S7 interfaces modules .............................................................pag. 125
PLC Telemecanique interfaces modules ............................................................pag. 128
Solid state relay modules
Quick selection table .........................................................................pag. 129
Single solid state relays modules ................................................................pag. 130
CKS series - modular single solid state relays modules .................................................pag. 133
SPDT single solid state relays modules ............................................................pag. 135
Signal optoisolators ..........................................................................pag. 136
Multiple solid state relays modules ...............................................................pag. 137
Passive interface modules
Quick selection table ..........................................................................pag. 141
SUB-D / terminals interfaces .....................................................................pag. 142
FLAT-cable / terminals interfaces ................................................................pag. 145
CCM series - components holder modules ...........................................................pag. 147
CDM series - diodes holder modules ..............................................................pag. 148
CLT series - LED testing module .................................................................pag. 150
CLP series - lamp testing module .................................................................pag. 151
Accessories
Electronic circuit housing .......................................................................pag. 152
Plug-in and screw type jumpers ..................................................................pag. 154
Marking system ............................................................................pag. 154
DIN rail clamp ..............................................................................pag. 156
Mounting rails ..............................................................................pag. 157
.........................................................................................pag. 159
Index
5
5
ontinues to renew and expand its range of power supplies for use in industrial
C
automation and control of processes and systems, improving product performance
and technology to meet the needs created by the continuing changes in applications
and regulations.
Quality and safety: Cabur was the first Italian company to obtain UL508 Industrial
Control Equipment certification for industrial automation processes and Hazardous
Location Class 1 Div. 2 for processes in dangerous areas, as well as to have been
certified as conforming to the Directives on Electric Safety. It also has been EMC
certified by an accredited laboratory. All of these are indispensable for the CE certified
label.
innovation and research:
• 1997 - Cabur is the first Italian company to produce switching power suppliers for
Din-rail with 90-264Vac/110-340Vdc universal input.
• 2001 - Cabur is the first Italian company to produce high efficiency power supplies
with resonant technology (the 20A three-phase dissipates only 36W compared with
over 75W for our competitors at the time).
• 2009 – With the new generation of power supplies in the catalogue, Cabur has further
improved performance using “Synchronous Rectifier" technology, which reduces
power dissipation and operating temperature to the minimum, an indispensible factor
in minimizing the size of the power supplies, which are the smallest on the market.
The lifespan of a power supply is halved by every +10°C increase in operating
temperature. Hence, reducing operating temperature is fundamental to endurance
and reliability, two objectives that can be achieved only by using circuit technology and
next generation components. Thanks to this combination, Cabur has achieved output
of over 94% (the new 20A three-phase dissipates only 28W, compared to the 50-75W
in heat dissipation found in other products currently on the market).
With high power power supplies, which power various loads protected from
overcurrent, the capacity to provide overcurrent is indispensable to guarantee
selectivity in protection interventions. This is because it allows the fuse of the
malfunctioning load to be “burned” before the electronic protection of the power
supply intervenes, disconnecting the output and hence the entire system.
electronic overload power supply protection can be obtained using
various techniQues:
– switch off the output as soon as possible: this is cost effective but doesn’t allow for
either start up of heavy loads nor for protection selectivity for various loads.
– constant power protection: if the allowed overload is sufficiently high, it is possible
to start up heavy loads. However, if the condition continues, the power supply will
continue to operate in overload and with a high thermal stress level. Hiccup protection:
combines the advantages of the techniques described above, while limiting the
disadvantages because it allows over +50-100% of the overload for at least 5
seconds, and then switches off output for a longer break. In this way, the peak power
necessary for heavy load peaks is obtained while component heating is decreased,
as they can cool off during the break. Hiccup protection with high overcurrent output,
for durations from 200 ms to over 5 sec., has been proven to satisfy the new
requirements established by the Machinery Directive EN 60204-1.
Real operating temperature: the operating temperature range for all Cabur models is
between –20 and +50°C at full load without derating (see technical data), certified in
accordance with the rigorous UL508 standard. The project takes into consideration the
ambient temperature, allowed overcurrent, and overcurrent duration when determining
component size, and is always more than the 45°C required by the standards for
electric panels. Ambient temperature is a fundamental reference parameter, because
this influences not only performance, but also component operating temperature and
power supply duration.
high overload capacity: the new power supplies have an overload capacity of
over +50% for 5 seconds or for several minutes (please see the technical data), while
maintaining stable output voltage even under these conditions.
system communications: all the CSF, CSG, and CSW Series models are provided
with “intelligent” alarm contacts that commutate when the output voltage drops
below -10% of the nominal value. This allows the controls to activate automated or
emergency procedures to reduce machine stoppage, production losses, and the risk
to safety.
total protection: all models are provided with output protection against overload
short circuiting, overtemperature, and overvoltage, both for input and output. Input for
the three-phase models includes the Active Surge Suppressor – Inrush Current Limiter,
which avoids malfunctioning in the case of overvoltage generated by commutation of
loads or malfunctions on industrial networks, where the value can reach 3-4 times
the network voltage, with a duration of 1.3ms (Regulation VDE-0160), which can be
destructive for the input components. This increases reliability, especially in networks
subject to power surges and power malfunctions.
short circuit and overload protection: this serves to protect the power supply from
malfunctions due to overloading and overheating of the components. This function can
be designed by starting with different application needs, with varying practical results
and costs. In automated applications, the operating conditions and the nature of the
loads can vary greatly and are only partially known to the power supply designer.
Power suppliers for automated processes need to meet a number of requirements.
They need to be protected from overcurrent, but at the same time they need to be able
to supply loads which call for a high peak current, working at temperatures of at least
45° C, according to regulations, and sometimes higher, in critical ventilation situations
and guaranteeing high reliability and acceptable costs.
The overcurrent protection must support the high peak currents required by loads such
as filament lamps (cold, they make a short circuit), capacitive loads such as dc/dc
converters and filter condensators (when these switch on they are seen as a short-circuit
for a few tenths of a ms) or inductive loads (engines in dc, electromagnets, etc.) which
at peak require currents from 5 – 30 times their nominal power. Frequently, all these
loads must be started up at the same time. The peak current must be provided for a
sufficient duration to “start” the load, which can go from a few tenths of a ms up to 5s.
hold up time: this is the time in which the power supply output supplies nominal
voltage at nominal load. This performance is important because it limits the cases in
which machine/system stoppage can occur due to voltage "holes" in the network.
EMC standards establish that Hold Up time must be at least 10ms. For all Cabur
power supplies, Hold Up time is greater than that required by the official standards,
which ensures better operational consistency in networks with frequent voltage holes.
mtbf: this figure should be taken with a care, because it is the result of theoretical
calculations that are easy to manipulate. For example, if we know that the mortality
rate for 25 year old men is 0.1%/year, the resultant MTBF, calculated in accordance
with SN29500 – IEC 61709, would be 800 years. Obviously, this result is highly
unrealistic. The significant piece of information is the “life expectancy,” which for men
averages about 75 years – less spectacular but more realistic. The same reasoning
can be applied to electronic products for which, in accordance with the calculation
methods, we can use an MTBF of 750,000 hours (85 years), or a life expectancy of
about 70,000 hours (7.9 years, on average). The second estimate is less optimistic,
but is without doubt closer to reality. As a consequence, data published regarding
MTBF must be interpreted based on the credibility of the calculation methods used. In
addition to the values according to SN 29500, Cabur has also chosen to declare those
according to the MIL HDBKn217F standards, which are much stricter.
custom power supplies: Cabur designs and produces “custom” power supplies
on request to meet the requirements of regulations and the high demanding
applications. Furthermore our laboratory offers technical documentation and the
measures which prove the conformity of the products with the directives on Electric
Safety and Electromagnetic Compatibility, besides the necessary technical support
to define the product characteristics on the basis of the client’s needs and our own
experience.
the environment and rohs conformance: Cabur was one of the first Italian
companies to obtain the International Environmental Certificate UNI EN ISO 14001,
certified by CSQ for ecologically compatible treatment of all the materials used in our
production.
12
General Notes
L
AC
GND
+
+
PARALLEL AND REDUNDANT PARALLEL CONNECTION: all Cabur power supplies
can be connected in parallel to combine the power of two or more power supplies.
In addition, models that already include an output separation diode (ORing diode)
are available for use with redundant parallels (please see the related item in the
catalogue). We recommend adjusting the outputs of all the power supply units to
the same voltage (tolerance ± 50 mV), applying the same calibration load, before
connecting them in parallel. We also recommend using power supply units of the
same model. If it is necessary to connect two power supplies without internal diodes
in redundant parallel, the connection must be completed as in fig. 1.
CONNECTION IN SERIES: all Cabur power supplies can have their outputs connected
in series to double the voltage (see fig. 2) or to obtain dual voltage output, for example
with ± 12V or ±24 V (see fig. 3). We recommend that you use power supplies of the
same model and an anti-parallel diode, of an appropriate size to resist the maximum
current of the power supply.
POWER SIGNAL OK:
this is found on all CSF, CSG, and CWS models. The 1A/30Vdc
contact commutates when output voltage falls below the threshold of -10% of nominal
voltage, in the case of a short circuit on the output line or an overload that exceeds the
specifications, or due to network failure.
100-340Vdc POWER SUPPLY:
available for certain models (please see technical data),
which respect the following:
– power supply of 110…127 Vdc, reduces output current by 25%
– min. voltage allowed 100 Vdc, max 340 for single phase, 280…775 Vdc for single/
two-phase, 564… 775Vdc for three-phase (please see technical data)
– respect input polarity as indicated in the instructions.
NOTE FOR POWER SUPPLIES WITH SECONDARY INPUT FROM A TRANSFORMER
INSULATION:
TYPE OF USE:
this series of power supply units is not insulated.
they are suitable for use in PELV (one pole of the Protective Extra Low
Voltage earthed) and SELV (Safety Extra Low Voltage, no pole earthed).
The transformer used must have double or reinforced isolation in accordance with CEI
14.6 / EN 60742.
In the case of use in PELV circuits, only earth one pole of the 24 Vdc of the power
supply unit.
In the case of use in SELV circuits, do not earth the input earth terminal.
N
L
N
L
N
AC
AC
GND
AC
AC
GND
AC
AC
GND
AC
AC
GND
AC
AC
GND
AC
–
+
–
+
V
–
+
V
–
+
V
–
+
V
–
V+V
0
–
figure 1
+
–
+
+V
-V
–
figure 2
figure 3
Earthing one pole of the secondary of the transformer and the 24Vdc of the
power supply would damage the power supply.
13
230 Vac / 24 Vac Transformer
230 Vac / 24 Vac Transformer
24 Vac / 24 Vdc not isolated
power supply
230 Vac / 24 Vdc power supply
24 Vdc
load
24 Vdc
load
figure 4
figure 5
These tables allow you to quickly select only the items, then check if all product’s technical data meet your application requirements.
Single-phase switching power supply - Cool Power series
Output voltage Output current Input voltage Notes Type Cat. No. Page
10…15 Vdc 1.5…1 A 90…264 Vac / 100...320 Vdc (1) (8) (9) CSF30B XCSF30B 22
12…15 Vdc 6 A 90…264 Vac / 100...345 Vdc (1) (7) (8) (9) CSF85B XCSF85B 23
12…15 Vdc 16 A 120 Vac / 230 Vac (2) (7) (8) CSF240B XCSF240B 25
24 Vdc 1.2 A 90…264 Vac / 100...320 Vdc (1) (9) CSF30C XCSF30C 22
24 Vdc 3.5 A 90…264 Vac / 100...345 Vdc (1) (7) (9) CSF85C XCSF85C 23
24 Vdc 3.5 A 90…264 Vac / 100...345 Vdc (1) (6) (7) (9) CSF85CP XCSF85CP 23
24 Vdc 5 A 90…264 Vac / 100...345 Vdc (1) (7) (9) CSF120C XCSF120C 24
24 Vdc 5 A 90…264 Vac / 100...345 Vdc (1) (6) (7) (9) CSF120CP XCSF120CP 24
24 Vdc 10 A 120 Vac / 230 Vac (2) (7) CSF240C XCSF240C 25
24 Vdc 10 A 120 Vac / 230 Vac (2) (6) (7) CSF240CP XCSF240CP 25
24 Vdc 20 A 120 Vac / 230 Vac (2) (6) (7) CSF500C XCSF500C 27
48 Vdc 2.5 A 90…264 Vac / 100...345 Vdc (1) (6) (7) CSF120DP XCSF120DP 24
48 Vdc 5 A 120 Vac / 230 Vac (2) (6) (7) CSF240DP XCSF240DP 25
48 Vdc 10 A 120 Vac / 230 Vac (2) (6) (7) CSF500D XCSF500D 27
72 Vdc 3.5 A 120 Vac / 230 Vac (2) (6) (7) (8) CSF240G XCSF240G 26
72 Vdc 6.7 A 120 Vac / 230 Vac (2) (6) (7) (8) CSF500G XCSF500G 28
Single-phase switching power supply - Easy Power series
Output voltage Output current Input voltage Notes Type Cat. No. Page
24 Vdc 3.5 A 90…264 Vac (1) CSP85C XCSP85C 31
24 Vdc 3.5 A 90…264 Vac (1) CSL85C XCSL85C 31
24 Vdc 5 A 90…264 Vac (1) CSP120C XCSP120C 32
24 Vdc 5 A 90…264 Vac (1) CSL120C XCSL120C 32
24 Vdc 10 A 120 Vac / 230 Vac (2) CSP240C XCSP240C 33
24 Vdc 10 A 120 Vac / 230 Vac (2) CSL240C XCSL240C 33
Single-phase switching power supply - Domotic Power series
Output voltage Output current Input voltage Notes Type Cat. No. Page
5…15 Vdc 3...1.5 A 90…264 Vac / 100...345 Vdc (1) (8) (9) CSD30E XCSD30E 18
±12…±15 0.6 A 90…264 Vac / 100...345 Vdc (1) (8) (9) CSD30F XCSD30F 18
12 Vdc 1.2 A 90…264 Vac / 100...315 Vdc (1) (9) CSD15B XCSD15B 17
12…15 Vdc 3.5…3 A 90…264 Vac / 100...345 Vdc (1) (8) (9) CSD50B XCSD50B 19
24 Vdc 0.6 A 90…264 Vac / 100...315 Vdc (1) (9) CSD15C XCSD15C 17
24 Vdc 1.2 A 90…264 Vac / 100...345 Vdc (1) (9) CSD30C XCSD30C 18
24 Vdc 3 A 90…264 Vac / 100...345 Vdc (1) (9) CSD70C XCSD70C 20
Single phase, 2-phase and 3-phase switching power supply - Universal Power series
Output voltage Output current Input voltage Notes Type Cat. No. Page
12…15 Vdc 8…7 A 1-2x 230-400-500 Vac (1) (3) (8) CSW120B XCSW120B 35
12…15 Vdc 8…7 A 1-2x 230-400-500 Vac (1) (3) (7) (8) (9) CSW121B XCSW121B 36
12…15 Vdc 16…15 A 1-2-3x 230-400-500 Vac (1) (3) (4) (7) (8) (9) CSW241B XCSW241B 38
24 Vdc 5 A 1-2x 230-400-500 Vac (1) (3) CSW120C XCSW120C 35
24 Vdc 5 A 1-2x 230-400-500 Vac (1) (3) (7) (9) CSW121C XCSW121C 36
24 Vdc 10 A 1-2x 230-400-500 Vac (1) (3) (7) CSW240C XCSW240C 37
24 Vdc 10 A 1-2-3x 230-400-500 Vac (1) (3) (4) (7) (9) CSW241C XCSW241C 38
48 Vdc 2.5 A 1-2x 230-400-500 Vac (1) (3) (6) (7) (9) CSW121DP XCSW121DP 36
48 Vdc 5 A 1-2-3x 230-400-500 Vac (1) (3) (4) (6) (7) (9) CSW241DP XCSW241DP 38
72 Vdc 3.3 A 1-2-3x 230-400-500 Vac (1) (3) (4) (6) (7) (8) (9) CSW241G XCSW241G 38
14
These tables allow you to quickly select only the items, then check if all product’s technical data meet your application requirements.
2-phase and 3-phase switching power supply - Triple Power series
Output voltage Output current Input voltage Notes Type Cat. No. Page
24 Vdc 3.5 A 2x 400-500 Vac (3) CSB85C XCSB85C 40
24 Vdc 6 A 2x 400-500 Vac (3) CSB150C XCSB150C 41
24 Vdc 10 A 3x 400-500 Vac (4) (7) CSG240C XCSG240C 42
24 Vdc 20 A 3x 400-500 Vac (4) (7) CSG500C XCSG500C 43
24 Vdc 30 A 3x 400-500 Vac (4) (7) CSG720C XCSG720C 44
24 Vdc 40 A 3x 400-500 Vac (4) (7) CSG960C XCSG960C 45
24 Vdc 100 A 3x 400-500 Vac (4) (6) (7) (8) CSG2401C XCSG2401C 46
48 Vdc 10 A 3x 400-500 Vac (4) (6) (7) CSG500D XCSG500D 43
48 Vdc 15 A 3x 400-500 Vac (4) (6) (7) CSG720D XCSG720D 44
48 Vdc 20 A 3x 400-500 Vac (4) (6) (7) CSG960D XCSG960D 45
48 Vdc 50 A 3x 400-500 Vac (4) (6) (7) (8) CSG2401D XCSG2401D 46
72 Vdc 6.7 A 3x 400-500 Vac (4) (6) (7) (8) CSG500G XCSG500G 43
72 Vdc
72 Vdc 33 A 3x 400-500 Vac (4) (6) (7) (8) CSG2401G XCSG2401G 46
170 Vdc
13.3 A 3x 400-500 Vac
14 A
3x 400-500 Vac (4) (6) (7) (8) CSG2401R XCSG2401R 46
(4) (6) (7) (8)
CSG960G XCSG960G 45
Power supply with IP65 protection degree
Output voltage Output current Input type Input voltage Notes Type Cat. No. Page
24 Vdc 5 A single-phase 90…264 Vac / 100...345 Vdc (1) (7) (9) CSF565 XCSF565 29
Power supply with input from transformer
Output voltage Output current Input type Input voltage Notes Type Cat. No. Page
1.2…24 Vdc 1.5 A from transformer 9…26 Vac (5) (8) CL1R XCL1R 53
1.2…24 Vdc 5 A from transformer 9…26 Vac (5) (8) CL5R XCL5R 53
24 Vdc 10 A from transformer 24 Vac (5) CSE10 XCSE10 52
Filtered power supply with not stabilised output
Output voltage Output current Input type Input voltage Notes Type Cat. No. Page
12…24 Vdc 1 A from transformer 9…20 Vac (5) AR1 XAR1 54
12…24 Vdc 6 A from transformer 9…20 Vac (5) AR6 XAR6 54
DC/DC isolated converter
Input voltage Output voltage Output current Notes Type Cat. No. Page
12 Vdc 24 Vdc 5 A (9) CSA120BC XCSA120BC 48
12 Vdc 48 Vdc 2.5 A (9) CSA120BD XCSA120BD 48
24 Vdc 12…15 Vdc 7 A (8) (9) CSA120CB XCSA120CB 48
24 Vdc 24 Vdc 5 A (9) CSA120CC XCSA120CC 48
48 Vdc 12…15 Vdc 8 A (8) (9) CSA120DB XCSA120DB 49
48 Vdc 24 Vdc 5 A (9) CSA120DC XCSA120DC 49
110 Vdc 24 Vdc 10 A (6) (7) (9) CSA240FC XCSA240FC 49
(All single phase wide range power supply can be feed at 110 Vdc)
Note
(1) wide range single-phase input
(2) double range single-phase input
(3) two-phase input
(4) three-phase input
(5) input from a secondary of a transformer
(6) redundant version
(8) with failure contact (power good)
(8) with adjustable output
(9) DC/DC converter
15
Modular switching power supply CSD series
DOMOTIC POWER
Single phase switching power supplies with output power up to 70W for civil and industrial
automation applications.
The housings have the standard dimensions for installation in DIN modular panels, and are optimized
for the deployment in the field of building automation. The high performance and compact size
make them an excellent solution for low-depth electrical panels.
The high efficiency and low dissipated power save energy and increase the life of the components.
Suggested uses
• Applications in industrial automation
• Applications in civil automation
• General applications in systems fit into small remote panels
Main features
• The 90…264 Vac and 110…370 Vdc input makes them suitable for use on all power supply lines.
• These power supplies are Insulation Class 2, thus they don’t require grounding, which reduces costs
and times during installation into remote panels, surveillance and monitoring systems.
• Their high efficiency reduces energy consumption and working temperature and allows their use in
small panels.
• Their backup power allows the supply of continuous current at least +50% above the rated value
ensuring safety and reliability.
• Dimensioned power supply and surge protection supplying breakaway starting currents 150%
above the rated value required by heavy loads.
• Thermal protection prevents faults caused by prolonged overload at high ambient temperatures.
• Their internal components’ high efficiency and excellent ventilation offer small dimensions and IP20
protection against accidental contacts in compliance with IEC529.
Compact size
Ideal solution for electrical
panels with low profile
Power boost
The output power
supplied reaches up to
130% of the rated value
90…264 Vac and 110…350 Vdc input wide rang
Suitable in single phase voltage networks
Short circuit and overload
Designed to provide load start up
current required by medium loads
High Efficiency
Designed to save energy
and reduce working
temperature
e
16
Single-phase switching
power supply 120-230 Vac
output power 15 W
• Single-phase input 90…264 Vac and DC 100…315 Vdc
• Short circuit, overload, over temperature, input
90
(3.55 in)
overvoltage protections
• Isolation Class 2, no grounding needed
• Compact dimensions
• Suitable for applications in SELV and PELV circuits
E203601
35
(1.23 in)
62
(2.44 in)
NOTES BLOCK DIAGRAM
The depth dimension includes the DIN rail clamp.
(2) Over 50°C (122°F) apply a derating: C version: -0.015A/°C;
B version: -0.03 A/°C.
(3) Overload and short circuit current depends on the total line
resistance
VERSIONS
Output 24 Vdc 0.6 A
Output 24 Vdc 0.6 A redundant version
Output 12 Vdc 1.2 A
Output 48 Vdc 0.3 A
INPUT TECHNICAL DATA
Input rated voltage
Frequency
Current @ nominal Iout (Uin 120 /230 Vac)
Inrush peak current
Power factor
Internal protection fuse
External protection on AC line
OUTPUT TECHNICAL DATA
Output rated voltage 24 Vdc ± 1% 12 Vdc ± 0.5 Vdc
Output adjustable range — —
Continuous current 0.6 A @ 50°C (2) 1.2 A @ 50°C (2)
Overload limit 1.08 A (3) 2.16 A (3)
Short circuit peak current — —
Load regulation < 1% < 1%
Ripple @ nominal ratings ≤ 30 mVpp ≤ 30 mVpp
Hold up time @ In (Uin 120 / 230 Vac) >12 ms / >20 ms >12 ms / >20 ms
Overload / short circuit protections hiccup at the overload limit with auto reset / over temperature protection
Status display “DC OK” green LED
Alarm contact threshold – –
Parallel connection possible possible
Redundant parallel connection
GENERAL TECHNICAL DATA
Efficiency (Uin 120 / 230 Vac) >85% / >87% >85% / >87%
Dissipated power (Uin 120 / 230 Vac) 19 W / 13 W 21 W / 15 W
Operating temperature range –20...+60°C, with derating over 50°C / over temperature protection (2)
Input/output isolation 3 KVac / 60 s SELV output
Input/ground isolation class 2 without PE connection
Output/ground isolation class 2 without PE connection
Standard/approvals EN50178, EN61558, EN60950, IEC950, UL508
EMC Standards EN61000-6-2, EN61000-6-4, EN61000-4-2, EN61000-4-3, EN61000-4-4, EN61000-4-5, EN61000-4-6, EN61000-4-11
MTBF @ 25°C @ nominal ratings >750’000 h acc. to SN 29500 / >250’000 h acc. to MIL Std. HDBK 217F
Overvoltage category/Pollution degree II / 2
Protection degree IP 20 IEC 529, EN60529
Connection terminal 2.5 mm
Housing material UL94V-0 plastic material
Approx. weight 130 g (5.12 oz)
Mounting information vertical on rail, allow 10 mm spacing between adjacent components
MOUNTING ACCESSORIES
Mounting rail type according to IEC60715/TH35-7.5 PR/3/AC, PR/3/AC/ZB, PR/3/AS, PR/3/AS/ZB
Mounting rail type according to IEC60715/G32 —
Cod. XCSD15C Cod. XCSD15B
CSD15C
possible with external ORing
diode
–
120–230 Vac (range 90…264 Vac / 100…315 Vdc)
circuit breaker: 2 A - C characteristic - fuse: T 2 A
47...63 Hz
0.3 A / 0.16 A ± 10%
< 5 A
> 0.6
T 1 A replaceable
possible with external ORing
2
fixed screw type
CSD15B
–
diode
17
Single-phase switching
power supply 120-230 Vac
output power 30 W
• Single-phase input 90…264 Vac and DC 100…345 Vdc
• Short circuit, overload, over temperature, input
overvoltage protections
• Isolation Class 2, no grounding needed
• Compact dimensions
• Suitable for applications in SELV and PELV circuits
E203601
71
(2.8 in)
62
(2.44 in)
NOTES BLOCK DIAGRAM
The depth dimension includes the DIN rail clamp.
(2) Over 50°C (122°F) apply a derating: C and F versions:
-0.03A/°C; E version: -0.08…-0.04 A/°C.
(3) Overload and short circuit current depends on the total line
resistance.
(4) Output current depends on the output voltage: 3.3A @ 5Vdc,
2A @ 9Vdc, 2.2A @ 12Vdc, 1.5A @ 15Vdc.
VERSIONS
Output 24 Vdc 1.2 A
Output 24 Vdc 1.2 A redundant version
Output 5…15 Vdc 3.3…1.5 A
Output ±12...±15 Vdc 0.6 A
INPUT TECHNICAL DATA
Input rated voltage
Frequency
Current @ nominal Iout (Uin 120 /230 Vac)
Inrush peak current
Power factor
Internal protection fuse
External protection on AC line
OUTPUT TECHNICAL DATA
Output rated voltage 24 Vdc ± 1% 5…15 Vdc ±12...±15 Vdc
Output adjustable range — 5…15 Vdc ±12...±15 Vdc
Continuous current 1.2 A @ 50°C (2) 3.3…1.5 A @ 50°C (2)(4) 2x0.6 A @ 50°C (2)
Overload limit 1.6 (3) 4 A (3) >2x0.8 A (3)
Short circuit peak current — — —
Load regulation < 1% < 1% < 1%
Ripple @ nominal ratings ≤ 50 mVpp ≤ 50 mVpp ≤ 50 mVpp
Hold up time @ In (Uin 120 / 230 Vac) >30 ms / >60 ms >50 ms / >100 ms >50 ms / >100 ms
Overload / short circuit protections hiccup at the overload limit with auto reset / over temperature protection
Status display “DC OK” green LED
Alarm contact threshold – – – –
Parallel connection possible possible possible
Redundant parallel connection
GENERAL TECHNICAL DATA
Efficiency (Uin 120 / 230 Vac) >85% / >87% >87% / >89% >87% / >89%
Dissipated power (Uin 120 / 230 Vac) 5.2 W / 4.5 W 4.5 W / 3.7 W 4.5 W / 3.7 W
Operating temperature range –20...+60°C, with derating over 50°C / over temperature protection (2)
Input/output isolation 3 KVac / 60 s SELV output
Input/ground isolation class 2 without PE connection
Output/ground isolation class 2 without PE connection
Standard/approvals EN50178, EN61558, EN60950, IEC950, UL508
EMC Standards EN61000-6-2, EN61000-6-4, EN61000-4-2, EN61000-4-3, EN61000-4-4, EN61000-4-5, EN61000-4-6, EN61000-4-11
MTBF @ 25°C @ nominal ratings >750'000 h acc. to SN 29500 / >250'000 h acc. to MIL Std. HDBK 217F
Overvoltage category/Pollution degree II / 2
Protection degree IP 20 IEC 529, EN60529
Connection terminal 2.5 mm² fixed screw type
Housing material UL94V-0 plastic material
Approx. weight 200 g (7.06 oz)
Mounting information vertical on rail, allow 10 mm spacing between adjacent components
MOUNTING ACCESSORIES
Mounting rail type according to IEC60715/TH35-7.5 PR/3/AC, PR/3/AC/ZB, PR/3/AS, PR/3/AS/ZB
Mounting rail type according to IEC60715/G32 —
Cod. XCSD30C Cod. XCSD30E Cod. XCSD30F
CSD30C
0.55 A / 0.28 A ± 10% 0.45 A / 0.25 A ± 10% 0.4 A / 0.2 A ± 10%
< 13 A < 13 A < 13 A
possible with external ORing
diode
–
CSD30E
120–230 Vac (range 90…264 Vac / 100…345 Vdc)
47...63 Hz
> 0.6
T 2 A replaceable
circuit breaker: 3 A - C characteristic - fuse: T 3.15 A
possible with external ORing
diode
CSD30F
possible with external ORing
diode
90
(3.55 in)
18
Single-phase switching
power supply 120-230 Vac
output power 50 W
• Single-phase input 90…264 Vac and DC 100…345 Vdc
• Short circuit, overload, over temperature, input
overvoltage protections
• Isolation Class 2, no grounding needed
• Compact dimensions
• Suitable for applications in SELV and PELV circuits
E203601
71
(2.8 in)
62
(2.44 in)
NOTES BLOCK DIAGRAM
The depth dimension includes the DIN rail clamp.
(2) With 100...127 Vdc input voltage, constant output power and
Ta>45°C, the output current must be derated by 25%
(3) O ver 50°C (122°F) apply a derating:
C version: -0.06A/°C; B version: -0.085 A/°C.
(4) Overload and short circuit current depends on the total line
resistance.
VERSIONS
Output 24 Vdc 2.2 A
Output 24 Vdc 2.2 A redundant version
Output 12…15 Vdc 3.5...3 A
Output 48 Vdc 1.1 A
–
INPUT TECHNICAL DATA
Input rated voltage
Frequency
Current @ nominal Iout (Uin 120 /230 Vac)
Inrush peak current
Power factor
Internal protection fuse
External protection on AC line
120–230 Vac (range 90…264 Vac / 100…345 Vdc) (2)
circuit breaker: 3 A - C characteristic - fuse: T 3.15 A
OUTPUT TECHNICAL DATA
Output rated voltage 12…15 Vdc
Output adjustable range 12…15 Vdc
Continuous current 3.5…3 A @ 50°C (3)
Overload limit 4.37…3.75 A (4)
Short circuit peak current —
Load regulation < 1%
Ripple @ nominal ratings ≤ 50 mVpp
Hold up time @ In (Uin 120 / 230 Vac) >20 ms / >40 ms
Overload / short circuit protections hiccup at the overload limit with auto reset / over temperature protection
Status display “DC OK” green LED
Alarm contact threshold –
Parallel connection possible
Redundant parallel connection possible with external ORing diode
GENERAL TECHNICAL DATA
Efficiency (Uin 120 / 230 Vac) >88% / >90%
Dissipated power (Uin 120 / 230 Vac) 6.8 W / 5.5 W
Operating temperature range –20...+60°C, with derating over 50°C / over temperature protection (3)
Input/output isolation 3 KVac / 60 s SELV output
Input/ground isolation class 2 without PE connection
Output/ground isolation class 2 without PE connection
Standard/approvals EN50178, EN61558, EN60950, IEC950, UL508
EMC Standards EN61000-6-2, EN61000-6-4, EN61000-4-2, EN61000-4-3, EN61000-4-4, EN61000-4-5, EN61000-4-6, EN61000-4-11
MTBF @ 25°C @ nominal ratings >750'000 h acc. to SN 29500 / >250'000 h acc. to MIL Std. HDBK 217F
Overvoltage category/Pollution degree II / 2
Protection degree IP 20 IEC 529, EN60529
Connection terminal 2.5 mm² fixed screw type
Housing material UL94V-0 plastic material
Approx. weight 200 g (7.06 oz)
Mounting information vertical on rail, allow 10 mm spacing between adjacent components
MOUNTING ACCESSORIES
Mounting rail type according to IEC60715/TH35-7.5 PR/3/AC, PR/3/AC/ZB, PR/3/AS, PR/3/AS/ZB
Mounting rail type according to IEC60715/G32 —
Cod. XCSD50B
CSD50B
–
47...63 Hz
0.9 A / 0.5 A ± 10%
< 15 A
> 0.6
T 2 A replaceable
90
(3.55 in)
19
Single-phase switching
power supply 120-230 Vac
output power 70 W
• Single-phase input 90…264 Vac and DC 100…345 Vdc
• Short circuit, overload, over temperature, input
overvoltage protections
• Isolation Class 2, no grounding needed
• Compact dimensions
• Suitable for applications in SELV and PELV circuits
E203601
70
(2.76 in)
63
(2.48 in)
NOTES BLOCK DIAGRAM
The depth dimension includes the DIN rail clamp.
(2) With 100...127 Vdc input voltage, constant output power and
Ta>45°C, the output current must be derated by 25%.
(3) Over 50°C (122°F) apply a derating: C version: -0.15A/°C.
(4) Overload and short circuit current depends on the total line
resistance.
VERSIONS
Output 24 Vdc 3 A
Output 24 Vdc 3 A redundant version
Output 12…15 Vdc 5…4 A
Output 48 Vdc 1.5 A
INPUT TECHNICAL DATA
Input rated voltage
Frequency
Current @ nominal Iout (Uin 120 /230 Vac)
Inrush peak current
Power factor
Internal protection fuse
External protection on AC line
OUTPUT TECHNICAL DATA
Output rated voltage 24 Vdc
Output adjustable range 24...27.5 Vdc
Continuous current 3 A @ 55°C (3)
Overload limit 4 A (4)
Short circuit peak current —
Load regulation < 1%
Ripple @ nominal ratings ≤ 60 mVpp
Hold up time @ In (Uin 120 / 230 Vac) >15 ms / >30 ms
Overload / short circuit protections hiccup at the overload limit with auto reset / over temperature protection
Status display “DC OK” green LED
Alarm contact threshold –
Parallel connection possible
Redundant parallel connection
GENERAL TECHNICAL DATA
Efficiency (Uin 120 / 230 Vac) >87% / >89%
Dissipated power (Uin 120 / 230 Vac) 10.4 W / 8.6 W
Operating temperature range –20...+60°C, with derating over 55°C (3)
Input/output isolation 3 KVac / 60 s SELV output
Input/ground isolation class 2 without PE connection
Output/ground isolation class 2 without PE connection
Standard/approvals EN50178, EN61558, EN60950, IEC950, UL508
EMC Standards EN61000-6-2, EN61000-6-4, EN61000-4-2, EN61000-4-3, EN61000-4-4, EN61000-4-5, EN61000-4-6, EN61000-4-11
MTBF @ 25°C @ nominal ratings >750'000 h acc. to SN 29500 / >250'000 h acc. to MIL Std. HDBK 217F
Overvoltage category/Pollution degree II / 2
Protection degree IP 20 IEC 529, EN60529
Connection terminal 2.5 mm² fixed screw type
Housing material UL94V-0 plastic material
Approx. weight 250 g (8.82 oz)
Mounting information vertical on rail, allow 10 mm spacing between adjacent components
MOUNTING ACCESSORIES
Mounting rail type according to IEC60715/TH35-7.5 PR/3/AC, PR/3/AC/ZB, PR/3/AS, PR/3/AS/ZB
Mounting rail type according to IEC60715/G32 —
Cod. XCSD70C
CSD70C
–
–
–
120–230 Vac (range 90…264 Vac / 100…370 Vdc) (2)
47...63 Hz
1.25 A / 0.8 A ± 10%
< 15 A
> 0.6
T 2 A not replaceable
circuit breaker: 4 A C characteristic - fuse: T 3.15 A
possible with external ORing
diode
88
(3.46 in)
20
DIN-rail single phase switching power supplies, specifically designed for applications in industrial
automation panels and process control panels. They can deliver +60% to +80% of the nominal current for a
sustained period keeping the output voltage constant; the alarm contact is controlled by a voltage threshold,
and it switches when the voltage drops under 90% of the rated output value.
Thanks to these features and to the numerous international certifications, this series of power
supplies allows engineers to meet all the requirements of the new EN 60204-1 Machinery Directive,
to enable the protection devices connected to the output to trigger quickly, safely and above all selectively,
thus ensuring continuity of service to the other parts of the system.
Suggested uses
• Applications in industrial automation requiring high levels of efficiency and reliability
• Applications requiring selectivity of surge protection devices on DC lines.
• Application in machinery automation requiring high levels of reliability in terms of control and safety voltage
• Applications in process control
• Heavy duty uses
• Applications in civil automation
Main features
• The 90…264 Vac and 110…370 Vdc input makes them suitable for use on all power supply lines.
• Threshold alarm contact warning when the voltage drops 90% below the rated value.
• Versions with integrated Oring diode for redundant parallel connections, avoiding the use of external devices
and reducing dimensions and installation costs.
• Their high efficiency reduces energy consumption and components’ operating temperature allowing their
use in small panels and under severe ambient conditions.
• Their backup power allows the supply of current and voltage at least +60-80% above the rated value for a
few minutes ensuring safety and reliability.
• The output voltage may be adjusted and the output is protected against the input of surges coming from the
DC line and caused by inductive loads.
• The output is equipped with double electronic protection devices preventing dangerous voltages which may
damage powered components in the event of internal faults.
• Thermal protection prevents faults in the event of prolonged overloads at high ambient temperatures.
• Their design ensures excellent ventilation to internal components, small dimensions and IP20 protection
against accidental contacts in compliance with IEC529.
• Thanks to their high efficiency and excellent ventilation, they are the smallest devices available on the market.
COOL POWER
Special power supplies for engines in DC,
Brushless, and relative drives
New 48Vdc and 72-85Vdc models have been
introduced, designed to reliably power engines
in DC. They:
• Supply peak power equal to even 4-5 times
the nominal current, which is required by the
engine during the peak phase
• Have an output stage protected from
overvoltage generated by the engines and
drives during braking, which could otherwise
cause malfunctions or cause the power supply
to lose control over output voltage stability
• Provide output voltage at 48Vdc, and 72-85Vdc.
By increasing the voltage of the engine power
supply, the same power can be obtained at
lower current, with notable advantages for
performance, engine construction, cables, and
drives.
Extremely compact dimensions
They are among the smallest on the market,
optimising the use of space in the panel
without compromising performance
Power boost
The output power
reaches 120% of
the nominal value for
several minutes, up
to 160% during an
overload, and up to
300% in the event of a
short-circuit, to enable
the protection devices
connected to the output
to trigger quickly, safely
and selectively, without
the use of additional
modules
90…264 Vac and 110…350 Vdc input wide range
Suitable in all single phase supply voltage networks
Short circuit and overload
Designed to provide load start
up current required
by heavy loads
High Efficiency
Designed to save energy
and reduce working
temperature
Integrated smart alarm contact
Activated when output voltage decreases
below 90% of rated value
21
Single-phase switching
power supply 120-230 Vac
output power 30 W
• Single-phase input 90…264 Vac and DC 100…320 Vdc
• Short circuit, overload, over temperature protection
• Isolation Class 2, no grounding needed
• Compact dimensions
• Suitable for applications in SELV and PELV circuits
NOTES BLOCK DIAGRAM
The depth dimension includes the DIN rail clamp.
(1) Version available upon request; for information call our sales
department, local agent or representative
(2) With 100...127 Vdc input voltage, constant output power and
Ta>45°C, the output current must be derated by 25%
(3) Over 50°C (122°F) apply a derating: C version: -0.03A/°C;
B version: -0.038 A/°C; F version: -0.013A/°C
(4) Overload and short circuit current depends on the total line
resistance.
E212719
E203601
Hazardous Locations
82
(3.23 in)
99
23
(0.91 in)
(3.9 in)
VERSIONS
Output 24 Vdc 1.2 A
Output 10…15 Vdc 1.5 A
Output ±12...±15 Vdc 0.5 A
Cod. XCSF30C Cod. XCSF30B Cod. XCSF30F
CSF30C
CSF30B
CSF30F (1)
INPUT TECHNICAL DATA
Input rated voltage
Frequency
Current @ nominal Iout (Uin 120 /230 Vac)
Inrush peak current
Power factor
Internal protection fuse
External protection on AC line
0.55 A / 0.3 A ± 10% 0.35 A / 0.2 A ± 10%
120–230 Vac (range 90…264 Vac / 100…320 Vdc) (2)
47...63 Hz
< 25 A
> 0.60
T 1,25 A not replaceable
circuit breaker: 2 A - C characteristic - fuse: T 2 A
OUTPUT TECHNICAL DATA
Output rated voltage 24 Vdc ± 1% 12 – 15 Vdc ±12 ±15 Vdc
Output adjustable range — 10…15 Vdc ±12…±15 Vdc
Continuous current 1.2 A @ 50°C (3) 1.5…1 A @ 50°C (3) 0.5 A @ 50°C (3)
Overload limit 1.4 A (4) 1.7…1.2 A (4) 0.8…0.6 A (4)
Short circuit peak current — — —
Load regulation < 1%
Ripple @ nominal ratings ≤ 50 mVpp
Hold up time @ In (Uin 120 / 230 Vac) >10 ms / >30 ms
Overload / short circuit protections hiccup at the overload limit with auto reset
Status display “DC OK” green LED
Alarm contact threshold —
Parallel connection possible
Redundant parallel connection possible with external ORing diode
GENERAL TECHNICAL DATA
Efficiency (Uin 120 / 230 Vac) >86% / >87%
Dissipated power (Uin 120 / 230 Vac) 4.7 W / 4.3 W
Operating temperature range –20...+60°C, with derating over 50°C (3)
Input/output isolation 3 KVac / 60 s SELV output
Input/ground isolation class 2 without PE connection
Output/ground isolation class 2 without PE connection
Standard/approvals EN50178, EN61558, EN60950, IEC950, UL508, UL60950
EMC Standards EN61000-6-2, EN61000-6-4, EN61000-4-2, EN61000-4-3, EN61000-4-4, EN61000-4-5, EN61000-4-6, EN61000-4-11
MTBF @ 25°C @ nominal ratings >750'000 h acc. to SN 29500 / >250'000 h acc. to MIL Std. HDBK 217F
Overvoltage category/Pollution degree II / 2
Protection degree IP 20 IEC 529, EN60529
Connection terminal 2.5 mm² fixed screw type
Housing material UL94V-0 plastic material
Approx. weight 140 g (4.94 oz)
Mounting information vertical on rail, allow 10 mm spacing between adjacent components
MOUNTING ACCESSORIES
Mounting rail type according to IEC60715/TH35-7.5 PR/3/AC, PR/3/AC/ZB, PR/3/AS, PR/3/AS/ZB
Mounting rail type according to IEC60715/G32 —
22
Single-phase switching
power supply 120-230 Vac
output power 85 W
• Single-phase input 90…264 Vac and DC 100…345 Vdc
• Short circuit, overload, over temperature, input and output
overvoltage protections
• High outrush current to guarantee downstream overcurrent
protections selectivity and to start-up heavy loads
• Failure contact for Uout -10%
Hazardous Locations
(5)
39
(1.54 in)
• Compact dimensions
• Suitable for applications in SELV and PELV circuits
E212719
E203601
NOTES BLOCK DIAGRAM
The depth dimension includes the DIN rail clamp.
(2) With 100...127 Vdc input voltage, constant output power and
Ta>45°C, the output current must be derated by 25%
(3) Over 45°C (113°F) apply derating: CSF3-CSF3P: -0.06 A/°C
for version C, CP and CPH; -0.10 A/°C for version B
(4) For this peak current, the output voltage does not drop
more than 10% of the nominal value, but the current value,
provided by the power supply also depends on the total line
resistance.
(5) Only on version CSF85CP, for orders, adds the letter H to the
code (XCSF85CPH)
VERSIONS
Output 24 Vdc 3.5 A
Output 24 Vdc 3.5 A redundant version
Output 12…15 Vdc 6 A
Output 48 Vdc 1.8 A
INPUT TECHNICAL DATA
Input rated voltage
Frequency
Current @ nominal Iout (Uin 120 /230 Vac)
Inrush peak current
Power factor
Internal protection fuse
External protection on AC line
OUTPUT TECHNICAL DATA
Output rated voltage 24 Vdc 12…15 Vdc
Output adjustable range 23...27.5 Vdc 12…15 Vdc
Continuous current 3.5 A @ 50°C (3) 6 A @ 50°C (3)
Overload limit 6 A for >30 s
Short circuit peak current 10 A for 50 ms (4) 10 A for 50 ms (4)
Load regulation < 1% < 1%
Ripple @ nominal ratings ≤ 70 mVpp ≤ 30 mVpp
Hold up time @ In (Uin 120 / 230 Vac) >20 ms / >70 ms >15 ms / >60 ms
Overload / short circuit protections hiccup at the overload limit with auto reset / over temperature protection
Status display “DC OK” green LED / “DC OK” alarm contact/ “Overload” red LED
Alarm contact threshold 21.6 Vdc 10.8 Vdc
Parallel connection possible possible
Redundant parallel connection
GENERAL TECHNICAL DATA
Efficiency (Uin 120 / 230 Vac) >85% / >89% >83% / >87%
Dissipated power (Uin 120 / 230 Vac) 15 W / 11 W 17 W / 13 W
Operating temperature range –20...+60°C, with derating over 50°C / over temperature protection (3)
Input/output isolation 3 KVac / 60 s SELV output
Input/ground isolation 1.5 KVac / 60 s
Output/ground isolation 0.5 KVac / 60 s
Standard/approvals EN50178, EN61558, EN60950, IEC950, UL508, UL60950
EMC Standards EN61000-6-2, EN61000-6-4, EN61000-4-2, EN61000-4-3, EN61000-4-4, EN61000-4-5, EN61000-4-6, EN61000-4-11
MTBF @ 25°C @ nominal ratings >500'000 h acc. to SN 29500 / >150'000 h acc. to MIL Std. HDBK 217F
Overvoltage category/Pollution degree II / 3
Protection degree IP 20 IEC 529, EN60529
Connection terminal 2.5 mm² pluggable screw type
Housing material aluminium
Approx. weight 400 g (14.12 oz)
Mounting information vertical on rail, allow 10 mm spacing between adjacent components
MOUNTING ACCESSORIES
Mounting rail type according to IEC60715/TH35-7.5 PR/3/AC, PR/3/AC/ZB, PR/3/AS, PR/3/AS/ZB
Mounting rail type according to IEC60715/G32 —
Cod. XCSF85C Cod. XCSF85CP Cod. XCSF85B
CSF85C
with Uout >90% Un (4)
possible with external ORing
diode
CSF85CP
120–230 Vac (range 90…264 Vac / 100…345 Vdc) (2)
47...63 Hz
1.6 A / 0.9 A ± 10%
< 20 A
> 0.65
T 2 A replaceable
circuit breaker: 4 A - C characteristic - fuse: T 4 A
with Uout >90% Un (4)
factory provided with internal
ORing diode
CSF85B
9 A for >30 s
possible with external ORing diode
128
(5.04 in)
–
115
(4.53 in)
23
Single-phase switching
power supply 120-230 Vac
output power 120 W
• Single-phase input 90…264 Vac and DC 100…345 Vdc
• Short circuit, overload, over temperature, input and
output overvoltage protections
• High outrush current to guarantee downstream overcurrent
protections selectivity and to start-up heavy loads
• Failure contact for Uout -10%
Hazardous Locations
(5)
39
(1.54 in)
• Compact dimensions
• Suitable for applications in SELV and PELV circuits
E212719
E203601
NOTES BLOCK DIAGRAM
The depth dimension includes the terminal blocks and the DIN clamp.
(2) With 100...127 Vdc input voltage, constant output power and
Ta>45°C, the output current must be derated by 25%
(3) Over 45°C (113°F) apply a derating-0.08 A/°C for version C, CP and
CPH; -0.12 A/°C for version B; -0.05 A/°C for version DP;
(4) For this peak current, the output voltage does not drop more than
10% of the nominal value, but the current value, provided by the
power supply also depends on the total line resistance.
(5) Only on version CSF120CP, for orders, adds the letter H to the code
(XCSF120CPH)
(6) article available till seel-out
VERSIONS
Output 24 Vdc 5 A
Output 24 Vdc 5 A redundant version
Output 12…15 Vdc 7 A
Output 48 Vdc 2.5 A
Cod. XCSF120C Cod. XCSF120CP Cod. XCSF120B Cod. XCSF120DP
CSF120C
CSF120CP
CSF120B (6)
INPUT TECHNICAL DATA
Input rated voltage
Frequency
Current @ nominal Iout (Uin 120 /230 Vac)
Inrush peak current
Power factor
Internal protection fuse
External protection on AC line
120–230 Vac (range 90…264 Vac / 100…345 Vdc) (2)
47...63 Hz
1.9 A / 1.1 A ± 10%
< 20 A
> 0.65
T 3.15 A replaceable
circuit breaker: 4 A - C characteristic - fuse: T 4 A
OUTPUT TECHNICAL DATA
Output rated voltage 24 Vdc 12…15 Vdc
Output adjustable range 23...27.5 Vdc 12…15 Vdc
Continuous current 5 A @ 45°C (3) 7 A @ 45°C (3) 2.5 A @ 45°C (3)
Overload limit 8 A for >30 s
Short circuit peak current 15 A for 50 ms (4) 15 A for 50 ms (4)
Load regulation < 1% < 1%
Ripple @ nominal ratings ≤ 30 mVpp ≤ 40 mVpp
Hold up time @ In (Uin 120 / 230 Vac) >17 ms / >72 ms >24 ms / >80 ms
Overload / short circuit protections hiccup at the overload limit with auto reset / over temperature protection
Status display “DC OK” green LED / “DC OK” alarm contact/ “Overload” red LED
Alarm contact threshold <21.6 Vdc <10.8 Vdc <43.2 Vdc
Parallel connection possible possible possible
Redundant parallel connection
possible with external ORing
diode
with 90% Un (4)
factory provided with internal
ORing diode
8 A for >30 s
with 90% Un (4)
possible with external ORing
diode
GENERAL TECHNICAL DATA
Efficiency (Uin 120 / 230 Vac) >86% / >90% >85% / >89%
Dissipated power (Uin 120 / 230 Vac) 19 W / 13 W 21 W / 15 W
Operating temperature range –20...+60°C, with derating over 45°C / over temperature protection (3)
Input/output isolation 3 KVac / 60 s SELV output
Input/ground isolation 1.5 KVac / 60 s
Output/ground isolation 0.5 KVac / 60 s
Standard/approvals EN50178, EN61558, EN60950, IEC950, UL508, UL60950
EMC Standards EN61000-6-2, EN61000-6-4, EN61000-4-2, EN61000-4-3, EN61000-4-4, EN61000-4-5, EN61000-4-6, EN61000-4-11
MTBF @ 25°C @ nominal ratings >500'000 h acc. to SN 29500 / >150'000 h acc. to MIL Std. HDBK 217F
Overvoltage category/Pollution degree II / 3
Protection degree IP 20 IEC 529, EN60529
Connection terminal 2.5 mm² pluggable screw type
Housing material aluminium
Approx. weight 400 g (14.12 oz)
Mounting information vertical on rail, allow 10 mm spacing between adjacent components
MOUNTING ACCESSORIES
Mounting rail type according to IEC60715/TH35-7.5 PR/3/AC, PR/3/AC/ZB, PR/3/AS, PR/3/AS/ZB
Mounting rail type according to IEC60715/G32 —
Versione speciale per motori DC
Special version for DC motors
7.5 A for 50 ms (4)
factory provided with internal
128
(5.04 in)
CSF120DP
48 Vdc
45…55 Vdc
8 A
for
>30 s
with 90% Un (4)
< 1%
≤ 30 mVpp
>16 ms / >81 ms
ORing diode
>86% / >90%
20 W / 13 W
115
(4.53 in)
24
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