Brochure incl. Datasheet
Brochure
11/2015
Top integration. Top efficiency.
Top reliability. SITOP
SITOP Power Supply
siemens.com/sitop
2
You can invest a lot
in your power supply.
Or you can profit from it.
An efficient power supply is a basic requirement for operating any plant, no
matter the industry or need. Critical production processes can only be maintained
if a constant power supply of the necessary quality is available for the automation
system. SITOP has proven its value in the manufacturing environment over many
years, and guarantees a reliable power supply with a complete and precisely coordinated range of products – especially suited to the growing demands of our time.
Seamlessly integrating the power supply
Boosting reliability
SITOP is setting new standards when it comes to integration: Power supplies that can be fully integrated into
Totally Integrated Automation (TIA) and the TIA portal
save time and money, are simple, and provide failure
safety during engineering. For the first time, SITOP allows
you to do this with the PSU8600 power supply system and
the UPS1600 uninterruptible power supply. To improve
productivity, all automation products also need to be
capable of easy integration in all processes, from product
selection and purchase to design and configuration. SITOP
supports operators here with an intuitive selection tool for
the fast selection of both the power supply and a DC UPS.
In addition, it provides you with all mechanical and electrical design data and product documentation.
SITOP stands for a high-quality direct-current supply. The
power supply units themselves provide reliable protection
against many types of network faults that can occur even in
the most modern power grids. But there are also external
conditions that require additional protective measures, such
as fluctuating grid quality to which plant manufacturers
operating in global export markets must be able to respond.
SITOP protects against faults on the supply network and the
DC side with special add-on modules, thereby ensuring the
necessary supply reliability.
Optimizing energy efficiency
Rising energy prices have a direct impact on a company’s
competitiveness. This makes it all the more important to
consistently improve energy efficiency, even for small
loads – for example in the control cabinet. The power
supply unit is, in this case, the central power source of
the DC loads, and is where the high efficiency of regulated SITOP power supply units can offer a significant
saving potential.
SITOP – at the top in every respect
Since Siemens presented the first regulated power supplies
at the price of unregulated in 1993, SITOP has become the
world’s best-selling industrial power supply solution. Our
portfolio is the result of more than 20 years of continuous
research, requirement analysis, and ongoing development.
Today SITOP is the leading power supply across all industrial
sectors, with a comprehensive range of expansion components for applications of every kind. As an element of the
Siemens environmental portfolio, SITOP plays an important
role in increasing sustainability in industry.
3
SITOP –
Reference in
three dimensions
SITOP means top reliability
You think about the best possible power supply at the
time you purchase it – and then you should never have
to think about it again. SITOP has proven its reliability in
nearly all grids around the world. With its flexible, widerange input, outstanding load characteristics, and all relevant certifications, the SITOP concept safeguards the availability of your plant. A host of expansion components
compensate individual disturbance factors like system and
voltage fluctuations, and enable operation even in regions
with a varying quality of supply. That’s applies to short
power failures lasting a few seconds, longer power failures (blackouts) lasting up to several hours, as well as
short voltage dips (brownouts). A fault-specific overload
in the output circuits is selectively disconnected so that
the supply to the other loads is maintained.
As a machine and plant manufacturer, you provide your
customers with the basis for extremely reliable production
when you use SITOP. As a plant operator, you are completely protected against production outages and avoid
high follow-up costs as a result. And if a replacement is
ever needed, our global customer service ensures the
fastest possible delivery, because all SITOP products can
be supplied from stock.
4
SITOP means top efficiency
SITOP means top integration
Energy costs represent an increasingly large proportion
of production costs. Any company that can save here will
gain a valuable competitive advantage. SITOP makes an
important contribution to energy conservation, because the
primary switched-mode power supply units operate highly
efficiently. For example, the SITOP modular has an efficiency of up to 95 percent. Losses are low over the entire
load range, even in no-load operation. This is because in
practice, a power supply is rarely operated at full load. The
SITOP PSU8600 power supply system records power data
from all outputs, which is then further processed in energy
management systems. And PROFIenergy allows you to
select which power supply outputs to switch off during
rest times, for example.
Integration is productivity. That’s why all SITOP power supplies have always been optimally matched to automation
systems such as SIMATIC, SINUMERIK, and SIMOTION –
and all SIMATIC power supplies are integrated in the
TIA portal. The uninterruptible power supplies have been
designed for simple integration into the PC-based automation system SIMATIC IPC. Status messages can be easily
evaluated by the SIMATIC IPC and, in the case of a power
failure, the PC with its applications is safely shut down.
But that’s not all – because for us, efficiency is also always
measured against the product life cycle. With the SITOP
selection tool, we make it easier for you to select the
product you need. The product documentation available
from the CAx online configurator, together with the
electrical and mechanical design data, supports your
planning process and helps keep costs calculable.
And SITOP drives system integration further forward: the
SITOP UPS1600 24 V DC uninterruptible power supply and
the SITOP PSU8600 power supply system are fully integrated into TIA. This makes engineering in the TIA portal
convenient and provides S7 function blocks for integration into user programs and WinCC faceplates for simple
visualization of operating and diagnostic information.
This makes SITOP a fully-fledged part of your automation
solution.
5
What an optimal power supply looks like depends on numerous factors –
size, performance range, and functions, to name but a few. The extensive
range of SITOP products ensures that your power supply will always match
your requirements.
Overview of SITOP
product lines
SITOP compact
LOGO!Power
SITOP lite
SITOP smart
The slim power supply
for control boxes
The flat power supply
for distribution boards
The cost-effective
basic power supply
The powerful standard
power supply
SITOP compact
SITOP lite
SITOP compact was developed to be an extremely spacesaving power supply for the lower power range. It is
especially suited to distributed applications in control
boxes and in small control cabinets. Its high efficiency
over the entire load range and low no-load loss make it
exceptionally efficient. It is ideal for applications that are
often in standby mode.
SITOP lite is the power supply series for basic requirements in the industrial environment, offering all the
important functions at a low cost – without compromising
quality and reliability. The wide-range input with manual
switchover supports connection to a wide range of singlephase supply systems.
LOGO!Power
The miniature power supply units in the LOGO!Power
series can be deployed in a large number of applications
in the lower power range. Their extreme flexibility is made
possible by the units’ diverse output voltages, wide input
voltage range with optional DC operation, and flat,
stepped profile for installation in distribution boards.
6
SITOP smart
SITOP smart is the optimal power supply for many 24 V
and 12 V applications, featuring compact design, powerful
performance, and low price. Despite its compact size, it
offers outstanding overload characteristics thanks to
the extra power feature that provides 1.5 times the rated
current for five seconds: Even large loads can be easily
switched on. And with a rated capacity of 120 percent,
these slim power supplies are among the most reliable of
their kind.
Rated voltages (V DC)
Rated currents (A)
15
1.9/4
DC input
Switchable parallel
Signaling contact “Output voltage OK”
Ambient temperature range
Explosion protection: ATEX, IECEx, or FM
Approved for shipbuilding: GL or ABS
- Redundancy module
- Selectivity/diagnostic module
- Buffer module
- DC UPS
•
•
•
•
24
++
•
++
•
•
•
•
•
•
+
+
•
•
•
•
•
•
•
12
7/14
•
m
P
SI
TO
P
TO
SI
24
1.3/2.5/4 2,5/5/10/20
+
+
+
++
+
od
ar
sm
e
lit
P
12
1.9/4.5
Energy efficiency
Expandable
TO
5
3/6.3
Overload characteristics
Safety
SI
24
0.6/1.3/2.5/4
3-phase
General
t
er
ow
!P
O
G
LO
12
2/6.5
1-phase
Input
ul
ar
ct
pa
m
co
P
TO
SI
Output
24
24
2,5/5/10/20 5/10/20/40
•
+
+
+
•
+
•
•
24
36
48
5/10/20/40
13
10/20
•
•
•
•
•
•
•
•
•
•
•
++
++
++
•
++
•
•
Selection matrix of SITOP product lines for mounting on top hat rails
SITOP modular
SIMATIC Design
Special designs
The technology power supply
for demanding solutions
The optimal supply for
SIMATIC S7 and more
Equipped for special functions
and conditions
SITOP modular
SITOP power supplies in SIMATIC design
SITOP modular provides maximum functionality for use in
complex plants and machines. Its wide-range input allows
it to be connected to any supply system in the world and
also guarantees a high level of safety, even in the event
of large voltage fluctuations. The power boost briefly
delivers up to three times the rated current: and in the
case of an overload, you can choose between constant
current with automatic restart or latching shutdown. This
unit’s high efficiency keeps the energy consumption and
heat development in the control cabinet down to a low
level, and the compact metal enclosure also saves space.
The innovative SITOP PSU8600 power supply system can
also be fully integrated into networked automation applications and the TIA Portal, and enables entirely new
parameterization and diagnostic options.
The design and functionality of the original SIMATIC power
supplies merge into the SPS network. Together with the
SIMATIC systems S7-300, S7-1200, S7-1500, and the distributed I/O modules ET 200pro, ET 200M, and ET 200MP
they also supply other loads reliably with 24 V.
SITOP special design for special functions
Restricted installation conditions, harsh environmental
conditions, or special input and output voltages: these
standard power supplies meet even exceptional requirements. For example: low-cost 12 V and 24 V power
supply units in rugged aluminum enclosures for direct
wall mounting in various installation positions and power
supplies in protection mode IP67. Or power supplies
with special functions like battery charging and flexibly
adjustable output voltage.
7
Complex systems place highest demands on their components in terms of efficiency, flexibility and reliability.
The new power supply system from SITOP meets all of these – thanks, for example, to its high performance, comprehensive diagnostic information, complete integration into TIA, modular expansion capability and
optimized support for power management.
SITOP PSU8600 – the modular
power supply system with complete
TIA integration
Top integration –
with complete system integration into TIA
The innovative SITOP PSU8600 power supply system is completely integrated into Totally Integrated Automation (TIA)
and is integrated directly into networked machines and systems via its Ethernet/PROFINET interface.
Engineering in the TIA Portal is convenient – whether
in terms of product selection, network connection or
device parameterization. Furthermore, the evaluation
of extensive operational and diagnostic data is supported
by preassembled function modules for SIMATIC S7 user
programs. Free SIMATIC Panel or WinCC faceplates are
available for operating and monitoring purposes.
Meanwhile, the SINEMA Server network management
software makes it easy to monitor device status and the
network connection. The integrated web server also
allows power supply monitoring or diagnosis to be performed remotely.
Support is also provided for integration into energy management systems via PROFINET or selectively switching
off outputs using PROFIenergy, which saves power during
break times and keeps operating costs down.
Top reliability –
thanks to selectivity and monitoring
The comprehensive diagnostic options offered by the
SITOP PSU8600 power supply system provide the basis for
preventive maintenance. This means faults can be identified, traced and analyzed in the shortest possible time.
To prevent a short circuit or overload on a single load from
causing an outage in the entire plant, all outputs, whose
voltage and current threshold can be individually
adjusted, are selectively monitored and individually
switched off in the event of failure.
88
The modular system toolbox
Base unit
Expansion modules
Buffer modules
Power supply 24 V/20 A or 40 A with one
or four selectively monitored outputs
Expansion up to 20 selectively
monitored outputs
Bridging short power failures up to
20 seconds at 40 A
Did you know that … new base units, buffer modules, and functions open up even more possibilities
with the SITOP PSU8600 power supply system?
Because the voltage and current for each output can be
continuously recorded and transmitted via PROFINET,
dynamic, continuous or more frequent overload situations
can be identified and plant downtimes prevented at an
early stage.
Buffer modules with electrolytic or double-layer capacitors
(ultracaps) are used for short power failures – ideal protection, especially for sensitive production areas. The time of
the power failure is recorded and can be subsequently used
as an indicator for the quality of the mains infeed. Expansion with the two larger buffer modules with ultracaps
makes it possible to bridge power failures of up to 20
seconds at a load current of 40 A. Because buffer time with
a lower load current is longer, there is even time to safely
shut down a PC.
Top efficiency –
from engineering through to operation
Even compact base units of up to 94 percent efficiency
have one or four outputs that can be selectively monitored for excess current, saving both space and wiring
effort.
Individual parameterization of the outputs allows other
voltages to be made available, which makes a separate
power supply unit superfluous.
Expansions from the modular system toolbox – to
monitor additional outputs or to buffer brief power
failures – are available to meet highest requirements.
And the innovative System Clip Link connection system
means no additional wiring is required.
Current and voltage for all outputs are recorded during
operation, and outputs can be selectively switched off
via PROFIenergy. This supports higher-level power management – and in the process ensures even greater
efficiency.
When machines and systems have to be configured and
commissioned even more quickly and easily, and operated
even more economically, SITOP PSU8600 is the ideal tool.
99
Processes and plants that are critical for a company’s business generally require
additional protection measures. SITOP add-on modules individually protect your
production against many sources of risk.
SITOP add-on modules –
all-round protection à la carte
Add-on modules
For increasing system availability
to all-round protection
Safeguarding against failure through redundancy
Selective disconnection of faulty 24-V feeders
Two power supply units can be connected via the SITOP
redundancy module for additional failure safety. If one
unit fails, the other automatically takes over the power
supply function. In this way the power supply is safeguarded in unstable conditions.
The selectivity module SITOP PSE200U is specially tailored
to the characteristics of switched-mode power supplies. The
electronics permit brief current peaks and switch
longer overloads off-circuit, even on long thin cables and
with earth leakages in which the current is limited by high
resistance.
In this case the circuit-breakers do not trip, or they trip too
late, even if the power supply could deliver the current.
The selectivity module reliably disconnects the faulty load
circuits, and the supply to the other loads continues with
absolutely no interruption so that total failure of the plant
can be avoided. The fault is output via a common signaling
contact and indicated by an LED on the relevant load
circuit. The option with single-channel signaling also
allows remote channel-specific fault location.
10
Configuration with
redundancy module
Power
supply unit
Redundancy
module
Configuration with
selectivity module
Power
supply unit
Power
supply unit
Selectivity
module
Configuration
with buffer module
PLC
HMI
Actuators
Sensors
SITOP smart,
SITOP modular
power supply
SITOP modular
Buffer
module
24 V DC
24 V DC
24 V DC
Did you know that … our customers use SITOP power supply units in manufacturing, process and
Power failures usually last only for fractions of a second –
however, they can cause time- and cost-intensive damage
to sensitive production areas. Used in combination with
the 24-V DC power supply units of the SITOP smart product lines or SITOP modular power supply units, the buffer
module bridges short-duration voltage dips with its electrolytic capacitors and reliably preserves interruption-free
operation.
du
Protection against …
Failure of a
power supply unit
Overload in the
24-V circuit
Re
Buffer module bridges brief power failures
n
Se dan
cy
di lec
m
ag tiv
no ity od
ul
Bu st /
e
ic
ff
m
er
o
DC mo du
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ith S
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DC ca
p
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building automation in over 190 countries worldwide?
•
•
Power failure in the
seconds range
Power failure up to the
minutes range
Power failure up to the
hours range
•
•
•
•
•
•
SITOP add-on module selection matrix
11
Power outages can bring a plant to a standstill, with high costs in terms of
both time and money. The SITOP DC UPS provides perfect protection against
unexpected downtimes and so guarantees uninterrupted plant operation.
An in-house software solution supports ongoing processing of status messages, safe
shutdowns, and correct restarting of your system.
SITOP ensures reliable 24-V supply –
even when the power fails
DC UPS, uninterruptible
DC power supply
Reliable 24-V supply – even when the power fails
SITOP DC UPS with capacitors
For use both inside and outside the control cabinet
These highly-capacitive double-layer capacitors store
sufficient energy to shut down PC-based systems safely.
The buffering time of the UPS500S for DIN rail mounting
can be extended by adding expansion modules. The
SITOP UPS500P is designed with IP65 degree of protection
and can be used on a distributed basis, for example,
supplied by power supply unit SITOP PSU100P.
Totally maintenance-free
The capacitors have an extremely long life even at high
ambient temperatures. No maintenance or replacement
of the energy buffer is required, which means that the
DC UPS pays for itself within a short time. And because
the capacitors do not emit any gas, no ventilation of the
control cabinet is required. Short recharging times quickly
restore buffering capability following a power failure.
•Variant expandable up to 20 kW for longer
buffering times
•IP65 version for environments with high levels
of contamination and humidity
•Capacitors eliminate replacement of batteries
•Long life even at high temperatures
•No ventilation of the installation site required
•Communication via contacts or USB
12
SITOP DC UPS configuration with capacitors
SITOP
power supply
SITOP
UPS5005
24 V DC unbuffered
SITOP
UPS501S
SITOP DC UPS configuration with battery modules
Industrial PC
Power
supply
USB
24 V DC
unbuffered
24 V DC buffered
Actuators
(e.g., motor
drives and
valves)
SITOP
UPS1100
Signal
light
24-V buffering for saving process data
and for correct PC shutdown
PLC
Converter
Switch
PROFINET
24 V DC buffered
Actuators
(e.g., motor
drives and valves)
HMI
Distributed peripherals
with sensors
SITOP
UPS1600
Motor with
incremental
transducer
Sensors
(e.g., temperature,
proximity switch)
24-V buffering for maintaining communications, signaling,
sensor-measured values and position values
Did you know that … you can connect the SITOP UPS1600 uninterruptible power supply to a wide range of
different systems via an OPC UA server and – thanks to the lithium battery module – it can
be used in a wide temperature range?
SITOP DC UPS with battery modules
Extremely communicative
Compact DC UPS modules ensure continued operation, even
over a period of hours, depending on battery capacity and
power requirements.
Optional communication via USB or Industrial Ethernet/
PROFINET. With open communication via Ethernet, the
SITOP UPS Manager PC-based software allows easy configuration and diagnostics. The software includes an OPC UA
server for the flexible integration of a wide variety of
systems.
High system availability thanks to battery management
Sophisticated battery management ensures optimal battery
charging. The charging process is temperature-controlled
thanks to the innovative SITOP UPS1600, which also
increases the service life of the UPS1100 battery module.
•SITOP UPS1600 DC UPS modules (24 V DC and up to
40 A) and UPS1100 battery modules up to 12 Ah
•UPS1100 5 Ah lithium battery module (LiFePo4) with a
constant power output and voltage throughout the discharging range in conjunction with a high level of
temperature stability and an especially long lifetime
The UPS1600 can even be fully integrated into TIA via
PROFINET. Remote monitoring is possible with support from
the integrated Web server.
•Communication via contacts, USB, or two Ethernet/
PROFINET ports
•Easy engineering and extensive diagnostics in TIA Portal
•Integrated web server
•OPC UA server for the flexible integration of a wide variety of automation, operating, and monitoring systems
•Monitoring of operational readiness, battery feeder, and
charging status
•Extended battery life thanks to battery management
13
The suitable DC UPS with capacitor or battery
technology can be selected using parameters
such as buffering time and load current.
All product information is available per
download via the CAx download manager.
CAD and CAE data in the
image database for simple
configuration
You can search a long time for the
right power supply solution.
Or you can simply install SITOP.
No matter how many requirements a power supply must meet, SITOP always optimally supports your planning
process – from product selection and mechanical and electrical design to project-specific plant documentation
and engineering. With the SITOP Selection Tool, you can select your power supply and DC UPS faster and order it
directly. In addition, you will automatically receive the required CAD data and circuit diagram macros. And using
the TIA portal, you can even simply and reliably set the parameters for and diagnose the modular SITOP UPS8600
power supply system and the SITOP UPS1600 DC uninterruptible power supply.
Efficiency starts with selection
Everything you need for planning
The SITOP Selection Tool navigates you to the optimum
power supply for your requirements with a few mouse
clicks. Simply enter the relevant parameters and select
your solution. The table that compares a variety of devices
offers additional oversight. Once you’ve opted for a solution, you can export the resulting product list into an Excel
or PDF file, or move it directly to the Industry Mall shopping cart and order there.
Additional information such as 3D data, circuit diagram
macros, certificates, and operating instructions are
available with the click of mouse. You can download
this planning data in DXF, STEP, and EPLAN format and use
them directly for your planning. They are also available via
the CAx download manager. You not only save valuable
time when planning, but also benefit from the configurable manuals when creating the individual project documentation with the My Documentation Manager.
14
Integrating the SITOP UPS1600 DC UPS into Profinet
is easy and fail-safe via the TIA Portal.
Configuring and setting parameters for the PSU8600
power supply system in the TIA Portal is both intuitive
and convenient.
Did you know that … you can also integrate the SITOP UPS1600 DC UPS in PC-based automation systems via USB
or industrial Ethernet/PROFINET with the SITOP UPS Manager?
Convenient engineering in the TIA Portal
You can easily perform the engineering tasks for the SITOP
PSU8600 power supply system and the SITOP UPS1600
uninterruptible power supply via the TIA Portal. Device
selection and network connection are a simple matter of
drag-and-drop or copy-and-paste. In addition, function
blocks for SIMATIC S7-300, 400, 1200, and 1500 are available for integrating the power supply system and DC UPS
into STEP7 user programs. There are also tailor-made faceplates to visualize the operational and diagnostic data using
SIMATIC operating and monitoring systems. All of this helps
reduce engineering effort and saves costs.
Your advantages of system integration
of the SITOP UPS1600 and SITOP PSU8600
•Time and cost savings during configuration and
operation
•Convenient engineering in the TIA portal
•Quick product selection and network integration
in PROFINET
•Comprehensive parameterization of devices
•Comprehensive diagnostic options
•Simple integration into STEP 7 user programs with
function blocks for S7-300/400/1200/1500
•Fast integration into operation and monitoring with
faceplates for SIMATIC panels and SIMATIC WinCC
15
Find out more:
siemens.com/sitop
Additional information
on SITOP:
SITOP Selection Tool:
siemens.com/sitop-selection-tool
Operating instuctions
as download:
siemens.com/sitop/manuals
Request CAx data via the
CAx download manager:
siemens.com/cax
The information provided in this brochure contains
merely general descriptions or characteristics of
performance which in case of actual use do not
always apply as described or which may change as
a result of further development of the products.
An obligation to provide the respective characteristics shall only exist if expressly agreed in the
terms of contract.
All product designations may be trademarks
and product names of Siemens AG or supplier
companies whose use by third parties for their
own purposes could violate the rights of the
owners.
More about
SITOP on
YouTube
Industrial Security
Siemens provides automation and drive products
with industrial security functions that support the
secure operation of plants or machines. They are
an important component in a holistic industrial
security concept. With this in mind, our products
undergo continuous development. We therefore
recommend that you keep yourself informed with
respect to our product updates and that you use
only the latest versions. Please find further information on this subject at:
www.automation.siemens.com/support
You may also register for a product-specific newsletter at this address.
To ensure the secure operation of a plant or
machine it is also necessary to take suitable
preventive action (e.g. cell protection concept)
and to integrate the automation and drive components into a state-of-the-art holistic industrial
security concept for the entire plant or machine.
Any third-party products that may be in use must
also be taken into account. Please find further
information at:
www.siemens.com/industrialsecurity
Follow us on:
twitter.com/siemensindustry
youtube.com/siemens
Siemens AG
Process Industries and Drives
PO Box 48 48
90026 NUREMBERG
GERMANY
Subject to change without prior notice
Article no.: PDPA-B10089-00-7600
Dispo 10001
GB150296 WS 10154.0
Printed in Germany
© Siemens AG 2015
Top integration. Top efficiency. Top reliability. SITOP
SITOP Power Supply
Technical data, November 2015
siemens.com/sitop
Page 7
Page 9
Page 10/1-phase
Page 11/3-phase
Pages 12 – 17
Page 8
SITOP compact
LOGO!Power
SITOP lite
SITOP smart
SITOP modular
SIMATIC Design
The slim power supply unit
for control boxes
The flat power supply
for distribution boards
The cost-effective
basic power supply
The powerful standard
power supply
The technology power supply
for demanding solutions
The optimal supply for
SIMATIC S7 and more
Page 6
Three good reasons for a
SITOP power supply
A reliable power supply is the basis for all production and for all plants, so it’s only
SITOP – Top in reliability
logical that you would be extra careful when selecting the best fitting power
SITOP stands for a high-quality DC power supply. The
power supply units even protect against faults such as
mains fluctuations. But there are also external conditions
that require specific measures. That’s why expansion
components that work perfectly together also protect
against mains problems and problems on the DC side,
thus improving the reliability of the entire plant.
supply. Three factors of special importance: reliability, efficiency, and integration.
2
Pages 18 – 21
Pages 22 – 25
Special design
Expansion modules
Equipped for special functions
and conditions
Expansion modules
for boosting system availability
SITOP – Top in efficiency
SITOP – Top in integration
With energy costs rising, efficiency is an increasingly
important competitive argument. And that’s where SITOP
power supplies make a valuable contribution. Power loss is
low over the entire load range, including in no-load operation. Because a power supply is rarely operated at full load,
this provides excellent opportunities for savings. As a
PROFIenergy device, the PSU8600 even saves additional
energy by selectively switching off outputs during idle
times.
The more fully a power supply is integrated into its
environment, the higher its productivity. That’s why SITOP
is optimally matched to automation systems such as
SIMATIC, SINUMERIK, and SIMOTION. In addition,
the power supply system PSU8600 and the uninterruptible
power supply UPS1600 are completely integrated into TIA.
This makes engineering in the TIA Portal convenient
and provides S7 function modules for integration into
STEP 7 user programs and preassembled WinCC faceplates
for operation and monitoring.
Pages 26 – 31
DC UPS, uninterruptible
DC power supply
Reliable 24 volt – even during power failures
3
Selection table
SITOP power supplies
Input voltage
Output voltage 24 V DC
1-phase 120 V AC,
230 V AC
Output
current
SITOP compact
0.6 A
6EP1331-5BA00
1.3 A
2 A
2.5 A
3 A
LOGO!Power
6EP1331-5BA10
6EP1331-1SH03
6EP1332-5BA00
6EP1332-1SH43
SITOP lite
SITOP smart
6EP1332-1LB00
6EP1332-2BA20
SITOP modular
4 A
6EP1332-1SH71
6EP1332-4BA00
5 A
6EP1332-1SH31
6EP1332-5BA10
6EP1332-1SH52
6EP1333-1LB00
6EP1333-2BA20
6.2 A
8 A
10 A
6EP1334-3BA10
6EP1336-1LB00
6EP1336-2BA10
6EP1336-3BA10
5 A
6EP1433-2BA20
6EP1333-3BA10 1)
10 A
6EP1434-2BA10
6EP1334-3BA10 1)
20 A
6EP1436-2BA10
6EP3436-8SB00-0AY0
40 A
8 A
17A
6EP1334-2AA01-0AB0 6EP3334-8SB00-0AY0
20 A/ 4 x 5 A
40 A
110 – 300 V DC
88...350 (370) V DC
600 V DC
1)
4
40 A/
4 x 10 A
2 A
6EP1437-2BA20
6EP1331-5BA00
2.5 A
6EP1332-5BA00
4 A
20 A
6EP1332-2BA00
6EP1332-1LD10
6ES7307-1EA80-0AA0 6EP1333-7CA00
6EP1333-4BA00
6EP1333-1LD00
6EP1334-7CA00
6ES7307-1KA02-0AA0 6EP1334-1AL12
6EP1334-1LD00
6EP1337-3BA00
6EP1433-1AL12
6ES7148-4PC00-0HA0 6ES7 148-4PC00-0HA0
6EP4436-8UB00-0AY0
6EP3436-8MB00-2CY0
6EP1437-3BA20
6EP1437-3BA10
6EP3437-8MB00-2CY0
6EP3437-8SB00-2CY0
0.6 A
1.3 A
6EP1232-1AA00
6EP1332-1LD00
6ES7307-1EA01-0AA0 6EP1333-1AL12
6EP3436-8SB00-2CY0
30 A
24 – 110 V DC
6EP3333-8SB00-0AY0
6EP1334-2BA20
20 A
3-phase 400 – 500 V AC
6EP1333-3BA10
6EP1334-1LB00
12.5 A
“Special design,
special use”
6ES7307-1BA01-0AA0 6EP1331-1LD00
3.5 A
3.7 A
SIMATIC Design
6ES7305-1BA80-0AA0
6EP1331-5BA10
6EP1331-1SH03
6EP1332-5BA10
6EP1332-1SH52
6EP1332-1SH43
20 A
Connection to 2 phases 230 – 500 V AC – see data sheet SITOP modular 1-/2-phase
6EP1336-1LB00
6EP1336-3BA10
6EP1536-3AA00
Grey: more information in the Industry Mall
Input voltage
Output
SITOP compact
LOGO!Power
SITOP smart
SITOP modular
Output voltage 5, 12, 15, 48, … V DC
1-phase 120 V AC,
230 V AC
5 V/3 A
6EP1311-1SH03
5 V/6.3 A
12 V/1.9 A
12 V/2.0 A
12 V/3.0 A
6EP1311-1SH13
6EP1321-5BA00
12 V/4.5 A
12 V/6.5 A
12 V/7 A
6EP1321-1SH03
6EP1322-5BA10
12 V/14 A
15 V/1.9 A
15 V/4 A
3 – 52 V/2 – 10 A
3-phase 400 – 500 V AC
6EP1321-1LD00
6EP1322-1SH03
6EP1322-2BA00
12 V/8.3 A
24 V DC
“Special design
special use”
6EP1351-1SH03
6EP1352-1SH03
6EP1322-1LD00
6EP1323-2BA00
6EP1353-2BA00
2 x 15 V/3.5 A
6EP1353-0AA00
12 V/2.5 A
6EP1621-2BA00
12 V/20 A
6EP4424-8UB00-0AY0
36 V/13 A
6EP3446-8SB10-0AY0
48 V/20 A
6EP1457-3BA00
48 V/10 A
6EP1456-3BA00
SITOP Selection Tool
Making the perfect choice
The SITOP selection tool shortens the time it takes to
select not only your power supply but also the matching uninterruptible power supply (DC UPS) based on
capacitor or battery technology. You can order the
selected products easily via the Siemens Industry Mall.
And you’ll also receive further information such as
product data sheets, 3D data, or circuit diagram macros for fast and easy project planning.
The tool is available on the internet and in the Industry Mall:
www.siemens.com/sitop-selection-tool
www.siemens.com/industrymall
Step 1:
The appropriate power supplies are
preselected based on the user’s
technical requirements
Step 2:
Several power supplies can be compared
based on their technical data for further
product selection
Step 3:
After the desired products have been
selected from the product list, these selections can be exported or transferred directly
to the user’s Industry Mall shopping basket
5
SITOP compact
Slim power supply for control boxes
Technical data
Overall width 22.5 mm
Output voltage / current, type
24 V/0.6 A, PSU100C
24 V/1.3 A, PSU100C
12 V/2 A, PSU100C
24 V/2.5 A, PSU100C
24 V/4 A, PSU100C
6EP1331-5BA00
100 – 230 V AC
85...264 V AC/
110…300 V DC
Mains buffering
> 20 ms
(at 120/230 V AC)
Rated line frequency
50/60 Hz
0.28 – 0.18 A
Rated input current
10 A characteristic C
–– Recommended miniature
16 A characteristic B
circuit breaker
24 V DC
Rated output voltag
± 3 %
–– Tolerance
–
–– Setting range
Rated output current
0.6 A
–– Derating
from +55 °C (3 %/K)
Efficiency at rated values, approx. 82 %
No-load loss
< 0.75 W
Signaling contact “DC o. k.”
No
Parallel switching
No
6EP1331-5BA10
100 – 230 V AC
85...264 V AC/
110…300 V DC
> 20 ms
(at 120/230 V AC)
50/60 Hz
0.63 – 0.31 A
10 A characteristic C
16 A characteristic B
24 V DC
± 3 %
22.2...26.4 V DC
1.3 A
from +55 °C (3 %/K)
86 %
< 0.75 W
No
Yes 2)
6EP1321-5BA00
100 – 230 V AC
85...264 V AC/
110…300 V DC
> 20 ms
(at 120/230 V AC)
50/60 Hz
0.63 – 0.31 A
10 A characteristic C
16 A characteristic B
12 V DC
± 3 %
10.5...12.9 V DC
2 A
from +55 °C (3 %/K)
82 %
< 0.75 W
No
6EP1332-5BA00
100 – 230 V AC
85...264 V AC/
110…300 V DC
> 20 ms
(at 120/230 V AC)
50/60 Hz
1.33 – 0.67 A
10 A characteristic C
16 A characteristic B
24 V DC
± 3 %
22.2...26.4 V DC
2.5 A
from +50 °C (3.5 %/K)
87 %
< 0.75 W
No
6EP1332-5BA10
100 – 230 V AC
85...264 V AC/
110…300 V DC
> 20 ms
(at 120/230 V AC)
50/60 Hz
2.25– 1.15 A
10 A characteristic C
16 A characteristic B
24 V DC
± 3 %
22.2...26.4 V DC
4 A
from +50 °C (3.5 %/K)
88 %
< 0.75 W
No
24 V/3.7 A,
PSU100C NEC Class 2
6EP1332-5BA20
100 – 230 V AC
85...264 V AC
110…300 V DC
> 20 ms
(at 120/230 V AC)
50/60 Hz
1.21 – 0.67 A
10 A characteristic C
16 A characteristic B
24 V DC
± 3 %
–
3.7 A
from +50 °C (3.5 %/K)
87 %
< 0.75 W
No
No
Yes, restart
Class B
Yes 2)
Yes, restart
Class B
Article No.
Rated input voltage
–– Range
Electronic short-circuit protection
Radio interference suppression
(EN 55022)
Supply harmonics limitation
(EN 61000-3-2)
Degree of protection (EN 60529)
Ambient temperature
Dimensions (WxHxD) in mm
Weight approx.
Connections 1)
Certification
6
Overall width 30 mm
Overall width 45 mm
Overall width 52.5 mm
Yes 2)
Yes, restart
Class B
Yes 2)
Yes, restart
Class B
6EP1322-5BA10
100 – 230 V AC
85...264 V AC/
110…300 V DC
> 20 ms
(at 120/230 V AC)
50/60 Hz
1.6 – 0.75 A
10 A characteristic C
16 A characteristic B
12 V DC
± 3 %
10.5…12.9 V DC
6.5 A
from +50 °C (3.5 %/K)
86 %
< 0.75 W
No
Yes, restart
Class B
Yes, restart
Class B
Yes 2)
Yes, restart
Class B
Not applicable
Not applicable
Not applicable
Not applicable
Yes
Yes
Yes
IP20
–20...+70 °C
22.5 x 80 x 100
0.12 kg
Removable screw
terminal
CE, cULus, cCSAus, CB,
ATEX, cCSAus Class I
Div 2, GL, ABS
IP20
–20...+70 °C
30 x 80 x 100
0.17 kg
Removable screw
terminal
CE, cULus, cCSAus, CB,
ATEX, cCSAus Class I
Div 2, GL, ABS
IP20
–20...+70 °C
30 x 80 x 100
0.12 kg
Removable screw
terminal
CE, cULus, cCSAus, CB,
ATEX, cCSAus Class I
Div 2, GL, ABS
IP20
–20...+70 °C
45 x 80 x 100
0.22 kg
Removable screw
terminal
CE, cULus, cCSAus, CB,
ATEX, cCSAus Class I
Div 2, GL, ABS
IP20
–20...+70 °C
52.5 x 80 x 100
0.32 kg
Removable screw
terminal
CE, cULus, cCSAus, CB,
ATEX, cCSAus Class I
Div 2, GL, ABS
IP20
–20...+70 °C
52.5 x 80 x 100
0.32 kg
Removable screw
terminal
CE, cULus, CB, NEC
class 2, cCSAus Class I
Div 2, GL, ABS
IP20
–20...+70 °C
52.5 x 80 x 100
0.32 kg
Removable screw
terminal
CE, cULus, cCSAus, CB,
ATEX, cCSAus Class I
Div 2, GL, ABS
Accessory: removable spring-type terminal, Article No. 6EP1971-5BA00 2) The maximum starting current is limited to the rated output current of one power supply
Specifications at rated input voltage and ambient temperature +25 °C (unless otherwise specified)
1)
12 V/6.5 A, PSU100C
LOGO!Power
Flat power supply for distribution boards
In LOGO! 8 design
Technical data
Output voltage / current
Article No.
Rated input voltage
–– Range
Mains buffering
Rated line frequency
Rated input current
–– Inrush current (25 °C)
–– Recommended miniature
circuit breaker
Rated output voltage
–– Tolerance
–– Setting range
Output current – rated value
–– Derating
Efficiency at rated values, approx.
No-load loss
Signaling contact “DC o. k.”
Parallel switching
Electronic short-circuit protection
Radio interference suppression
(EN 55022)
Supply harmonics limitation
(EN 61000-3-2)
Degree of protection (EN 60529)
Ambient temperature
Dimensions (WxHxD) in mm
Weight approx.
Certification
54 mm design
5 V/3 A
12 V/1.9 A
15 V/1.9 A
6EP1311-1SH03 6EP1321-1SH03 6EP1351-1SH03
100 – 240 V AC
85...264 V AC/
110...300 V DC
> 40 ms (at 187 V)
50/60 Hz
0.36 – 0.22 A
0.53 – 0.30 A 0.63 – 0.33 A
< 26 A
< 25 A < 25 A
10 A characteristic C resp. 16 A characteristic B
12 V DC
5 V DC
± 3 %
10.5...16.1 V DC
4.6...5.4 V DC
1.9 3.0 A
from +55 °C
from +55 °C
(2 %/K
(2 %/K)
77 %
80 %
< 1.5 W
< 1.8 W
No
No
Yes
Yes, constant current
Class B
24 V/1.3 A
6EP1331-1SH03
0.70 – 0.35 A
< 25 A
72 mm design
5 V/6.3 A
12 V/4.5 A
15 V/4 A
6EP1311-1SH13 6EP1322-1SH03 6EP1352-1SH03
100 – 240 V A
85...264 V AC/
110...300 V DC
> 40 ms (at 187 V)
50/60 Hz
0.71 – 0.37 A
1.13 – 0.61 A
1.24 – 0.68 A < 50 A
< 55 A
< 55 A 10 A characteristic C resp. 16 A characteristic B
12 V DC
5 V DC
± 3 %
10.5...16.1 V DC
10.5...16.1 V DC 22.2...26.4 V DC 4.6...5.4 V DC
4.5 A
6.3 A
1.3 A
1.9 A
from +55 °C
from +55 °C
from +55 °C
from +55 °C
(2 %/K)
(2 %/K)
(2 %/K)
(2 %/K)
81 %
85 %
83 %
85 %
< 2 W
< 2 W
< 1.5 W
< 1.9 W
No
No
No
No
Yes
Yes, constant current
Class B
15 V DC
24 V DC
24 V/2.5 A
6EP1332-1SH43
1.22 – 0.66 A
< 46 A
15 V DC
24 V DC
10.5...16.1 V DC
4.0 A
from +55 °C
(2 %/K)
85 %
< 2.3 W
No
22.2...26.4 V DC
2.5 A
from +55 °C
(2 %/K)
88 %
< 1.8 W
No
90 mm design
24 V/4 A
6EP1332-1SH52
100 – 240 V AC
85…264 V AC/
110...300 V DC
> 40 ms (at 187 V)
50/60 Hz
1.95 – 0.97 A
< 30 A
10 A char. C
resp. 16 A char. B
24 V DC
± 3 %
22.2...26.4 V DC
4.0 A
from +55 °C
(2 %/K)
89 %
< 2 W
No
Yes
Yes, constant current
Class B
Not applicable
Not applicable
Yes
IP20
–20… +70 °C
54 x 90 x 55
0.17 kg
CE, cULus, CB,
FM, ATEX,
cCSAus Class I
Div 2, GL, ABS
IP20
–20… +70 °C
72 x 90 x 55
0.25 kg
CE, cULus, CB,
FM, ATEX,
cCSAus Class I
Div 2, GL, ABS
IP20
–20… +70 °C
90 x 90 x 55
0.34 kg
CE, cULus, CB, FM,
ATEX, SEMI F47,
cCSAus Class I Div 2,
GL, ABS, DNV, BV,
LRS
CE, cULus, CB,
FM, ATEX,
cCSAus Class I
Div 2, GL, ABS
CE, cULus, CB,
FM, ATEX,
cCSAus Class I
Div 2, GL, ABS
Specifications at rated input voltage and ambient temperature +25 °C (unless otherwise specified)
CE, cULus, CB,
FM, ATEX, SEMI
F47, NEC Class
2, cCSAus Class
I Div 2, GL, ABS,
DNV, BV, LRS
CE, cULus,CB,
FM, ATEX,
cCSAus Class I
Div 2, GL, ABS
CE, cULus, CB,
FM, ATEX,
cCSAus Class I
Div 2, GL, ABS
CE, cULus, CB,
FM, ATEX, SEMI
F47, NEC Class2,
cCSAus Class I
Div 2, GL, ABS,
DNV, BV, LRS
7
SITOP
in SIMATIC design
Technical data
Output voltage / curr., type
8
SIMATIC S7-1200 design
24 V/2.5 A, PM1207
SIMATIC S7-300 design
24 V/2 A, PS307
24 V/5 A, PS307
SIMATIC S7-1500 design
24 V/10 A, PS307
24 V/3 A, PM1507
24 V/8 A, PM1507
SIMATIC ET200prodesign
24 V/8 A, ET200pro PS
Article No.
6EP1332-1SH71
6ES7307-1BA01-0AA0
6ES7307-1EA01-0AA0
6ES7307-1KA02-0AA0
6EP1332-4BA00
6EP1333-4BA00
6ES7 148-4PC00-0HA0
Rated input voltage
120/230 V AC
automatic range selection
85…132 /170…264 V AC
120/230 V AC
automatic range selection
85…132 /170…264 V AC
120/230 V AC
automatic range selection
85…132 /170...264 V AC
120/230 V AC
automatic range selection
85…132 /176...264 V AC
120/230 V AC
automatic range selection
85…132 /176...264 V AC
380 – 480 V 3 AC
––Range
120/230 V AC
automatic range selection
85…132 /176…264 V AC
Mains buffering
> 20 ms (at 93/187 V)
> 20 ms (at 93/187 V)
> 20 ms (at 93/187 V)
> 20 ms (at 93/187 V)
> 20 ms (at 93/187 V)
> 20 ms (at 93/187 V)
3 ms (at 400 V)
Rated line frequency
50/60 Hz
50/60 Hz
50/60 Hz
50/60 Hz
50/60 Hz
50/60 Hz
50/60 Hz
Rated input current
––Inrush current (25 °C)
––Recommended miniature
circuit breaker
1.2/0.67 A
< 13 A
16 A charakt. B,
10 A charakt. C
0.9/0.5 A
< 22 A
3 A charakt. C
2.3/1.2 A
< 20 A
6 A charakt. C
4.2/1.9 A
< 55 A
10 A charakt. C
1.4 A/0.8 A
< 23 A
from 6 A charakt. C,
from 10 A charakt. B
3.7 A/1.7 A
< 67 A
from 10 A charakt. C,
from 16 A charakt. B
1 A
< 40 A
3RV2021-4NA10
Rated output voltage
––Tolerance
––Setting range
––On/off switch
24 V DC
± 3 %
–
No
24 V DC
± 3 %
–
Yes
24 V DC
± 3 %
–
Yes
24 V DC
± 3 %
–
Yes
24 V DC
± 3 %
–
Yes
24 V DC
± 3 %
–
Yes
24 V DC
– 5 %/+3 %
–
No
Rated output current
– Overload characteristics
(extra power for 5 s/min)
2.5 A
–
2 A
–
5 A
–
10 A
–
3 A
4.5 A
8 A
12 A
8 A
–
Efficiency at rated values,
approx.
83 %
84 %
87 %
90 %
87 %
90 %
88 %
340…550 V 3 AC
Signaling contact “DC o. k.”
No
No
No
No
No
No
Yes, and for overheating
Parallel switching
Yes
Yes
Yes
Yes
Yes
Yes
No
Electr. short-circuit protection
Yes, constant current char.
Yes, restart
Yes, restart
Yes, restart
Yes, restart
Yes, restart
Yes, restart
Radio suppression level
(EN 55022)
Class B
Class B
Class B
Class B
Class B
Class B
EN 61000-6-4 (Class A)
Supply harmonics limitation
(EN 61000-3-2)
Not applicable
Not applicable
Yes
Yes
Not applicable
Yes
No
Degree of protection (EN 60529)
IP20
IP20
IP20
IP20
IP20
IP20
IP67, UL: encl. type 5 indoor
Ambient temperature
0…+60 °C
0…+60 °C
0…+60 °C
0…+60 °C
0…+60 °C
0…+60 °C
–25°C...+55°C
Installation
DIN rail or
wall mounting
Can be mounted on S7 rail. Mounting adapter for DIN rail 35 x15 mm:
6EP1971-1BA00
on S7-1500 system carrier
on S7-1500 system carrier
Screw mounting, e.g., on
SIMATIC ET 200pro system rail
Mass (W x H x D) in mm
70 x 100 x 75
40 x 125 x 120
60 x 125 x 120
80 x 125 x 120
50 x 147 x 135
75 x 147 x 135
310 x 135,5 w/o connector
x 90 0.6 kg
0.8 kg
0.45 kg
0.74 kg
Weight approx.
0.3 kg
0.4 kg
Certification
CE, cULus, CB, FM, ATEX,
cCSAus Class I Div 2, GL,
ABS, DNV
CE, cULus, ATEX, cULus Class I Div 2, GL, ABS, DNV
Specifications at rated input voltage and ambient temperature +25 °C (unless otherwise specified)
CE, cULus, CB, ATEX, IECEx, cULus Class l Div 2, FM, GL,
ABS, BV
2.8 kg
CE, ULus508
SITOP lite
Cost-effective basic power supply
new!
Technical data
Output voltage / current, type
Article No.
24 V / 2.5 A, PSU100L
6EP1332-1LB00
24 V / 5 A, PSU100L
6EP1333-1LB00
Rated line frequency
50/60 Hz
50/60 Hz
Rated input voltage
–– Range
Mains buffering
Rated input current
–– Inrush current (25 °C)
–– Recommended miniature circuit
breaker
Rated output voltage
–– Tolerance
–– Setting range
Rated output current
–– Derating
Efficiency at rated values, approx.
Signaling contact “DC o. k.”
Parallel switching
Electronic short-circuit protection
Radio interference suppression
(EN 55022)
Supply harmonics limitation
(EN 61000-3-2)
Degree of protection (EN 60529)
Ambient temperature
Dimensions (WxHxD) in mm
Weight approx.
Certification
120 / 230 V AC
93...132 /187...264 V AC
> 20 ms (at 93/187 V)
1.1/ 0.65 A
< 27 A
3 A Characteristic C
120 / 230 V AC
93...132/187...264 V AC
> 20 ms (at 93/187 V)
2.1/1.15 A
< 32 A
6 A Characteristic C
SITOP lite
24 V / 10 A, PSU100L
6EP1334-1LB00
24 V/20 A, PSU100L
6EP1336-1LB00 1)
50/60 Hz
50/60 Hz
120 / 230 V AC
93...132/187...264 V AC
> 20 ms (at 93/187 V)
4.3 / 2.4 A
< 65 A
10 A Characteristic C
100-230 V AC
85…264V /DC 88…370V AC
> 20 ms (at 93/187 V)
5.55 / 2.35 A
< 45 A
10 A Characteristic C
24 V DC
± 3 %
22.8...26.4 V DC
2.5 A
from +45 °C (1.5 %/K)
85 %
24 V DC
± 3 %
22.8...26.4 V DC
5 A
from +45 °C (1.5 %/K)
86 %
24 V DC
± 3 %
22.8...26.4 V DC
10 A
from +45 °C (2 %/K)
89 %
24 V DC
± 3 %
22.8...28 V DC
20 A
from +45 °C (2.5 %/K)
92 %
Yes
Yes
Yes
Yes
No
Yes, constant current
Class A
No
Yes, constant current
Class A
No
Yes, constant current
Class A
No
Yes, constant current
Class A
Not applicable
no
No
Yes
IP20
IP20
IP20
IP20
32.5 x 125 x 120
50 x 125 x 120
70 x 125 x 120
110x125x125
0… +60 °C
0.4 kg
CE, cULus, CB
0… +60 °C
0.5 kg
CE, cULus, CB
0… +60 °C
0.75 kg
CE, cULus, CB
-25… +70 °C
1.8 kg
CE, cULus, CB
Delivery start date: February 2016
Specifications at rated input voltage and ambient temperature +25 °C (unless otherwise specified)
1)
9
SITOP smart
Powerful standard power supply
Technical data
Output voltage/current, type
Article No.
Rated input voltage
–– Rate
Mains buffering
Rated line frequency
Rated input current
–– Inrush current (25 °C)
–– Recommended miniature
circuit breaker
Rated output voltage
–– Tolerance
–– Setting range
Rated output current
–– Permanently up to +45 °C
–– Overload behavior
(extra power for 5 s/min)
–– Derating
Efficiency at rated values,
approx.
Signaling contact “DC o. k.”
Parallel switching
Electronic short-circuit
protection
Radio interference
suppression (EN 55022)
Supply harmonics limitation
(EN 61000-3-2)
Degree of protection
(EN 60529)
Ambient temperature
Dimensions (WxHxD) in mm
Weight approx.
Certification
1)
24 V/2.5 A, PSU100S
24 V/5 A, PSU100S
6EP1 332-2BA20
6EP1 333-2BA20
120/230 V AC
120/230 V AC
85...132/170...264 V AC, automatic range switching
> 20 ms (at 93/187 V)
> 20 ms (at 93/187 V)
50/60 Hz
50/60 Hz
2.34 A/1.36 A
1.25 A/0.74 A
< 40 A
< 33
from 6 A,
from 3 A,
characteristic C
characteristic C
24 V DC
24 V DC
± 3 %
± 3 %
22.8...28 V DC
22.8...28 V DC
5 A
2.5 A
6A
3A
7.5 A
3.75 A
SITOP smart 1-phase
12 V/7A, PSU100S
6EP1 322-2BA00
120/230 V AC
24 V/10 A, PSU100S
6EP1 334-2BA20
120/230 V AC
12 V/14 A, PSU100S
6EP1 323-2BA00
120/230 V AC
24 V/20 A, PSU100S
6EP1336-2BA10
120/230 V AC
> 20 ms (at 93/187 V)
50/60 Hz
1.73 A/0.99 A
< 45 A
from 6 A,
characteristic C
12 V DC
± 3 %
11.5…15.5 V DC
7 A
7A
10.5 A
> 20 ms (at 93/187 V)
50/60 Hz
4.49 A/1.91 A
< 60 A
from 10 A,
characteristic C
24 V DC
± 3 %
22.8...28 V DC
10 A
12 A
15 A
> 20 ms (at 93/187 V)
50/60 Hz
3.24 A/1.41 A
< 60 A
from 10 A,
characteristic C
12 V DC
± 3 %
11.5…15.5 V DC
14 A
14 A
21 A
> 20 ms (at 120/230 V)
50/60 Hz
7.5/3.5 A
< 11 A
from 10 A,
characteristic C
24 V DC
± 3 %
22.8...28 V DC
20 A
24 A
30 A
from +60 °C (3 %/ K)
85 %
from +60 °C (3 %/ K)
88 %
from +55 °C (5 %/ K)
84 %
from +60 °C (3 %/ K)
90 %
from +55 °C (5 %/ K)
87 %
from +60 °C (5 %/K)
90 %
Yes
Yes
Yes, constant current
Yes
Yes
Yes, constant current
Yes
Yes
Yes, constant current
Yes
Yes
Yes, constant current
Yes
Yes
Yes, constant current
Yes
Yes
Yes, restart
Class B
Class B
Class B
Class B
Class B
Class B
Not applicable
Yes
Yes
Yes
Yes
Yes
IP20
IP20
IP20
IP20
IP20
IP20
–25…+70 °C
–25…+70 °C
–25…+70 °C
–25…+70 °C
–25…+70 °C
0...+70 °C (–25…+70 °C)
32.5 x 125 x 120
0.32 kg
CE, cULus, CB, ATEX, IECEx,
cCSAus Class I Div 2, GL, BV
Delivery start date: February 2016
50 x 125 x 120
0.5 kg
CE, cULus, CB, ATEX, IECEx,
cCSAus Class I Div 2, GL, BV
10 Specifications at rated input voltage and ambient temperature +25 °C (unless otherwise specified)
50 x 125 x 120
0.5 kg
CE, cULus, CB, ATEX, IECEx,
cCSAus Class l Div 2, GL
70 x 125 x 120
0.8 kg
CE, cULus, CB, ATEX, IECEx,
cCSAus Class l Div 2, GL, BV
70 x 125 x 120
0.8 kg
CE, cULus, CB, ATEX, IECEx,
cCSAus Class l Div 2, GL
1)
115 x 145 x 150
2.4 kg
CE, cULus, CB, ATEX, IECEx,
cCSAus Class I Div 2, GL
new!
new!
24 V/5 A, PSU300S
6EP1433-2BA20 2)
400-500 V 3 AC
340 … 550 V 3 AC
> 6 ms (at 400 V)
50/60 Hz
0.45 - 0.4 A
< 40 A
6 – 16 A charact. C 3-ph. coupled or
3 RV2011-1DA10 or 3 RV2711-1DD10
24 V DC
± 3 %
24...28 V DC
5A
6A
7.5 A
24 V/10 A, PSU300S
6EP1434-2BA20 2)
400 – 500 V 3 AC
340…550 V 3 AC
> 6 ms (at 400 V)
50/60 Hz
0.7 – 0.6 A
< 50 A
6 – 16 A charact. C 3-ph. coupled or
3 RV2011-1DA10 or 3 RV2711-1DD10
24 V DC
± 3 %
24...28 V DC
10 A
12 A
15 A
from +60 °C (3 %/ K)
89 %
SITOP smart 3-phase
24 V/20 A, PSU300S
6EP1436-2BA10
400 – 500 V 3 AC
340…550 V 3 AC
> 6 ms (at 400 V)
50/60 Hz
1.2 – 1.0 A
< 36 A
From 6 – 16 A charact. C 3-ph. coupled or
3 RV2011-1DA10 or 3 RV2711-1DD10
24 V DC
± 3 %
24...28 V DC
20 A
24 A
30 A
24 V/40 A, PSU300S
6EP1437-2BA20
400 – 500 V 3 AC
340…550 V 3 AC
> 6 ms (at 400 V)
50/60 Hz
2,0 – 1,5 A
< 60 A
From 10 – 16 A charact. C 3-ph. coupled or
3 RV2011-1DA10 or 3 RV2711-1DD10
24 V DC
± 3 %
24...28 V DC
40 A
48 A
60 A
from +60 °C (3%/K)
91 %
from +60 °C (5 %/K)
91 %
from +60 °C (2.5 %/K)
91.5 %
Yes
Yes
Yes, restart
Class B
Yes
Yes
Yes, restart
Class B
Yes
Yes
Yes, restart
Class B
Yes
Yes
Yes, restart
Class B
Yes
Yes
Yes
Yes
IP20
IP20
IP20
IP20
-25...+70 °C
50 x 125 x 120
0.43 kg
CE, cULus, CB, pending: ATEX, UL Class I Div 2,
IECEx, GL
–25...+70 °C
70 x 145 x 150
0.67 kg
CE, cULus, CB, pending: ATEX,
UL Class I Div 2, IECEx, GL
0...+70 °C (–25 … +70 °C) 2)
90 x 145 x 150
1.6 kg
CE, cULus, CB, ATEX, cCSAus Class I Div 2, GL,
IECEx
0...+70 °C
150 x 145 x 150
3.7 kg
CE, cULus, CB, ATEX , cCSAus Class I Div 2,
GL, IECEx
Delivery start date: March 2016
Specifications at rated input voltage and ambient temperature +25 °C (unless otherwise specified)
2)
11
SITOP modular
Technology power supply for demanding solutions
Technical data
SITOP modular 1-phase
Output voltage / current, type
Article No.
Rated input voltage
–– Range
24 V/5 A, PSU8200
24 V/ 10 A, PSU8200
6EP3333-8SB00-0AY0
6EP3334-8SB00-0AY0
120 – 230 V AC
85…132 V/170…264 V AC, automatic range switching
24 V/20 A, PSU8200
6EP1336-3BA10
120 – 230 V AC
85…275 V AC or 88…350 V DC
Mains buffering
Rated line frequency
Rated input current
–– Inrush current (25 °C)
–– Recommended miniature
circuit breaker
Rated output voltage
–– Tolerance
–– Setting range
Rated output current
–– Overload behavior
(power boost for 25 ms)
–– Overload behavior
(extra power for 5 s/min)
–– Derating
Efficiency at rated values, approx.
Signaling contact “DC o. k.”
>35 ms (at 120/230 V)
50/60 Hz
2.1/1.2 A
< 10A
6 A charact. C
or 3RV1021-1xA10
24 V DC
± 3 %
24…28.8 V DC
5A
15 A
>35 ms (at 120/230 V)
50/60 Hz
4/1.9 A
< 10 A
10 A charact. C
or 3RV1021-1xA10
24 V DC
± 3 %
24…28.8 V DC
10 A
30 A
> 20 ms (at 120/230 V)
50/60 Hz
4.6 – 2.5 A
< 20 A
10 A charact. C
or 3RV1021-1xA10
24 V DC
± 3 %
24…28.8 V DC
20 A
60 A
7.5 A (Extra Power for 5 s/min)
15 A (Extra Power for 5 s/min)
30 A (Extra Power for 5 s/min)
—
93 %
Yes
from +60 °C (2 %/K)
94 %
Yes
from +60 °C (3 %/K)
93 %
Yes
Parallel switching
Electronic short-circuit protection
Radio interference suppression
(EN 55022)
Supply harmonics limitation
Degree of protection (EN 60529)
Ambient temperature
Dimensions (WxHxD) in mm
Weight approx.
Certification
1)
24 V/40 A, PSU100M
6EP1337-3BA00
120/230 V AC
85...132/176...264 V AC,
start-up from 95/190 V
> 20 ms (at 230 V)
50/60 Hz
15.0/8.0 A
< 125 A
20 A charact. C
or 3RV2011-xxA10
24 V DC
± 3 %
24…28.8 V DC
40 A
120 A
from +60 °C (2,5 %/K)
88 %
No, possible via signaling module
(6EP1961-3BA10)
Yes, output characteristic can be switched to parallel operation
Yes, constant current or latching shutdown selectable. Constant current: approx. 1.15 x rated output current
Class B
Class B
Class B
Class B
Yes (EN 61000-3-2)
Yes (EN 61000-3-2)
IP20
IP20
–25…+70 ° C
–25…+70 ° C
45 x 125 x 125
55 x 125 x 125
0.8 kg
1 kg
CE, cULus, ATEX, IECEx, cCSAus Class I Div 2, SEMI F47 2), GL, ABS
Connection to two phases of a three-phase supply system 2) At input voltage 208 to 230 V AC
3)
Yes (EN 61000-3-2)
IP20
–25…+70 °C
90 x 125 x 125
1.5 kg
CE, cULus, ATEX, IECEx, UL Class
I Div 2, GL, ABS
In conjunction with two buffer modules
12 Specifications at rated input voltage and ambient temperature at +25 °C (unless otherwise specified)
No
IP20
0…+70 ° C
240 x 125 x 125
2.9 kg
CE, cULus, ATEX, IECEx, cCSAus
Class I Div 2, SEMI F473)
SITOP modular 1-phase and
2-phase1)
24 V/5 A, PSU200M
6EP1333-3BA10
120 – 230/230 – 500 V AC
85…264/176…550 V AC
> 25 ms (at 120/230 V)
50/60 Hz
2.2 – 1.2/1.2 – 0.61 A
< 35 A
6 A charact. C
or 3RV2011-1xA10
24 V DC
± 3 %
24…28.8 V DC
5 A
15 A
from +60 °C (2 %/K)
88 %
Yes
Class B
Yes (EN 61000-3-2)
IP20
–25…+70 ° C
70 x 125 x 121
0.6 kg
CE, cULus, ATEX, IECEx, SEMI F472),
GL, ABS, UL Class I Div 2
new!
SITOP modular 1-phase
and 2-phase1)
24 V/10 A, PSU200M
6EP1334-3BA10
120 – 230/230 – 500 V AC
85…264/176…550 V AC
> 25 ms (at 120/230 V)
50/60 Hz
4.4 – 2.4/2.4–1.1 A
< 35 A
6 A charact. C
or 3RV2011-1xA10
24 V DC
± 3 %
24…28.8 V DC
10 A
30 A
from +60 °C (2 %/K)
91 %
Yes
SITOP modular 3-phase
SITOP modular 3-phase, 36 V
SITOP modular 3-phase, 48 V
24 V/20 A, PSU8200
6EP3436-8SB00-0AY0
400 – 500 V 3 AC
320…575 V 3 AC
24 V/40 A, PSU8200
6EP1437-3BA10
400 – 500 V 3 AC
320…575 V 3 AC
36 V/13 A, PSU8200
6EP3446-8SB10-0AY0
400–500 V 3 AC
320…575 V 3 AC
48 V/10 A, PSU300M
6EP1456-3BA00
400 – 500 V 3 AC
320…575 V 3 AC
> 15 ms (at 400 V)
50/60 Hz
1.2 – 1.0 A
< 18 A
6 – 16 A charact. C 3-ph.
coupled or 3RV2011-1DA10
or 3RV2711-1DD10
24 V DC
± 3 %
24...28.8 V DC
> 15 ms (at 400 V)
50/60 Hz
2.6 – 2.1 A
< 56 A
10 – 16 A charact. C 3-ph.
coupled or 3RV2011-1DA10
or 3RV2711-1DD10
24 V DC
± 3 %
24...28.8 V DC
> 15 ms (at 400 V)
50/60 Hz
1.2-1.0 A
< 18 A
6 – 16 A charact. C 3-ph.
coupled or 3RV2011-1DA10 or
3RV2711-1DD10
36 V DC
± 3 %
32...40 V DC
> 15 ms (at 400 V)
50/60 Hz
1.2 – 1.0 A
< 18 A
6 – 16 A charact. C 3-ph.
coupled or 3RV2011-1DA10
or 3RV2711-1DD10
48 V DC
± 3 %
42…56 V DC
48 V/20 A, PSU300M
6EP1457-3BA00
400 – 500 V 3 AC
320...550 V 3 AC, start-up from
340 V
> 6 ms (at 400 V)
50/60 Hz
2.2 A (with 400 V)
< 70 A
10 – 16 A charact. C 3-ph.
coupled or 3RV2011-1DA10
or 3RV2711-1DD10
48 V DC
± 3 %
42…56 V DC
20 A
60 A
40 A
120 A
13 A
39 A
10 A
23A
20 A
60A
30 A (Extra Power for 5 s/min)
from +60 °C (3 %/K)
94 %
Yes
60 A (Extra Power for 5 s/min)
from +60 °C (3.8 %/K)
93 %
Yes
19.5 A (Extra Power for 5 s/min)
from +60 °C (3 %/K)
94 %
Yes
15 A (Extra Power for 5 s/min)
from +60 °C (3 %/K)
93 %
Yes
Yes, output characteristic can be switched to parallel operation
Yes, constant current or latching shutdown selectable. Constant current: approx. 1.15 x rated output current
Class B
Class B
Class B
Class B
Yes (EN 61000-3-2)
Yes (EN 61000-3-2)
Yes (EN 61000-3-2)
Yes (EN 61000-3-2)
IP20
IP20
IP20
IP20
–25…+70 ° C
–25…+70 °C
–25…+70 °C
–10…+70 °C
70 x 125 x 121
70 x 125 x 125
150 x 125 x 150
70 x 125 x 125
1.4 kg
1.2 kg
3.4 kg
1.2 kg
CE, cULus, ATEX, IECEx, SEMI
CE; cULus, CB, cCSAus Class I
CE; cULus, CB, ATEX, IECEx,
CE, cULus, CB, ATEX, IECEx,
F472), GL, ABS, UL Class I Div 2
Div 2, GL, ABS
cCSAus Class I Div 2, SEMI F47,
cCSAus Class I Div 2, SEMI F47,
GL, ABS
GL, ABS
Connection to two phases of a three-phase supply system2) At input voltage 208 to 230 V AC
Specifications at rated input voltage and ambient temperature at +25 °C (unless otherwise specified)
Class B
Yes (EN 61000-3-2)
IP20
–10...+70 °C
70 x 125 x 125
1.2 kg
CE; cULus, CB, ATEX, IECEx,
cCSAus Class I Div 2, GL, ABS
90 %
No, via signaling contact module
(6EP1961-3BA10)
Class B
Yes (EN 61000-3-2)
IP20
0…+60 °C
240 x 125 x 125
3.2 kg
CE, UL, CSA, GL, ABS
1)
13
SITOP modular
The first power supply system with integration in TIA – SITOP PSU8600
14
Complete system integration
A system with maximum reliability
Efficiency across the board
SITOP PSU8600 is the first power supply that can be
completely integrated in TIA. Advantages include convenient engineering in the TIA Portal, preproduced function blocks for SIMATIC S7 user programs, as well as free
WinCC faceplates. An integrated Web server makes
remote diagnostics possible, and two integrated
PROFINET ports are available for comprehensive data
exchange.
Every output is constantly monitored, allowing unusual
overloads to be detected early. In the event of a fault,
the affected output is selectively switched off. Expansion
modules can be used to split the DC voltage to as many
as 20 outputs. Buffer modules can be added to protect
against power failures; versions with double-layer capacitors provide many seconds of buffer time. Comprehensive diagnostic information for preventive maintenance
is available through PROFINET and can be evaluated
directly in SIMATIC S7 and visualized in SIMATIC WinCC.
With its narrow width and integrated overload monitoring, the basic device conserves space in the control cabinet. The voltage of every output can be set individually,
which cuts down on the number of additional power
supply units which would otherwise be needed for 5 V or
12 V loads. By means of the System Clip Link, users can
individually configure the system with no additional
wiring effort. SITOP PSU8600 also supports energy management in plants or machines, from collecting power
data of the individual outputs and switching on and off
individual outputs via PROFIenergy to direct integration
in power management systems.
new!
Technical Data
Output voltage / current, type
Article No.
24 V/20 A, PSU8600
6EP3436-8SB00-2AY0 1)
new!
SITOP modular 3-phase basic unit, 1 output
24 V/40 A, PSU8600
6EP3437-8SB00-2AY0 1)
Rated input voltage
–– Range
Mains buffering
400 – 500 V 3 AC
320…575 V 3 AC
> 15 ms (at 400 V), extendable via buffer modules
Rated input current
–– Inrush current (25 °C)
–– Recommended miniature circuit breaker
Rated output voltage
–– Tolerance
–– Setting range
Rated ouput current
–– Overload behavior (Extra Power)
–– Derating
–– Switching threshold adjustment range
1.4 – 1.1 A
2.75 – 2.2 A
14 A
14 A
6-16 A charact. C 3-ph. coupled or 3RV2011-1DA10 (setting 3 A) or 3RV2711-1DD10
24 V DC
24 V DC
± 3 %
± 3 %
5…28 V DC
5…28 V DC
20 A, one output, number can be increased via expansion modules
40 A, one output, number can be increased via expansion modules
30 A for 5 s/min
60 A for 5 s/min
from +50°C (2.5%/K). No derating in connection with expansion module and total load of basic device’s outputs up to 240 W (20 A devices) or up to 480 W (40 A
devices)
2…20 A
4…40 A
Efficiency at rated values, approx.
93 %
94 %
Industrial Ethernet/PROFINET with two ports
Industrial Ethernet/PROFINET with two ports
Rated line frequency
–– Shutdown behavior per output
Signaling contact “DC o. k.”
Interface
Parallel switching
Radio interference suppression (EN 55022)
Line harmonics limitation (EN 61000-3-2)
Degree of protection (EN 60529)
Ambient temperature
Dimensions (WxHxD) in mm
Weight approx.
Certifications
Add-on modules
50/60 Hz
400 – 500 V 3 AC
320…575 V 3 AC
50/60 Hz
Load current 101...149% of the setting: shutdown after 5 s; load current 150% of the setting: shutdown after 200 ms
Yes
Yes
Class B
Yes
IP20
–25…+60 ° C
80 x 125 x 150
1.8 kg
CE, cULus, IECEx, ATEX; pending: CB, cCSAus Class I Div 2, SEMI F47, GL, ABS
Yes
Yes
Class B
Yes
IP20
–25…+60 ° C
125 x 125 x 150
2.65 kg
up to four CNX8600 expansion modules, up to two BUF8600 buffer modules
Delivery start date: January 2016
Specifications at rated input voltage and ambient temperature at +25 °C (unless otherwise specified)
1)
15
SITOP modular
The first power supply system with integration in TIA – SITOP PSU8600
new!
The power supply system can be
fully integrated in TIA via the Industrial Ethernet/PROFINET interface (2
ports) on the PSU8600 basic unit.
This offers comprehensive setting
and diagnostic options in TIA Portal
or via Step 7:
Technical Data
Output voltage / current, type
Article No.
24 V/40 A/4x10 A, PSU8600
6EP3437-8MB00-2CY0
Rated input voltage
–– Range
Mains buffering
400 – 500 V 3 AC
320…575 V 3 AC
> 15 ms (at 400 V), extendable via buffer modules
Rated input current
–– Inrush current (25 °C)
–– Recommended miniature circuit breaker
Rated output voltage
–– Tolerance
–– Setting range
Rated ouput current
–– Switching threshold adjustment range
1.4 – 1.1 A
2.75–2.2 A
14 A
14 A
6-16 A charact. C 3-ph. coupled or 3RV2011-1DA10 (setting 3 A) or 3RV2711-1DD10
24 V DC
24 V DC
± 3 %
± 3 %
5…28 V DC
5…28 V DC
20 A, 4 outputs at 5 A each,
40 A, 4 outputs at 10 A each,
number can be increased via expansion modules
number can be increased via expansion modules
30 A for 5 s/min
60 A for 5 s/min
from +50°C (2.5%/K). No derating in conjunction with expansion module and total load on the output of the basic device
up to 240 W (20 A devices) or up to 480 W (40 A devices)
0.5…5 A
0.5…10 A
Efficiency at rated values, approx.
93 %
Interface
Industrial Ethernet/PROFINET with two ports
Rated line frequency
–– Overload behavior (Extra Power)
–– Derating
–– Shutdown behavior per output
Signaling contact “DC o. k.”
Parallel switching
Radio interference suppression (EN 55022)
Line harmonics limitation (EN 61000-3-2)
Degree of protection (EN 60529)
Ambient temperature
Dimensions (WxHxD) in mm
Weight approx.
Certification
Add-on modules
16
24 V/20 A/4x5 A, PSU8600
6EP3436-8MB00-2CY0 1)
SITOP modular 3-phase basic unit, 4 outputs
50/60 Hz
400 – 500 V 3 AC
320…575 V 3 AC
50/60 Hz
101...149% of the setting: shutdown after 5 s; 150% of setting: shutdown after 200 ms
Yes
94 %
Yes
Parallel connection output 1 with 2 or output 3 with 4 selectable via DIP switch
Class B
Class B
IP20
IP20
Yes
–25…+60 ° C
100 x 125 x 150
2.0 kg
Yes
–25…+60 ° C
125 x 125 x 150
2.65 kg
CE, cULus, IECEx, ATEX; pending: CB, cCSAus Class I Div 2,
CE, cULus, CB, IECEx, ATEX, cCSAus Class I Div 2, SEMI F47,
SEMI F47, GL, ABS
GL, pending: ABS
up to four CNX8600 expansion modules, up to two BUF8600 buffer modules
Setting options:
•Switching on and off individual
outputs for the direct control of
loads or for saving energy, for
example using the PROFIenergy
protocol
•Program-controlled changing of the
output voltage of each output for
the variable supply of loads, such
as DC motors (e.g. in fans or belt
drives)
Diagnostic options:
•Early detection of dynamic, continuous, or more frequently occurring
overload conditions with the help
of up-to-date values
•Status message for outputs (on,
off, overload)
•Outputs can be freely parameterized for preventive maintenance
messages
•Detection and logging of shortterm power and phase failures for
the analysis of network quality
•Recording of power data (current,
voltage) for each output to assess
potential power savings
•Advance warning of system
overload and overheating
new!
Technical Data
Typ
Article No.
Product/function
description
Rated output voltage
–– Tolerance
–– Setting range
Rated output current
–– Switching threshold
adjustment range
–– Shutdown behavior per
output
Expansion module
Technical Data
Expansion module for PSU8600 basic devices
for distribution of the direct current to another
four load circuits and monitoring for overload;
selective switch-off of defective circuits, switching
threshold individually configurable. A total of four
modules can be used in a group of systems. Data
and power are transmitted via the System Clip Link
connector.
Product/function
description
4 x 5 A, CNX8600
6EP4436-8XB00-0CY0
4 x 10 A, CNX8600
6EP4437-8XB00-0CY0
24 V DC
24 V DC
± 3 %
± 3 %
5…28 V DC
20 A/4 outputs of 5 A
40 A/4 outputs of 10
each
A each
Comment:
The max. output capacity of the overall PSU8600
system cannot be increased via expansion modules
0.5…5 A
0.5…10 A
Load current 101...149% of the setting:
shutdown after 5 s,
load current 150% of the setting:
shutdown after 200 ms
Dimensions (WxHxD) in mm 60 x 125 x 150
60 x 125 x 150
Weight approx.
Certification
1.15 kg
1.15 kg
ATEX, cCSAus Class I Div 2, SEMI F47, GL;
pending: ABS
Typ
Article No.
100 ms/40 A, BUF8600
6EP4297-8HB00-0XY0
Energy storage
Buffer time with DC 24 V
and load current
5A
10 A
20 A
40 A
Typical charging time
Max. power during
buffer operation
Status messages via
3-color LED
Status messages via signal
contact
Status messages via
PROFINET (basic unit)
Additional functions
Electrolytic capacitors
Certifications
Buffer module
300 ms/40 A, BUF8600
6EP4297-8HB10-0XY0
4 s/40 A, BUF8600
10 s/40 A, BUF8600
6EP4293-8HB00-0XY0 1) 6EP4295-8HB00-0XY0 1)
Expansion module for PSU8600 basic devices for extending the outputs’ buffer time during power
failure. A total of two modules can be used in a group of systems. Data and power are transmitted
via the System Clip Link connector.
800 ms
400 ms
200 ms
100 ms
19 s
60 A for 5 s/min
Double-layer capacitors (Ultracaps)
2.4 s
1.2 s
600 ms
300 ms
54 s
60 A for 5 s/min
40 s
20 s
10 s
4s
5 min
40 A
80 s
40 s
20 s
10 s
10 min
60 A for 5 s/min
Normal operation, buffer operation, charging,
error
-
Normal operation, buffer operation, charging,
error
Charging status >x%, buffer operation
Normal operation, buffer operation, charging,
error
Normal operation, buffer operation, charging,
error, charging status > x%,
–– Remote ON/OFF contact for deactivating
buffering, e.g. when shutting down the plant
to prevent unnecessary discharge.
Dimensions (WxHxD) in mm 60 x 125 x 150
Weight approx.
new!
1.33 kg
125 x 125 x 150
2.26 kg
ATEX, cCSAus Class I Div 2, SEMI F47, GL;
pending: ABS
60 x 125 x 150
1.25 kg
125 x 125 x 150
1.95 kg
CE, cULus, IECEx, ATEX; pending: CB, cCSAus
Class I Div 2, SEMI F47, GL, ABS
Delivery start date: January 2016
Specifications at rated input voltage and ambient temperature at +25 °C (unless otherwise specified)
1)
17
SITOP
in special design, for special uses
Technical data
Output voltage / curr., type
Article No.
Rated input voltage
–– Range
Mains buffering
Rated line frequency
Rated input current
–– Inrush current (25 °C)
–– Recommended miniature
circuit breaker
Rated output voltage
–– Tolerance
–– Setting range
Output current – rated value
–– Derating
Efficiency at rated values,
approx.
Signaling contact “DC o. k.”
Parallel switching
Electronic short-circuit
protection
Radio interference suppression
(EN 55022)
Supply harmonics limitation
(EN 61000-3-2)
Degree of protection
(EN 60529)
Ambient temperature
Installation
Dimensions (WxHxD) in mm
Weight approx.
Certification
24 V/3.1 A PSU100D
6EP1332–1LD00
100 – 240 V AC
85...264 V AC
> 15 ms
(at 115/230 V)
50/60 Hz
1.5 – 1.0 A
< 60 A
24 V/4.1 A PSU100D
6EP1332-1LD10
100 – 240 V AC
85...264 V AC
> 15 ms
(at 115/230 V)
50/60 Hz
2.0 – 1.1 A
< 75 A
12 V/8.3 A PSU100D
6EP1322-1LD00
100 – 240 V AC
85...264 V AC
> 15 ms
(at 115/230 V)
50/60 Hz
2.0 – 1.1 A
< 75 A
24 V/6.2 A PSU100D
6EP1333-1LD00
100 – 240 V AC
85...264 V AC
> 15 ms
(at 115/230 V)
50/60 Hz
3.1 – 2.0 A
< 75 A
24 V/12.5 A PSU100D
6EP1334-1LD00
100 – 240 V AC
85...264 V AC
> 15 ms
(at 115/230 V)
50/60 Hz
4.0 – 2.0 A
< 60 A
12 V DC
+/- 2 %
11…14 V DC
3A
from +50 °C (2.5 %/K)
84 %
12 V DC
+/- 2 %
22...28 V DC
2.1 A
from +50 °C (2.5 %/K)
86 %
12 V DC
+/- 2 %
22...28 V DC
3.1 A
from +50 °C (2.5 %/K)
86 %
24 V DC
+/- 2 %
22...28 V DC
4.1 A
from +50°C (2,5 %/ K)
86 %
12 V DC
+/- 2 %
11…14 V DC
8.3 A
from +50°C (2,5 %/ K)
84 %
24 V DC
+/- 2 %
22...28 V DC
6.2 A
from +50°C (2,5 %/ K)
86 %
24 V DC
+/- 2 %
22...28 V DC
12.5 A
from +50°C (2,5 %/ K)
86 %
No
Yes
Yes, restart
No
Yes
Yes, restart
No
Yes
Yes, restart
No
Yes
Yes, restart
No
Yes
Yes, restart
No
Yes
Yes, restart
No
Yes
Yes, restart
Class B
Class B
Class B
Class B
Class B
Class B
Class B
Not applicable
Not applicable
Yes
Yes
Yes
No
Yes
IP20
IP20
IP20
IP20
IP20
IP20
IP20
–10°C...+70°C
–10°C...+70°C
–10°C...+70°C
–10°C...+70°C
–10°C...+70°C
97 x 128 x 38
0.37 kg
CE, cULus, cURus
97 x 158 x 38
0.50 kg
CE, cULus, cURus
97 x 158 x 38
0.57 kg
CE, cULus, cURus
97 x 178 x 38
0.55 kg
CE, cULus, cURus
105 x 199 x 41
0.81 kg
CE, cULus, cURus
–10 °C ...+70 °C
–10°C...+70°C
Wall mounting, variable installation position
97 x 98 x 38
97 x 128 x 38
0.37 kg
0.35 kg
CE, cULu, cURus
CE, cULus, cURus
Specifications at rated input voltage and ambient temperature +25 °C (unless otherwise specified)
18
Wall/panel mounting
12 V/3 A PSU100D
24 V/2.1 A PSU100D
6EP1321–1LD00
6EP1331–1LD00
100 – 240 V AC
100 – 240 V AC
85...264 V AC
85...264 V AC
> 15 ms
> 15 ms
(at 115/230 V)
(at 115/230 V)
50/60 Hz
50/60 Hz
0.75 – 0.5 A
1.1 – 0.7 A
< 60 A
< 60 A
10 A characteristic C, 16 A characteristic B
Technical data
Output voltage / current, type
Article No.
Rated input voltage
–– Range
Mains buffering
Rated line frequency
Rated input current
–– Inrush current (25 °C)
–– Recommended miniature circuit breaker
Rated output voltage
–– Tolerance
–– Setting range
Rated ouput current
–– Overload behavior (Extra Power for 5 s/min)
–– Derating
Efficiency at rated values, approx.
Status signaling
Parallel switching
Electronic short-circuit protection
DC/DC converter
24 V/20 A, PSU400M
6EP1536-3AA00
600 V DC
300...900 V DC, start-up from approx.
340 V
–
–
0.85 A
<8A
–
24 V DC
± 3 %
24…28.8 V DC
20 A
30 A
from +60 °C (5.5 %/K),
300...400 V DC , 820…900 V DC 95 %
High degree of protection
12 V/2.5 A
6EP1621-2BA00
24 V DC
18.5...30.2 V DC
24 V/5 A, PSU100P
24 V/8 A, PSU100P
6EP1333-7CA00
6EP1334-7CA00
120/230 V AC (automatic range switching)
85… 132 V/170… 264 V AC
24 V/ 8 A, ET200pro PS
6ES7 148-4PC00-0HA0
380 – 480 V 3 AC
340…550 V 3 AC
> 5 ms
–
1.6 A
< 20 A for 20 ms
10 A charact. B
12 V DC
± 3 %
12...14 V DC
2.5 A
> 40 ms (at I Out rated)
50/60 Hz
2.25 A/1.24 A
< 15 A
from 6 A charact. C/B
24 V DC
± 3%
–
5A
3 ms (at 400 V)
50/60 Hz
1 A
< 40 A
3RV2021-4NA10
24 V DC
– 5 %/+3 %
–
83 %
90 %
93 %
LED green for “DC ok” and flashing red for “Overload/
short circuit.” Signal contact for “DC ok”
Yes, 2 units
Yes, 2 units
Yes, restart
Yes, restart
> 40 ms (at I Out rated)
50/60 Hz
3.5 A/1.52 A
< 15 A
from 6 A charact. C/B
24 V DC
± 3%
–
8A
Yes, 2 units
Yes, constant current
Radio suppression level (EN 55022)
Line harmonics limitation (EN 61000-3-2)
Degree of protection (EN 60529)
Yes, output line switchable
Yes, constant current (ca. 1.15 x I Out rated)
or latching shutdown selectable
Class A (emission)
No
IP20
Ambient temperature
Installation
–25…+70 ° C
DIN rail
0…+60 °C
DIN rail
Class B
Yes
IP67, UL:
enclosure type 4 indoor
-25...+60°C
Screw mounting
Dimensions (WxHxD) in mm
Weight approx.
Certification
90 x 125 x 125
1.2 kg
CE, cULus, CB, GL
32.5 x 125 x 125
0.32 kg
CE, cULus
120 x 181 (w/o connector) x 60.5
1.1 kg
1.3 kg
CE, cULus
CE, cULus
Class B
Yes
IP20
Class B
Yes
IP67, UL:
enclosure type 4 indoor
-25...+60°C
Screw mounting
8A
88%
No
No
Yes, restart
EN 61000-6-4 (Class A)
No
IP67, UL:
encl. type 5 indoor
–25...+55°C
Screw mounting, e.g., on SIMATIC
ET 200pro system rail
310 x 135 (w/o connector) x 90 2.8 kg
CE, ULus508
Specifications at rated input voltage and ambient temperature +25 °C (unless otherwise specified)
19
SITOP
in special design, for special uses
Technical data
two 15-V-outputs
flexible output 3 – 52 V
Output voltage / current, type
2 x 15 V/3.5 A, SITOP dual
3…52 V/10 A, SITOP flexi
24 V/5 A, flat design
Rated input voltage
120 – 230 V AC
120/230 V AC
120/230 V AC
Article No.
6EP1353-0AA00
6EP1353-2BA00
24 V/10 A, flat design
6EP1334-1AL12
120/230 V AC
–– Range
93 ... 264 V AC
85…132 V/170...264 V AC
85...132/170...264 V AC
85...132/170...264 V AC
Rated line frequency
50/60 Hz
50/60 Hz
50/60 Hz
50/60 Hz
6 A charact. C
6 A charact. C
10 A charact. C
Mains buffering
Rated input current
–– Inrush current (25 °C)
–– Recommended miniature circuit
breaker
Rated output voltage
–– Tolerance
–– Setting range
> 10/40 ms (at 120/187 V)
1.6/1.0 A
< 30 A, < 3 ms
10 A charact. C,
16 A charact. B
2 x 15 V DC
± 3 %
14.5…17 V DC
> 10 ms (at 93/187 V)
2.2/0.9 A
< 32 A
24 V DC
± 1 %
3…52 V DC
> 20 ms (at 93/187 V)
2.2/1.2 A
< 32 A
24 V DC
> 20 ms (at 93/187 V)
4/2.5 A
< 65 A
24 V DC
± 1 %
± 1 %
22...29 V DC
22...29 V DC
Output current – rated value
–– Derating
Efficiency at rated values, approx.
2 x 3.5 A
from +45 °C (2 %/K)
80 %
2 – 10 A (max. 120 W)
–
84 % (at 24 V/5 A)
5 A
–
88 %
10 A
–
89 %
Parallel switching
Yes
Yes
Yes
Yes
Status signaling
Electronic short-circuit protection
Radio interference suppression
(EN 55022)
Supply harmonics limitation
(EN 61000-3-2)
Degree of protection (EN 60529)
Ambient temperature
Installation
Dimensions (WxHxD) in mm
Weight approx.
Certification
No
Yes, restart
Class A
Yes, and current monitor signal 0 ... 2.5 V
Yes, constant current
Class B
No
Yes, restart
Class B
No
Yes, restart
Class B
No
Yes
No
No
IP20
IP20
IP20
IP20
DIN rail
DIN rail
DIN rail
DIN rail
0 ...+60 °C
75 x 125 x 125
0.75 kg
CE, cULus
0…+60 °C
75 x 125 x 125
0.9 kg
CE, cULus
Specifications at rated input voltage and ambient temperature +25 °C (unless otherwise specified)
20
6EP1333-1AL12
flat design
0...+60 °C
160 x 130 x 60
0.6 kg
CE, cULus
0...+60 °C
160 x 130 x 60
0.72 kg
CE, cULus
new!
Technical data
narrow design
new!
power supplies for charging batteries
Output voltage/current, type
24 V/5 A, PSU300E
12 V/20 A, PSU3800
24 V/17 A, PSU3800
24 V/30 A, PSU300B
Rated input voltage
400 V 3 AC
400 – 500 V 3 AC
400 – 500 V 3 AC
400 – 500 V 3 AC
Mains buffering
> 50 ms (at 400 V)
Article No.
–– Range
Rated line frequency
Rated input current
–– Inrush current (25 °C)
–– Recommended miniature circuit
breaker
6EP1433-0AA00
320…480 V 3 AC
50/60 Hz
0.36 A
< 15 A
320…575 V 3 AC
> 15 ms (at 400 V)
50/60 Hz
0.7 – 0.6 A
< 18 A
6EP3436-8UB00-0AY0
320…575 V 3 AC
> 15 ms (at 400 V)
50/60 Hz
1.2 – 1.0 A
< 18 A
6-16 A charact. C 3-ph.
coupled or 3RV2011-1DA10
or 3RV2711-1DD10
24 V DC
6EP1437-3BA20
320…575 V 3 AC
> 20 ms (at 400 V)
50/60 Hz
1.6 – 1.3 A
< 56 A
10 –16 A charact. C 3-ph.
coupled or 3RV2011-1DA10
or 3RV2711-1DD10
24 V DC
Rated output voltage
24 V DC
6 – 16 A charact. C 3-ph.
coupled or 3RV2011-1DA10
or 3RV2711-1DD10
12 V DC
–– Setting range
24…29 V DC
12…14 V DC
24...28.8 V DC
24...28.8 V DC
Status signaling
Yes
Yes
Yes
Yes
–– Tolerance
Rated output current
–– Derating
Efficiency at rated values, approx.
Parallel switching
Electronic short-circuit protection
Radio interference suppression
(EN 55022)
Supply harmonics limitation
(EN 61000-3-2)
Degree of protection (EN 60529)
Ambient temperature
Installation
Dimensions (WxHxD) in mm
Weight approx.
Certification
6 – 10 A charact. C
6EP3424-8UB00-0AY0
± 3%
5A
–
90 %
No
Yes, restart
Class A
± 3 %
20 A
–
94 %
Yes
± 3 %
17 A
from +60 °C (1.7%/K)
94 %
Yes
Yes, constant current or latching shutdown selectable
± 3 %
30 A
from +60 °C (1,7 %/K)
93 %
Yes
Class B
Class B
Class B
Yes
Yes
Yes
Yes
IP20
IP20
IP20
IP20
DIN rail
DIN rail
DIN rail
DIN rail
0…+60 °C
42 x 125 x 125
0.6 kg
CE, cULus
–25 °C...+70 °C
70 x 125 x 125
1.2 kg
–25…+70 °C
70 x 125 x 125
1.2 kg
CE, cULus,ATEX (EX) II 3G Ex nA nC IIC T4; cCSAus (CSA C22.2 No. 213,
ANSI/ISA-12.12.01) Class I, Div. 2, Group ABCD, T4
–25 °C...+70 °C
150 x 125 x 150
3.4 kg
CE, cULus
Specifications at rated input voltage and ambient temperature +25 °C (unless otherwise specified)
21
Configuration with
redundancy module
Power supply Redundancy
system
module
Your benefits with the
redundancy module:
Power supply
system
24 V DC
SITOP add-on modules
for increasing availability
A reliable power supply system is the basis for any production process or plant.
So it is only makes sense to not only carefully select the power supply unit,
but protect the 24-V supply against faults in the input or output circuit.
•Highly secure 24-V supply thanks
to a redundant design
•Reliable supply even when one
power supply fails
•Compact redundancy modules
for power supply units up to 40 A
•24 V/NEC class2 redundancy
module limited to 100 VA
•Diagnostics signals via LEDs and
signaling contacts
•Adjustable switching threshold
for LEDs and signaling contacts
Redundancy modules for security against failure of power supply units
SITOP redundancy modules provide additional protection against failures
of the 24-V supply. Because the two power supplies are decoupled via a
redundancy module, one failed power supply unit has no effect on the
24-V supply. The redundancy module continually monitors the feeding
power supply units and when one unit fails, the other unit automatically
takes over the feed, thereby safeguarding the 24-V supply. In addition,
a signal is sent via a signaling contact that can be evaluated by a controller,
PC, or control system.
SITOP offers suitable add-on modules for this purpose.
Redundancy modules
Redundant design of the
power supply system
22
Your benefits with the selectivity module:
Configuration with selectivity module
Power supply
Selectivity
module
PLC
HMI Actuators
24 V DC
Sensors
•Protection against overloads and short
circuits in the 24-V circuit
•Safe tripping of circuit breakers
regardless of line lengths or
cross-sections
•Four load feeders per module
•Variants with an adjustable output
current variable from 0.5 to 3 A or from
3 to 10 A
•Possibility of sequential startup of
feeders to reduce inrush current
•Diagnosis via a common signaling
contact or single-channel signal
•Evaluation via free SIMATIC S7 or
SIMOTION function block for modules
with single-channel signaling
Your benefits with the
buffer module:
Configuration with
buffer module
SITOP smart and
modular power
supply
Buffer module
•Inexpensive protection
against power failure up
to max. 10 seconds
•Support of power supply
unit for temporarily
increased power
requirements
•High load current up
to 40 A
24 V DC
Selectivity modules to monitor 24-V feeders
Buffer module bridges brief power failures
In today’s plants, all 24-V loads receive power from one shared, regulated, switched-mode
power supply. To prevent faults in one load from disabling the entire plant, the 24-V supply
circuit is divided into individual feeders and, in the case of a fault, selectively disconnected.
The selectivity module monitors the current for each feeder and reliably prevents supply
voltage failure, thus avoiding total failure of the plant. Thanks to channel-specific signaling and
evaluation by means of SIMATIC S7 and SIMOTION function blocks, fault detection is extremely
fast and downtimes are reduced.
Power failures usually last only for fractions of a second –
however, they can cause time- and cost-intensive damage to
sensitive production areas. Used in combination with SITOP
smart and modular power supply units, the buffer module
bridges short-duration voltage dips with its electrolytic
capacitors and reliably preserves interruption-free operation.
Selectivity modules
Buffer module
Electronic monitoring
of 24-V feeders
Bridging for up to
a period of seconds
23
SITOP expansion modules
to increase system availability
Technical data
SITOP PSE202U redundancy module
Rated input voltage
–– Range
Brief description of product/function
24 V DC
24 V DC
24 V DC
19…29 V DC
19…29 V DC
24…28.8 V DC
Module for redundancy mode. Floating relay contact and green LED for signaling “Infeed 1 and 2 o.k.“, switching threshold adjustable between 20 to 25 V DC.
Article No.
6EP1964-2BA00
6EP1962-2BA00
6EP1961-3BA21
Decoupling of two 24-V power supplies up to 5 A
Decoupling and limitation of the output to Class
or one 10 A power supply per redundancy module. 2 limit (100 V A) of two 24-V power supplies 5 to
40 A.
Decoupling of two 24-V power supplies
5 A to 20 A or one 40 A power supply per redundancy module.
Rated output current
–– Setting range
10 A (total output current)
3.5 A1)
40 A (total output current)
Efficiency at rated values, approx.
97 %
95 %
97 %
Electronic short-circuit protection
No
No
No
Parallel switching
Radio interference suppression
(EN 55022)
Degree of protection (EN 60529)
Ambient temperature
Dimensions (WxHxD) in mm
Weight approx.
Certification
No
Class B
No
Class B
No
Class B
IP20
IP20
IP20
30 x 80 x 100
30 x 80 x 100
70 x 125 x 125
–20…+70 °C
0.125 kg
CE, cULus
1)
Max. 8 A summation current in fault case in accordance with NEC Class 2
Specifications at rated input voltage and ambient temperature +25 °C (unless otherwise specified)
24
Redundancy
SITOP
–20…+70 °C
0.125 kg
CE, cULus, NEC Class 2
0…+60 °C
0.5 kg
CE, cULus, cCSAus Class I Div 2, ATEX, IECEx, GL,
ABS
Technical data
SITOP
Article No.
SITOP PSE200U selectivity module
with common signaling contact
6EP1961-2BA11
6EP1961-2BA21
Monitoring
SITOP PSE200U selectivity module
with single channel signaling
6EP1961-2BA31
6EP1961-2BA41
Mains buffering
SITOP select
diagnosis module
6EP1961-2BA00
Buffer module1)
SITOP PSE201U
6EP1961-3BA01
40 A
Rated input voltage
–– Range
Brief description of product/
function
24 V DC
22…30 V DC
Module for distributing the 24 V supply over up to four load circuits and their monitoring for overload;
selective shutdown of faulty load circuits, rated current individually adjustable;
universal use for all power supplies.
Individual load circuits can be switched on sequentially. Individual load circuits can be switched on sequentially.
Status indication via 3-color LED per channel;
Status indication via 3-color LED per channel;
remote reset with 24 V signal and reset via pushbutton
remote reset with 24 V signal and reset via pushbutton
per channel; single channel signaling for channelper channel; common signaling contact.
specific analysis via SIMATIC S7 or SIMOTION function
block.
24 V DC
24…28.8 V DC
Buffer module for mains
buffering; parallel connection at output of 24-V
Individual load circuits can SITOP modular and SITOP
smart power supplies;
be switched on sequentially. Status indication via buffering time 200 ms at
40 A to 1.6 s at 5 A load
2-color LED per channel;
common reset via pushbut- current; multiplication
ton, plug-in fuse per chan- possible through parallel
connection; maximum
nel; status indication via
buffering time 10 s.
3-color LED per channel;
common signaling contact.
Rated output current
4 x 3 A
4 x 10 A
–– Setting range
0.5…3 A
Efficiency at rated values, approx. 97 %
Parallel switching
No
Radio interference suppression
(EN 55022)
Degree of protection (EN 60529)
Class B
4 x 10 A
3…10 A
99 %
4x3A
0.5…3 A
97 %
Electronic short-circuit protection Yes
Ambient temperature
Dimensions (WxHxD) in mm
Weight approx.
Certification
1)
97 %
No
Yes
IP20
IP20
0…+60 °C
72 x 80 x 72
CE, UL, cURus, CB, cCSAus Class I Div 2, ATEX, IECEx, GL,
ABS
99 %
2…10 A
Class B
0…+60 °C
0.2 kg
4 x 10 A
3…10 A
24 V DC
22…30 V DC
72 x 90 x 90
0.4 kg
CE, UL, cURus, cCSAus Class I Div 2, ATEX, IECEx, GL, ABS CE, cULus, UR, cCSAus
Class I Div 2, ATEX
Not applicable
Yes
Yes
Class B
IP20
0…+60 °C
70 x 125 x 125
1.2 kg
CE, UL, CSA, ATEX, IECEx
UL Class I Div 2, GL, ABS
Can only be combined with SITOP modular power supply (except PSU8600) and SITOP smart 24 V DC (except 6EP1 336-2BA10)
25
SITOP module for 24V buffering
Energy buffers
24-V buffering
Storage medium
Life (also temperature-dependent)
Functional range (temperature, degree of protection, ventilation)
UPS module/electronics
Max. rated output current
Buffer module
UPS500
UPS1600
Max. 10 s
Electrolytic
capacitors
Minutes
Double-layer
capacitors
Hours
++
++
+
•
40 A
15 A
40 A
I/O, serial, USB
I/O, USB,
Ethernet/PROFINET
++
+
++
Overload capacity
Interfaces
Operating and diagnostic information via
– Signaling contacts
– OPC server
– Web server
+
•
•
•
•
•
•
•
•
•
Downloading of multiple PCs/PLCs
Start from battery without supply voltage (island operation)
– Software-tool (PC)
– TIA Portal
SITOP ensures reliable 24-V
supply – even when the power fails
Power outages can bring a plant to a standstill, with high costs in terms
of both time and money. The SITOP DC UPS provides perfect protection
against unexpected downtimes and so guarantees uninterrupted plant
operation. SITOP add-on modules provide buffering solutions that range
from seconds to hours.
26
++
•
•
– S7 function modules, WinCC faceplates
Engineering via
Lead batteries
SITOP Selection Tool for fast and easy selection
The SITOP Selection tool offers detailed selection assistance based on
criteria such as buffering time, load current, peak current, and switch-on
threshold. The DC UPS can also be selected and compared with just a few
clicks of the mouse, just as easily as the power supply. You can export
your selection directly to the Siemens Industry Mall. All required CAD data,
circuit diagram macros, and other product information for simple, quick configuration can be called up in the CAx download manager.
Your benefits with the SITOP UPS500:
Your benefits with the SITOP UPS1600:
•Bridging for up to a period of minutes,
depending on the load current and DC
UPS design
•Totally maintenance-free double-layer
capacitors
•Short charging times
•Long life even at high ambient
temperatures
•No ventilation needed for
the installation location
•IP65 variant for use outside
the control cabinet
•Simple PC integration using
a software tool
•USB port for PC communication
•Bridging for up to a period of hours, depending on
power requirements
•Automatic detection of the UPS1100 battery modules
by UPS1600
•Intelligent battery management for monitoring
operational readiness, battery supply, and battery
charge level
•Temperature-controlled charging characteristic
•Communication via USB or Ethernet/PROFINET
•Integrated Web server
•Full integration in TIA: convenient engineering in
the TIA Portal, function blocks for S7 user programs,
and WinCC faceplates
•SITOP UPS Manager supports configuration and
monitoring of PC-based systems
SITOP UPS500 with capacitors for safeguarding the plant status
SITOP UPS1600 with battery modules for maximum buffering time
When a plant shutdown is unavoidable, applications such as PC-based automation, visualization, and the archiving of operational data are especially in need
of longer bridging times. Logging the failure, saving the plant status data, and
powering down the PC in a controlled manner may require buffering times of
up to a period of minutes. SITOP DC UPSs with highly-capacitive double-layer
capacitors store sufficient energy to shut down PC-based systems safely.
Applications with powerful 24-V loads and processes in which plant sections
must continue to be supplied with power in order to record measurement data
or maintain communication channels all require high-capacity energy buffers.
The SITOP DC UPS with maintenance-free lead or lithium batteries offer long
buffer times for high security in the event of power failure. Depending on the
power requirements, they can supply power for as long as several hours.
The first open, system-integrated DC UPS
The new UPS1600 automatically detects the UPS1100 battery modules and
ensures optimum temperature-controlled charging. It can be easily integrated
into the PC or PLC environment via Ethernet/PROFINET. The UPS1600 is the
first UPS that is fully integrated in TIA.
This makes engineering in the TIA Portal convenient. In addition, S7 function
modules allow simple integration into STEP7 user programs and faceplates
allow integration into operation and monitoring with SIMATIC panels and
SIMATIC WinCC.
27
Uninterruptible power supplies –
SITOP UPS500 maintenance-free DC UPS with capacitor technology
Technical data
Maintenance-free DC UPS
SITOP
UPS500S – basic unit 15 A
UPS501S – expansion module
Energy
2.5 kWs
UPS500P – basic unit 7 A, degree of protection IP65
5 kWs
5 kWs
5 kWs
Article No.
6EP1933-2EC41
6EP1933-2EC51
6EP1935-5PG01
6EP1933-2NC01
Input voltage
Rated input current
24 V DC, 22…29 V, infeed from SITOP 24 V
Infeed from basic unit
24 V DC, 22.5…29 V, infeed from SITOP 24 V
15.2 A + approx. 2.3 A in charging mode
Description: expansion module
for extending the buffering
time, up to 3 units can be
switched in parallel with one
UPS500S basic unit
7 A + approx. 2 A in charging
mode
Rated output voltage
In buffer and normal mode 24 V DC +/–3 %
Rated output current
15 A, charging current 1 A (factory setting) or 2 A selectable
Efficiency at rated values, approx.
97.5 %
Overload and short-circuit protection
Electronic, automatic restart
Parallel switching
No
Radio interference suppression
(EN 55022)
Class B
Degree of protection (EN 60529)
Ambient temperature
6EP1933-2NC111)
In buffer mode and normal mode 24 V DC +/–3 %
7 A, charging current 2 A
96.5 %
Electronic, automatic restart
Yes, up to 3 units
No
No
Class B
Class B
Class B
Class B
IP20
IP20
IP20
IP65
IP65
0…+60 °C
0…+60 °C
0…+60 °C
0…+55 °C
0…+55 °C
Installation
DIN rail
DIN rail
DIN rail
Screw mounting in all mounting positions
Dimensions (WxHxD) in mm
120 x 125 x 125
120 x 125 x 125
70 x 125 x 125
400 (without connector)
x 80 x 80
470 (without connector)
x 80 x 80
Weight approx.
1.0 kg
1.0 kg
0.7 kg
1.9 kg
2.2 kg
Certification
CE, cULus, ATEX, cCSAus Class I Div 2, GL, ABS, CB
CE
CE
1)
Connector set with input and output connector as well as prepared USB cable in 2 m length: Article No. 6EP1975-2ES00
Specifications at rated input voltage and ambient temperature +25 °C (unless otherwise specified)
28
10 kWs
1)
Buffering times and charging times
SITOP UPS500
SITOP UPS500S/501S configurations
Basic unit
UPS500P
2.5 kWs
5 kWs
2.5 kWs
5 kWs
2.5 kWs
5 kWs
2.5 kWs
5 kWs
5 kWs
10 kWs
–
–
1 x 5 kWs
1 x 5 kWs
2 x 5 kWs
2 x 5 kWs
3 x 5 kWs
3 x 5 kWs
–
–
2.5 kWs
5 kWs
7.5 kWs
10 kWs
12.5 kWs
15 kWs
17.5 kWs
20 kWs
5 kWs
10 kWs
0.5 A
134 sec
236 sec
390 sec
478 sec
632 sec
748 sec
851 sec
1007 sec
284 sec
647 sec
0.8 A
90 sec
167 sec
266 sec
346 sec
440 sec
527 sec
580 sec
706 sec
190 sec
435 sec
1 A
75 sec
138 sec
219 sec
296 sec
365 sec
414 sec
490 sec
572 sec
153 sec
351 sec
2 A
38 sec
76 sec
122 sec
156 sec
203 sec
230 sec
265 sec
306 sec
80 sec
152 sec
3 A
26 sec
52 sec
82 sec
106 sec
136 sec
159 sec
186 sec
213 sec
53 sec
108 sec
Expansion modules
Total energy
Buffering times
Load current
4 A
19 sec
39 sec
61 sec
81 sec
101 sec
120 sec
139 sec
160 sec
40 sec
84 sec
5 A
15 sec
31 sec
49 sec
65 sec
81 sec
95 sec
111 sec
130 sec
30 sec
68 sec
6 A
12 sec
26 sec
40 sec
55 sec
67 sec
80 sec
94 sec
106 sec
25 sec
57 sec
7 A
10 sec
21 sec
34 sec
47 sec
58 sec
69 sec
81 sec
82 sec
21 sec
49 sec
8 A
8 sec
18 sec
29 sec
40 sec
50 sec
59 sec
69 sec
79 sec
–
–
10 A
6 sec
15 sec
23 sec
32 sec
39 sec
47 sec
54 sec
62 sec
–
–
12 A
4 sec
12 sec
19 sec
26 sec
32 sec
38 sec
44 sec
52 sec
–
–
15 A
3 sec
9 sec
14 sec
20 sec
25 sec
30 sec
35 sec
40 sec
–
–
2 A
54 sec
120 sec
158 sec
223 sec
263 sec
318 sec
355 sec
417 sec
130 sec
360 sec
1 A
110 sec
205 sec
311 sec
425 sec
503 sec
625 sec
695 sec
816 sec
–
–
Charging times
Charging current
Specifications at rated input voltage and ambient temperature +25 °C (unless otherwise specified)
29
Uninterruptible power supplies
SITOP DC UPS with battery modules for bridging longer power failures
new!
Technical data
SITOP
Energy storage
Output voltage/current or charge
Article No.
– with USB interface
UPS1600
UPS1600
Battery module UPS1100
24 V/10 A
24 V/20 A
24 V/40 A
24 V/1.2 Ah
24 V/3.2 Ah
for UPS1600 10 A
for UPS1600 10 A and 20 A
6EP4131-0GB00-0AY0
6EP4133-0GB00-0AY0
6EP4134-3AB00-0AY0
6EP4136-3AB00-0AY0
6EP4137-3AB00-0AY0
6EP4136-3AB00-2AY0
6EP4137-3AB00-2AY0
6EP4134-3AB00-1AY0
6EP4136-3AB00-1AY0
6EP4137-3AB00-1AY0
Lead batteries
Battery module UPS1100
Lead batteries
– with Ethernet/PROFINET interface
6EP4134-3AB00-2AY0
Input voltage
24 V DC, 22...29 V, infeed from 24 V SITOP power supply
Recommended end of charge voltage
(set automatically by SITOP UPS1600)
Rated input current
approx. 14 A for max.
charging current (3 A)
Charging current max. 0,3 A
Rated output voltage
24 V DC (upstream SITOP device or battery), charging voltage: 27.0 V
24 V DC, 22...27.0 V DC (no-load operation)
Rated output current
10 A, Charging current
max. 3 A
20 A, Charging current
max. 4 A
40 A, Charging current max. 5 A
10 A
20 A
– Overload behavior (extra power for 5 s/min)
15 A
30 A
60 A
Efficiency at rated values, approx.
> 97.7 %
> 98.2 %
> 98.8 %
Not applicable
Not applicable
Overload and shortcircuit protection
Yes, restart in normal mode
Installed battery fuse: 15 A/32 V
Installed battery fuse: 25 A/32 A
Parallel switching
No
No
No
Yes, up to 6 units
Yes, up to 6 units
Radio interference suppression
Class B (EN 55022)
Class B (EN 55022)
Class B (EN 55022)
–
–
Degree of protection (EN 60529)
IP20
IP20
IP20
IP20
IP20
Ambient temperature (Derating from +60 °C)
–25...+70 °C
–25...+70 °C
–25...+70 °C
–15...+50 °C
–15...+50 °C
Installation
DIN rail
DIN rail
DIN rail
DIN rail or wall mounting
Dimensions (WxHxD) in mm
50 x 125 x 125
50 x 125 x 125
70 x 125 x 150
89 x 130 x 107
190 x 169 x 79
Weight approx.
0.38 kg/ 0.4 kg/0.44 kg
0.39 kg/0.41 kg/0.45 kg
0.65 kg/0.65 kg/0.7 kg
1.8 kg
3.8 kg
Certification
CE, cULus, CB, ATEX, IECEx, cCSAus Class I Div 2,
GL, ABS
– Overload behavior (power boost for 30 ms)
*)
30
SITOP DC UPS for longer power failures
UPS1600
30 A
approx. 25 A at max.
charging (4 A)
60 A
Technical data subject to nominal input voltage value and +25 °C ambient temperature (unless stated otherwise)
approx. 46 A at max. charging (5 A)
Charging current max. 0,9 A
120 A
CE, cULus, CB, ATEX, IECEx, cCSAus Class CE, cURus, CB, ATEX, IECEx, cCSAus CE, cURus, CB, ATEX, IECEx,
I Div 2, GL, ABS
Class I Div 2, GL, ABS
cCSAus Class I Div 2, GL, ABS
Battery module selection table
by buffering times and service
life
new!
SITOP DC UPS, for longer power failures
1100 UPS battery module
Battery module UPS1100
Lead batteries
Lead batteries
24 V/7 Ah
24 V/12Ah
UPS1100 battery module with
extended temperature range
UPS1100 battery module,
lithium technology
24 V/2.5Ah
24 V/ 5 Ah
Pure-lead batteries
for UPS1600 10 A, 20 A
and 40 A
for UPS1600 10 A, 20 A
and 40 A
for UPS1600 10 A and 20 A
6EP4134-0GB00-0AY0
6EP4135-0GB00-0AY0
6EP4132-0GB00-0AY0
LiFePo4 batteries
for UPS1600 10 A and 20 A
6EP4133-0JB00-0AY0 1)
Recommended end of charge voltage: set automatically by SITOP UPS1600
Charging current max.
2.1 A
Charging current max.
3.6 A
Charging current max. 0.7 A
24 V DC, 22...27,0 V DC (no-load operation)
40 A
40 A
Charging current max. 2.1 A
DC 24 V, DC 22...28,8 V
(no load operation)
20 A
20 A
Battery module
UPS1100 (24 V)
Load current
1.2 Ah
3.2 Ah
7 Ah
12 Ah
1A
34 min
2.5 h
5.4 h
10.3 h
1.7 h
5.2 h
2A
15 min
1h
2.6 h
4.8 h
54.6 min
2.5 h
Buffering times
2.5 Ah
5 Ah
LiFePo
3A
9 min
39 min
1.6 h
3h
32.9 min
1.7 h
4A
6 min
27 min
1.2 h
2.3 h
20.6 min
1.25 h
6A
3.5 min
17.5 min
41 min
1.4 h
14.3 min
50.6 min
8A
2 min
12 min
28 min
1h
10.5 min
37.8 min
10 A
1 min
9 min
22 min
48.6 min
7.2 min
30.2 min
12 A
–
7 min
17 min
40.3 min
6 min
25.1 min
14 A
–
5 min
15 min
33.6 min
4.5 min
21.6 min
16 A
–
4 min
12.5 min
26 min
4.1 min
18.8 min
20 A
–
1 min
9.1 min
19.6 min
2.9 min
12.9 min
30 A
–
–
4.6 min
12.1 min
–
–
40 A
–
–
2.8 min
8.5 min
–
–
Ambient temperature
+20 °C
Approximate service life (drop to 50% of the original capacity),
depending on the battery temperature
4 years
4 years
4 years
4 years
10 years 15 years
Not applicable
Not applicable
Not applicable
Not applicable
Installed battery fuse: 2 x
25 A/32 A
Installed battery fuse: 2 x
25 A/32 V
Installed battery fuse:
25 A/32 V
Installed battery fuse:
25 A/32 V
Yes, up to 6 units
Yes, up to 6 units
Yes, up to 6 units
Yes, up to 6 units
+30 °C
2 years
2 years
2 years
2 years
2 years
10 years
–
–
–
–
+40 °C
1 year
1 year
1 year
1 year
3 years
9 years
IP20
IP20
IP20
IP20
–15...+50 °C
–15...+50 °C
–40…+60 °C
–20…+50 °C
+50 °C
0,5 years
0,5 years
0,5 years
0,5 years
1,5 years
2 years
Wall mounting
Wall mounting
DIN rail or wall mounting
DIN rail or wall mounting
186 x 186 x 110
253 x 186 x 110
265 x 115 x 76
189 x 186 x 113
6.1 kg
9.3 kg
3.7 kg
3,4 kg
CE, cURus, CB, ATEX, IECEx,
cCSAus Class I Div 2, GL, ABS
CE, cURus, CB, ATEX, IECEx,
cCSAus Class I Div 2, GL, ABS
CE, cURus, CB, ATEX, IECEx,
cCSAus Class I Div 2, GL, ABS
CE, cURus, CB, GL, ABS
1)
+60 °C
1 year
Buffer time determination was based on the discharging time of new and completely
charged battery modules with a minimum battery temperature of +25 °C until DC UPS
is being turned off.
Can be used with UPS1600 V2.1, delivery start date March 2016
31
Industrial Security
Further information
Easy selection of the suitable power supply unit with the SITOP selection tool:
www.siemens.com/sitop-selection-tool
Siemens provides automation and drive products with industrial
security functions that support the secure operation of plants or
machines. They are an important component in a holistic industrial security concept. With this in mind, our products undergo
continuous development. We therefore recommend that you
keep yourself informed with respect to our product updates and
that you use only the latest versions.
Please find further information on this subject at:
www.automation.siemens.com/support
Manuals for downloading:
www.siemens.com/sitop/manuals
You may also register for a product-specific newsletter
at this address.
More about SITOP:
www.siemens.com/sitop
Information material for downloading:
www.siemens.com/sitop-infomaterial
CAx data (2D, 3D, circuit diagram macro) for downloading:
www.siemens.com/sitop-cax
Compile all CAx data using the CAx online generator:
www.siemens.com/cax
Order electronically over the Internet using the Industry Mall:
www.siemens.com/industrymall
You can find your personal contact at:
www.siemens.com/automation/partner
Siemens AG
Process Industries and Drives
P.O. Box 48 48
90026 Nuremberg
Germany
Subject to change without prior notice
Article No.: PDPA-B10089-00-7600
Dispo 10001
GB150297
WS 11155.0
Printed in Germany
© Siemens AG 2015
To ensure the secure operation of a plant or machine it is also
necessary to take suitable preventive action (e.g. cell protection
concept) and to integrate the automation and drive components into a state-of-the-art holistic industrial security concept
for the entire plant or machine. Any third-party products that
may be in use must also be taken into account.
Please find further information at:
www.siemens.com/industrialsecurity
The information provided in this brochure contains merely general descriptions or
characteristics of performance which in case of actual use do not always apply as
described or which may change as a result of further development of the products.
An obligation to provide the respective characteristics shall only exist if expressly
agreed in the terms of contract.
All product designations may be trademarks or product names of Siemens AG or
supplier companies whose use by third parties for their own purposes could violate the
rights of the owners.
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