SIMATIC ET 200SP – The compact IO system for control cabinets
Highest flexibility and performance
The innovative I/O system SIMATIC ET 200SP convinces through maximum usability, particularly compact design, and impressive performance. Thanks to our constant exchange with users from all over the world and all sectors, we were able to design SIMATIC ET 200SP even more practical and user-friendly.
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Simple and profitable - the decentralized periphery for the future
SIMATIC ET 200SP is your automation solution for the requirements of the coming years: extremely easy to install and extremely user-friendly, the SIMATIC ET 200SP impresses with its reliability and safety in continuous operation.
Your outstanding advantages:
- Free choice of the PROFINET connection technology via bus adapter
- No tools needed for wiring due to push-in technology
- Improved accessibility of the wiring thanks to a new arrangement of the spring NC contacts and the associated conductor opening
- Extremely clear arrangement thanks to colored labels and reference labeling plates and labeling strips
- Channel-specific diagnostic functions
Enormous performance in a small space
With SIMATIC ET 200SP, you can optimally use the space in your control cabinet: the system is about 50% narrower than comparable distributed peripherals, but with a height of approx. 115 millimeters it offers space for 16 channels with single-line connection (without AUX terminals). For a 3-wire connection, the height is 140 mm for 8 channels.
Your space advantage:
- Expandability of the station to 64 modules
- Space savings in the control cabinet
- Compact dimensions, suitable for 80 mm standard control boxes
At the forefront in terms of performance
Despite its compact design, SIMATIC ET 200SP is one of the most powerful decentralized peripherals - communicative, safe and efficient.
Your benefits during operation:
- Fast communication via PROFINET
- Modules and terminal boxes can be replaced while system is running (“hot swapping”)
- Uniform shielding concept, from the conductor, terminal box and back plane bus to the PROFINET cable
- Greater energy efficiency thanks to system-integrated PROFIenergy
- AS-Interface
- Configuration control via software
SIMATIC ET 200SP - the communication talent
SIMATIC ET 200SP adapts to your communication standard:
The range of supported communication paths, be it via interface modules / bus adapters or communication modules leaves nothing to be desired
- Fast communication via PROFINET with isochronous backplane bus as standard
- Support of Ethernet based Field busses thanks to MultiFieldbus Interface Module
- PROFIBUS, the proven fieldbus standard as an alternative
- With AS-Interface, sensors and actuators of the lowest field level can be easily and quickly interlocked and connected to the SIMATIC ET 200SP
- IO-Link ensures a uniform connection of switching devices, sensors or RFID devices to the control level via a cost-effective point-to-point connection
Distributed controller based on SIMATIC ET 200SP
The distributed controllers ET 200SP CPUs combine compactness and flexibility. Especially in the medium performance range for machines with distributed intelligence or series machines with limited space, the distributed controllers are the perfect solution for standard and fail-safe applications.
Based on the especially compact design of ET 200SP there are two alternative CPU variants: The PC-based Open Controller with Software PLC or CPUs with classical PLC functionality of the S7-1500 series.
Choose among Standard CPU, Failsafe CPU, Technology CPU and Failsafe Technology CPU when employing the Open Controller or among Standard and Failsafe CPU in two performance classes when using the S7-1500 based solution.
Interface module IM 155
Interface Modules connect the ET 200SP station to the bus system of your automation landscape. Choose among 5 PROFINET interface modules from basic to High Speed functionality or a High Feature interface module for the proven PROFIBUS field bus.
Interface modules to PROFINET
The interface modules (IM) for PROFINET contain a 2-port switch for easy structure of a line structure. With PROFINET, more parameters are possible per station and thus more highly functional modules can be used. In case of service, the IM can be replaced without the use of a programming device - device name and parameters remain on the module. As with the PROFIBUS variants, the interface modules for PROFINET are separated from the interface module and the connection module. Various connection technologies are available for the interface module IM154-4 PN HF with the proven M12 7/8 "connection and the connection with push-pull technology
Interface Modul for Ethernet-based fieldbusses
Due to support of the PROFINET, EtherNet/IP and Modbus protocols, the MultiFieldbus Interface Module IM155-6MF High Feature is designed for use on a wide range of Ethernet controllers and suitable for the following areas of application:
- Applications that, due to end user preference, occasionally use other Ethernet-based systems in addition to PROFINET
- Applications with a high, flexible demand for functions, as well as a large station expansion of up to 64 modules (max. 1 024 IO signals). In addition, the station can be expanded by as many as 16 IP67 modules of the SIMATIC ET 200AL series using BA-Send/BU-Send.
- Applications which until now exclusively used Modbus TCP or EtherNet/IP controllers e.g. for energy data acquisition via Modbus TCP and AI Energy Meter modules
Configuration for EtherNet/IP or Modbus TCP can be managed by > MultiFieldbus Configuration Tool (MFCT)
Interface module to PROFIBUS
The interface modules (IM) for PROFIBUS can be combined with three different modules for connecting bus and power supply. All connection modules for PROFIBUS have visible address adjusters to easily recognize the address and a switchable terminating resistor. The integrated T functionality allows the commissioning of sub-segments and an uninterrupted bus communication in case of service.
SIMATIC ET 200SP Bus Adapter - Flexibility in choosing connection technology
Some interface modules of the SIMATIC ET 200SP have a universal PROFINET interface for Bus Adapters. With the appropriate BusAdapter, the type of connection can be adapted to the requirements of the respective application.
An overview of the essential properties of the PN interfaces is shown in the table below:
Bus Adapters can be used as integrated media converters changing from fiber-optic cables to copper.
Two socket types for the fiber optics cables are offered supporting SC-RJ or LC plugs. Corresponding there are sockets for RJ45 plugs or Fast Connect technique for copper cables.
SIMATIC ET 200SP - Signal Modules
Scalable and cost-optimized configuration of a ET 200SP station is achieved by a comprehensive portfolio of digital and analog IO modules.
SIMATIC ET 200SP is about 50% narrower than other distributed peripheries. With its height of 115 millimeters, the system can accommodate 16 channels with single-wire connection (without AUX-plugs). For a 3-wire connection with AUX-plugs the height for 8 channels is 140 millimeters. The depth is 75 millimeters. In order to keep its small size, the power module for load group formation is integrated into the system of SIMATIC ET 200SP.
The peripheral modules are labelled with different colored squares to identify easily the type of module.
Digital Input Module (DI) 8/16 channels , Color white
Digital Output Modules (DQ) 4/8/16 channels, Color black
Analog Input Modules (AI) 4 channels, Color light blue
Analog Output Modules (AQ) 2/4 channels, Color dark blue
Digital Input Modules (DI)
The distributed I/O system ET 200SP offers a comprehensive portfolio of digital inputs. There are modules with basic (BA) or standard functionality (ST) as well as enhanced functions (HF High Feature / HS High Speed) .
Digital Inputs for NAMUR sensors and modules for AC voltage of 120 - 230 V complete the portfolio.
The most common modules are also available in packs of ten, which avoids packaging material and speeds up unpacking.
Enhanced functions with diverse modules
- Counting for DI 8x24VDC HS
4 channels for the connection of electronic pulse generators are available in the mode counting with a counting breadth of 32 bits and a maximum frequency of 10 kHz. Extensive parameterization options permit adaptation to the application (upper and lower counter limit, choice flanks, these are counted, 2 reference values to set a status bit, input delay). - MSI - Module internal Shared Input for DI 8x24VDC HF
Input data are provided up to 4 IO controllers. Every controller can grasp it reading on the same channels. - Oversampling for DI 8x24VDC HS
Oversampling – fast equidistant data acquisition or rather issue at moderate CPU-Cycles. Oversampling provides the user with the possibility to determine of two till n readings in synchronous and in constant equal intervals within a PROFINET-Transmit clocking. All n readings collected and transferred then in chronological order for PROFINET-Controller. The readings are available for further evaluation. Oversampling is always useful to use when measurements in a high temporal resolution should be available, but the application does not require a fast reaction to the single readings. A major advantage of Oversampling is that no faster CPU-Cycle is required for recording the high temporal resolution measurements. Typical applications are usually measurements for the detection of quality data and the collection of accurate position data, from which we can derive precise timing control function later. The function Oversampling is also realized for output data. For example the ET 200SP High-Speed-analog module AQ 2xU/I HS analog value can be issued more finely.
Digital Output Modules (DQ)
The distributed I/O system ET 200SP offers a comprehensive portfolio of digital outputs. There are modules with basic (BA) or standard functionality (ST) as well as enhanced functions (HF High Feature / HS High Speed) .
Digital outputs with AC voltage up to 230V and relay outputs, NO as well as CO - complete the portfolio.
The most common modules are also available in packs of ten, which avoids packaging material and speeds up unpacking.
Enhanced functions with diverse modules
- Pulse width modulation for DQ 4x24VDC/2A HS
The four outputs provide a pulse-width modulated output signal in this mode. The digital channel is steered for with a pulse-/ break pulse duty ratio of 0.0% to 100.0%. The putting signal is issued in the form of an impulse result of one and out switching impulses digitally. The control of the digital channel is done by a pulse / pause duty cycle, which is cyclically depending on the output value and from which the user program can be updated. The control signal is used as a pulse train by on- and off switching impulse which was digital expensed. - Valve actuation for DQ 4x24VDC/2A HS
A special valve drive function is integrated in the mode DQ. One switches on "1" signal at version a this and the exit for a parameterizable hold time then changes into a pulse break version whose frequency and pulse duty ratio are adjustable. The putting signal is issued in the form of an impulse result of one and out switching impulses digitally - MSI - Module internal Shared Input for DQ 8x24VDC/0.5A HF and DQ 4x24VDC/2A HF
Input data are provided up to 4 IO controllers. Every controller can grasp it reading on the same channels. - Oversampling for DQ 4x24VDC/2A HS
Oversampling – fast equidistant data acquisition or rather issue at moderate CPU-Cycles. Oversampling provides the user with the possibility to determine of two till n readings in synchronous and in constant equal intervals within a PROFINET-Transmit clocking. All n readings collected and transferred then in chronological order for PROFINET-Controller. The readings are available for further evaluation. Oversampling is always useful to use when measurements in a high temporal resolution should be available, but the application does not require a fast reaction to the single readings. A major advantage of Oversampling is that no faster CPU-Cycle is required for recording the high temporal resolution measurements. Typical applications are usually measurements for the detection of quality data and the collection of accurate position data, from which we can derive precise timing control function later.
Analog input modules (AI)
The distributed I/O system ET 200SP offers a comprehensive portfolio of analog inputs, modules with standard functionality (ST) as well as enhanced functions (HF High Feature / HS High Speed)
Especially for price sensitive applications there are modules available that offer basic functionality (BA).
Option of connecting current, voltage and resistance sensors, as well as thermocouples.
The most common modules are also available in packs of ten, which avoids packaging material and speeds up unpacking.
The High Speed Analog Input Module AI 2xU/I 2-/4-wire HS offers oversampling as enhanced functioanality.
Analog output modules (AQ)
The distributed I/O system ET 200SP offers analog output modules for actuators with current or voltage connection
Modules with Standard functionality (ST) are available with 2 or 4 outputs, modules with enhanced functionality (HF High Feature / HS High Speed) always offer 2 outputs.
The High Speed Module AQ 2xUI HS supports fast isochronous outputs and oversampling.
AI Energy Meter - Energy Measurement Module
With the Energy Meter module energy and power consumption can be specified.
With the High Feature versions, it is also possible to perform grid analyses (harmonic analysis, sum current, harmonic distortion, amplitude symmetry, ...). It is possible to switch dynamically between the operating modes "network analysis" and the energy metering during runtime without data loss.
The Energy Meter permits energy management with more than 200(ST) or 500 (HF) different measured energy values. Recording of electrical parameters in 1 and 3-phase networks up to 400 rsp. 480 V AC with an accuracy of +/-0.5%.
The High Feature (HF) variants are available in two versions:
CT (Current transformer): For connecting current transformers
RC (Rogowski Coil): For connection of current-voltage transformers and Rogowski coils
Diagnostics
Overload (adjustable tolerance value and tolerance time)
Overvoltage, undervoltage
Load voltage
Upper limit value, lower limit value
Defining specific limits with diagnostics alarms
Failsafe peripheral modules
Failsafe I / O modules enable integration into safety-related systems with SIMATIC Safety Integrated.
The safety functions required for fail-safe operation are integrated in the modules. The modules can be used for safety circuits up to Cat. 4 / SIL 3.
ET 200SP offers failsafe digital and analog inputs as well as failsafe digital outputs.
In addition, there is an F-switch for switching off standard I / O modules and for safely controlling ET 200pro motor starters in conjunction with the ASM 400V module.
Failsafe digital signal modules F-DI /F-DQ
The faisafety modules for digital in- and outputs (DI/DQ) correspond to the size of the standard modules. Functional safety is certified according to EN 61508.
They are designed for safety-related use up to SIL 3 according to EN 62061 and PL e according to ISO 13849. One special feature of the F modules of SIMATIC ET 200SP is that the F addresses are assigned via the engineering during commissioning. This simplifies the setup process and saves time.
The portfolio comprises one failsafe digital IO module and two output modules all in High Feature function class.
Another Standard digital output module with a relay output completes the offer.
Failsafe analog inputs (F-AI)
There are two failsafe analog input modules for connecting current and voltage sensors for measuring temperature, pressure, flow, level, distance measurement, etc.
Both are High Feature modules that support the diagnosis of wire break, short circuit, high/low limit violation and allow channel- or module wise passivation.
F-PM-E 24VDC/8A PPM
- With the fail-safe SIMATIC ET 200SP power module, safety-related groups of standard or fail-safe DQ modules can be switched off.
The safety functions are then evaluated either in the F-CPU or in the F-PM-E power module as desired. This fast and direct group switch-off takes place up to SIL2 / PL d or SIL 3 / PL e. - F-PM-E 24VDC/8A PPM
2 digital F-inputs (1- / 2-channel)
Digital F-output (ppm-switching, up to 2 A, up to SIL 3/PL e)
Control of F-DQ/potential group via onboard F-DI and/or F-CPU
Width 20mm
More flexibility and performance due to additional communication options
Whether you are looking for a PROFIBUS Master/Slave, a master for the lower level fieldbus systems or a module that allows direct point-to-point communication, the ET 200SP communication modules enhance flexibility and performance of automation solutions within a decentralized architecture.
Serial communication CM PtP
For direct connection of automation components via serial interface
- Connection of old and external systems
- Connection of data readers or special sensors
- Different physical interfaces on one module, like RS232 and RS422 or RS485
- Predefined protocols, such as 3964 (R), Modbus RTU or USS
- Application-specific protocols based on Freeport (ASCII)
- Transmission rate max. 115.2 kbps
- Telegram length max. 2 kbyte, at least 2 telegrams can be buffered on the module (4 kbyte)
- Wiring via ET 200SP standard BaseUnit type A0
CM AS-i Master ST for SIMATIC ET 200SP
This AS-i master enables simple field devices to be integrated into the scalable distributed I/O system SIMATIC ET 200SP. For safe AS-i in- and outputs there is also a > failsafe module available.
Benefits
Good scalability also for AS-i applications thanks to modular design
Compact dimensions (by far our smallest AS-i Master)
Extensive diagnostics options
Single and multiple networks for small to complex plants
Expandable for AS-i Safety
Technical features
AS-i Master according to specification V3.0
62 nodes per AS-i Master
Transmission of I/O signals in the process image comparable to PROFINET
Integrated analog value processing
AS-i cable diagnostics
IO-Link Master Modul for SIMATIC ET 200SP
The SIMATIC ET 200SP IO-Link Master is based on the current IO-Link specification V1.1, which enables the consistent storage of the IO-Link device parameters in the master. This means that when a device is being replaced, the current parameters are automatically transferred to the new IO-Link device – without additional effort by the user. The special feature of the SIMATIC ET 200SP IO-Link Master module: not only the device parameters are saved automatically, but also the master parameters. This makes replacing a module, whether master or device, possible without a programming device and without backing up the data.
Single-wide (15 mm) ET 200SP electronic module
Max. cable length to the IO-Link device: 20 m
4 IO-Link ports per module
Max. 32 bytes of input and 32 bytes of output data per module;
individually adjustable with S7-PCT
Supports I&M data
Supported transfer rates: COM1, COM2 and COM3
Operating modes per channel: IO-Link, SIO or deactivated; adjustable with S7-PCT
Supports Device und Master replacing without additional engineering effort
CM DP - PROFIBUS DP-Master/-Slave
The CM DP module expands the CPU 1510SP-1 PN / 1512SP-1 PN by a PROFIBUS DP interface up to 12 Mbit / s. This can be used to set up either a lower-level or a higher-level PROFIBUS DP line. This results in the following advantages:
- Relief of the central control by decentralized preprocessing
- CPU 1510SP-1 PN or CPU 1512SP-1 PN in stand-alone mode as DP master possible
- Communication options of the ET 200SP CPU via CM DP module:
- as master for PROFIBUS DP according to IEC 61158 / EN 50170 for
- 125 DP slaves in bandwidths from 9.6 kbps to 12 Mbps
- as intelligent DP slave for higher-level DP master on
- PROFIBUS DP
- Communication with programming devices, operating and monitoring devices
- Communication with other SIMATIC S7 systems
- Communication to SIMATIC S5 programmable controllers
CM CAN - Communication module for CAN-Bus
The communication module SIMATIC ET 200SP CM CAN serves to connect to an ET 200SP system with the fieldbus CAN or CANopen and exchange data.
This allows for communication with up to 60 CAN nodes.
The configuration is made in TIA Portal (V16). A corresponding HSP is available to the user for this purpose.
In CANopen mode external device description files (.eds files) can be imported or exported.
- For the data exchange between an ET 200SP system and CAN 2.0A/B or CANopen manager or slave (according to CiA 301 & 302)
- CANopen Features:
- Node-/ Lifeguarding
- Heartbeat
- SYNC (Producer / Consumer) - Integration into TIA via HSP as of TIA Portal V16
- CAN connection with push-in terminals
- Integrated CAN terminating resistor
- Up to 60 CAN nodes
- 128 receive-PDOs and 128 transmit-PDOs
- Electrical isolation between both networks
- Diagnostic interrupts
DALI Master module for SIMATIC ET 200SP
CM 1x DALI allows the control, diagnostics and parameter assignment of up to 64 luminaires and 63 sensors via a 2-wire bus line.
- Saving of complete DALI configuration up to a maximum of 64 luminaires and 64 sensors in the module for replacing individual DALI participants without a configuration tool
- Detection of sensors (DALI control devices), such as switches, motion detectors or brightness sensors
- Formation of up to 16 groups for common control
- Definition of up to 16 scenes
- Switching on, switching off or dimming of single lights, groups or all via broadcast command
- Diagnostics of ballast and light sources
Optimal performance with decentralized technology tasks
Technology modules provide hardware-near signal pre-processing for fast counting, measuring and position detection for different encoders as well as for the precise output of pulses.
Technological functions, such as Motion Control or High Speed Counter, are already integrated in the CPUs of the SIMATIC S7-1500 and can be configured via STEP 7.
Modules are available for:
Counting and Measuring
Positioning
Weighing and Dosing
Cam and probe applications
Charging control
TM Count 1x24V Counter Module
In particular, the counter module TM Count 1x24V detects fast signals with high frequencies and forwards the meter reading and the current speed to the controller. The meter control via integrated digital input and output signals ensures a precise counting result and fast reactions to the system. Extensive parameterization options provide optimum adaptation to the task and relieve the burden on the controller.
Counting different waveforms of the count signal
- 1-track count signal, e.g. for counting products, detecting flow or amount of energy
- 2 separate count signals for forward and backward, e.g. for detecting container content with infeed and discharge
- 1 count signal with an additional direction signal
- 2 tracks phase-shifted by 90°, optionally with zero track for detecting positions with incremental encoders
Measuring functions for:
- Frequency,
- Cycle duration
- Speed in adjustable unit
3 digital inputs
- for high speed control of the counting using hardware gate
- for storing the count value or
- for setting the count value based on an event
Two digital outputs for fast reactions
- depending on counter reading
- depending on measured value
Integrated 24 V power supply for the encoder position detection for Motion Control in the S7-1500.
TM Posinput 1 Counter and position tracking module
The TM PosInput 1 counting and position detection module detects fast signals with high frequencies and transmits the counter reading or position and the current speed to the controller. The meter control via integrated digital input and output signals ensures a precise counting result and fast reactions to the system. Extensive parameterization options provide optimum adaptation to the task and relieve the burden on the controller.
The module supports position detection with SSI absolute encoders with a telegram length of 10 to 40 bits. Of these, max. 31-bit position information and the further bits Status information of the encoder. Single-turn and multi-turn encoders are supported with a clock frequency of up to 2 MHz.
TM Timer DIDQ 10x24V Time-based IO Module
The time-based IO module ET 200SP TM Timer DIDQ 10x24V fulfills the highest demands for precision and speed, independent of the controller performance and the fieldbus.
Time-based IO assures that the signals are read-in and output precisely - to within 1 microsecond!
The units are very suitable for the usage of the cam, cam track and probe technology.
4 digital inputs with the following functions::
- Up to 8 digital inputs with the following functions:
- Up to 2 time stamps per cycle
- 32x oversampling
- Counting function up to 50 kHz
- 1 Incremental encoder acquisition with 2 phase-shifted traces
- Enable-function for in-and outputs of digital stamps6 digital outputs with the following functions:
- Up to 2 time stamps per cycle
- 32 x oversampling
- Pulse width modulated output
Typical applications:
Exact definition of reaction times, independent of application cycle
Cam controller
Probes
Length measurement
Dosing of fluid quantities
Time measurement
TM Pulse 2x24V - Control of proportional valves and DC-motors
TM Pulse 2x24V provides 24V pulses with a current of up to 2A (on two channels) respectively 4A (one channel). Thereby the signal pattern can be flexible defined for a precise control of shift valves, a variable control of proportional valves, for DC-motors or other actuators. The maximum output frequency is up to 100 kHz depending on the demanded current.
The module provides different operating modes:
PWM: pulse width modulated output signal, e.g. for direct control of a proportional valve, on demand with an overlaying dither signal for better loop control, optional with current control.
DC-Motor operation without further power unit, speed control by
PWM-signal for both directions
On/Off delay: signal pass-through of digital input to digital output with the possibility of adjusting µ seconds exact delay of rising and falling edge
Pulse sequence output with defined number of pulses
Single Pulse output with exactly defined length, optional started by the digital input
Further features
Two independent parameterized and controllable channels
Exactly planned output sequences
Load reduction of the CPU in case of requirements for short reaction times, module can react directly on digital input
Adjustable, short response times lead to higher machine speed without higher performance requirements to the CPU
Direct control of actuators up to 4A
Stepper motor control TM StepDrive 24 ... 48V / 5A (Phytron)
The TM StepDrive module from Phytron GmbH is a high-precision stepper motor controller with integrated power output stage for use in the SIMATIC ET 200SP distributed I / O system. It represents the successor to the 1-Step-Drive for the SIMATIC ET 200S.
The module can be used together with system and IO components of the ET 200SP distributed I / O system. Operation is possible behind the following head assemblies:
IM PROFIBUS
IN PROFINET
ET 200SP CPU
Disclaimer:
This information and descriptions have been compiled with great care. A verification of the completeness, correctness and timeliness of the data provided by the Product Partners is not possible for Siemens. It is therefore not excluded that individual data is incorrect, incomplete or out of date. This post contains addresses of third party websites. Siemens does not assume any responsibility for the content of these websites, nor does Siemens adopt these websites and their contents as its own, since Siemens does not control the information presented there and is not responsible for the contents and information made available there. Their use is at the user's own risk.
E-Mobility AC charge controller module TM ECC 2 x PWM ST
The ET 200SP I/O system offers an ideal basis for meeting the technological requirements involved in the conductive charging of electric vehicles not only in industrial automation, but also the field of electromobility. Communication between the electric vehicle and the CPU installed in the charger infrastructure plays a major role here. The ET 200SP TM ECC 2xPWM ST hereby enables communication in accordance with charging mode 3 for two charging processes running independently of one another as defined in the IEC 61851 standard. It can be used within an ET 200SP station, both in centralized and distributed configurations, whereby the slots can be freely selected. In addition to communication, the technology module takes over control of the connector lock for charging sockets type 2 in accordance with IEC 62196 and of the contactor for switching the charging capacity.
For demanding charging infrastructure solutions, the tasks of load management (Energy Meter), back-end and billing options (Open Controller), identification (RF1060R), illumination (e.g. TM Pulse) and back-end connection (PC) can be implemented within the SIMATIC ET 200SP in combination with additional modules and a corresponding CPU (e.g. SIMATIC ET 200SP Open Controller).
Further Benefits:
- Space savings in the control cabinet compared to conventional solutions
- Safe control of the charging processes
- Modular expansion options directly at a CPU or as distributed I/O modules – highly scalable and easy to upgrade
E-Mobility DC charge controller module TM ECC PL ST
The ET 200SP offers an ideal basis to meet the technological requirements involved in conductive charging of electric vehicles in industrial automation and in the field of electromobility. Communication between the electric vehicle and the CPU installed in the charger infrastructure plays a major role here. The ET 200SP TM ECC ST hereby enables the Green PHY powerline communication defined in the standard DIN SPEC 70121 in combination with a pulse width modulated signal in accordance with IEC 61851.
In addition to communication, the technology module also offers two digital outputs for standard-compliant disconnection of the DC disconnectors within 30 msec. It can be used within an ET 200SP station centrally for DC charging columns as well as for distributed charging points in connection with an IM 155-6, whereby the slots can be freely selected. Depending on the system requirements, the ET 200SP CPU 1515 PC Open Controller as basis for the billing software or back-end connection and additional ET 200SP modules such as the ET 200SP AI 4xRTD/TC for temperature monitoring of the charging cable offer a flexible, modular overall concept.
Further Benefits:
- Space savings in the control cabinet compared to conventional solutions
- Safe control of the charging processes
- Modular expansion options directly at a CPU or as distributed I/O modules – highly scalable and easy to upgrade
SIWAREX WP321 is a versatile and flexible weighing module for the seamless integration of a static balance in the SIMATIC automation environment.
The weighing electronics are integrated within the SIMATIC ET 200SP system series and use all the features of a modern automation system, such as integrated communication, operator control and monitoring, the diagnostics system and the configuration tools in the TIA Portal, SIMATIC Step 7, WinCC flexible and PCS7
Motorstarter SIMATIC ET 200SP
With a width of just 30mm, you get a compact and powerful motor starter - with four adjustment ranges up to 5.5 kW.
It is part of the distributed I / O system SIMATIC ET 200SP and is available as a standard and safety variant. When starting 1- and 3-phase motors, the starter reliably protects against overload and short circuit.
You also benefit from fast configuration in the TIA Portal.
Valve island AirLINE SP (Type 8647) from Bürkert Fluid Control Systems
For use in ET 200SP, the valve island AirLINE SP (type 8647) is available for a wide variety of pneumatic functions.
The valve island is a product of our product partner* Bürkert Fluid Control Systems and can only be obtained from Bürkert Fluid Control Systems. It can be used together with system and IO components of the ET 200SP distributed I/O system.
Notice on product partners
* Product partners are external companies outside Siemens AG and its associated companies. Information and descriptions of products made by product partners are non-binding, which means the responsibility rests with the product partners. These products are manufactured independently with the responsibility resting with the particular product partner; they are sold and supplied by the product partner under its general terms and conditions.
Unless mandated by law, Siemens is not liable or extends any warranties for these products or for the connection with the products of the product partners.
Please refer also to the disclaimer at the bottom of the page
Area of application
Valve islands are widely used in industrial automation, and serve as pilot valves for controlling actuators in the food, pharmaceutical and water treatment industries. The ET 200SP, in combination with the AirLINE SP, type 8647, from Bürkert, forms a universal interface between process and plant control, and enables the flexible, modular structure of pilot valves and I/O modules.
The valve island can also be attached to a control cabinet floor with an AirLINE Quick Adapter, which further reduces the space required in the control cabinet, and significantly simplifies the pneumatic installation.
Benefits
The pneumatic system offers the following advantages:
High process safety by using non-return valves and pneumatic infeed modules with pressure monitoring
System-wide detailed diagnostics in plain text, and also locally on an LC display
Quick and easy valve replacement during operation (hot swapping)
Reduced number of components in the control cabinet (compact control cabinet is possible)
Quick installation & configuration of the pneumatic connections
More information
For more detailed information about the AirLINE SP, type 8647 (for example, the data sheet & operating instructions), contact the Bürkert company directly:
Disclaimer:
Siemens has prepared this description with great care. It is not possible, however, for Siemens to verify that the data supplied by external companies is complete, correct or up to date. The possibility that individual items of information might be incorrect, incomplete, or not up-to-date cannot therefore be ruled out. Unless compulsory by law, Siemens accepts no liability for the usability of the data or of the product for the user per se.
This contribution includes addresses of third-party Web sites. Siemens is not responsible for the contents of these Web sites, nor does Siemens adopt these Web sites and their contents, as Siemens does not control the information presented therein and cannot be held responsible for the content and information they contain. You therefore use these links at your own risk.
1-phase SITOP power supplies for SIMATIC ET 200SP
The single-phase power supply units enable the optimum load power supply for the distributed I / O SIMATIC ET 200SP. Their extremely flat design makes them suitable for installation in 80 mm deep control boxes. Thanks to an integrated current monitor, an operating LED display and a signaling contact for "output voltage o.k.", they support energy management and diagnostics during system monitoring. In addition, commissioning and maintenance are simplified because individual load circuits can be decoupled, 24 volts can be switched off and on, and it is possible to compensate for voltage drops for long cable lengths.
