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www.siemens.de/tia-portalNon restreint © Siemens Suisse SA 2019

Simatic controlers news, TIA-Portal V15 &V15.1 and OPC UA with the CPU 1500Siemens @ CERN – September 2019

Non restreint © Siemens SA 2019Mars 2019 Siemens Suisse SA

siemens.de/s7-1500Non restreint © Siemens Suisse SA 2019

TIA Portal V15 & V15.1Hardware News


Advanced Controller SIMATIC S7-1500New mechanical design

CPU 1511C

CPU 1512C

CPU 1511(F)

CPU 1513(F)

S7-1500 compact CPUs S7-1500 modular CPUs


Advanced Controller SIMATIC S7-1500Improvements in the mechanical design

S7-1500 CPU with a new mechanical design:• A new mechanical design because of the integration

of the display onboard of the CPU:• Identical installation dimensions• Slight changes regarding placement of

all connectors/plugs (PN-plug 90°changed)• RUN/STOP-switch is replaced by RUN/STOP buttons:

• No damage of the RUN/STOP-switch any longer• „STOP ACTIVE“ shows that the CPU was stopped by the

“STOP”-button on the CPU• Identical handling of default reset or overall reset

• The display could be read – even if the cover is opened• Identical mechanical manipulation security mechanismsSpare part functionality:The new CPUs are completely spare part compatible to theirprevious version CPUs


Advanced Controller – SIMATIC Multifunctional PlatformThe S7-1500 Controller with flexible C/C++ Integration

Multifunctional Platform:CPU 1518(F)-4 PN/DP MFP

Page 5

Feature / Function Benefit

• Integration of high level languageapplication and PLC program intoone hardware

u

• Reduced space• Robustness of a SIMATIC S7

• PLC independant applications inC/C++ for any application (e.g.protocoll converter, database, …) u

• Simplified creation and reuse ofcustomer specific application inhigh level language

• Code generation with modelbased development tool, e.g.Matlab Simulink

u

• Direct integration of complexefunctions

• Closed embedded operatingsystems u

• Stability and long term availability


Hardware Configuration – CPU 1518(F)-4 PN/DP MFPClassification of multifunctional platform

IPC, Open Controller:Open for Windows applications• No restriction in operating system (OS) concerning

HMI, applications, drivers, …• Standard PC interfaces (USB, VGA, PCI, …)• Hardware replacement with operating system image• But: Update and maintenance of OS

(Microsoft Security Updates, Patches) by OEM

CPU 1518 MFP:Robust for embedded applications• Preconfigured embedded operating system

with stable programming interface (API)• Typical controller interfaces• Hardware replacement without engineering• OS support on Siemens side incl. security updates

Hypervisor

CommunicationProcess data

Operating system

Ethernet

General-Purpose OS

LinuxC/C++ Runtime

USB/VGA Ethernet

Embedded OS

CPU 1505 S

Embedded OS

PN IRT

STEP

7

C++

(CPU

func

tion

libra

ry)

OEM

OEM

Windows

C++

(API

)

SQL,

Scrip

ting,

… HM

I

C++

(API

)

CPU 1518 MFP

STEP

7

C++

(CPU

func

tion

libra

ry)

PN IRT

Non restreint © Siemens SA 2019

Mars 2019 Siemens Suisse SA

SIMATIC High Availability - SIMATIC S7-1500R/HAvailability increase with S7-1500R and S7-1500H

S7-1500R: CPU 1513R/1515R

Features / Functionalities Advantages

Redundant CPU• 200-500 ms switchover time• System-IP address• Configuration in TIA-Portal (the

same way as for a standard S7-1500 PLC)

High availability CPU• Same properties as the

redundant PLC, plus:• Dedicated high performance

sync modules• Distance between the PLCs up

to 10 km• Switchover time <100ms

u

Higher production ratethanks to a higher availability

No lost of dataData are automaticallysynchronized

Ease of useno extra knowledge required forimplementing redundancy

S7-1500H: CPU 1517H



SIMATIC S7-1500 Redundant systemsSystem overview (1st Release step)

High available – S7-1500H

CPU 1517H

Via Sync module

<100ms

ET 200SP and ET 200MP

Single connection (PN redundancy S2)

Sync

Primary Backup

ET 200SP ET 200MP

1-Ring

Consistent concept –Identical synchronizationprocess

Scaling of the switchingperformance over the availablebandwidth of thesync connection

CPU type

Synchronization

Switchover time

I/O systems

Type of connection

Redundant – S7-1500R

CPU 1513R/CPU 1515R

via Profinet Ring (MRP)

200 – 500ms

ET 200SP and ET 200MP

Single connection (PN redundancy S2)

Sync

Primary Backup

ET 200SP ET 200MP

1-Ring



SIMATIC S7-1500Extension of the retentive memory

PS 60W 24/48/60VDC HF• Supply of 60W in the backplane bus• Integrated power balancing in the TIA Portal• Connection to 24/48/60 V DC• Power buffering for data backup in the CPU• Can be used with standard, fail-safe, and technology CPUs• 105mm width (can only be plugged to the left of the CPU/IM 155-5)

24VDC

Sensors Actuators

PLC Modules – I/O, CM, CP, TM

CC/CC

12W

PS

CC/CC

72W60W

https://support.industry.siemens.com/cs/ch/en/view/109746447



Advanced Controller SIMATIC S7-1500The right CPU for every application

En plus Distributed Compact Standard Technology MFP Redundant/High availability

Types of CPU1510SPF-1 PN

1512SPF-1 PN

1511C-1PN

1512C-1PN

1511F-1PN

1513F-1PN

1515F-2PN

1516F-3PN/DP

1517F-3PN/DP

1518F-4PN/DP

1511TF-1 PN

1515TF-2 PN

1516TF-3 PN/DP

1517TF-3 PN/DP

1518F-4PN/DPMFP

1513R-1PN

1515R-2PN

1517H-3PN

Interfaces

Progr. memory 100/150KB

200/300KB 175 KB 250 KB 150/225

KB300/450

KB500/750

KB 1/1,5 MB 2/3 MB 4/6 MB 225/225KB

750/750KB

1,5/1,5MB 3/3 MB 4/6 MB 300 KB 500 KB 2 MB

Data memory(MB) 0.75 1 1 1 1 1,5 3 5 8 20 1 3 5 8 20 1,8 3,5 8

50/500MB1)

Performencesbits (ns) 72 48 60 48 60 40 30 10 2 1 60 30 10 2 1 40 30 2

Connexionsmax. 64 88 96 128 96 128 192 256 320 384 96 192 256 320 384 128 192 320

Position axis

- typical2) 3 3 5 5 5 5 7 7 70 128 5 7 55 70 128 5 7 70

- maximal3) 6 6 10 10 10 10 30 30 128 128 10 30 80 128 128 10 30 128

Width (mm) 100 100 85 110 35 35 70 70 175 175 35 70 175 175 175 35 70 175

11

11

11

11

11

2 11

23

11

2 43

11

23

11

2 11

23

11

23

11

11

2 43

11

11

2 11

2 33

1) Additional 50 Mo memory for C/C++ functions (ODK) / 500 Mo for applications (Runtime, API)2) For a 4ms Servo/IPO cycle3) No use of other TO

11

1 11

1


SIMATIC ET 200SP Open Controller 2PC-Based with a Controller Design

Features / Functionalities Advantages

• Standard• Fail Safe• Technology• Technology & Fail Safe

u• Always adapted for the target

application

• Intel 1,6GHz with 4 cores processor• Display Port u

• High power available for theWindows applications

• 64 bit Windows 10 IoT LTSB 2016• Restore process via USB stick u

• Up to date Windows with longterm support cycles

• Easy to restore

• Supports all the available CP andCM

• Support of ET200 AL (AssemblyLine)

u• Network extension possibilities• IP67 periphery can be directly

combined

CPU1515 SP PC2



siemens.de/controllerUtilisation libre © Siemens SA 2019

SIMATIC ControllerNew hardware functionalities



SIMATIC ET 200MP – Performances Updates and accessoriesNew features

Features / Functions AdvantagesS7-1500 Adapter for DIN railEasy and fast mounting of the S7-1500aluminium profile on 35mm standard DINrails (flat or deep version)

u

Costs reduction thanks to the use ofstandardized control cabinet andpreassembled terminal boxes

Integrated signal switching counter forthe digital output modules• DQ 8x24VDC/2A HF• DQ 16x24VDC/0.5A HF• DQ 32x24VDC/0.5A HF

u

Availability increase of theinstallation with the earlydetection of the actuatorwear limit (for example: electro valve)

Integrated counter function up to 3kHzfor the digital input modules• DI 16x24VDC HF (6ES7 521-1BH00-0AB0)

u

Cost reduction with the possibilityof using and calibrating countingfunctions with “standard” hardware

Centralized isochronism (*)

Synchronous and deterministic reading of theI/O data in the central rack

(*) At the moment, for Standard Advanced Controllers only

u

Free choice of the locations whenusing High Feature, High Speed andTechnology modules in the centralizedor decentralized



SIMATIC ET 200 – Module to Module Communication (MtM)Shortest response times without detour via the CPU

Feature / Function Benefit

New for ET 200SP IM HF from FW V4.1Module to Module Communication (MtM):• Direct transmission of data from an input

module to one or more output modules inthe same ET 200 station without detour viathe PLC program

• Reaction in the receiver module viaimplemented parameterizable logic

• significantly shorter reaction times(Only 1 Profinet cycle for clamp / clampreaction = 250µs)

• Unlimitied quanitity structure

u

• Saving space in the machine,thanks to the possibility of movingsensors and actuators closer together(less reaction time requires less space)

• Increase product quality byreducing the fluctuations of thereaction time (jitter) for most precisereactions and optimization of thedeterministic

• Saving CPU performance andstorage

Based on MtM-Communication:New operating mode "Cam controller“ forET 200SP DQ 4x24VDC/2A HS via FW-Updatefor up to 16 cams per module

u

Saving of Engineering effort with theimplementation of cam controllers(parameterization instead ofprogramming) e.g. for setting glue dots

Sensor Actuator

DQ

-mod

ule

DI /

AI-m

odul

e



IRT – Isochronous Real TimeCommunication performance

IRT brings…• Synchronization• High repeatability

T2

T1

T3 T5

T6

T7

T4

Synchronization of the cycles

T4

T1 & T2

T3 T5

T6 & T7T1 & T2 Periphery

Profinet IRT

PLC



Profinet IRT functionsContinuous measure

Classical way Oversampling

Short cycle time = high PLC load !Fast sampling of the signal by the input module.The measures are sent cyclically by groups, for evaluation,to the PLC.

0.5ms

0.5ms

4ms

with oversampling



Profinet IRT functionsModules for oversampling

Short designation Oversampling Inputs/Outputs Values per cycle Minimum resolution

ET 200MPTM Timer DIDQ 16x24V

8 inputs16 outputs

3232

7.8125 μs100 μs

ET 200MPAI 8xU/I HS 8 inputs 2 - 16 62,5 μs

ET 200MPAQ 8xU/I HS 8 outputs 2 - 16 125 μs

ET 200SPTM Timer DIDQ 10x24V

4 inputs6 outputs

3232

7.8125 μs100 μs

ET 200SPDI 8x24VDC HS 8 inputs 2 - 32 7.8125 μs

ET 200SPDQ 4x24VDC/2A HS 4 outputs 2 - 32 100 μs

ET 200SPAI 2xU/I 2-/4-wire HS 2 inputs 2 - 8 for 2 channels

2 - 16 for 1 channel 50 μs

ET 200SPAQ 2xU/I HS 2 outputs 2 - 8 for 2 channels

2 - 16 for 1 channel45 μs for 2 channels35 μs for 1 channel



Profinet IRT functionsIndividual measure

For a good accuracy, a short PLC cycle time is necessarywhich leads to a high PLC load!

with timestamping

Classical way

High precision signal catching and activation, even withimportant PLC cycle time, thanks to timestamping.

With timestamping

3m20s540.854ms

3m20s543.791ms

3m20s549.578ms



Profinet IRT functionsModules for timestamping

Short designation Time-based inputs Time-based outputs

ET 200MPTM Timer DIDQ 16x24V

8 fast inputswith 1μs resolution

16 fast outputswith 1μs resolution

ET 200SPTM Timer DIDQ 10x24V

4 fast inputswith 1μs resolution

6 fast outputswith 1μs resolution

ET 200SPCM 4x IO-Link Master

Up to 4 IO-Link channelswith timestamping(IO Link sensors with timestampingfunctionality necessary)

--



High FeatureInterface modules• Mountable strain

relief• 10ms bridging of

power failure• Module to module

communication• time

synchronization(for timestamp withEnergy Meter HF)

• 2 pluggableBusAdapaters(only 3-Port-IM)

6ES7193-6RA00-1AN0

+ =

ET200SPHigh Feature interface modules & accessories

24VDC/5A 6EP7133-6AB00-0BN0

24VDC/10A 6EP7133-6AE00-0BN0

3-port-IM6ES7155-6AU30-0CN0

IM HF V4.26ES7155-6AU01-0CN0

SIMATIC ET200SP PS• 5A and 10A output models• Service temperature -30°C…+70°c• Adjustable output voltage (22.8VDC to 28VDC)• Current and overload monitoring output• 1.5x rated current „Extra power“ (5s/min)• 3 groups output connections



ET200SPBase Units

SIMATIC ET 200SP BaseUnitshttps://support.industry.siemens.com/cs/ch/en/view/59753521

PotDis-BU (BaseUnit)

L+ bridgedM bridged

PotDis-TB (Terminalbox)

P1 P2 n.c. Bridged

Potential Distribution modues (PotDis)• Terminals for connecting 2, 3, and 4-wire

sensors / actuators for 8- and 16-channelmodules

• Any combination of PotDis-TB and PotDis-BU for different potential types

Two slots BaseUnits Type A0• Dark/dark 6ES7193-6BP60-0BA0• Light/Dark 6ES7193-6BP60-0DA0• Can be combined with standard BU• Cover available for unused position



Integrated product family SITOP PSU6200 –Comprehensive product range

• Wide range input• Integrated diagnostic• Basic serial interface or

diagnostic functions• Up to 95% efficiency• Reduced size• 120% continuous output

power up to 45°C

Single-phase

12 V: 2 A 7 A 12 A24 V: 1.3 A 2.5 A 3.7 A 5 A 10 A 20 A

AC85 V 264 V

DC99 V 275 V

SITOP PSU6200 - Power Supplies

Input

Output

Delivery release: SITOP PSU6200 https://support.industry.siemens.com/cs/ch/en/view/109763223

SITOP RED1200 - Redundancy modules 20A and 40A SITOP SEL1400 - Selectivity module

SEL1400

8x 10A (Max.60A)

Delivery release: Selectivity Module SITOP ERD1200 and SITOP SEL 1400https://support.industry.siemens.com/cs/ch/en/view/109767975

• Redundant supply with upto 40A

• For DC voltage from 12V to48V

• Slim design

• LED status display• Adjustable threshold for

each output• Parallel connection of 2

outputs



siemens.de/tia-portal© Siemens SA 2019

STEP 7 V15 & V15.1Innovations


Hardware Configuration –Layout function for network and topology view

Layout functions for networkand topology view• Layout adjustment based on left-

justified alignment of all devicesvia the context menu (1)

• Simple expansion of project by insertingan empty row via the context menu (2)

12


STEP 7 Innovations –Breakpoints on the CPU S7-1500

Function• Setting of breakpoints in SCL/STL programs

(also possible in mixed LAD/FBD blocks)• Maximum number of active breakpoints per CPU:

• ≤CPU 1516/CPU 1515SP PC: 8• ≥CPU 1517/CPU 1507S/S7-PLCSIM: 20

• From firmware version V2.5 of CPU S7-1500

Customer benefits• Testing of SCL and STL program code

with the aid of breakpoints• Step-by-step isolation of errors• Simple and fast analysis of complex programs

in the office before actual startup

When a breakpoint is reached,the CPU enters hold mode

S7-1500 S7-1200 S7-300/400/WinAC


STEP 7 Language Innovations –References

S7-15001 S7-1200 S7-300/400/WinAC

References – Pointer to tags of the same datatype• REF_TO: Declaration of references in FCs

and FBs2 to a specific data type3

• REF(<tag>): Creates a reference to a tag/array of thesame data type. Prerequisite: Referenced tag is in anoptimized storage area

• <Reference>^ : Access to the valueof the referenced tag

• Assignment attempt (?=): Assign referenceto a parameter of data type VARIANT

• Comparison with NULL to check whethera reference is assigned to a tag

2 Permitted sections in FCs: In, Out, Temp, Return; permitted sections in FBs: Temp; Array_Of References is not permitted; 3 UDTs, SDTs, basic data types with the exception of bools

Declare references

Reference

Transfer referenceas parameter

Dereference

Assignment attempt

1 From FW2.5


STEP 7 Language Innovations –New statements – FileReadC/FileWriteC

S7-1500 S7-1200 S7-300/400/WinAC FileReadC

Function• Read data from an ASCII file

from the SIMATIC memory card• Write data to an ASCII file on

the SIMATIC memory card

Customer benefitsComplex file structures are used in free ASCII formaton the SIMATIC memory card, for example to• Import recipes in cases where CSV

is not flexible enough• Import complex parameterizations

or configuration files• Output complex files for documentation

FileWriteC


FunctionSelection between tabular and textual interfacewhen creating new SCL blocks

STEP 7 Innovations –Textual interface for SCL blocks

Benefits• Familiar programming environment from STEP 7 V5.x• Additional comment sections and line comments can be

added to the interface• Easy exchange with other text editors

S7-1200S7-1500 S7-300/400/WinAC



STEP 7 – Innovations –Collection of useful functional extensions

DB snapshot

Stored snapshots are not lost even after astructural change of the DB

Monitoring UDTin the I/O areaDirect monitoring of UDT on the I/O area inprogram blocks is supported.

Monitoring unconnected outputsWhen monitoring blocks online, the actualvalues for unconnected outputs are nowalso displayed.

Snapshots still available after adding another output



STEP 7 Innovations –Collection of useful functional enhancements

“Control operand” by simply double-clickingthe observed value• Boolean process values can therefore

be toggled very quickly• Non-boolean process values can be

changed really easily in the “Modify” dialog• Objects supported:

Global tags or tags in DB

Boolean constants can alsobe used for statementsSimple testing or bridging of current paths

New


STEP 7 Innovations –PLCSIM V15 – Collection of useful functional enhancements

Parallel installation of PLCSIMand PLCSIM AdvancedPLCSIM V15 and PLCSIM Advanced V2.0 canbe installed on the same PC. Simultaneous useof both simulation tools is however not possible

Visual display of project saving processWhen you click “Save project”, a small rotatingwheel appears briefly as a mouse pointer to in-dicate that the project is being saved successfully

Simulation of know-how protected blocksKnow-how protected blocks of a 1500 CPUcan be simulated with PLCSIM V15(1200 CPUs are not supported at present)


STEP 7 Innovations – PLCSIM V15 –Slider for analog values and pushbutton for boolean values

Slider for analog valuesIf you select an analog value in the SIM table,you can manipulate it with the aid of a slider

Pushbutton for boolean valuesIf you select a boolean value in the SIM table,you can manipulate it with the aid of a pushbutton

Customer benefitsSimple modification of values within the SIM tablefor quickly testing the STEP 7 user program


TIA Portal Options – STEP 7 Safety –Overview of new functionsFunctions V15• Failsafe arrays (read access) for data types

INT and DINT• Separate F-signature for hardware and software• Overflow handling• Usability improvements and more new functions

• Read back of fail-safe F-FB Out parameters• Writing of F-FB input parameters as for STEP 7 Standard• Start values of instance DBs can be changed• Synchronous failsafe OB• DINTà INT converter (S7-1200, S7-1500)• ABS: Create absolute value (S7-1200, S7-1500)

Functions V15.1• F-OB pre- and post-processing• Discrete F Signature for the communication• New fail-safe communication «Flexible F-Link»

• On basis of a S7 or Open User communication• to the network limits -> Layer 3


Functional security with ET 200New possibilities with the new module types

Features / Fonctionalities AdvantagesET 200ecoPN 4 F-DI/3F-DQ• Mixed Modules with integrated

safety inputs and outputs (2A) (up toPl e/SIL 3)

• Onboard 1oo2 evaluation• Channel granular diagnostic• Remnant PROFIsafe address

through coding element• Harmonized Y adapter

u

Can be placed anywhere in themachinethanks to its compact size (IP67)

Better installation availabilitywith the fast failure localisation

Ease of handlingthanks to uniformization

ET 200SP F-AI (0)4..20 mA• Certified for use up to

PL e/SIL 3• 15bits + sign resolution• Channel detailed granular diagnostic• Onboard 1oo2 evaluation,

hysteresis included• Remnant PROFIsafe address

through coding element

u

Better installation availabilitywith the fast failure localisation

Ease of handlingthanks to uniformization

ET 200eco PN 4 F-DI/3F-DQ

ET 200SP F-AI (0)4..20 mA


Advanced Controller – SIMATIC S7-1500 Technology-CPUScalable motion control in the advanced controller portfolioS7-1500T portfolio:CPU 1511T/TF,CPU 1515 T/TF,CPU 1516 T/TF,CPU 1517T/TF,CPU 1515SP PC2 T/TF,TO Kinematics

Page 35

Feature / Function AvantageExtended Motion Control functions:• Absolute synchronization• Camming• Kinematics with up to 4 interpolating axis

u

Simple programming of sophisticatedMotion Control functions:• in the well known SIMATIC environment• E.g. Pick & Place or handling

Kinematic configurator and trace withpath recording and kinematic control panel

Simple 3D visualization and diagnosis ofmovements as well as commissioning ofthe kinematics

Cam editor integrated in the TIA Portal• Simple definition of non-linear

dependencies between leading andfollowing axes

uHigh engineering efficiency through• graphic-based and tabular configuration• optimization of cams

Consistent functionality andprogramming of S7-1500 throughout toS7-1500 T-CPU

uSeamless extension of the Motion Controlfunctionality of a standard CPU in TIAPortal

Failsafe PLC with extended Motion Controlfunctions u Standard automation, Motion Control and

safety functions inside one CPU

Software Library «SIMATIC SafeKinematics» for T-CPU with integratedsafety (CPU 1517TF-3PN/DP)

u Secure move of the selected cinematicsin the defined space


STEP 7 Innovations – Motion control –Kinematics for handling tasks 1/2

Free transformationinterface

AP

EP

Command 1

PolynomialCommand 2

• Technology object kinematics (TO kinematics)for simple interconnection of positioning axesto form a kinematic unit

• Predefined 4D kinematics for simple use of standardkinematics (SCARA, Portal, Articulated Arm, RollPicker, Delta Picker, Cylindrical Robot, Tripod)

• User transformation as function blockfor integrating user-defined kinematics

• 4D interpolation, linear and circular movementwith geometric blending including orientationguidance (e.g. rotation of the gripper)

• Motion queue programming for advancemotion processing with dynamic adaptation

1 from FW2.5


Zone supervision

STEP 7 Innovations – Motion control –Kinematics for handling tasks 2/2

Work zone

Restricted zone Tool zone

Flange zone

Signaling zone

• Different coordinate systems for describingthe position of kinematics and objectsin the work zone

• Tool frame to allow for expansion of the tool(description of the position of the tool relativeto the flange)

• Avoidance of mechanical kinematics parts (flange, tool)colliding with installations in the work zone

• Signalling zone for triggering actions (e.g. open/closegripper) depending on the spatial position of the tooland/or flange



Side-by-side installation of V13 SP1/SP2, V14 SP1, V15 and V15.1 enables access to all project versions.V15 license for all available TIA Portal versions including V15.1 usable.

TIA Portal V13 SP1/SP2 TIA Portal V15.1

V13 SP2 Project

Project Upgrade to V15.1Project Upgrade to V13 SP1

≤V13-Project V15.1 Project

TIA Portal V15

V15 Project

TIA Portal V14TIA Portal V14 SP1

V14/V14 SP1 Project

System Functions –Project Upgrade



System Functions –User-defined shortcut keys

Function

• Adaptations of keyboard shortcuts in the TIA Portalsettings

• Existing functions with keyboard shortcuts can beassigned new keyboard shortcuts

• User-defined keyboard shortcuts can be imported andexported

Benefits

• Faster and more intuitive working with the keyboard,keyboard shortcuts familiar to the user

• Using the user-defined keyboard shortcuts, anotherinstallation of the TIA Portal with export/import



System Functions –Protected libraries

Use of protected libraries“Write-protected libraries” features• Global libraries can be exported

as write-protected libraries• Write protection cannot be reversed• No password is needed• Write protected libraries cannot be modified (add or

remove objects)

Export as protected library



Innovation SIMATIC Field PG M6 –Ready-to-Run, Fit for Industrial Use, Highest Quality

SIMATIC Field PG M6,Comfort and Advanced Features / Functionalities Advantages

• H type Intel® Core™ i5/i7 (8thgeneration processor with UHDGraphics 630

• RAM: 8 / 16 / 32 GB DDR4-SDRAM,2666 MHz

• Up to 2 TB SSD

u

• Always enough power for the TIA-Portal

• Efficient engineering thanks to a fastand reliable memory to deal with bigdata

• Full-HD (1,920 x 1,080 Pixel) displaywith high luminosity u

• Always readable display, even indifficult condition such as industrialenvironment

• Industrial and SIMATIC integratedinterfaces: WLAN 2,7GB/s, BT 5.0, 2xGigabit Ethernet, 1x COM, 1x ProfibusDP/MPI, SIMATIC Card Slot

u

• No extra adapter required for theautomation interfacesà always readyfor use

• Direct programming of the SIMATICmodules

• USB 3.0/3.1 Gen.2 technology(3x Type A, 1 x Type C)

• USB ext. with load functionalityu

• Data and video in one connexion (withpolarity inversion security)

• Field PG (powered off) as power bank

Nouveau


Advanced Controller SIMATIC S7-1500 CPU… learn more!

Our starter kit is the perfect basis fora fast and easy start!

Starter kits

https://www.siemens.com/s7-1500-starter-kits

Various videos give you an overviewof the general functions and tools ofthe TIA Portal and SIMATIC S7-1500.

TIA Portal Tutorial Center

http://www.siemens.com/tia-portal-tutorial-center

Easy insertion into the new controllerfamily

• Explore the new possibilities andlearn more about the new hardware

Getting Started

http://www.siemens.de/getting-started/s7-1500

From customer to customer!

• Customer reporting about theirexperience with our products

Use cases

https://webservices.siemens.com/referenzen/

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