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Siemens Automation Network Specialist

Advanced Systems and Industrial Networks for today's industry

Advanced networked PLC connections for Industry 4.0 applications. Expert-level programming in Advanced Systems and Industrial Networks using high-level, machine-readable, and visual languages.

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      About the SIMATIC Industrial PLC Networks Specialty. Level 2

      This specialization prepares you to acquire the necessary knowledge to develop applications for SIEMENS automation systems. It trains professionals who are experts in both automation and industrial networks, a requirement for companies operating in this sector, whether for the maintenance of existing systems or for the development of new machines, lines, and processes. Programming, HMI, and SCADA are highly recognized and valued skills in the industrial sector. The training provides you with a solid foundation in programming, wiring, screen configuration, and troubleshooting in the PLC environment. Upon completion, students will be able to develop any type of automation project implemented on PLCs.

       Duration:
      +200 Hours / 3-5 months
       Mode:

      In person
      Semi-presential
      On-line

       Prerequisites:
      Basic knowledge of computers and the Internet

      Job opportunities

      Today's industry is highly automated, and it is expected to increase significantly in the coming years. They increasingly need highly qualified professionals who can sustain this level of growth and expansion. A professional expert in automation and industrial networks is essential for companies that work in this sector on a daily basis, both for the maintenance of existing systems and for the development of new machines, lines, and processes. Programming, HMI, and SCADA are highly valued skills in the industrial sector. Advanced systems and industrial networks are the cornerstone of Industry 4.0, which converge with the IoT, complementing the skills in demand in the industrial sector.

      Through Cloud Talent The school connects you with more than 10,000 companies and generates job interviews and internships tailored to your professional profile. Additionally, the Cloud Talent Program gives you access to other complementary SAP certifications at no cost to enhance your qualifications.

      Syllabus

      Technical Training

      Advanced functions and regulation

      HSC Fast Counter
      • Operation of the fast counter
      • Selecting an HSC input channel
      • Select HSC functions
      • HSC Entry Addresses
      • CTRL_HSC instruction
      • HSC Current Count Value: Program Access, Value Range, and Overflow Behavior
      • Project Laboratory
      Date, time and clock functions
      • Date and time instructions
      • Clock functions
      • RTM (Running Hours Counter) Instruction
      • Project Laboratory
      Chain and character
      • STRING data type
      • S_MOVE Instruction (Move String)
      • String conversion instructions
      • Instructions with strings
      • Project Laboratory
      PWM. Pulse Width Modulation
      • CTRL_PWM instruction
      • Handling impulse outputs
      • Configure a pulse channel for PWM
      • Project Laboratory
      Records. Data log
      • Record structure
      • DataLogCreate Instruction
      • DataLogWrite Instruction
      • DataLogClose Instruction
      • DataLogNewFile Instruction (Data Log to new file)
      • Reading records with the PLC's web server function
      • Project Laboratory
      Recipes
      • Storing recipe data
      • Prescription data management
      • Exporting recipes (from recipe DB to CSV file)
      • Importing recipes (from CSV file to recipe DB)
      • Project Laboratory
      Basic Instructions II
      • Logical operations instructions AND, OR and XOR
      • INV (1's Complement) Instruction
      • DECO (Decode) and ENCO (Encode) instructions
      • SEL (Select), MUX (Multiplex), and DEMUX (Demultiplex) instructions
      • SHR (Shift Right) and SHL (Shift Left) Instructions
      • ROR (Rotate Right) and ROL (Rotate Left) Instructions
      • Project Laboratory
      Program control
      • JMP (Jump if RLO = 1), JMPN (Jump if RLO = 0), and LABEL instructions
      • JMP_LIST Instruction (Define jump list)
      • SWITCH (Jump Distributor) Instruction
      • RET (Backspace) Instruction
      • RE_TRIGR Instruction (Reset Cycle Watchdog Time)
      • STP (End Program) instruction
      • Project Laboratory
      Control technology with SIMATIC S7-1200
      • Fundamentals of Regulatory Technology
      • Tasks of regulatory technology
      • Components of a regulation loop
      • Regulated systems with compensation
      • Main types of continuous regulators
      • The proportional action regulator (P regulator)
      • The integral action regulator (regulator I)
      • The PI regulator
      • The differential regulator (D regulator)
      • The PID regulator
      • Objectives when adjusting a regulator
      • Adjustment of regulated systems
      • Programming fill level control for SIMATIC S7-1200
      • Sample task: regulating the fill level of a tank
      • Programming fill level control for SIMATIC S7-1200
      • Project Laboratory
      Specific Training

      Advanced programming and networks with S7-1200 and S7-1500

      SCL
      • Building an SCL expression
      • Control instructions, Conditions, Addressing
      • Indexed addressing with PEEK and POKE instructions
      • Calling other logic blocks from the SCL program
      • Adding block comments to SCL code
      • EN and ENO for KOP, FUP and SCL
      • Normally open and normally closed contacts in SCL
      • Series, Parallel, and XOR Combinations in SCL
      • Activate and Deactivate 1 bit in SCL
      • Positive and negative edges in SCL
      • Timers in SCL, Counters in SCL, Comparisons in SCL
      • SCL Program Control Instructions
      • IF-THEN Statement, CASE Statement
      • FOR Statement, WHILE-DO Statement
      • REPEAT-UNTIL instruction, CONTINUE instruction
      • EXIT statement, GOTO statement
      • RETURN instruction
      • Project Laboratory
      SIMATIC S7-1500 hardware and first projects
      • Initial Configuration in SIMATIC S7-1500 and Projects
      • SIMATIC S7-1500 Technical Specifications
      • Bit logic operations in SIMATIC S7-1500
      • Processing, Data Types and Block Types in SIMATIC S7-1500
      • IEC timers and IEC counters in SI-MATIC S7-1500
      • Legacy Timers and Legacy Counters in SIMATIC S7-1500
      • Project Laboratory
      Basic instructions I in SIMATIC S7-1500
      • Comparison instructions
      • IN_Range and OUT_Range instructions
      • OK and NOT_OK instructions
      • Mathematical functions
      • MOVE, MOVE_BLK, and UMOVE_BLK instructions
      • FieldRead and FieldWrite instructions
      • FILL_BLK and UFILL_BLK instructions
      • SWAP (Change Disposition) Instruction
      • Conversion Instructions
      • ROUND and TRUNC instructions
      • CEIL and FLOOR instructions
      • SCALE_X (Scalar) and NORM_X (Normalize) instructions
      • Project Laboratory
      Basic Instructions II in SIMATIC S7-1500
      • Logical operations instructions AND, OR and XOR
      • INV (1's Complement) Instruction
      • DECO (Decode) and ENCO (Encode) instructions
      • SEL (Select), MUX (Multiplex), and DEMUX (Demultiplex) instructions
      • SHR (Shift Right) and SHL (Shift Left) Instructions
      • ROR (Rotate Right) and ROL (Rotate Left) Instructions
      • Project Laboratory
      Program control in SIMATIC S7-1500
      • JMP (Jump if RLO = 1), JMPN (Jump if RLO = 0), and LABEL instructions
      • JMP_LIST Instruction (Define jump list)
      • SWITCH (Jump Distributor) Instruction
      • RET (Backspace) Instruction
      • RE_TRIGR Instruction (Reset Cycle Watchdog Time)
      • STP (End Program) instruction
      • Project Laboratory
      Analog value processing and diagnostics in SIMATIC S7-1500
      • Analog signals
      • Reading/emission of analog values
      • Normalize analog values
      • Diagnostic functions for SIMATIC S7-1500
      • Device Diagnostics
      • Compare offline/online
      • Observe and force variables
      • Permanent forcing of variables
      • Enable peripheral outputs
      • Project Laboratory
      Advanced and Technological Instructions in SIMATIC S7-1500
      • Date, time and clock functions
      • String+Char
      • Process image memory
      • Control technology with SIMATIC S7-1500
      • HSC Fast Counter
      • Recipes and Data Logging
      • PWM. Pulse Width Modulation
      • Records. Data log
      • Data block functions
      • Project Laboratory
      GRAPH in SIMATIC S7-1500
      • GRAPH structure
        + Stage and transition
        + End of chain
        + Jump to stage
        + Alternative branch
        + Simultaneous branch
        + Close branch
      • GRAPH Actions
        + Timers
        + Accountants
        + Mathematical functions
        + Transfer
        + Conversion
        + Program control
        + Logical operations with words
        + Movement and rotation
        + Legacy
      • KOP Comparison Instructions
        + General KOP instructions
        + CMP>T: Greater than the stage activation time
        + CMP>U: Greater than the uninterrupted activation time of the stage
        + CMP>T_MAX: Greater than the maximum stage activation time
        + CMP>T_WARN: Greater than the warning time
      • Project Laboratory
      Communication
      • PROFINET
      • S7 communication
      • Open user communication
      • Distributed Inputs and Outputs. Decentralized Periphery
      • Network communications with other PLCs
      • Remote Maintenance and Monitoring
      • Web server
      • Project Laboratory
      PROFINET
      • Local/Interlocutor Connection
      • Ethernet switching
      • Open User Communication
      • Ethernet connection protocols
      • Ad hoc mode
      • TCP and ISO on TCP
      • TSEND_C and TRCV_C instructions (Send and receive data via Ethernet (TCP))
      • TCON, TDISCON, TSEND and TRCV instructions (TCP communication)
      • TUSEND and TURCV instructions
      • Configure logical network connections between two devices
      • Communication between PLCs
      • Configuring a CPU and a PROFI-NET IO device
      • Configure logical network connections between a CPU and a PROFINET IO device
      • Configuring a CPU and a PROFINET iDevice
      • Project Laboratory
      So
      • Configuring an AS-i master and a slave device
      • Configuring logical network connections between two AS-i devices
      • Configure AS-i master properties
      • Assigning an AS-i address to an AS-i slave
      • Data exchange between the user program and the AS-i slaves
      • Configuring slaves with STEP 7
      • Transferring AS-i digital values
      • Transfer AS-i analog values
      • Working with AS-i online tools
      • Changing AS-i operating modes online
      • Project Laboratory
      Web server
      • Standard web pages
      • User-defined web pages
      • Enable the web server
      • Configuring web server users
      • Accessing web pages from a PC
      • Accessing web pages from a mobile device
      • Project Laboratory
      Final Project
      • Course Review
      • Case Study

      Subsidized Training for Companies

      Cloud Training as an entity registered with code 16753 in the State Registry of Training Entities, Manages and teaches courses within the Company-Programmed Training initiative, Vocational Training for Employment, in accordance with the provisions of Law 30/2015, of September 9.

      Cloud Training helps you check your company's credit amount for this year, free of charge.