Müddət: 2 Gün - 10 Saat

Qiymət: 150 AZN

* İlkin Şərt: PLC Proqramlaşdırma kursunu müvəffəqiyyətlə bitirmək.

  • 1.1. Introducing the S7-1200 PLC
  • 1.2. Expansion capability of the CPU
  • 1.3. New features
  • 2.1 Digital signal modules (SMs)
  • 2.2 Analog signal modules (SMs)
  • 2.3 Thermocouple and RTD signal modules (SMs)
  • 2.4 Digital signal boards (SBs)
  • 2.5 Analog signal boards (SBs)
  • 2.6 Communication modules (CMs)
  • 2.7 Communication boards (CBs)
  • 2.8 Battery board (BB)
  • 3.1 Inserting a CPU
  • 3.2 Detecting the configuration for an unspecified CPU
  • 3.3 Configuring the operation of the CPU
  • 3.4 Configuring the parameters of the modules
  • 3.5 Configuring the CPU for communication
  • 4.1 Installation and removal procedures
  • 4.2 Installing and removing the CPU
  • 4.3 Installing and removing an SB, CB or BB
  • 4.4 Installing and removing an SM
  • 4.5 Installing and removing a CM or CP
  • 4.6 Removing and reinstalling the S7-1200 terminal block connector
  • 4.7 Installing and removing the expansion cable
  • 4.8 Installing the SIM card
  • 4.9 Installing the TS adapter unit
  • 5.1 CPU 1211C Wiring diagrams
  • 5.2 CPU 1212C Wiring diagrams
  • 5.3 CPU 1214C Wiring Diagrams
  • 5.4 CPU 1215C Wiring Diagrams
  • 6.1 Address assignment.
  • 6.2 Addressing digital modules
  • 6.3 Addressing analog modules
  • 7.1 Removing and inserting I/O modules
  • 7.2 Replacement of I/O modules and front connectors

8.1 PROFINET
8.2 Protocols
8.3 Assigning Internet Protocol (IP) addresses
8.4 Configuring a CPU and PROFINET IO device
8.5 PROFIBUS
8.6 Connecting to PROFIBUS
8.7 Configuring logical network connections between two PROFIBUS devices
8.8 AS-i
8.9 Configuring an AS-i master and slave device
8.10 Configuring logical network connections between two AS-i devices
8.11 Assigning an AS-i address to an AS-i slave
8.12 S7 communication
8.13 GET and PUT instructions
8.14 Configuring the Local/Partner connection path between two devices
8.15 Configuring a CPU-to-CPU S7 connection

9.1 Using blocks to structure your program
9.2 Organization block (OB)
9.3 Function (FC)
9.4 Function block (FB)
9.5 Data block (DB)
9.6 Programming language
9.7 Ladder logic (LAD)
9.8 Function Block Diagram (FBD)
9.9 SCL
9.10 Protection
9.11 Access protection for the CPU
9.12 Know-how protection
9.13 Copy protection
9.14 Downloading the elements of your program
9.15 Uploading from the CPU
9.16 Monitor and modify data in the CPU
9.17 Watch tables and force tables
9.18 Cross reference to show usage


10.1 Bit logic
10.2 Bit logic contacts and coils
10.3 Set and reset instructions
10.4 Program control and negative edge instructions
10.5 Timers
10.6 Counters
10.7 Compare
10.8 In-range and Out-of-range instructions
10.9 OK and Not OK instructions
10.10 Math
10.11 Move
10.12 Convert
10.13 Program control
10.14 Word logic operations

11.1 Date and time-of-day
11.2 Date and time instructions
11.3 Set and read system clock
11.4 Run-time meter instruction
11.5 SET_TIMEZONE instruction
11.6 String and character
11.7 String operation instructions
11.8 Distributed I/O Instructions
11.9 Interrupts
11.10 Diagnostic instructions
11.11 Pulse
11.12 Data logging
11.13 Data block control

12.1 Configuration of the HSC
12.2 PID control
12.3 PID_Compact instruction
12.4 PID_3STEP instruction
12.5 Configuring the PID controller
12.6 Commissioning the PID controller
12.7 Motion control instructions
12.8 Operation of motion control for S7-1200
12.9 CPU outputs used for motion control

13.1 Point-to-Point instructions
13.2 Programming the PtP communications
13.3 Universal serial interface (USS) communication
13.4 Modbus communication

14.1 Status LEDs
14.2 Going online and connecting to a CPU
14.3 Assigning a name to a PROFINET IO device online
14.4 Setting the IP address and time of day
14.5 Resetting to factory settings