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آموزش جامع S7 1500 H
- محصولات
- آموزش جامع S7 1500 H
توضیحات
معرفی دوره ( فصل اول )
آموزش جامع S71500H و ET200 SP HA زیمنس
- معرفی دوره S71500H , ET200SPHA
- توضیح ابتدایی در خصوص پروژه ( بررسی نقشه چیدمان پنل PLC )
- معرفی CPU S71500H + آموزش نصب سخت افزار + جعبه گشایی + معرفی کد سفارش
- معرفی کابل فیبر نوری ، سینک ماژول برای CPU 1500H و آموزش نحوه عملکرد + آموزش نصب + جعبه گشایی + معرفی کد سفارش
- معرفی کریر ماژول IM ها برای ET200SPHA و آموزش نحوه عملکرد + آموزش نصب + جعبه گشایی + معرفی کد سفارش
- معرفی IM155-6 برای ET200SPHA و آموزش نحوه عملکرد + آموزش نصب + جعبه گشایی + معرفی کد سفارش
- معرفی باس آدپتر برای ET200SPHA و آموزش نحوه عملکرد + آموزش نصب + جعبه گشایی + معرفی کد سفارش
- معرفی کریر ماژول IO برای ET200SPHA و آموزش نحوه عملکرد + آموزش نصب + جعبه گشایی + معرفی کد سفارش
- معرفی ترمینال بلاک ET200SPHA و آموزش نحوه عملکرد + آموزش نصب + جعبه گشایی + معرفی کد سفارش
- معرفی ماژول های ورودی و خروجی ET200SPHA و آموزش نحوه شناسایی + آموزش نصب + جعبه گشایی + معرفی کد سفارش
- 0 تا 100 نصب رک ET200SPAHA بصورت کامل ( فیلم برداری دوربین روی دست )
- معرفی پاور ساپلای و سوییچ اسکالانس و آموزش نحوه عملکرد آنها + آموزش نصب + جعبه گشایی + معرفی کد سفارش
- معرفی مموری کارت های CPU 1500H آموزش نحوه عملکرد آنها + آموزش نصب + جعبه گشایی + معرفی کد سفارش
- معرفی HMI های مورد استفاده در پروژه + توضیح نحوه قرار گیری در معماری سیستم + آموزش نصب + جعبه گشایی + معرفی کد سفارش
- Configuration
- Structure of the S7-1500R redundant system
- Configuration of a fail-safe system with SIMATIC S7-1500HF
- Configuration with communications processors
- Configuration with PROFIBUS DP connection
- Components of the S7-1500R/H redundant system
- S7-1500 R/H-CPUs
- Overview of the CPU technical specifications
- Redundancy
- Communication relations in S7-1500R/H
- Media redundancy
- H-Sync forwarding
- System redundancy S2
- System redundancy R1
- Switched S1 device
- MRP interconnection
- Safety
- Increased security measures
- SIMATIC Safety Integrated
- Example of baggage conveyor system with emergency stop buttons Communication
- System and device IP addresses
- S7-1500R/H configuration with IO devices in the PROFINET ring
- S7-1500H configuration
- Configuration of S7-1500R/H with switches and additional line topologyConfiguration with communications processors on Industrial Ethernet
- Configuration with communications processors on redundant Industrial Ethernet
- Configuration with communications processors and system power/load current supply
- Failure of a communications processor at the primary CPU
- Specific redundancy scenarios for S7-1500H
- Failure of a redundancy connection in S7-1500H
- Failure of both redundancy connections in S7-1500H > 55 ms apart
- Failure of both redundancy connections and the PROFINET cable in the PROFINET ring
- Failure of the two PROFINET cables in the PROFINET ring on the backup CPU
- Failure of an interface module in an R1 device in a PROFINET ring
- Failure of the two PROFINET lines in PROFINET ring 1 at the primary CPU with R1 devices
- Failure of both PROFINET lines between two R1 devices in a line topology
- Failure of a PROFINET line between two S2 devices in a line topology
- Failure of a communications processor at the primary CPU
- Failure scenarios
- Failure of an IO device in the PROFINET ring
- Failure of a switch (with additional line topology) in the PROFINET ring
- Specific failure scenarios with S7-1500R
- Two cable interruptions in the PROFINET ring in S7-1500R > 1500 ms apart
- Two cable interruptions in the PROFINET ring in S7-1500R within ≤ 1500 ms
- Two cable interruptions in the PROFINET ring in S7-1500R within ≤ 1500 ms
- Failure of the primary CPU when IO devices have failed in the PROFINET ring
- Failure of the backup CPU and failure of the CP communications processor at the primary CPU
- Specific failure scenarios with S7-1500H
- Failure of both redundancy connections in S7-1500H ≤ 55 ms apart
- Failure of one redundancy connection and the primary CPU in S7-1500H
- Failure of the two PROFINET cables in the PROFINET ring at the primary CPU
- Failure of the redundant system through safe state of the HF-CPUs
- Failure of an interface module in an R1 device and of the PROFINET lines in two places of a PROFINET ring
- Failure of the primary CPU in PROFINET rings with R1, S2 and S1 devices
- Failure of PROFINET lines in two places in a line topology with S2 devices
- Failure of the communications processor at the primary CPU with failure of the backup CPU
- Hardware configuration
- Maximum number of PROFINET devices, IO devices in the redundant system
- Using HMI devices
- Connecting HMI devices over Industrial Ethernet and the PROFINET ring based on the example of
- Connecting HMI devices over Industrial Ethernet, example with CPU 1513R-1 PN
- System power supply
- Configuration with system power supply
- Configuration with redundant system power supplies
- Power segment overview with redundant system power supplies for the H-CPUs
- Installation
- Wiring
- Rules and regulations for operation
- Overall configuration of S7-1500R/H
- Electrical configuration
- Wiring rules
- R/H CPUs and system power/load current supply
- Connecting the supply voltage
- Connecting interfaces for communication with S7-1500R
- Connecting the PROFINET ring to S7-1500
- Connecting interfaces for communication with S7-1500H
- Connecting redundancy connections (fiber-optic cables)
- Installation of fiber-optic cables through distribution boxes (patch fields)
- Inserting synchronization modules and connecting fiber-optic cables
- Connecting the PROFINET ring to S7-1500H
- Connecting PROFINET ring with S2 devices
- Connecting PROFINET rings with R1 devices
- Connecting line topology to S7-1500H
- Connecting line topology with S2 devices
- Connecting line topology with R1 devices
- Configuration
- Configuring R/H CPUs
- Creating a project and R-CPUs
- Assigning system IP addresses
- Basic procedure for configuring the IO devices and the MRP roles
- Define MRP roles of the CPUs and the IO devices of the redundant system
- Configuring devices outside the STEP 7 project
- Configuring H-CPUs with PROFINET rings and R1 devices
- Creating R1 devices
- Assigning IO devices to the redundant system
- Specify MRP role and MRP domain of the CPUs of the S7-1500H redundant system.
- Specify MRP role and MRP domain for the R1 devices of the S7-1500H redundant system in STEP 7
- Configuring R-CPUs with communications processors
- Configuration of PROFINET rings or line topology with R1 devices and Y-switch
- Configuring additional topologies
- Configuring devices outside the STEP 7 project
- Assigning IP addresses (device addresses)/system IP addresses of the virtual W1 interface of the
- R/H-CPUs
- Configuring the system power supply
- Configuring the IE/PB LINK HA
- Display of the IO device assignments in STEP 7
- Display of the IO device assignments in STEP 7
- Process images and process image partitions
- Programming the S7-1500R/H
- Protection by locking the CPU
- Commissioning
- Commissioning procedure
- Procedure for commissioning SIMATIC S7-1500R/H
- Removing/plugging in SIMATIC memory cards
- Inserting SIMATIC memory cards
- Removing SIMATIC memory cards
- CPU response after a SIMATIC memory card is removed or inserted
- First power-on of the CPUs
- CPU pairing
- Primary and backup CPU role assignment
- Redundancy IDs
- Redundancy IDs 1 and 2
- Assigning redundancy IDs to CPUs in the configuration
- Automatic assignment
- Assignment using the display
- Reading redundancy IDs from the display
- Switching redundancy IDs over the display
- Incompatible assignment of redundancy IDs
- Behavior of the CPUs when redundancy IDs are changed
- Downloading projects to the CPUs
- Options for downloading
- Downloading project data to the CPU
- Downloading project data to the backup CPU
- Load user program in RUN-Solo system state
- Downloading a modified user program in RUN-Redundant system state
- Operating and system states
- Synchronization for redundant mode
- Requirements for achieving a redundant system state
- Overview of system and operating states
- STARTUP operating state
- Startup processing (in the primary CPU only)
- Behavior when expected and actual configurations do not match
- Aborting or not running startup
- Configuring startup behavior
- STOP operating state
- SYNCUP operating state
- SYNCUP operating state (only in the backup CPU)
- RUN operating states
- RUN operating states
- Points to note in the RUN operating state
- RUN-Syncup operating state
- RUN-Redundant operating state
- SYNCUP system state
- SYNCUP system state
- Starting SYNCUP
- Preparing the SYNCUP system state
- Sequence of the SYNCUP system state
- Copying the SIMATIC Memory Card
- Restart of the backup CPU
- Finishing tasks
- Copying the work memory
- Making up backup CPU lag
- Effects of the SYNCUP system state
- SYNCUP system state aborts
- Causes of error and troubleshooting
- System and operating state transitions
- Operating state transitions
- POWER ON → STARTUP, POWER ON → SYNCU
- Automatic STARTUP after POWER ON only possible for the primary CPU
- No STARTUP after parameterization “Warm restart – operating mode before POWER OFF
- STOP → STARTUP
- CPU memory reset
- Manual memory reset
- Backing up and restoring the CPU configuration
- Time synchronization
- Configuring time synchronization with your own NTP server
- Identification and maintenance data
- CPU display
- Regarding : Names of the menus
- Uploading image to the display via STEP 7
- Maintenance
- Procedure for replacing R/H-CPUs
- Replacing defective redundancy connections
- Replacing defective synchronization module with S7-1500H
- Replacing both defective redundancy connections with S7-1500H
- Initial situation: Failure of both redundancy connections simultaneously
- Replacing defective PROFINET cables
- Replacing a defective communications processor
- Replacing defective IO devices/switches
- Redundantly linking a SIMATIC Panel to an S7-1500R/H controller
- 2.1 Panel directly in the redundant PROFINET ring
- 2.2 Panel in redundant PROFINET ring via a switch
- Linking a SIMATIC Panel to an S7-1500R/H controller
- Connecting a SIMATIC HMI Panel with a SIMATIC S7-1500R/H
توضیحات
تعداد فصل ارائه شده در زمان رونمایی : فصل اول ( سخت افزار )
ساعت آموزش : 70 ساعت در پایان ارائه فصل 8
نحوه ارائه : محیط Spot Player
مدرس : مهندس رضا حسینی
کدام سری از پی ال سی های زیمنس آموزش داده میشود ؟
PLC های سری S71500H و ماژول های افزایشی ET200SPHA
فصل اول دوره :
این فصل بصورت کاملا عملی تهیه شده است.
در زمان رونمایی از دوره فصل اول ( سخت افزار ) ارائه خواهد شد. این فصل شامل 13 جلسه آموزش کامل نصب و سفارش گذاری تجهیزات مربوط به PLC S71500H , ET200SPHA خواهد بود.
نکته مهم در خصوص این دوره ی آموزشی ، عملی بودن آن هست . این دوره در روند انجام یک پروژه صنعتی از 0 تا 100 تهیه شده است . لذا از مراحل مونتاژ پنل PLC ، وایرینگ و تهیه مدارک مهندسی و … تصویر برداری شده و قطعا در ادامه ( فصل های جدید ) آموزش های بروز به دوره اضافه خواهد شد.
نحوه ی ارائه و آپشن های بسته ی آموزشی ؟
دسترسی به محتوی آموزشی در بستر Spot Player
70 ساعت فایل آموزشی مالتی مدیا
قابلیت اجرای فایل های آموزشی در گوشی همراه ، لپ تاپ
مشاوره ، پشتیبانی ، رفع اشکال و خدمات پس از فروش رایگان
پشتیبانی دوره ی آموزشی ؟
عضویت دانش پذیر در گروه های اختصاصی پرسش و پاسخ واتساپ و تلگرام
امکان تماس تلفنی مستقیم دانشپذیر با مدرس.
سطح دوره ی آموزشی ؟
دوره ی آموزشی در بصورت مقدماتی و پیشرفته ارائه خواهد شد.
پیشنیاز دوره ؟
آشنایی ابتدایی و اولیه با مدارفرمان ، رله ها ، کنتاکتور و ….
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