Скачать или смотреть Rotary encoder wiring with Siemens PLC for beginners

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The video explains rotary encoder wiring with Siemens PLC, detailing connections for power and input signals. It covers encoder types, specifically incremental encoders, and their characteristics. The wiring process is demonstrated, emphasizing the importance of high-speed inputs for efficient signal processing. Viewers are encouraged to ask questions and provide feedback.

You may be interested in these questions:
What is the difference between incremental and absolute encoders?
How do you connect a rotary encoder to a PLC?
What are high-speed inputs in PLC programming?

वीडियो में सीमेंस पीएलसी के साथ रोटरी एन्कोडर वायरिंग की व्याख्या की गई है, जिसमें बिजली और इनपुट सिग्नल के लिए कनेक्शन का विवरण दिया गया है। यह विशेष रूप से वृद्धिशील एन्कोडर प्रकारों और उनकी विशेषताओं को शामिल करता है। वायरिंग प्रक्रिया का प्रदर्शन किया जाता है, जिसमें कुशल सिग्नल प्रोसेसिंग के लिए उच्च गति वाले इनपुट्स के महत्व पर जोर दिया जाता है। दर्शकों को प्रश्न पूछने और प्रतिक्रिया प्रदान करने के लिए प्रोत्साहित किया जाता है।"

Highlights:
00:13 Understanding the wiring and connection of encoders to PLCs is crucial for effective rotary feedback and precise speed measurement. This video elaborates on how to achieve these connections successfully.
-The encoder provides rotary feedback from motors or shafts, allowing for accurate speed and RPM calculations. This is essential for automation and control systems.
-Pulses per revolution (PPR) indicate how many pulses are generated during one complete rotation. Understanding PPR is vital for programming and utilizing encoders effectively.
-Encoders can be categorized into incremental and absolute types. Knowing these types helps in selecting the right encoder for specific applications.
04:05 Incremental encoders reset their position to zero after a power off, while absolute encoders retain their position information. This distinction is crucial for applications requiring precise positioning control.
-Different encoder types have varying implications for system design. Knowing whether to use incremental or absolute encoders can significantly impact control strategies and system reliability.
-Understanding the wiring of encoders is essential for proper integration with PLC systems. Correct wiring ensures that the encoder functions effectively and communicates accurately.
-Power supply requirements for PLCs and encoders must be understood. Proper voltage levels are critical to ensure that both devices operate smoothly and efficiently.
08:12 The process of connecting an encoder to a PLC involves supplying the correct voltage and ensuring proper wiring. This setup is critical for successful operation and testing of the PLC system.
-The encoder requires a power supply from both the PLC and external sources for optimal functionality. Proper connections are vital to prevent circuit damage during testing.
-Wiring the encoder involves connecting the red wire to the L+ terminal and the black wire to the A terminal. This ensures the encoder receives power and can operate correctly.
-The PLC requires common connections for signal input to function effectively. Providing the right connections ensures the encoder sends accurate signals to the PLC.
12:16 The video demonstrates how to wire an encoder to a PLC effectively. It explains the process and confirms the correct wiring through the rapid input signal response from the encoder.
-The wiring process involves connecting a red wire parallelly and ensuring connections to the PLC's common input terminal. This setup provides necessary power to the PLC.
-After powering the PLC, the encoder's shaft rotation causes rapid on-off signals at the PLC inputs. This indicates successful communication between the encoder and the PLC.
-The video briefly introduces programming the encoder in the TIA Portal for high-speed input. This programming is crucial for effectively utilizing the encoder's outputs.

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