Product Description
Applications: Automated equipment such as electronics manufacturing, labeling, food packaging, and textile machines
Specifications:
- New 32-bit SoC (System on Chip) CPU
- I/O: 1,024
- Program capacity: AS300 series 128k steps, AS200 series 64k steps
- Data registers: 60k words
- Extension modules: max. 32 (analog modules: max.16 / communication modules: max. 4)
- Execution speed: up to 40 k steps / ms
- Basic instruction (LD): 25 ns
- Application instruction (MOV): 0.15 s
- Abundant selection of DIO modules, AIO modules, temperature modules, load cell module and function cards
Modular and Expandable DesignThe PLC AS Series boasts a modular architecture that allows users to scale I/O points according to their precise requirements, up to 1024 points. Expansion is possible with additional modules, enabling future-proof customization for diverse automation and machine control applications.
Fast and Reliable PerformanceEquipped with a high-speed microprocessor, the PLC AS Series processes instructions in just 0.2 to 0.3 milliseconds. This rapid response, combined with robust protection against short circuits and overvoltage, ensures both speed and reliability for demanding industrial operations.
Versatile Connectivity and Mounting OptionsSupporting Ethernet, RS-232, and RS-485 communication, the PLC AS Series easily integrates with various control systems. DIN rail mounting and status LED indicators simplify installation and real-time monitoring. Sensor compatibility and customizable cable lengths further enhance application flexibility.
FAQ's of PLC AS Series:
Q: How can the PLC AS Series be expanded to accommodate more I/O points?
A: The PLC AS Series features a modular design, allowing users to increase the number of I/O points up to 1024 by adding expansion modules. This process is straightforward and can be done as your application grows, without replacing the main controller.
Q: What programming languages are supported for configuring the PLC AS Series?
A: You can program the PLC AS Series using Ladder Diagram or Function Block Diagram languages, making it accessible for engineers familiar with traditional or structured programming methodologies.
Q: Where is the PLC AS Series commonly used in industrial settings?
A: This PLC is widely deployed in industrial automation, machine control, and process control environments across India. Its robust features make it suitable for manufacturing plants, assembly lines, and various automated systems.
Q: When should I use additional protection for the PLC in my system?
A: The PLC AS Series comes with built-in short circuit and overvoltage protection. However, it is advisable to ensure overall system protection, especially in facilities with frequent power fluctuations or harsh conditions, by supplementing with external protective devices if necessary.
Q: What are the benefits of using the PLC AS Series for automation?
A: Benefits include high-speed processing for real-time control, expanded memory for complex tasks, modular expansion for evolving needs, and versatile communication ports for easy integration into different industrial networks. These features enhance productivity and operational efficiency.
Q: What types of sensors are compatible with the PLC AS Series?
A: The PLC AS Series supports a wide range of sensors, enabling users to connect multiple sensor types according to the application's requirements. This flexibility allows seamless integration into various monitoring and control setups.
Q: How do the status LED indicators and display features assist with PLC operation?
A: Status LED indicators provide real-time feedback on operation and error conditions, helping operators quickly identify issues and maintain smooth process control without extensive troubleshooting.