インフィニオン 評価キット, 評価キット, 評価キット, PSC3M5 MCU 用, KITPSC3M5EVK

This PLC CPU is a high-performance automation controller designed for use with the SIMATIC S7-1200 series. With a compact dimension of 125mm in height, 80mm in width, and 100mm in depth, it effectively supports various industrial applications. Capable of operating under a voltage supply of 230V, this device integrates 14 digital inputs and 10 relay outputs, making it an ideal choice for diverse automation requirements.

• Supports multiple PLC programming languages including FBD, LAD, and SCL for flexibility
• Equipped with 250kB of programme capacity for substantial control tasks
• Industrial Ethernet and PROFINET interfaces facilitate seamless communication
• Operates efficiently within a temperature range of -20°C to +40°C
• Delivers a maximum output current of 1600mA for robust performance
• 1000kB of memory ensures sufficient data handling and storage capabilities

• Used for controlling manufacturing machinery within automated environments
• Suitable for process automation in various production lines
• Effective in building automation systems for efficient energy management
• Utilised in industrial robotics to enhance precision tasks
• Supports monitoring and control in energy and utilities management

Infineonの評価キットにより、PSC3M5 MCUを使用した用途を評価および開発できます。

256KBのECC対応書き込み/読み出しフラッシュ
座標回転デジタルコンピューター

The integration of Ethernet and PROFINET interfaces allows this device to handle communication seamlessly, enabling it to interact with various networked devices and systems effectively.

It can operate in ambient temperatures ranging from -20°C to +40°C and should be installed in environments with relative humidity not exceeding 95%, avoiding condensation to ensure optimal performance.

This product features 250kB programme memory and 750kB data memory, allowing for substantial programme storage for complex automation tasks and comprehensive data management.

With a maximum output current of 1600mA, it can drive various loads efficiently, making it suitable for controlling multiple devices simultaneously in industrial settings.