akYtec MV110 Digital Input module

Description

The MV110 DI Series by akYtec is a comprehensive collection of digital input modules engineered for seamless integration into decentralized automation systems. These modules are ideal for both retrofitting existing systems and deploying new setups, thanks to their robust communication capabilities through the Modbus RTU/ASCII protocol via an RS485 interface.

Key Technical Features:

• Versatile Input Options: The series boasts a broad selection of digital inputs, ensuring extensive compatibility with various sensor types, signal forms, and contact switches.
• Input Flexibility: The digital inputs are designed to accommodate an extensive range of signal types, offering significant flexibility for complex automation tasks.
• Precision in Pulse Counting: With built-in pulse counters, these modules provide exact measurements crucial for operations that demand pinpoint counting accuracy.
• Safety and Operational Integrity: The modules feature galvanic isolation for their inputs, safeguarding system integrity and ensuring uninterrupted performance against electrical disturbances.
• Installation Versatility: Users benefit from multiple mounting options, including DIN rail and wall mounts, to fit the spatial and environmental needs of any project.
• Environmental Resilience: Housed in an IP20-rated enclosure, the modules are built to function reliably within a temperature range of -20 to +55 °C, making them robust against diverse environmental conditions.
• Stable and Reliable Communication: With a 24V DC power requirement and support for Modbus RTU/ASCII over RS485, these modules promise a stable and reliable data exchange for industrial automation processes.

Business Benefits:

• Cost-Effectiveness: The MV110 series is economically designed, reducing the need for extra components, which translates to lower operational costs.
• Cross-Industry Adaptability: These modules are adept for use in various sectors, including but not limited to building automation and process industries. They are particularly well-suited for enhancing existing systems or developing new, high-performance networks.