Product Description
The 5AC901.LSDL-00 is an advanced interface module developed by a reputable manufacturer B & R Automation. It is known for producing high-quality connectivity solutions for industrial automation. The module is designed to meet the rigorous demands of modern automation systems. The module ensures efficient data transmission and seamless integration within a wide range of applications that enhance the performance and reliability of connected devices.
The 5AC901.LSDL-00 interface module supports both SDL and DVI interfaces that offer a resolution of up to UXGA (1600x1200). This makes it suitable for high-definition display needs that ensure clarity and precision in visual outputs. The power consumption of the module ranges from 2.2 W to 2.5 W which reflects its energy-efficient design. The 5AC901.LSDL-00 is compliant with the SATA 3.0 standard. It is a widely recognized benchmark for high-speed data transfer. It also features Enhanced SMART ATA technology which includes native command queuing. This allows for more efficient data processing and management. The module's ability to support the hot plugging of display devices adds a layer of convenience. This enables users to connect or disconnect display hardware without requiring system shutdowns. It is particularly useful in dynamic environments where uptime is critical. With a maximum segment length of 100 meters, this module provides flexibility in setup and installation.
In terms of environmental specifications, the 5AC901.LSDL-00 interface module is designed to operate within a temperature range of 0 to 55 degrees C that ensures reliable performance in varying conditions. It can be stored or transported at temperatures between -20 to 60 degrees C that offer durability during non-operational phases. The module is compatible with the APC910 installation system that facilitates straightforward integration and deployment. It makes the 5AC901.LSDL-00 unit is an excellent choice for enhancing connectivity and data management within industrial automation systems.