Product Description

The 8I66T400055.0P-000 is a versatile Base Device from the 8I6 Series manufactured by B&R Industrial Automation. This high-performance device is designed to maintain seamless communication with a transfer rate of 100 Mbit/s across a physical layer that supports 100BASE-TX. Whether in a half-duplex mode or utilizing auto-mdi/mdix capabilities, this device ensures robust data transmission and network integrity. With a hub propagation delay of 0.96 to 1 us, it is engineered for environments that demand precision and efficiency. Additionally, it supports a maximum line length of 100 m between two stations, ensuring flexibility in various installation setups.

The B&R Industrial Automation 8I66T400055.0P-000 offers versatile mounting orientations, allowing for both horizontal and vertical installations. This flexibility makes it an ideal solution for complex industrial environments where space constraints or specific configuration requirements are present. The device is built to withstand tough environmental conditions, with a temperature range of -25 to 70 degrees C for both storage and transport, ensuring reliability and durability over time. Furthermore, it operates effectively within a relative humidity range of 5 to 95%, non-condensing, making it suitable for various operational climates without compromising performance.

Designed for efficiency and reliability, the 8I66T400055.0P-000 by B&R Industrial Automation incorporates advanced features like autonegotiation to optimize network performance automatically. This ensures the device adapts to changing conditions within the network, maintaining consistent and reliable communication. Its robust construction and flexible installation options make it a critical component for industrial automation systems, capable of delivering high-speed data transfer with minimal latency, even in challenging environments. With its advanced capabilities and durable design, the 8I66T400055.0P-000 is an exceptional choice for any industrial application requiring reliable and efficient network communication.