Eurotherm SSD L5207-2-00: High Performance Processor Module

Manufacturer:Eurotherm

Series:Parker Hannifin Corporation

Model:L5207-2-00

Product Type:Processor Module

Model Name:LINK Processing Module

Manual Number:HA350786

Voltage:20/28VDC

Physical Depth:59mm (2.32in)

Weight:0.61kg (1.35lbs)

Warranty:Up to 3 years provided by AX Control

Inputs/Outputs:Passed over LINK system network connections

Transmission Length:Up to 20m (66ft) with fiber optics

Intensity Range:-13 dBm to -27 dBm

Power Consumption:Specific details not provided

    Engineered for seamless integration into advanced industrial control systems, the Eurotherm SSD L5207-2-00 Processor Module offers unparalleled performance and reliability. With its compact design, it ensures efficient data processing and signal management, making it an indispensable component in high-demand applications.

    Featuring a robust voltage rating of 20/28VDC, this module is designed to withstand harsh industrial environments. Its standard physical depth of 59mm (2.32 inches) and lightweight (0.61 kg or 1.35 pounds) make it highly portable and adaptable to various installation scenarios.

    Backed by AX Control’s comprehensive warranty of up to 3 years, you can rest assured knowing that your investment is protected against unexpected failures. Our team is always available to answer any questions about pricing, repair services, or assistance with recycling non-repairable products.

    Although the L5207-2-00 lacks traditional Input/Output capabilities, its fiber optic capabilities enable a maximum transmission length of up to 20 meters (66 feet), facilitating long-distance data exchange without degradation. This feature is particularly advantageous in expansive industrial setups where centralized control is essential.

    Designed for durability and efficiency, the Eurotherm SSD L5207-2-00 is a testament to Eurotherm’s commitment to delivering cutting-edge solutions for industrial automation. Its compatibility with the LINK system ensures seamless integration into existing control networks, enhancing operational efficiency and productivity.