Foxboro P0960KA Carrierband LAN Interface Module

Module Type:Carrierband LAN Interface

Model:P0960KA

Connection Protocol:Carrierband

Data Transfer Rate:10 Mbps

Network Compatibility:Wideband Carrierband Networks

Operating Temperature Range:-40°C to +85°C

Power Consumption:Less than 5 watts

Dimensions:178mm x 100mm x 50mm

Weight:0.5 kg

Enclosure Material:Ruggedized Aluminum

Connector Type:RJ45 Ethernet

Environmental Compliance:CE Certified

    Engineered with precision for seamless integration into complex industrial control environments, the Foxboro P0960KA Carrierband LAN Interface Module is designed to facilitate smooth data exchange between devices on diverse networks. This high-performance module boasts an operating frequency of up to 100 MHz, ensuring efficient and reliable data transfer at speeds of 100BASE-TX.

    With its robust support for various network protocols, this module ensures compatibility across different systems, enhancing the connectivity and interoperability within industrial setups. Its low power consumption of less than 5 watts contributes to energy efficiency without compromising performance.

    Operating in a wide range of temperatures from -20°C to +70°C during operation and -40°C to +85°C when stored, the P0960KA is built to withstand challenging environmental conditions. Measuring 125 mm by 100 mm by 30 mm, it offers compact dimensions for easy installation and integration.

    Weighing approximately 250 grams, the module is lightweight and portable, making it suitable for both on-site installations and mobile applications. It comes equipped with a durable housing designed to protect internal components from dust and moisture, ensuring reliable performance under varying conditions.

    For industries requiring high-speed data transfer and seamless network integration, the Foxboro P0960KA Carrierband LAN Interface Module stands as a reliable solution. Its advanced features and robust construction make it an ideal choice for optimizing industrial control systems and enhancing overall operational efficiency.