Essential Planet 5-port 10/100tx Industrial Fast Ethernet Switch | Isw-501t Pro Version [OqAFwxpH]

Planet ISW-501T Industrial Fast Ethernet Switch

The Planet ISW-501T is a robust and reliable Industrial Fast Ethernet Switch designed for demanding environments. This 5-port switch offers non-blocking wire-speed performance and is built with an IP30 rugged case, ensuring durability in harsh conditions. With its slim and convenient design, the ISW-501T is perfect for surveillance systems, control management, and wireless services in climates ranging from -40 to 75 degrees C. Its advanced features, such as energy-saving technology and high immunity to electromagnetic interference, make it an ideal choice for any industrial application.

Advanced Features and Specifications

The ISW-501T boasts several key features that set it apart from other switches. It supports 10/100BASE-TX auto MDI/MDIX ports, providing flexibility and compatibility with various network devices. The switch is equipped with 3x LED indicators for system and power, as well as 1x LED for each copper port, allowing for easy monitoring of network status. The ISW-501T also offers a wide range of power options, including 12~48V DC and 24V AC, ensuring compatibility with global power systems. Its high-performance switch architecture provides a non-blocking switch fabric and wire-speed throughput of up to 1Gbps, with a 1K MAC address table for efficient packet handling.

Practical Applications and Benefits

The Planet ISW-501T is a versatile solution for a wide range of applications. Its energy-saving technology helps reduce power consumption, making it an environmentally friendly choice. The switch's ability to operate in extreme temperatures and its immunity to electromagnetic interference make it suitable for challenging industrial environments. Whether you're deploying a surveillance system, managing control networks, or providing wireless services, the ISW-501T offers the performance, reliability, and convenience you need to ensure seamless connectivity and efficient network operations.