About
About RSP30-08033O6TT-SK9V9HSE2S
The RSP30-08033O6TT-SK9V9HSE2S switch is a DIN Rail-mounted Ethernet switch that is manufactured by Hirschmann. It has robust hardware and an enhanced operating system that can handle different application demands and harsh environmental conditions. The operating voltage of the switch ranges between 60 and 250 Volts DC or 110 and 230 Volts AC. It has a total power consumption rating of 15 Watts and power output rating of 51 BTU per hour as heat. The switch comes with a tailored functionality and is compatible with the Ethernet/IP and PROFINET networks and systems. It has a high mean time between failure (MTBF) rating of more than 60 years. The RSP30-08033O6TT-SK9V9HSE2S managed switch can be easily integrated with the HiVision Network software. The operating temperature of the switch should be set between 0 and 60 degrees Celsius, and the storage and transportation temperature should be between -40 and 70 degrees Celsius. The switch has EMC interference immunity for electrostatic fields, electromagnetic fields, surge voltage, conducted immunity, and the main frequency voltage.
The Hirschmann RSP30-08033O6TT-SK9V9HSE2S managed Ethernet switch weighs about 1200 grams and it has compact dimensions of 90 millimeters in width, 164 millimeters in height, and 120 millimeters in depth. The RSP30-08033O6TT-SK9V9HSE2S managed switch is equipped with a V.24 interface that connects to an RJ 11 socket on the front panel. A single SD card slot to connect the auto configuration adapter device is also present on this switch. This managed switch is equipped with a total of 8 Ethernet ports with a communication speed of 10/100 Base TX and which are also known as RJ 45 ports. With its fanless design and advanced features including Link aggregation with LACP, the media redundancy protocol, automatic configuration, MAC-based port security, device security indication, user account locking, and others, this switch is cost-effective in the long run and it helps improve the overall network uptime and system connectivity.
