Media converter 1xRJ45,1xBFOC 6GK5101-1BB00-2AA3

Media converter 1xRJ45,1xBFOC 6GK5101-1BB00-2AA3 – Siemens – 4019169852210: Media converter 1xRJ45,1xBFOC 6GK5101-1BB00-2AA3 Fast Ethernet, Number of 10 Mbps BNC ports 0, Number of 10 Mbps AUI ports 0, Number of 10 Mbps ST ports 0, Number of 10 Mbps SC ports 0, Number of 10 Mbps VF-45 ports 0, 10 Mbps MTRJ ports count 0, 10 Mbps RJ45 ports count 0, 10/100 Mbps RJ45 ports count 1, 100 Mbps RJ45 ports count 0, 1000 counts Mbps RJ45 ports 0, number of 100 Mbps ST ports 1, number of 100 Mbps SC ports 0, number of 100 Mbps VF-45 ports 0, number of 1000 Mbps SC ports (SX) 0, number of 1000 Mbps SC ports (LX) 0, 1000 Mbps LC ports count (SX) 0, 1000 Mbps LC ports count (LX) 0, 10 Gbps SC ports count (SX) 0, 10 Gbps SC ports count Ports (LX) 0, 10Gbps LC Ports Count (SX) 0, 10Gbps LC Ports Count (LX) 0, GBIC Ports Count (SX) 0, GBIC Ports Count (LX) 0 , Number of Mini-GBIC ports (SX) 0, Number of Mini-GBIC ports (LX) 0, Type of supply voltage DC, Supply voltage at DC 18 ... 32V, Wall/direct mounting possible, DIN rail mounting possible, single device design, height 125mm, width 40mm, depth 124mm, SCALANCE X101-1, IE media converter unmanaged 1x 10/100 Mbit/s RJ45 port, 1x 100 Mbit/s multimode BFOC, LED diagnostics , error signaling contact with set button, redundant power supply, PROFINET-compliant retaining collar, manual available for download SCALANCE X101-1Designed for use in the control cabinet for converting fiber optic cables to copper cables. Individual, remote end devices or network segments can be connected via the optical path of the media converter. With two media converters, it is also possible to integrate an optical path into a redundant ring, and to install the media converter in a stand-by connection.? Industrial RJ45 port with additional retaining collar. ? Space-saving installation in the control cabinet thanks to the compact design in the SIMATIC S7-300 design. ? Wiring possible without a patch field with a quick assembly system of plugs and cables. Reliable operation, even if one power supply fails, thanks to redundant design.