EDS-P206A-4PoE-SS-SC

Universal switch EDS-P206A-4PoE-SS-SC is one of the best models of 6-port unmanaged Fast Ethernet switches. Firstly, it is equipped with two 100 Base FX optical ports (single-mode optic fiber) for remote communication and redundancy of a backbone signal on a physical level. Secondly, all copper ports support PoE+ technology of increased power. Thirdly, the device is protected by the fanless metal chassis that conforms to IP30 and features the dual power supply circuit. Ethernet switch EDS-P206A-4PoE-SS-SC by MOXA: description and features. Single-mode ports with SC slots ensure transfer over distance of up to 40 km. There is no intermodal dispersion. There is complete interference immunity. Cable: 9/125 µm. Wave length: 1310 nm. PoE+ technology conforms to IEEE 802.3at standard. Power capacity: 30 W of power per each port. There is an opportunity for supply of power-hungry clients: outdoor IP cameras, highly-efficient access points. Communication: Full/Half Duplex. Switching method: Store and Forward. Packet buffer: 512 Kb. Interface auto-sensing Auto MDI/MDIX. Speed negotiation. Flow control: IEEE 802.3x, Back Pressure. The wide voltage range allows choosing any source of direct current: 20…60 V DC. The redundant power input secures uninterruptible operation. Power consumption: 180 W (7.5 A at 24 V). The device is protected from static discharges (Level 3), high-amplitude surges (Level 4), impulse interference. Certificates: EN 55022 (class A), FCC Part 15B (class A), EN 61000-4. Operating temperatures: 0…60 °C. The fanless metal chassis that conforms to IP30 protects the electronic components from solid particles ingress, shocks and vibrations: IEC 60068-2-6/27. Mounting option: wall, DIN-rail. Mean time between failures (MTBF) is 74 years. Multi-functional ports of the industrial switch EDS-P206A-4PoE-SS-SC justify its affordable price and make this model a perfect solution for construction of energy independent segments of an industrial network. This may become especially crucial when it is impossible or economically unviable to supply terminal devices.

Universal switch EDS-P206A-4PoE-SS-SC is one of the best models of 6-port unmanaged Fast Ethernet switches. Firstly, it is equipped with two 100 Base FX optical ports (single-mode optic fiber) for remote communication and redundancy of a backbone signal on a physical level. Secondly, all copper ports support PoE+ technology of increased power. Thirdly, the device is protected by the fanless metal chassis that conforms to IP30 and features the dual power supply circuit. Ethernet switch EDS-P206A-4PoE-SS-SC by MOXA: description and features. Single-mode ports with SC slots ensure transfer over distance of up to 40 km. There is no intermodal dispersion. There is complete interference immunity. Cable: 9/125 µm. Wave length: 1310 nm. PoE+ technology conforms to IEEE 802.3at standard. Power capacity: 30 W of power per each port. There is an opportunity for supply of power-hungry clients: outdoor IP cameras, highly-efficient access points. Communication: Full/Half Duplex. Switching method: Store and Forward. Packet buffer: 512 Kb. Interface auto-sensing Auto MDI/MDIX. Speed negotiation. Flow control: IEEE 802.3x, Back Pressure. The wide voltage range allows choosing any source of direct current: 20…60 V DC. The redundant power input secures uninterruptible operation. Power consumption: 180 W (7.5 A at 24 V). The device is protected from static discharges (Level 3), high-amplitude surges (Level 4), impulse interference. Certificates: EN 55022 (class A), FCC Part 15B (class A), EN 61000-4. Operating temperatures: 0…60 °C. The fanless metal chassis that conforms to IP30 protects the electronic components from solid particles ingress, shocks and vibrations: IEC 60068-2-6/27. Mounting option: wall, DIN-rail. Mean time between failures (MTBF) is 74 years. Multi-functional ports of the industrial switch EDS-P206A-4PoE-SS-SC justify its affordable price and make this model a perfect solution for construction of energy independent segments of an industrial network. This may become especially crucial when it is impossible or economically unviable to supply terminal devices.