A série LNK-INS301-5V é um divisor PoE de grau industrial, Gigabit Ethernet, projetado para fornecer dados, via conector Ethernet RJ-45, e energia elétrica, via bloco terminal de parafuso, para dispositivos não PoE.Este dispositivo economiza o alto custo de operar um serviço elétrico separado para dispositivos de borda.
O LNK-INS301-5V atua como equipamento PD e pode ser alimentado por interruptores PoE padrão IEEE802.3af/at PSE (Power Source Equipment) ou trabalhar quando emparelhado com injetores PoE LNK-INJ301.,até velocidades de Gigabit, com tensões de saída de potência de 5VDC, executar simultaneamente até ao limite Ethernet de 100 metros.sem necessidade de ferramentas ou configuração de software, e proporciona facilidade de utilização, com instalação flexível e alta fiabilidade.
Brief: Discover the Industrial 10/100/1000Mbps 802.3at PoE+ Splitter with 5VDC output, designed for harsh environments. This splitter delivers reliable data and power up to 100 meters, perfect for industrial IoT and control systems.
Related Product Features:
Splits PoE+ signals into 10/100/1000Mbps Ethernet data and stable 5VDC power.
Supports IEEE802.3af/at PoE+ standards for seamless integration.
Rugged metal housing with EMI shielding for industrial durability.
Plug-and-play operation with no software configuration required.
Supports DIN-Rail and wall-mount installation for flexible deployment.
Wide operating temperature range from -40°C to 80°C.
Short-circuit protection ensures safe power output.
LED indicators for easy PoE diagnostics and monitoring.
Perguntas Frequentes:
What is the maximum distance supported by this PoE+ splitter?
The splitter supports a maximum transmission distance of up to 100 meters, aligning with Ethernet industry standards.
Can this splitter be used in outdoor environments?
Yes, its rugged metal housing and wide temperature range (-40°C to 80°C) make it suitable for harsh outdoor and industrial environments.
What type of devices can be powered by this splitter?
It powers 5VDC non-PoE devices like industrial microcontrollers, wireless AP modules, and low-power IP sensors, with a maximum output of 20W.