Unmanaged ethernet switch IEN-8205P-24V

5 portsgigabitProfiNet

Product Highlights: 4 x 10/100/1000 PoE+ ports - 30 Watts max. output power/port 1 x 10/100/1000 RJ45 for industrial controllers with Gigabit speeds Industrial QoS prioritizes EtherNet/IP, PROFINET, and GOOSE packets Wide input power range (24V to 57V) for factory floor and typical surveillance applications Redundant Power Supply and Alarm Relay Contact on Terminal Block to ensure non-stop operations Operating temperature -10℃ to 60℃ (14°F~140°F) and has an IP40 metal housing * The highest degree of temperature operation certified by UL is -10˚C~60˚C (14°F~140°F). Overview: INS-8205P-24V is a premium unmanaged 4-port 10/100/1000 PoE+ downlink and 1-port 10/100/1000 RJ45 uplink hardened switch designed for simple plug & play surveillance and internet access points applications. This PoE+ switch reduces costs by eliminating the need for multiple power outlets to power each individual powered device (PD) at distances up to 100 meters. All PSE (power sourcing equipment) and LAN ports use auto-negotiation technology to discover compatible devices without extra installation requirements. The device uses port-based QoS to prioritize traffic on one port, uses VLAN Passthru for continuous packet transfer, and uses industrial QoS, to prioritize Ethernet/IP, PROFINET, and GOOSE packets. The device can be discovered by monitoring systems with the help of an LLDP Filter, to visualize the switch in a network topology map. Designed to work in hardened indoor environments without air conditioning, it’s enclosed in an IP40 metal case to protect the device from tools and hazards, and operates at temperatures ranging from -10°C~60°C (14°F~140°F). The wide input power range from 24V to 57V enables the device to operate in factory ecosystems and other commercial/residential security applications without extra power outlet installation needed. The device has two power input methods, a 2-pin Terminal Block and a 4 pin mini-DIN that attaches firmly to the device avoiding it from disconnecting during strong vibrations.