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The Intellinet Network Solutions Gigabit High-Power PoE Injector provides up to 60 W using all four pairs of twisted-pair Cat5 or Cat6 cabling to support IoT applications such as lighting, sensors and building automation. Nurse call systems require 30 to 50 watts of power. Point-of-sale card readers & printers need up to 60 watts. Lighting fixtures and controllers require 40 to 50 watts. Thin clients draw up to 50 watts. Ultra PoE standard is an excellent solution for bringing power to these important, critical systems. As many new powered devices enter the market, you'll be ready for them with an Intellinet Network Solutions Gigabit High-Power PoE Injector.

Key selling points

• Save time and money by delivering data and power via existing network cables
• Power output of up to 60 watts over a four-pair Cat5 or Cat6 network cable
• Supports all IEEE 802.3at- and IEEE 802.3af-compliant PoE devices (Wireless LAN access points and bridges, VoIP [Voice over Internet Protocol] telephones, IP surveillance cameras)
• Distance support: up to 100 m (328 ft.)
• Internal power supply
• Fanless design ideal for silent operation

Γνωρίσματα προϊόντος

• Full compatibility with existing IEEE 802.3af/at PoE powered devices
  The Intellinet Network Solutions Gigabit High-Power PoE Injector allows you to connect your IEEE 802.3af/at-compliant products to a non-PoE LAN switch port. The injector can be used to connect a wireless access point, IP phone, network camera or any IEEE 802.3af/at-powered device (PD) to a switch.
• Reduced wiring costs
  It's no longer necessary to run AC power lines for your wireless access point, network camera or IP phone. Simply connect the PoE Injector to the LAN switch port, and use the existing Cat5 cabling to deliver DC power as well as transfer data.
• Protect your equipment
  Once DC power is connected to your networked equipment through the Cat5e/6 cabling, the Intellinet Network Solutions PoE Injector ensures that your products are protected from power problems like short circuits (short GRND), current overloads and high voltages.