Ethernet Surge Protector - PoE+ - Gigabit - (with DIN Rail Mount Option)

<h1><strong>Ethernet Surge Protector&nbsp;</strong></h1><p><strong>UPC:&nbsp;638362929471<br></strong><em data-mce-fragment="1">Model&nbsp;Number: TP309</em><br></p><p><span class="a-text-bold">An <strong>Ethernet Surge Protector</strong><span>&nbsp;</span></span>is a surge protection device (SPD) that is inserted inline on an RJ45 CAT6/CAT5/CAT5e cable to prevent damage of electronic networking equipment. It can be mounted on the<span>&nbsp;</span><span class="a-text-bold">DIN Rail</span><span>&nbsp;</span>or used<span>&nbsp;</span><span class="a-text-bold">standalone</span>.</p><p>Powerful surges that the device protects against include direct lightning strikes, voltage spikes, or PoE overvoltages. Despite the primary protection (a direct strike to a line), the thunder arrestor also offers secondary protection, which will arrest EMF induced surges (nearby lightning ethernet).</p><p><span class="a-text-bold">Gas discharge tubes (GDTs)<span>&nbsp;</span></span>are developed to overcome some of the disadvantages of diode-based protectors like energy handling capability and is suitable for almost all surge, whether high or low frequency, it can be intercepted by a gas discharge tube surge arrester so it provides a rigorous spark discharge control performance.</p><p>Ethernet Surge Suppressor TP309 use a Gas Discharge Tube (GDT) on all 4 pairs (8 wires). Gas discharge tubes dissipate the voltage transient through a contained plasma gas which harnesses excess voltage in the incoming power and releases it safely. It ensures the safety of a wide array of valuable components such as switch, router, modem, bridge, repeater, or any part of internet service network.</p><div class="responsive-video"></div><p>&nbsp;</p><h3 class="a-spacing-mini">RJ45 Lightning Protection for Gigabit 10/100/1000 (GbE) and High PoE+ Networks</h3><p>The gigabit surge protector date rate of<span>&nbsp;</span><span class="a-text-bold">Gigabit 10/100/1000 (GbE)<span>&nbsp;</span></span>transfer supports an ultra-fast maximum data rate of 1 Gigabit per second (Gbps - 1000 Mbps) and does not affect the speed performance in the local area network.<span>&nbsp;</span><span class="a-text-bold">POE Surge Protector</span><span>&nbsp;</span>allows a single RJ-45 cable to provide both data connection and electric power to device such as wireless access point, IP and security camera, VoIP phone, computer and others. Surge Arrestor TP303 is designed to protect PSE (power-supply equipment) connected to a network from transient overvoltages. The lightning protector PoE supports both<span>&nbsp;</span><span class="a-text-bold">Mode</span><span>&nbsp;</span><span class="a-text-bold">A (Pins 1,2+ 3,6-) and B</span><span>&nbsp;</span><span class="a-text-bold">(7,8+ 4,5-)</span><span>&nbsp;</span>of the<span>&nbsp;</span><span class="a-text-bold">802.3af<span>&nbsp;</span></span>standard.<span>&nbsp;</span><span class="a-text-bold">802.3af (PoE)</span><span>&nbsp;</span>can deliver up to 15.4 watts per port with 12.95W at the powered device, while<span>&nbsp;</span><span class="a-text-bold">802.3at (PoE+)</span><span>&nbsp;</span>can deliver up to 30 watts with 25.5 watts available to devices. PoE Plus is also known as<span>&nbsp;</span><span class="a-text-bold">High PoE</span>.</p><h3 class="a-spacing-mini">Installation</h3><p>The Ethernet lightning arrestor must be properly grounded to work. When used on the<span>&nbsp;</span><span class="a-text-bold">DIN Rail<span>&nbsp;</span></span>it is connected to the ground through the rail, and when used as<span>&nbsp;</span><span class="a-text-bold">standalone a ground wire</span><span>&nbsp;</span>needs to be connected from the surge protector to the ground through the shortest path. Excess electricity will follow the path of least resistance. In most cases, a ground busbar on an electrical panel or network rack cabinet is already grounded and is typically the</p>