Intellitron LA-1105 Lightning Arrestor 1500w 50 Ohm DC-1000MHz SO239

Intellitron LA-1105 1500w Lightning Arrestor

Engineered for the high-performance amateur radio station, the Intellitron LA-1105 is the ultimate guardian for your coax feedline, offering unparalleled surge suppression for your expensive equipment. Specifically designed to handle the legal limit, this arrestor features a massive maximum power rating of 1500 Watts PEP (Peak Envelope Power), making it perfectly suited for today’s high-output solid-state and tube amplifiers. Despite its high power capability, it provides a comprehensive operating range from DC up to 1000 MHz, ensuring flawless protection for all your HF, VHF, and UHF operations without needing to swap devices. Installation is streamlined with the industry-standard SO-239 connectors on both ports, allowing for simple inline placement directly between your antenna and radio feedpoint.

The effectiveness of the LA-1105 comes from its superior design, which includes a heavy-duty, field-replaceable gas discharge tube (GDT). This core component is engineered to rapidly divert high-voltage transient energy safely to ground, protecting your sensitive inputs and quickly resetting for continuous vigilance. Built with a perfect 50 Ohm impedance, this arrestor maintains optimal power transfer and minimizes your SWR, ensuring peak performance without signal degradation. The minimal Insertion Loss of less than 0.1 dB means the protective device does not compromise your signal strength on either transmit or receive.

Your high-power station deserves high-power protection. Secure your amplifier and radio with the Intellitron LA-1105. Click to buy from GigaParts.com now and transmit with absolute confidence!

UPC Code: 810106910345

NOTE: It’s important to note that while a lightning arrestor like the LA-1105 can offer protection, it may not guarantee complete immunity against a direct lightning strike. Users should follow best practices for grounding and take additional precautions to minimize the risk of damage during severe weather events.