ICOM AH 7000

1500

Product description

The icom AH 7000 antenna is the perfect solution for wireless communication enthusiasts looking for professional and outstanding performance. It is characterized by its ability to receive and transmit signals across a very wide frequency range of 25 to 1300 MHz, making it omnidirectional and effective in various uses for both amateurs and professionals.

Specifications:

  • Type: icom AH 7000.
  • Frequency range: 25 – 1300 MHz.
  • Polarization: Vertical.
  • Resistance: 50 ohms.
  • VSWR: Less than 1.5:1.
  • Brand: Icom.

Features:

  • The icom AH 7000 covers a very wide range, enabling you to receive and transmit signals across most frequency bands without the need for additional antennas.
  • A unique omnidirectional design allows for signal pickup from all directions without the need to rotate the antenna, providing great ease and convenience of use.
  • Clear and stable sound quality reduces interference and noise in the signal, making conversations and wireless communication clearer and more transparent.
  • Made from rust- and corrosion-resistant metal materials that withstand strong winds, rain and humidity, making it suitable for all environmental conditions.
  • A practical and seamless mounting system that can be easily installed on various types of supports and poles, even for non-professional users.
  • It enhances the quality of receiving weak signals, especially in areas with high interference and noise.
  • It consumes low power with high performance, ensuring continuous connectivity for longer periods without problems.
  • It supports most radios compatible with a 50-ohm impedance, making it suitable for most modern and older radios.

Don't miss the opportunity to get the high-performance, omnidirectional Icom AH-7000 antenna, the perfect solution for all your wireless needs. Get it now from Call Wave and enjoy unparalleled connection quality and unbeatable competitive prices. Order today before it's gone.




Call wave
From Riyadh

Questions you might have

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