Liquidation Sale Fg4607 : 460-470 Mhz, 7 Dbd/ 9.15 Dbi, 108" Long Outdoor Fiberglass Omni Base Station Antenna With N-female Connector Special Discount [BwFoejOy]

Robust 460-470 MHz Omni Base Station Antenna

The FG4607 from TE Connectivity is a premium, heavy-duty base station antenna designed for reliable performance in a variety of applications. This omni-directional fiberglass antenna operates at the 460-470 MHz frequency range, making it ideal for a wide range of radio communication needs. With its impressive 7 dBd/ 9.15 dBi linear gain, the FG4607 ensures optimal signal strength and coverage. Its robust construction and 108" (9.00 ft.) length provide flexibility for various mounting scenarios. Key features include:

• Operating frequency: 460-470 MHz
• Linear gain: 7 dBd/ 9.15 dBi
• 108" (9.00 ft.) length

Technical Specifications and Details

The FG4607 is engineered for durability and performance. It features a high-quality fiberglass material that offers excellent strength and flexibility, making it suitable for outdoor installations. The N-Female connector ensures a secure and reliable connection. This antenna is designed to withstand harsh environmental conditions, providing long-lasting performance. Key specifications include:

• Material: Fiberglass
• Connector: N-Female
• Frequency range: 460-470 MHz
• Gain: 7 dBd/ 9.15 dBi

Applications and Benefits

The FG4607 is an essential tool for various radio communication applications, including public safety, emergency response, and industrial communications. Its omni-directional design ensures wide coverage without the need for precise alignment, making it easy to install and maintain. The antenna's high gain and robust construction make it ideal for use in areas with challenging signal conditions. Benefits include:

• Wide frequency range for versatile use
• High gain for improved signal strength
• Robust construction for long-lasting performance

Whether you are setting up a new base station or upgrading an existing one, the FG4607 is a reliable choice for superior radio communication.