GLF86803
Asialeren
8517710000
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868MHz Fiberglass Antenna GLF86803
Technical Index | |
Freq | 868±10MHz |
V.S.W.R | ≤1.5 |
Gain | 3dBi |
Horizontal Beamwidth | 360° |
Vertical Beamwidth | 25° |
Polarization | Vertical |
Input Impedance | 50Ω |
Max Power | 50W |
Lighting Protection | DC |
Mechanical Index | |
Connector | SMA male |
Antenna Dimension | Ф20×325mm |
Antenna Weight | 0.5kg |
Antenna Material | Fiberglass |
Antenna Color | gray |
Working Temperature | -40°c~60°c |
Wind Velocity | 60 m/s |
Pole Diameter | ¢35~¢50 |
Product Introduction
●High-Performance : Designed specifically for LoRa applications, ensuring reliable connectivity and superior signal strength.
●Robust SMA Male Connector: Equipped with a durable SMA male connector, this antenna easily integrates with a variety of devices for seamless installation.
●Exceptional 3dBi Gain with Vertical Polarization: Achieve enhanced range and performance with a gain of 3dBi, making it perfect for long-distance communications.
●Weather-Resistant Gray Finish: This outdoor-friendly LoRa antenna features a sleek gray color that blends well with various environments while withstanding harsh weather conditions.
●Compact Dimensions with Lightweight Design: Measuring Ф20×325mm and weighing only 0.5kg, this antenna is lightweight and easy to mount in diverse locations.
●Impressive Power Handling: Supports a maximum power output of 50W, ensuring optimal performance for all your LoRa applications.
FAQ
Q: What is the frequency range of the 868MHz Fiberglass Antenna?
A: The 868MHz Fiberglass Antenna is specifically designed to operate within the 868MHz frequency range, making it ideal for Lora applications. This ensures optimal performance and reliable communication for your wireless setups.
Q: What type of connector does this antenna use?
A:The antenna features an SMA male connector, which allows for easy integration with various devices and ensures a secure connection for your Lora applications.
Q: What is the gain and polarization of the antenna?
A:The 868MHz Fiberglass Antenna boasts a 3dBi gain with vertical polarization. This combination enhances signal strength and reception, offering improved performance in outdoor environments.
Q: Is the antenna suitable for outdoor use?
A: Yes, the gray-colored fiberglass construction of the antenna is specifically designed for outdoor use, ensuring durability and reliability in various weather conditions.
Q: What are the dimensions and weight of the antenna?
A: The 868MHz Fiberglass Antenna measures Ф20×325mm and weighs 0.5 kg. Its compact design makes it easy to install while still providing excellent performance.
Q: What is the maximum power handling capability of this antenna?
A:This antenna can handle a maximum power of up to 50W, making it suitable for a range of applications that require a robust and powerful signal transmission.
Q: What is the recommended pole diameter for mounting this antenna?
A:The antenna is designed to fit poles with a diameter of ¢35 to ¢50 mm, providing flexibility in mounting options to suit your installation needs.
868MHz Fiberglass Antenna GLF86803
Technical Index | |
Freq | 868±10MHz |
V.S.W.R | ≤1.5 |
Gain | 3dBi |
Horizontal Beamwidth | 360° |
Vertical Beamwidth | 25° |
Polarization | Vertical |
Input Impedance | 50Ω |
Max Power | 50W |
Lighting Protection | DC |
Mechanical Index | |
Connector | SMA male |
Antenna Dimension | Ф20×325mm |
Antenna Weight | 0.5kg |
Antenna Material | Fiberglass |
Antenna Color | gray |
Working Temperature | -40°c~60°c |
Wind Velocity | 60 m/s |
Pole Diameter | ¢35~¢50 |
Product Introduction
●High-Performance : Designed specifically for LoRa applications, ensuring reliable connectivity and superior signal strength.
●Robust SMA Male Connector: Equipped with a durable SMA male connector, this antenna easily integrates with a variety of devices for seamless installation.
●Exceptional 3dBi Gain with Vertical Polarization: Achieve enhanced range and performance with a gain of 3dBi, making it perfect for long-distance communications.
●Weather-Resistant Gray Finish: This outdoor-friendly LoRa antenna features a sleek gray color that blends well with various environments while withstanding harsh weather conditions.
●Compact Dimensions with Lightweight Design: Measuring Ф20×325mm and weighing only 0.5kg, this antenna is lightweight and easy to mount in diverse locations.
●Impressive Power Handling: Supports a maximum power output of 50W, ensuring optimal performance for all your LoRa applications.
FAQ
Q: What is the frequency range of the 868MHz Fiberglass Antenna?
A: The 868MHz Fiberglass Antenna is specifically designed to operate within the 868MHz frequency range, making it ideal for Lora applications. This ensures optimal performance and reliable communication for your wireless setups.
Q: What type of connector does this antenna use?
A:The antenna features an SMA male connector, which allows for easy integration with various devices and ensures a secure connection for your Lora applications.
Q: What is the gain and polarization of the antenna?
A:The 868MHz Fiberglass Antenna boasts a 3dBi gain with vertical polarization. This combination enhances signal strength and reception, offering improved performance in outdoor environments.
Q: Is the antenna suitable for outdoor use?
A: Yes, the gray-colored fiberglass construction of the antenna is specifically designed for outdoor use, ensuring durability and reliability in various weather conditions.
Q: What are the dimensions and weight of the antenna?
A: The 868MHz Fiberglass Antenna measures Ф20×325mm and weighs 0.5 kg. Its compact design makes it easy to install while still providing excellent performance.
Q: What is the maximum power handling capability of this antenna?
A:This antenna can handle a maximum power of up to 50W, making it suitable for a range of applications that require a robust and powerful signal transmission.
Q: What is the recommended pole diameter for mounting this antenna?
A:The antenna is designed to fit poles with a diameter of ¢35 to ¢50 mm, providing flexibility in mounting options to suit your installation needs.