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GL-DYU4YG3S
Asialeren
8517710000
| Quantity: | |
|---|---|
| PDF Export | |
Electrical Specifications | |
Frequency Range (MHz) | 380-470 |
Bandwidth (MHz) | 20 |
Horizontal Half-power Beamwidth (°) | 120 |
Vertical Half-power Beamwidth (°) | 70 |
Gain (dBi) | 7 |
Polarization | Vertical or Horizontal |
VSWR | ≤1.5 |
Front to Back Ratio (dB) | ≥15 |
Average Power, Maximum (W) | 100 |
Impedance (Ω) | 50 |
Mechanical Specifications | |
Antenna Length (cm) | 50 |
Net Weight (kg) | 0.3 (installation kit included) |
Number of Elements | 3 |
Element Materials | Solid Aluminum (Welded) |
Cable Length (CM) | 38 (15 inches) |
Connector | N Female |
Environmental Specifications | |
Application | Outdoor |
Operating Temperature (℃) | -40 to +70 (-40 to 158℉) |
Humidity (%) | 5 to 95 |
Survival Wind Velocity (km/h) | 200 |
Mounting Specifications | |
MOUNTING BRACKETS ARE INCLUDED UNLESS OTHERWISE SPECIFIED | |
Mounting Mast Diameter (mm) | Φ 40 to 50 |
Product Introduction
Optimal Gain: Offering a gain of 7dBi, it provides enhanced signal strength for reliable LORA communication within its frequency range, suitable for short - to - medium - range applications.
Moderate Bandwidth: A 20 MHz bandwidth in the 380 - 470MHz frequency range helps in efficient signal transmission with reduced interference.
Wider Beamwidth: With a horizontal half - power beamwidth of 120° and vertical of 70°, it covers a relatively wider area, making it suitable for scenarios where broader directional coverage is needed.
Durable Material: Made of solid welded aluminum, it is built to last in outdoor environments. It can operate in temperatures from - 40°C to + 70°C and withstand a wind velocity of 200 km/h.
User - friendly Setup: Comes with an N - Female connector and installation kit for poles with a diameter of 40 to 50 mm, making installation quick and easy.
Application scenarios
Localized Industrial Monitoring: In smaller industrial areas or factories, it can be used to connect LORA - based sensors for equipment monitoring and asset tracking within a limited range.
Smart Home Extensions in Rural Areas: For extending smart home systems in rural or suburban areas where traditional Wi - Fi may have limitations, it can enable communication between smart devices over a short - to - medium distance.
Campus - wide IoT Applications: In educational campuses, it can be used to establish a LORA - based IoT network for applications like access control, environmental monitoring in buildings, and tracking of mobile assets.
Small - scale Environmental Monitoring: For monitoring environmental parameters such as air quality, noise levels in a local area, where sensors need to communicate with a central hub.
Community - based Wireless Networks: In small communities, it can help set up wireless networks for sharing resources, such as internet access or security - related information.
| Parameter | GL-DYU4YG3S | GL-DYUAYG12S |
|---|---|---|
| Frequency Range | 380–470 MHz | 380–470 MHz |
| Gain | 7 dBi | 12–14 dBi |
| Horizontal Beamwidth | 120° | 40° |
| Vertical Beamwidth | 70° | 35° |
| Front-to-Back Ratio | ≥15 dB | ≥18 dB |
| Antenna Length | 50 cm | 128 cm |
| Weight | 0.3 kg (with kit) | 1.5 kg (with kit) |
| Number of Elements | 3 | 10 |
| Survival Wind Velocity | 200 km/h | 200 km/h |
Gain and Beamwidth:
GL-DYU4YG3S: Lower gain (7 dBi) with wider coverage (120° horizontal, 70° vertical), ideal for broader area applications.
GL-DYUAYG12S: Higher gain (12–14 dBi) and narrower beam (40° horizontal, 35° vertical), optimized for long-range directional communication.
Size and Weight:
GL-DYU4YG3S: Compact (50 cm) and lightweight (0.3 kg), suitable for space-constrained or portable setups.
GL-DYUAYG12S: Larger (128 cm) and heavier (1.5 kg), requiring robust mounting infrastructure.
Performance:
GL-DYUAYG12S offers better front-to-back ratio (≥18 dB vs. ≥15 dB), reducing interference from rear signals.
With 10 elements vs. 3, GL-DYUAYG12S provides superior directional focus and signal penetration.
Cable and Installation:
Both include N-female connectors and support Φ40–50 mm masts.
GL-DYU4YG3S has slightly longer cable (38 cm vs. 30 cm), but differences are minor.
Choose GL-DYU4YG3S if:
You need wide coverage for short-to-medium-range applications (e.g., urban deployments, IoT networks).
Installation space is limited, or portability is a priority.
Cost or simplicity of setup is a concern.
Choose GL-DYUAYG12S if:
You require long-range directional communication (e.g., rural links, point-to-point systems).
Higher gain and narrower beamwidth are critical for penetrating obstacles or minimizing interference.
The installation site supports a larger, heavier antenna (e.g., stable towers or poles).
Q:What is the maximum input power of this antenna?
A:The maximum input power is 100W.
Q:Can it be installed indoors?
A:While it is designed for outdoor use, it can potentially be installed indoors depending on the specific requirements and signal environment, but outdoor installation is recommended for best performance.
Q:How does the wider beamwidth impact the signal?
A:The wider beamwidth allows the antenna to cover a larger area in the horizontal and vertical directions, which is beneficial when you need to reach multiple devices within a broader range.
Q:Is the cable length sufficient for most installations?
A:The cable length is 38 cm (15 inches). You may need to use an extension cable depending on your specific installation requirements.
Q:Does it come with mounting instructions?
A:Yes, it comes with an installation kit, and mounting instructions are usually included to guide you through the setup process.
Q:Can it work with other wireless devices apart from LORA?
A:It is designed primarily for LORA devices operating in the 380 - 470MHz frequency range. Using it with other devices may not yield optimal results.
Q:How do I maintain the antenna?
A:Regularly check for any physical damage, especially after extreme weather conditions. Ensure the connections are secure and clean.
Electrical Specifications | |
Frequency Range (MHz) | 380-470 |
Bandwidth (MHz) | 20 |
Horizontal Half-power Beamwidth (°) | 120 |
Vertical Half-power Beamwidth (°) | 70 |
Gain (dBi) | 7 |
Polarization | Vertical or Horizontal |
VSWR | ≤1.5 |
Front to Back Ratio (dB) | ≥15 |
Average Power, Maximum (W) | 100 |
Impedance (Ω) | 50 |
Mechanical Specifications | |
Antenna Length (cm) | 50 |
Net Weight (kg) | 0.3 (installation kit included) |
Number of Elements | 3 |
Element Materials | Solid Aluminum (Welded) |
Cable Length (CM) | 38 (15 inches) |
Connector | N Female |
Environmental Specifications | |
Application | Outdoor |
Operating Temperature (℃) | -40 to +70 (-40 to 158℉) |
Humidity (%) | 5 to 95 |
Survival Wind Velocity (km/h) | 200 |
Mounting Specifications | |
MOUNTING BRACKETS ARE INCLUDED UNLESS OTHERWISE SPECIFIED | |
Mounting Mast Diameter (mm) | Φ 40 to 50 |
Product Introduction
Optimal Gain: Offering a gain of 7dBi, it provides enhanced signal strength for reliable LORA communication within its frequency range, suitable for short - to - medium - range applications.
Moderate Bandwidth: A 20 MHz bandwidth in the 380 - 470MHz frequency range helps in efficient signal transmission with reduced interference.
Wider Beamwidth: With a horizontal half - power beamwidth of 120° and vertical of 70°, it covers a relatively wider area, making it suitable for scenarios where broader directional coverage is needed.
Durable Material: Made of solid welded aluminum, it is built to last in outdoor environments. It can operate in temperatures from - 40°C to + 70°C and withstand a wind velocity of 200 km/h.
User - friendly Setup: Comes with an N - Female connector and installation kit for poles with a diameter of 40 to 50 mm, making installation quick and easy.
Application scenarios
Localized Industrial Monitoring: In smaller industrial areas or factories, it can be used to connect LORA - based sensors for equipment monitoring and asset tracking within a limited range.
Smart Home Extensions in Rural Areas: For extending smart home systems in rural or suburban areas where traditional Wi - Fi may have limitations, it can enable communication between smart devices over a short - to - medium distance.
Campus - wide IoT Applications: In educational campuses, it can be used to establish a LORA - based IoT network for applications like access control, environmental monitoring in buildings, and tracking of mobile assets.
Small - scale Environmental Monitoring: For monitoring environmental parameters such as air quality, noise levels in a local area, where sensors need to communicate with a central hub.
Community - based Wireless Networks: In small communities, it can help set up wireless networks for sharing resources, such as internet access or security - related information.
| Parameter | GL-DYU4YG3S | GL-DYUAYG12S |
|---|---|---|
| Frequency Range | 380–470 MHz | 380–470 MHz |
| Gain | 7 dBi | 12–14 dBi |
| Horizontal Beamwidth | 120° | 40° |
| Vertical Beamwidth | 70° | 35° |
| Front-to-Back Ratio | ≥15 dB | ≥18 dB |
| Antenna Length | 50 cm | 128 cm |
| Weight | 0.3 kg (with kit) | 1.5 kg (with kit) |
| Number of Elements | 3 | 10 |
| Survival Wind Velocity | 200 km/h | 200 km/h |
Gain and Beamwidth:
GL-DYU4YG3S: Lower gain (7 dBi) with wider coverage (120° horizontal, 70° vertical), ideal for broader area applications.
GL-DYUAYG12S: Higher gain (12–14 dBi) and narrower beam (40° horizontal, 35° vertical), optimized for long-range directional communication.
Size and Weight:
GL-DYU4YG3S: Compact (50 cm) and lightweight (0.3 kg), suitable for space-constrained or portable setups.
GL-DYUAYG12S: Larger (128 cm) and heavier (1.5 kg), requiring robust mounting infrastructure.
Performance:
GL-DYUAYG12S offers better front-to-back ratio (≥18 dB vs. ≥15 dB), reducing interference from rear signals.
With 10 elements vs. 3, GL-DYUAYG12S provides superior directional focus and signal penetration.
Cable and Installation:
Both include N-female connectors and support Φ40–50 mm masts.
GL-DYU4YG3S has slightly longer cable (38 cm vs. 30 cm), but differences are minor.
Choose GL-DYU4YG3S if:
You need wide coverage for short-to-medium-range applications (e.g., urban deployments, IoT networks).
Installation space is limited, or portability is a priority.
Cost or simplicity of setup is a concern.
Choose GL-DYUAYG12S if:
You require long-range directional communication (e.g., rural links, point-to-point systems).
Higher gain and narrower beamwidth are critical for penetrating obstacles or minimizing interference.
The installation site supports a larger, heavier antenna (e.g., stable towers or poles).
Q:What is the maximum input power of this antenna?
A:The maximum input power is 100W.
Q:Can it be installed indoors?
A:While it is designed for outdoor use, it can potentially be installed indoors depending on the specific requirements and signal environment, but outdoor installation is recommended for best performance.
Q:How does the wider beamwidth impact the signal?
A:The wider beamwidth allows the antenna to cover a larger area in the horizontal and vertical directions, which is beneficial when you need to reach multiple devices within a broader range.
Q:Is the cable length sufficient for most installations?
A:The cable length is 38 cm (15 inches). You may need to use an extension cable depending on your specific installation requirements.
Q:Does it come with mounting instructions?
A:Yes, it comes with an installation kit, and mounting instructions are usually included to guide you through the setup process.
Q:Can it work with other wireless devices apart from LORA?
A:It is designed primarily for LORA devices operating in the 380 - 470MHz frequency range. Using it with other devices may not yield optimal results.
Q:How do I maintain the antenna?
A:Regularly check for any physical damage, especially after extreme weather conditions. Ensure the connections are secure and clean.
