WR1500 490MHz to 750MHz 10dbi Standard Gain Waveguide Horn Antenna, UDR Flange, N-Female Connector

Model No: HS-1500-UDR-10A-NF

Made in Taiwan
Frequency 490 - 750 MHz
Waveguide WR-1500
Gain 10 dBi
Stock: 0
2026/06/24
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HS-1500-UDR-10A-NF WR-1500 Standard Gain Horn Antenna

490 - 750 MHz | 1800W High Power | Industrial Grade
The HS-1500-UDR-10A-NF is a high-precision Standard Gain Horn Antenna designed for high-performance RF testing within the UHF spectrum. Operating across the 490 MHz to 750 MHz range, it utilizes a robust WR-1500 interface with UDR flange compatibility. Delivering a stable nominal gain of 10 dBi and handling up to 1800 Watts of power, this antenna is an essential instrument for EMI/EMC testing, antenna measurements, and professional laboratory environments requiring superior signal integrity and long-term mechanical reliability.



Electrical & RF Performance
Frequency Range 490 MHz - 750 MHz
Waveguide Interface WR-1500
Nominal Gain 10 dBi
Max Power Handling 1800 Watts (CW)
Beamwidth (H/E) 54° / 54°
Mechanical & Physical
Dimensions 584 x 698 x 1025 mm
Weight 25 kg
Connector Type N-Female
Body Material Industrial Grade Aluminum

UHF Spectrum Precision

Specifically optimized for the 490-750 MHz band, ensuring low insertion loss and high mechanical alignment accuracy for signal integrity measurements.

High-Power Reliability

Reliably manages up to 1800W of power handling, making it ideal for intensive EMI testing and high-field strength laboratory applications.

WR-1500 Waveguide Integration

Features a standardized WR-1500 structure with UDR flange interface, ensuring seamless compatibility with high-power UHF waveguide measurement systems.

Industrial Taiwan Build

Manufactured from high-grade structural aluminum alloy to provide a durable solution for antenna calibration and monitoring setups.

Contact FT-RF Engineering Division

Contact our engineering team for specialized gain calibration data, custom mounting requirements, or technical support regarding large-scale UHF measurement setups.

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