WR2100 Waveguide Coaxial Adapter, 350 MHz to 530 MHz, 7/16-Female Connector, UDR Flange

Model No: WC-2100-UDR-716

Made in Taiwan
Frequency Range: 350 to 530 MHz
Connector Type: 7/16-Female
Max Power (W): 3000W (3kW)
Waveguide Size: WR-2100 (UDR)
Stock: Contact us | Weight: 13 kg (Heavy Duty)
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WR-2100 Waveguide Coaxial Adapter

Model: WC-2100-UDR-716 | 350 - 530 MHz | 3000W | 7/16-Female
The WC-2100-UDR-716 is a high-power Waveguide to Coaxial Adapter specifically engineered for the WR-2100 standard. Operating in the 350 MHz to 530 MHz UHF band, this professional-grade 13kg component is ideal for use with WR-2100 standard gain horn antennas in EMI/EMC testing and antenna measurement ranges. Featuring a robust 7/16 DIN Female connector, it handles continuous power loads up to 3000 Watts with a maximum VSWR of 1.3, ensuring high-fidelity Signal Integrity for large-scale RF systems.
Technical Specifications
Electrical & RF Performance
Frequency Range 350 MHz to 530 MHz
Maximum Power Handling 3000 Watts (3kW CW)
V.S.W.R (Max) 1.3 : 1
Waveguide Standard WR-2100
Coaxial Connector 7/16 DIN Female (7/16-Female)
Mechanical & Physical Specs
Dimensions (WxHxL) 358.8 x 625.5 x 473 mm
Net Weight 13,000 g (13 kg)
Waveguide Flange UDR Style
Material High-Grade Aluminum / Heavy Duty Build
Origin Made in Taiwan (FT-RF)
Key Tactical Features

3kW High-Power Stability

Designed to handle significant continuous power loads, suitable for laboratory testing, UHF broadcast, and protective operations.

Low-Loss 7/16 DIN Interface

Equipped with a 7/16 DIN Female connector for superior power handling and minimal signal reflection compared to standard N-type connectors.

UHF Spectrum Integrity

Optimized for the 350-530 MHz band, ensuring exceptional performance when paired with professional UHF horn antennas.

Heavy-Duty Build Quality

Weighing 13kg with precise machining, this adapter ensures mechanical stability and long-term durability in high-demand industrial environments.

Get a Quote / Custom RF Solutions

Contact us for specialized flange drilling, connector options, or alternative waveguide adapter designs.