Defence Wireless

Type	Electronic
Frequency	3 GHz
Temperature	-55 Degree C to +85 Degree C
Dielectric Strength	High
IP Rating	IP65
Power	50W

A Dummy Load Connector is a connector used to attach a dummy load—a device that simulates an electrical load without radiating RF signals—to test and calibrate RF equipment safely. It ensures a secure, low-reflection connection between the test instrument and the dummy load, preventing signal loss or damage during measurements. Commonly used in transmitter tuning, antenna testing, and system diagnostics to absorb power and protect equipment from mismatched loads.

  

Usage	Used to simulate a load radio frequency (RF) and audio applications
Material	SS
Color	Silver
Diameter	20mm
Finish	Polished

A 20mm Dummy Load Coupler Plug is designed to seal or cap a 20mm coupler, preventing the flow of fluids, air, or signals in hydraulic, pneumatic, or electronic systems when the connection is not active. It serves as a protective barrier to maintain system pressure, avoid contamination, and protect the coupler from damage. Typically made from durable materials, it provides a secure, leak-proof fit for temporary or permanent sealing.

Usage	Used to simulate a load radio frequency (RF) and audio applications
Material	SS
Color	Silver
Size	30mm
Finish	Polished

A 30mm Dummy Load Coupler Plug is a specialized RF component designed to terminate a coaxial port or connector with a matched load, preventing signal reflection and interference. It typically fits 30mm coaxial couplers or test ports and is used during testing, maintenance, or unused port termination in RF systems.

Color	Silver
Usage	Used to simulate a load radio frequency (RF) and audio applications
Material	SS
Finish	Polished
Size	25mm

A 25mm Dummy Load Coupler Plug is a specialized RF component designed to safely terminate a 25mm diameter coaxial transmission line or waveguide port. It simulates an electrical load by absorbing RF energy without radiating signals, allowing equipment testing and calibration without interference. Typically made from high-quality, heat-resistant materials, it prevents damage to transmitters and ensures accurate performance measurements. Commonly used in radar, broadcasting, and telecom testing setups.