What display options and user controls are available?

Werlatone RF digital power meters offer flexible user interface options for both local and remote operations. Power levels can be displayed in kW, watts, or dBm, while load match can be viewed as VSWR, return loss, or Rho. Units support TCP/IP, SNMP, RS-485 serial communication, and password-protected access for secure operation. Programmable reporting and email … Read more

What alarm and protection features are included in Werlatone’s RF Power Meters?

Werlatone digital RF power meters include fully programmable alarm thresholds for forward power, reflected power, VSWR, and temperature. When limits are exceeded, the unit can activate visual indicators or relay outputs to trigger protective system responses. These built-in RF system protection features allow the meter to function as part of a closed-loop safety system, helping … Read more

Can Werlatone RF Digital Power Meters be networked for remote monitoring?

Werlatone RF Digital Power Meters are designed for networked RF power monitoring through TCP/IP connectivity and SNMP programmability. Multiple units can be connected over LAN and accessed through a browser interface or integrated into centralized monitoring software. This makes them especially well-suited for transmitter sites, broadcast facilities, and mission-critical RF installations where remote visibility and … Read more

Do Werlatone Digital Power Meters require field calibration?

No field calibration is required. Werlatone RF digital power meters are factory calibrated and traceable to NIST standards, ensuring accurate RF power measurement out of the box. Users simply enter the operating frequency, and the meter automatically references its internal multi-point calibration data. This eliminates downtime associated with manual calibration and makes Werlatone meters a … Read more

What parameters can Werlatone Digital Power Meters measure in an RF system?

Werlatone RF Digital Power Meters provide real-time measurement of forward power, reflected power, VSWR, and temperature within high-power RF systems. These critical RF power monitoring parameters help operators verify efficient power transfer, detect impedance mismatches, and prevent transmitter damage caused by excessive reflective power. Integrated temperature sensing adds another layer of system protection, making Werlatone’s … Read more

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