Advanced RF Power Monitoring with Expanded I/O and PTT Control

Stop False Alarms. Gain Real-Time Insights. Take Full Control.

The Challenge: Managing RF Alarms and System Performance

Mission-critical RF environments demand reliable monitoring to prevent system failures and unnecessary downtime. However, false alarms and inefficient alert management can disrupt operations, leading to wasted resources and delayed responses. You need a solution that provides precise, real-time RF power monitoring without distractions—allowing you to focus on what matters.

The Solution: 4042E-PTT Ethernet Channel Power Sensor Monitor with I/O Expansion

The Bird 4042E-PTT is a next-generation RF power monitoring sensor designed to eliminate false alarms, enable real-time remote monitoring, and provide seamless integration with existing infrastructure.

Its customizable I/O expansion allows you to integrate external alarms, sensors, and facility systems, making it adaptable for even the most complex RF environments. Designed for remote access and real-time monitoring, the 4042E-PTT delivers secure, Ethernet-based RF performance tracking that keeps your systems optimized and running smoothly.

Why Choose the Bird 4042E-PTT?

• Precision RF Measurement: Monitors forward power, reflected power, and VSWR at the transmit side of the antenna with industry-leading accuracy.
• Push-To-Talk (PTT) Inputs: 16 configurable PTT inputs prevent false alarms, ensuring only active transmissions trigger alerts.
• Expanded I/O for Custom Integration: 2 user inputs and 2 hard contact relay outputs allow seamless facility system integration.
• Ethernet-Based Remote Monitoring: Supports SNMP (GET/SET commands) for full remote system management and diagnostics.
• Web-Based GUI with Secure Access: Password-protected interface provides real-time monitoring and system configuration from any networked device.
• Scalable & Modular Design: Works as a standalone unit or part of a distributed monitoring system.

Applications for the 4042E-PTT

Engineered for reliability in demanding RF environments. Ideal for:

• Public Safety – Maintain uninterrupted emergency communications.
• Telecommunications – Ensure optimal RF network performance.
• Utilities & Energy – Maintain RF stability for critical infrastructure.
• Aviation & Marine – Secure, real-time RF performance monitoring.
• Medical & Healthcare – Ensure consistent RF communication in hospital networks.