Bird 4522 – Single Meter / Dual Element Panel Mount RF Wattmeter with Selector Switch

• RF wattmeter
• Contains one meter and two element sockets
• Elements sold separately (see accessories section below)
• Second socket is for a more sensitive element to measure reflected power and accurately determine VSWR
• Selector switch changes the display between forward and reflected power

The Bird 4522 is an RF wattmeter containing one meter and two element sockets, with the second socket enabling the use of a more sensitive element to measure reflected power and accurately determine VSWR. A selector switch changes the display between forward and reflected power.

The Bird 4522 is designed for power measurement in CW and FM systems which employ 50-Ohm cable or 7/8″ EIA transmission lines. The rack panel fits standard 19-inch equipment racks and uses the same elements as the Bird Model 43 Wattmeter. Please note, elements are sold separately and can be ordered from the accessories section of this page.

Specifications

• Frequency Range: 450 kHz-2.7 GHz (depending on element)
• Power Range: 100 mW to 10 kW using Bird Plug-in Elements
• Accuracy: ± 5% of full scale
• Insertion VSWR: 1.05 (max) to 1000 MHz (with N-Type Connectors)
• Connectors: N-Type (Female)

The Bird 4522 is compatible with a large number of elements, covering a wide range of frequency and power ratings.

Compatible elements can be viewed by clicking here and viewing tables 1, 2, 3, 4, 6, 13, and 14.

**Please note, elements are sold separately.**

All Bird plug-in elements are calibrated in accordance with meticulous Bird calibration procedures supported by a long history of mean deviation values to assure adherence to advertised specifications of current instruments, as well as field interchangeability with equipment purchased, used, and trusted in all the years since its introduction.

Bird offers several versions of its panel mount RF Wattmeter. The chart below provides an overview of the main features of each. Please note, frequency and power are dependent on the elements being used.