SKU
ACC-ZC-00069
MPN
ZM09-4GX

Description

The ZCG Low Band Marine Antenna (SKU: ACC-ZC-00069), part number ZM09-4GX, is a high-performance whip antenna designed for marine applications. Operating within the 700 to 890 MHz frequency range, this antenna is ideal for reliable communication at sea. It delivers a peak gain of 5 dBi, ensuring excellent signal strength and coverage.

Constructed from durable fibreglass and aluminium, the antenna is built to withstand harsh marine environments. Its robust design includes a vertical polarisation and a 360° azimuth beamwidth, providing consistent, omnidirectional coverage. The antenna features a single FME female interface and a 4.5m cable, simplifying installation and ensuring a secure connection.

ZCG Scalar, an Australian company renowned for its innovative RF solutions, has been at the forefront of antenna design since 1970. With a commitment to quality and performance, ZCG Scalar continues to develop antennas that meet diverse communication needs. The Low Band Marine Antenna exemplifies this dedication, offering dependable performance to support crucial marine communications. Whether for commercial or recreational use, this antenna is engineered to deliver the reliability and efficiency demanded by maritime professionals.

RF Specification

Start Frequency
718 MHz
Stop Frequency
890 MHz
Max. Input Power
50 W
Polarisation
Vertical (V)
Input Impedance
50 Ω
RF Connectors
Ports RF Interface Length
1
4500 mm
Frequency Test Data
Start Freq. Stop Freq. Peak Gain Azimuth
718 MHz
788 MHz
5.1 dBi
360°
820 MHz
890 MHz
360°

Physical Specification

Subtype
Whip
MIMO
1x1 SISO
Input Ports
1
Dimensions
990 x null
Weight
2.2 kg

Downloadable Resources

ZCG Scalar™ is a world class radio frequency antenna designer, manufacturer and consulting organisation that offer an integrated approach to identifying RF solutions in partnership with client needs.

ZCG Scalar™ is an Australian owned business operating since 1970. We manufacture hundreds of antenna models to suit your RF communication and broadcasting requirements. The design and development of ...