SKU
ACC-ZC-00058
MPN
MD2400-SPB

Description

The ZCG WiFi 2.4 GHz Vehicle Spring Mount Antenna (SKU: ACC-ZC-00058) is designed for reliable wireless connectivity in vehicles. Operating within the 2400 to 2500 MHz frequency range, this collinear antenna provides a peak gain of 2.1 dBi and a VSWR of <1.5:1, ensuring efficient signal transmission. Its robust construction utilises fibreglass, aluminium, and stainless steel, making it durable for varying environmental conditions.

The antenna features a vertical polarisation and an omnidirectional azimuth beamwidth of 360°, ideal for consistent signal coverage. It connects via a 5m RG-58 cable, terminating in an RP-SMA Male connector, facilitating easy integration with existing systems. With a 50 Ω impedance and a power capacity of up to 10 W, it suits a wide range of applications including vehicular WiFi systems, fleet management, and mobile data networks.

Manufactured by ZCG Scalar in Australia, a leader in RF antenna solutions since 1970, this antenna reflects a commitment to quality and innovation. ZCG Scalar's expertise ensures that this product meets the demands of modern RF communication requirements, backed by decades of industry experience and a dedication to ongoing product development.

RF Specification

Start Frequency
2400 MHz
Stop Frequency
2500 MHz
Max. Input Power
10 W
Polarisation
Vertical (V)
Input Impedance
50 Ω
RF Connectors
Ports RF Interface Body Shape Cable Series Length
1
5000 mm
Frequency Test Data
Start Freq. Stop Freq. Peak Gain VSWR Azimuth
2400 MHz
2500 MHz
2.1 dBi
< 1.5:1
360°

Physical Specification

Subtype
Collinear
MIMO
1x1 SISO
Input Ports
1
Dimensions
73 x 16
Weight
0.25 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 ...