923MHz 3dBi Omnidirectional Outdoor Antenna (AS923 LoRa) N-Female

Model No: OA-923M03-NF

Datasheet:Download

  • Dimension : 318x70x50mm
  • Weight : 271g
  • Connector : N-Female
  • Beam-width : Horz.360 deg Vert.73 deg
INQUIRY

A Lora OA-923M03-NF antenna works at frequencies ranging from 917MHz to 928MHz and also has a 3dbi gain.
As among applications are ISM, WLAN, RFID, SigFox, Lora, and LPWA networks, as well as helium hotspot - one of the projects that have grown quickly in recent years. In Singapore, Malaysia, and Indonesia, the name AS923 is well-known. The antenna is lightweight and made in a straight line with a length of 318mm.

The antenna's UV resistance allows it to function in a hostile environment. Using the built-in metal bracket, the antenna can be fixed straight to a pole or wall. An N-Type Female connector is a standard of the industry.

Application:

  • 917MHz to 928MHz Band
  • Omni Directional Multipoint applications
  • Point to Point Bridge / MMDS / Hotspot
  • Public Wireless
  • Wireless Video Systems

Feature:

  • Superior Performance
  • Good appearance design
  • DC Short lightning protection
  • Behind and support is made of aluminum
  • Outdoor antenna for public
  • RoHS Compliant

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Frequency Range

917MHz-928MHz

V.S.W.R (MAX)

1.5 :1

Antenna Type

Collinear

Radiation

Omni Directional

Gain (Avg)

3 dBi

Polarization

Vertical

Maximum Power

120 Watts

Vertical Beamwidth (AVG)

73 deg

Horizontal Beamwidth (AVG)

360 deg

Impedance

50 Ohm

Antenna Design

Dipole array

Internal Material

Cooper

Connector

N-Female

Length

318.55±2mm

WxH

70x50mm

Antenna Weight (N.W)

271g

Application

Indoor / Outdoor

Radome Material

White ABS + Fiberglass + UV

Mount Style

Pole Mount/ Wall mount

Parts Material

Aluminum

Mounting

Stainless Steel and Aluminum

Wind Survival

Greater than 150MPH

Storage Temperature

-40 to +80

Operating Temperature

-40 to +60

Operating Humidity

10%~80% non-condensing

Storage Humidity

5%~80% non-condensing

Safety, Emission and other

CE, FCC, RoHS, WEEE