915 MHz 7dBi Omni Directional Outdoor Antenna Spring Designed (AS915) N-Female

Model No: OA-915M07C-NF

Made in Taiwan
Freq. Range: 902 - 928 MHz
Antenna Type: Omni Fiberglass
Gain: 7 dBi
Connector: N-Type Female
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915MHz / AS915 LoRa Solutions

915 MHz 7dBi Omni Directional Outdoor Antenna (Spring Designed)

Professional high-performance copper spring array omni-directional antenna housed in a UV-protected white fiberglass radome, specifically engineered for LoRa, LPWA, RFID systems, mesh network applications, and industrial environmental monitoring.

Electrical Specifications
Frequency Range 902 MHz – 928 MHz (AS915 / Center Freq. 915 MHz)
Gain (MAX) 7 dBi
V.S.W.R (AVG) 2.0 : 1
Beam-width (-3dB) Horz. 360° / Vert. 21°
Polarization Vertical
Maximum Power 30 Watts
Impedance 50 Ohm
Antenna Design Spring Array (Copper Spring Internal)
Mechanical Specifications
Dimensions 1235 x 70 x 50 mm (1235 ± 5 mm L)
Weight 0.58 KG / 572 g (Antenna) / 70 g (Accessories)
Input Connector Integral N-Type Female
Radome & Parts Material White Fiberglass (UV Protection) / Aluminum / Stainless Steel
Mounting Style Pole Mount / Wall Mount (U-Bolt & Waterproof Tape Included)
Wind Survival > 150 MPH
Operating Temperature -20°C to +60°C
Compliance CE, FCC, RoHS Compliant
Tactical Engineering Features

Copper Spring Array

Utilizes a high-performance copper spring array design that delivers consistent 360° horizontal radiation with a focused 21° vertical beam for extended long-range coverage.

All-Weather UV Protection

Housed in an extremely robust, UV-protected white fiberglass radome designed to withstand harsh industrial environments, severe weather, and wind loads over 150MPH.

Mesh Node Optimization

High-gain omni-directional radiation pattern maximizes radio spectrum efficiency, significantly extending signal range and reducing the overall number of mesh nodes required.

Complete Installation Package

Supplied with stainless steel U-bolt mounting hardware and waterproof sealing tape for rapid, secure deployment on poles or wall surfaces.