GL-DYJ230C 220-290 MHz 8.5 dBi Fiberglass Omni Antenna

SKU GL-DYJ230C

GL-DYJ230C vertical fiberglass omni antenna for 220-290 MHz, rated at 8.5 dBi and 150 W, with N female or customization. Built for fixed mast installations that require documented RF, mechanical and wind specifications.

SKU GL-DYJ230C

Frequency 220-290 MHz

Dimensions 3.9 m

Connector N Female or Customization

Mounting Mast mount

Application VHF fiberglass omni antenna

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SKU	GL-DYJ230C
Frequency	220-290 MHz
Dimensions	3.9 m
Connector	N Female or Customization
Mounting	Mast mount
Application	VHF fiberglass omni antenna
Bandwidth	9 MHz
Gain	8.5 dBi
Vertical Beamwidth	14.5°
VSWR	<=1.5
Nominal Impedance	50Ω
Polarization	Vertical
Maximum Input Power	150 W
Length	3.9 m
Weight	4.4 kg
Rated Wind Velocity	60 m/s
Remarks	Fiberglass Separated into two pars
Category	Fiberglass Omni Antenna

Overview

The GL-DYJ230C is a vertical fiberglass omnidirectional antenna specified for 220-290 MHz. It provides a fixed-site radiator for mast, rooftop and outdoor radio installations that need horizontal 360-degree coverage around the antenna. The source document lists 8.5 dBi gain, 150 W maximum input power and a N female or customization connection.

RF Performance

The documented electrical values are 220-290 MHz, 8.5 dBi gain, <=1.5 VSWR, 50 Ω nominal impedance and vertical polarization. The listed vertical beamwidth is 14.5°. These figures should be matched to the operating channels and coverage objective before procurement. The antenna should be installed vertically and positioned away from nearby metalwork that could distort the intended pattern.

Mechanical Design

The fiberglass construction is intended for fixed outdoor deployment. The source lists a length of 3.9 m, weight of 4.4 kg, and a rated wind velocity of 60 m/s. The connector is N female or customization. The source remarks state: Fiberglass Separated into two pars. Mounting hardware, support pole diameter, cable type, lightning protection and grounding should be confirmed for the final site.

Typical Applications

Fixed VHF or UHF base-station coverage within the stated frequency range
Utility, telemetry, industrial and campus radio networks
Rooftop, tower and field-site installations that need omnidirectional coverage
OEM and system-integrator projects requiring a documented fiberglass antenna platform

Selection Notes

Choose the GL-DYJ230C when the operating band, gain, power rating, connector and physical length all fit the system design. Verify the final mounting bracket, feed-line loss, tower loading, grounding, lightning protection and local wind conditions. For multi-segment frequency listings, state the exact required operating segment in the quotation request so the supplied configuration can be confirmed.

Related Resources

Technical Specifications

Frequency Range	220-290 MHz
Bandwidth	9 MHz
Gain	8.5 dBi
Vertical Beamwidth	14.5°
VSWR	<=1.5
Nominal Impedance	50Ω
Polarization	Vertical
Maximum Input Power	150 W
Length	3.9 m
Weight	4.4 kg
Rated Wind Velocity	60 m/s
Connector	N female or customization
Remarks	Fiberglass Separated into two pars

Selection and Project Support

GL-DYJ230C 220-290 MHz 8.5 dBi Fiberglass Omni Antenna is listed by Rftech for RF antenna and wireless connectivity projects in the Fiberglass Omni Antenna category. Use the specifications, images, and notes on this page as the starting point for model review before requesting drawings, samples, or customization support.

Integration Notes

Before production, confirm the operating band, connector, cable, mounting method, available installation space, and target application environment. Rftech can help review these details against the information already shown for this product (SKU GL-DYJ230C).

Customization and Documentation

For OEM or ODM projects, contact the team with your required frequency range, connector preference, cable length, mechanical limits, and expected use case. Product drawings, samples, and project-specific recommendations can be requested when the available page details are not enough for final selection.