H1024-W Helical Antenna

The H1024-W 2.4 GHz High-Gain Helical Antenna (13.8 dBic) delivers superior signal strength and interference-resistant connectivity, making it ideal for IIoT, automation, and industrial wireless communication in harsh environments.

GENERAL  
Antenna Pattern:
Antenna Type:
Radome Finish:
Radome Material:
ELECTRICAL
Frequency (MHz):  
Polarization:  
HPBW (°):  
Impedance (Ohm):  
VSWR (Max):  
Gain (dBi):  
Axial Ratio (dB):  
Front/Back Ratio:  
Isolation (dB):  
Max Input Power (W):  
Connector Type:  
Number of Connectors:  
MECHANICAL
Antenna Length (in):  
Top Section Length (in):
Bottom Section Length (in):
Antenna Weight (lbs):
Top Section Weight (lbs):
Bottom Section Weight (lbs):
Number of Elements:
Length of Longest Element (in):
Reflector Dimensions (in):
Radome Diameter (in):
Ground Plane Diameter (in):
Bulkhead Base Diameter (in):
Helical Diameter (in):
ENVIROMENTAL  
Operating Temperature (F):
Wind Area (ft²):
Wind Area With ½” Ice (ft²):
Wind Load ft-lbs:
Wind Load With ½” Ice ft-lbs:
Thrust No Ice (ice lbs):
Thrust With ½” Ice (ice lbs):
Rated Wind Velocity (mph):
Rated Wind Velocity With ½” Ice (mph):
Bend Moment (ft-lbs):
Survival Rating (mph):
Azimuth (°):
Elevation (°):
MOUNTING  
Mast OD (in):
Mounting OD (in):
Mount Type:
Mount Height (in):
Mount Weight (lbs):
All model variants feature identical electrical, mechanical, and environmental specifications. Selection depends on required polarization, color, and optional accessories.
MODEL VARIANTS      
Model# Polarization Color Accessories
BDH2024-W RHCP or LHCP Standard White
BDH2024-ASP RHCP Anti-Static Paint White
BDH2024-ASP-LH LHCP Anti-Static Paint White
 

Description

The H1024-W is a high-performance 2.4 GHz helical antenna, designed for mission-critical wireless communication in industrial and confined environments. With a 13.8 dBic gain, it delivers enhanced signal strength, extended coverage, and improved penetration, making it ideal for Industrial IoT (IIoT) applications, automation systems, and real-time data transmission in challenging RF environments.

Its circularly polarized helical design minimizes interference from metallic surfaces, tunnels, and underground structures, ensuring clear, stable connectivity in industrial automation, mining, elevator shafts, and large warehouses. Engineered for long-term reliability, the H1024-W provides superior RF performance in harsh conditions where standard antennas struggle.

Built for IIoT networks, machine-to-machine (M2M) communication, and industrial automation, the H1024-W enables seamless connectivity between sensors, PLCs, and remote monitoring systems, ensuring secure, high-efficiency wireless operations in complex environments.