AP-240034

The AP-240034 is a strategic-grade, high-gain terrestrial microwave antenna designed for the 2300–2600 MHz band. Featuring a massive 3.0-meter (10-foot) grid parabolic reflector, it delivers an impressive 34 dBi gain. This antenna is engineered for long-distance point-to-point links, high-capacity digital backhaul, and tactical terrestrial communication where superior signal focus and interference rejection are mission-critical.

High-Precision Long-Range Performance

The AP-240034 provides exceptional directional accuracy with a razor-sharp 3-degree beam-width. This highly focused aperture concentrates RF energy with clinical precision, maximizing link distance while effectively eliminating interference from adjacent signal sources. Performance is further stabilized by a 36 dB Front-to-Back ratio, ensuring the high signal-to-noise ratio (SNR) required for sophisticated high-speed data transmission across a 200 MHz bandwidth.

Elite Structural Hardening

Constructed from high-grade aluminum, the 3-meter reflector is designed to survive punishing environmental stresses. The grid architecture is a critical efficiency feature; the 16 mm (5/8 inch) grid members allow wind to pass through the reflector, significantly reducing the "sail effect" and torque on the tower compared to solid dishes. This enables a robust wind rating of 195 Km/Hr. To maintain structural integrity and parabolic precision, the antenna is supplied with two side struts to provide extra support to the 115 Kg assembly.

Operational and Tactical Efficiency

Despite its strategic scale, the AP-240034 is built for professional field optimization. It includes an elevation tracking mechanism allowing for fine +/- 5 degree adjustments, essential for "dialing in" peak signal strength on long-distance hops. The radiating elements and dipole feed are manufactured from high-quality brass for maximum electrical conductivity. For electrical safety, the antenna operates at direct D.C. ground, providing an immutable discharge path for lightning and atmospheric static to protect sensitive ground-station equipment.

Detailed Technical Features

• Strategic High Gain: Delivers 34 dBi at mid-band for extended-reach terrestrial links.
• Sharp Directional Focus: 3-degree half-power beam-width provides high security and low spectral noise.
• Stable Impedance: Maintains a VSWR of better than 1.5:1, ensuring optimal power transfer.
• High Power Handling: Rated for continuous operation at 250 Watts.
• Direct Grounding: Integrated lightning protection path for maximum equipment safety.

Detailed Mechanical Features

• Reflector Architecture: 3.0-meter diameter grid using 16 mm (5/8 inch) aluminum pipe members.
• Elite Fasteners: All screws, nuts, and bolts are manufactured from Stainless Steel.
• Fine Alignment Tracking: Integrated elevation mechanism with +/- 5 degrees of travel.
• Heavy-Duty Mounting: Designed for large-diameter vertical masts up to 115 mm (4.5 inches).
• Support Framework: 76 mm (3-inch) aluminum support pipe for a robust internal structure.

Detailed Environmental Features

• Hurricane Resilience: Wind rating of 195 Km/Hr (121 MPH).
• Thermal Hardening: Operational in extreme temperature windows from -30°C to +70°C.
• High Humidity Tolerance: Certified for 0 to 95% RH, preventing performance drift.
• Corrosive Theater Ready: Anodized aluminum and stainless steel hardware optimized for coastal and industrial environments.

Key Advantages

• Extended Link Margin: The 34 dBi gain provides the power required for high-capacity, long-distance point-to-point hops.
• Low Drag Grid Design: Minimizes the structural demand on heavy-duty towers compared to 3-meter solid dishes.
• Superior Beam Stability: Dual side struts ensure the antenna maintains its precise alignment during severe weather events.

Primary Applications

• Strategic Backbone Backhaul: High-capacity data links for telecommunications, utility, and government networks.
• Tactical Military Networks: Establishing secure, high-gain "backbone" communication between regional command centers.
• Microwave Relay Networks: Connecting remote geographical regions where standard relay points are unavailable.
• Remote Data Connectivity: Transmitting high-bandwidth data from remote monitoring sites, oil rigs, or mining operations.