Problem Solver Triax 60cm Dap Glass Fibre Dish At A Low Price [Xo2d1Mrw]

Problem Solver Triax 60cm Dap Glass Fibre Dish At A Low Price [Xo2d1Mrw]

The Problem Solver Triax 60cm Dap Glass Fibre Dish At A Low Price [Xo2d1Mrw] is a premium choice for those seeking a durable and reliable satellite dish solution. Designed for challenging environments such as coastal areas and mountain regions, this dish offers exceptional long-term performance. With its robust construction and optimal geometry, the Triax DAP series ensures superior reception quality, making it the ideal choice for demanding applications.

Key Features and Specifications

The Problem Solver Triax 60cm Dap Glass Fibre Dish At A Low Price [Xo2d1Mrw] is equipped with a frequency range of 10.7 - 12.75GHz, providing wide coverage for various satellite signals. It boasts a gain of 35.5 dBi at 11.7GHz, ensuring strong signal reception. The dish features an offset angle of 26 degrees and an elevation range of 10 - 50 degrees, allowing for precise alignment and adjustment. Additionally, the beam width and windload specifications ensure stable performance even in harsh weather conditions. The dish is made of high-quality fibre glass, offering excellent durability and resistance to environmental factors. It comes with a 40mm LNB holder and is compatible with masts ranging from 32 - 60mm in diameter.

Practical Applications and Benefits

The Problem Solver Triax 60cm Dap Glass Fibre Dish At A Low Price [Xo2d1Mrw] is an excellent choice for a variety of applications, including residential, commercial, and industrial setups. Its durability and resistance to difficult environments make it ideal for coastal and mountainous areas where traditional satellite dishes may fail. The dish's optimal geometry and high gain ensure superior reception quality, providing clear and stable signal reception. With its versatile mast compatibility and easy installation, the Problem Solver Triax 60cm Dap Glass Fibre Dish At A Low Price [Xo2d1Mrw] is a practical and cost-effective solution for reliable satellite communication.