⚡ The 2 in 1 Satellite and TV Signal Finder is an innovative device designed to simplify the task of locating and measuring satellite and television signals. Featuring a microprocessor-controlled system, this portable signal finder ensures exceptional reliability and accuracy, making it an essential tool for both casual users and professional installers alike.
🕊️ Its compact and lightweight design allows for easy transport and convenient usage in various settings. The digital LCD screen presents signal strength in a user-friendly manner, displaying it both graphically and numerically (0-99%). The backlight feature significantly enhances visibility, allowing users to easily read the display in any lighting condition—be it bright daylight or dim evening hours.
🔍 This device is highly sensitive, capable of detecting even the faintest signals. It effectively manages strong incoming signals—such as those from powerful satellites, large dishes, and VHF-UHF antennas—by attenuating them to provide clearer readouts. Additionally, it incorporates an audible alarm feature: as the signal strength increases, the pitch of the buzzer rises, providing an intuitive way to gauge signal quality.
🧩 For added convenience, the signal finder includes a built-in compass function, aiding users in identifying the correct satellite direction. This thoughtful design element enhances usability, making it even easier to align antennas accurately.
🛡️ Constructed from durable ABS material, the device is built to withstand regular use while remaining lightweight. With dimensions of 127mm x 70mm x 28mm and weighing just 86 grams, it’s designed for portability, ensuring that you can have it on hand whenever you need it.
Please note that variations in size and color may occur due to manual measurement and different lighting conditions.
Specifications:
🟠 In the Package:
Se questo articolo arriva dopo la data di consegna indicata al momento del pagamento, ti verrà inviato via e-mail un buono di credito di 6,00 € da utilizzare per il tuo prossimo ordine