Βοηθός δορυφόρου Schwaiger SF9003BTAKKU 950-2150 MHz Πλαστικό

The Schwaiger SF9003BTAKKU satellite finder operates across a 950–2150 MHz frequency range and is built in a compact plastic housing measuring approximately 90 mm × 25 mm × 160 mm. Designed to assist technicians and DIY users when installing and aligning satellite dishes, this handheld device helps detect and measure satellite signal presence and strength within the specified Ku-band range. Its portable form factor allows use in field conditions and tight installation spaces.

Advantages

The lightweight plastic construction reduces fatigue during prolonged use while offering sufficient durability for routine installation tasks. The 950–2150 MHz coverage enables compatibility with most LNB outputs and common satellite frequencies, making the device suitable for a wide range of satellite systems. Compact dimensions and straightforward controls support quick setup and on-site adjustments without requiring bulky equipment.

Suitable for

• Aligning and aiming satellite dishes in residential and commercial installations
• Checking LNB output signals and cable continuity within the 950–2150 MHz range
• Field troubleshooting of satellite reception issues
• Use by installers and hobbyists performing routine satellite maintenance

Key specifications

• Frequency range: 950–2150 MHz
• Housing material: plastic
• Dimensions (W × D × H): 90 mm × 25 mm × 160 mm
• Handheld form factor for field use

How to use

Connect the satellite finder between the dish LNB and the receiver or use it inline with the coaxial cable feed to the LNB. Power the unit according to the product instructions (battery or receiver-supplied power as applicable), then slowly move the dish while observing the signal indication on the device. Make fine azimuth and elevation adjustments until the strongest signal reading is reached, then secure the dish alignment and verify proper reception at the receiver.

Recommendations

Ensure good cable connections and, where applicable, enable power to the LNB from the receiver. Perform alignment on a clear line of sight to the satellite and avoid using the finder in wet or hazardous weather conditions. After alignment, confirm final settings using the receiver's signal meters for accurate tuning.