If the meter display maxes out at "99" or the tone becomes a continuous high-pitched squeal, the signal is too strong to read accurately.
Interpreting readings
Controls the attenuation. Use this to lower the meter's sensitivity when entering a high-signal area to prevent the needle/meter from maxing out.
Lowering the baseline reading gives you more room to see the scale jump when you hit the actual satellite beam. Step 3: Sweeping the Horizon (Azimuth) deutsche technologies rv3 digital satellite finder manual
Use the built-in compass on the RV3 to point your dish roughly in the direction of the calculated azimuth. Step 3.4: Tuning and Attenuation
Run a short coaxial jumper cable from the on your satellite dish to the port marked TO LNB on the left side of the RV3 finder. Step 3: Connect the Receiver
Confirm the indoor receiver is plugged in and turned on. Verify that the cable from the house is screwed into the REC port, not the LNB port. Inspect the coaxial cable for breaks, bent center pins, or loose F-connectors. If the meter display maxes out at "99"
If you are struggling to find a signal or if the meter is behaving unexpectedly, consult these troubleshooting tips:
The RV3 is a portable, handheld aimed at installers and caravan users. It features an LCD screen for displaying signal quality and strength, allowing users to align dishes without needing a TV screen or receiver nearby. It supports DVB-S/DVB-S2 standards, making it compatible with most major satellite providers. 2. Package Contents & Components
Keep the battery charged periodically if storing for long periods to prevent premature battery failure. Lowering the baseline reading gives you more room
Built-in pad adjustment keys allow you to reduce input sensitivity when dealing with high-power satellite clusters, preventing meter overload.
Displays signal strength, signal quality, satellite names, and menu options.
Power on your indoor satellite receiver. The RV3 will automatically boot up and light its LCD screen as it siphons 13V or 18V DC power through the coaxial line.
