Sennheiser ASA 3000 Instruction Manual

Sennheiser ASA 3000 manual cover
Pages 12
Year 2007
Language(s)
English en

Sennheiser ASA 3000 Specification

The Sennheiser ASA 3000 is an advanced antenna splitter designed to optimize wireless microphone systems by efficiently distributing RF signals to multiple receivers. It operates within the UHF frequency range of 470 to 870 MHz, ensuring compatibility with a wide array of wireless equipment. The device is capable of handling up to four diversity receivers, effectively minimizing the need for multiple antenna pairs and thus reducing clutter and potential interference in professional audio environments. It features a robust RF amplification system that compensates for typical cable losses, ensuring a consistent and strong signal is maintained throughout the setup. The ASA 3000 also includes a built-in DC power distribution system, which can supply power to connected receivers, streamlining the installation and reducing the need for multiple power sources. This is particularly beneficial in complex audio setups where space and power outlet availability might be limited. The unit's design emphasizes reliability and ease of integration, with a rugged metal housing that ensures durability in demanding live performance or broadcast environments. Its connectivity options include BNC connectors for input and output, facilitating seamless integration into existing systems. The ASA 3000 is engineered to deliver superior performance by maintaining signal integrity and enhancing overall system reliability, making it an indispensable tool for audio professionals who demand high-quality, dependable wireless microphone operation.

Sennheiser ASA 3000 F.A.Q.

How do I connect the Sennheiser ASA 3000 to my wireless microphones?

To connect the Sennheiser ASA 3000 with your wireless microphones, ensure that the antennas are securely attached. Connect the ASA 3000 to your receivers using standard BNC cables. Make sure the power supply is connected, and turn on the device.

What is the recommended maintenance routine for the ASA 3000?

Regular maintenance for the ASA 3000 includes checking all cable connections, ensuring antennas are securely attached, cleaning the unit with a soft, dry cloth, and verifying firmware updates every six months.

How can I troubleshoot signal dropouts with the ASA 3000?

Ensure that the antennas are properly connected and positioned. Check for any sources of interference nearby. Verify that all cables are intact and that the receivers are set to the correct frequency bands.

Can the ASA 3000 be rack-mounted?

Yes, the ASA 3000 can be rack-mounted. It comes with rack-mount brackets that can be used to secure the unit in a standard 19-inch rack.

What types of antennas are compatible with the ASA 3000?

The ASA 3000 is compatible with Sennheiser A 2003-UHF and A 1031-U antennas. Ensure that the frequency range of the antennas matches that of your system.

How can I update the firmware on the ASA 3000?

To update the firmware, download the latest version from the Sennheiser website. Connect the ASA 3000 to your computer via USB and use the Sennheiser firmware update tool to install the update.

What should I do if the ASA 3000 is not powering on?

Check that the power supply is properly connected and the power cable is not damaged. Verify that the outlet is functioning by testing it with another device. If the problem persists, contact Sennheiser support.

How many receivers can the ASA 3000 support?

The ASA 3000 is designed to support up to four receivers per antenna output, allowing for a total of up to 16 channels when used with a splitter.

What is the frequency range of the Sennheiser ASA 3000?

The ASA 3000 operates within the UHF range of 470 to 870 MHz, depending on the specific model and regional frequency allocations.

How can I improve the reception quality with the ASA 3000?

To improve reception quality, position the antennas high and clear of obstructions, use quality BNC cables, and ensure the system is away from sources of interference like Wi-Fi routers and other electronic devices.