The TOA A-230 Power Mixer Amplifier is a compact and high-performance amplifier designed for paging and background music distribution in small to medium-sized venues. Offering 30W rated output, this amplifier is ideal for use in environments like offices, shops, restaurants, and schools. It features 3 MIC inputs, 1 AUX input, and both high impedance (100V) and low impedance (4Ω) speaker outputs, making it versatile for various speaker configurations.

Key features of the A-230 include:

• 30W Rated Output: Provides reliable power for small to medium-sized spaces, ensuring clear audio for both announcements and background music.

• Multiple Input Options: Includes 3 MIC inputs (-60 dB) for microphones and an AUX input (-20 dB) for connecting external audio devices like tuner or CD players.

• Tone Control: Bass and Treble controls with ±10 dB adjustment, allowing users to tailor sound to the specific acoustics of the space.

• Low Distortion: 1% or less distortion at 1 kHz with rated power, ensuring crisp, high-quality audio.

• Wide Frequency Response: 50 Hz – 20 kHz ensures full-range sound reproduction suitable for both speech and music.

• Attenuation Control: MIC 1 input can override other inputs, providing 0 to -30 dB attenuation to ensure priority audio control.

• Dual Power Options: Operates on 220 – 230 V AC or 12 V DC, providing flexibility in power sources for different installation environments.

• Speaker Output Options: Supports 100V/4Ω speaker connections, offering compatibility with both high and low impedance speaker systems.

• Compact & Lightweight Design: The amplifier features a steel plate case with a black ABS resin front panel, measuring 350 x 105 x 240 mm and weighing only 3.5 kg for easy installation.

The TOA A-230 Power Mixer Amplifier is a reliable, cost-effective solution for paging and background music in small venues or commercial spaces. Its user-friendly design, high-quality sound performance, and versatile input/output options make it an excellent choice for environments that require efficient audio distribution.