AUDAC CHA530 30W 2-Way Wall-Mount Computer Speakers (White)

The AUDAC CHA530 is a high-performance 2-way computer speaker system designed for professional audio applications. With a robust 30W RMS power output and a built-in 100V line transformer, it delivers clear, powerful sound for offices, conference rooms, retail spaces, and educational environments. The wall-mountable design includes a bracket for easy installation, and the white ABS enclosure blends seamlessly into any interior.

Advantages

Featuring a 5.25" woofer and 1" dome tweeter, the CHA530 provides a wide frequency response from 70 Hz to 20 kHz, ensuring rich bass and crisp highs. The 100° x 100° dispersion angle covers a large listening area, while the 88 dB sensitivity and 103 dB max SPL guarantee ample volume. The integrated 100V line transformer offers multiple power taps (30W, 15W, 7.5W, 3.75W) for flexible system design. The IP40 rating protects against dust and splashes, making it suitable for indoor use.

Suitable for

• Computer audio systems in offices and workstations
• Background music in retail stores, cafes, and restaurants
• Public address in conference rooms and classrooms
• Commercial audio installations requiring 100V line systems

Key specifications

• Speaker Type: 2-way Design Speaker
• RMS Power (8 Ohm): 30 W
• Peak Power (8 Ohm): 60 W
• Transformer Taps (100V): 30 W, 15 W, 7.5 W, 3.75 W
• Nominal Impedance: 8 Ohm
• Line Voltage: 100V
• Frequency Response (-10dB): 70 Hz - 20 kHz
• Sensitivity (1W/1m): 88 dB
• Max SPL (1m): 103 dB
• Dispersion Angle (H x V): 100° x 100°
• Woofer Diameter: 5.25"
• Tweeter Diameter: 1" Dome
• Input Connection: Screw Terminal
• Mounting Type: Wall-mount (bracket included)
• Enclosure Material: ABS
• Grille Material: Steel
• IP Rating: IP40
• Color: White
• Integrated Transformer: Yes

Recommendations

For optimal performance, pair the CHA530 with a compatible 100V line amplifier. Ensure proper wall mounting using the included bracket for secure installation. Ideal for multi-speaker setups in commercial environments.