Description
- The BL TD20000 is a high-performance 2-channel Class TD amplifier, engineered for professional audio applications, delivering exceptional power and clarity.
- With 2x2000W at 8Ω, 2x3500W at 4Ω, and 2x4500W at 2Ω, this amplifier ensures robust and distortion-free sound across various speaker configurations.
- In bridged mode, it delivers 4000W at 8Ω and an impressive 7000W at 4Ω, making it ideal for large-scale sound reinforcement and live performances.
- Featuring an ultra-high damping factor of >7000 at 8Ω, the BL TD20000 provides tight speaker control, enhancing sound accuracy and deep bass response.
- A low total harmonic distortion (THD) of <0.5% at 8Ω (1kHz) ensures crystal-clear audio reproduction, even at high power levels.
- The frequency response of 20Hz – 20kHz guarantees full-range sound output, from deep lows to crisp highs.
- With an input impedance of 20KΩ, the amplifier is highly compatible with various professional audio setups.
- The dual-fan cooling system ensures efficient heat dissipation, preventing overheating and ensuring long-term reliability during extended usage.
- Equipped with balanced female XLR inputs, the BL TD20000 allows seamless integration into any professional sound system.
- User-friendly volume control for each channel, along with stereo, parallel, and bridge mode selection, provides flexibility in audio setups.
- Built-in crossover and low-cut filter controls enhance audio customization, optimizing the sound for different applications.
- Multiple indicator lights (ON, Active, Signal, Protect, Clip) provide real-time monitoring of amplifier status and performance.
- Advanced protection features, including short circuit, auto-limiting, overload and AC/DC protection, ensure safe and stable operation under demanding conditions.
- Operates on a default 220V power supply (customizable to 110V), making it suitable for various regions and electrical standards.
- The BL TD20000 is an ultimate powerhouse amplifier, ideal for concerts, DJs, large venues and professional sound systems requiring high power and efficiency.
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