Mackie SRM215 V-Class Ηχείο

The Mackie SRM215 V-Class is a professional 2-way full-range powered loudspeaker designed for live sound reinforcement, DJ performances, and portable PA applications. Featuring a 15-inch woofer and a 1.4-inch polymer compression driver, this speaker delivers 2300 watts of peak power and a maximum SPL of 136 dB, ensuring clear, powerful audio even in large venues. With built-in Bluetooth streaming and control, Advanced Impulse DSP, and a 4-channel digital mixer, the SRM215 V-Class offers versatile connectivity and advanced sound shaping capabilities.

Advantages

High power output and wide frequency response provide exceptional sound quality for any event. The lightweight polypropylene cabinet and dual-angle pole mount make setup quick and easy, while the integrated DSP ensures optimal performance and protection. Bluetooth connectivity allows wireless control and streaming, adding convenience for modern users.

Suitable for

• Live music performances and concerts
• DJ setups and mobile DJs
• Public address and speech reinforcement
• House of worship and corporate events
• Portable PA systems for bands and performers

Key specifications

• Speaker Type: 2-Way Full-Range Powered Loudspeaker
• LF Driver: 15" (381 mm) Woofer
• HF Driver: 1.4" (36 mm) Polymer Compression Driver
• Amplifier: Class D, 2300 W Peak
• Frequency Response (-10 dB): 40 Hz – 20 kHz
• Max SPL: 136 dB
• Coverage Angle: 90° x 60°
• Inputs: 2x XLR-1/4" Combo, 1x 1/8" TRS Aux
• Outputs: 1x XLR Mix Out
• Bluetooth: Yes (Streaming & Control)
• DSP: Advanced Impulse DSP, SRM Mix Control (4-Channel Digital Mixer)
• Cabinet Material: Polypropylene
• Mounting: Dual-Angle Pole Mount, Fly Points (M10)
• Grille: Powder-Coated 16 Gauge Steel
• Power Supply: Universal (100-240 VAC)

Recommendations

The Mackie SRM215 V-Class is an excellent choice for professionals seeking a reliable, high-performance powered speaker. Its combination of power, portability, and advanced features makes it a versatile tool for any sound reinforcement application.