Complete Qsc E112 12" 2-way Passive Loudspeaker Special: 45% Discount [at8HXl20]

Complete Qsc E112 12" 2-way Passive Loudspeaker Special: 45% Discount [at8HXl20] is a premium choice for sound reinforcement in entertainment applications. Designed with high power capacity and advanced digital signal processing, this loudspeaker delivers exceptional performance. The E112 boasts a robust 12" die cast aluminum woofer and a 3" voice-coil, ensuring a deep and rich sound experience. Its 15 mm, 11-ply enclosure provides solid low-frequency extension down to 65 Hz, making it an ideal solution for spaces where a subwoofer is not feasible.

• High power capacity, 400W (continuous), 1600W (peak)
• E Series Entertainment System – Advanced digital signal processing tunings and options using QSC GXD and PLD amplifiers or TouchMix digital mixers

Technical Specifications

The QSC E112 offers a frequency response of 64 Hz - 20 kHz (-6 dB) and a frequency range of 46 Hz - 20 kHz (-10 dB), ensuring clarity and depth in sound reproduction. With a power capacity of 400W continuous and 1600W peak, it can handle a variety of live performance scenarios. The sensitivity is 96 dB, 1W @ 1 m, and the coverage angle is 85° conical DMT, making it suitable for medium and medium-long throw applications.

• Configuration: 12" 2-way non-powered loudspeaker
• Frequency Response (-6 dB): 64 Hz - 20 kHz

Applications and Benefits

The QSC E112 is versatile and ideal for a wide range of applications, including live performances, DJ sets, dance music venues, karaoke, and production environments. Its rugged construction and professional-grade features make it a reliable choice for both permanent installations and portable setups. The speaker's dual angle pole socket, improved metal handles for transport, and foam-lined perforated steel grill add to its user-friendly design.

• Live performance
• DJ
• Dance music

Whether you're a musician, a DJ, or an event organizer, the QSC E112 delivers the sound quality and reliability you need to make a lasting impression.