QSC Audio Cinema Low Frequency Loudspeaker user manual 第二个 LF-3115 并联连接

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连接

正常连接

LF-3115 具有用于连接的阻挡带螺 旋式终端。此终端接受高达

#10 AWG (5.3mm2) 的绞合式扬声器 电线。对于特定的安装,尽可能使 用最大电线尺寸和最短电线长度。 观察极性标志,确保整个系统极性 一致,以便获得最佳表现。

第二个 LF-3115 并联连接

标记 OUTPUT 的终端可用于并联另 一个 LF-3115。按照右图所示连接 线路。

正常连接样例:

并联样例:

放大器可以带动 8 欧姆负载

放大器可以带动 4 欧姆负载

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Contents LF-3115Low Frequency Loudspeaker Introduction Mounting points for High frequency systemParallel Connection of Second LF-3115 ConnectionsNormal Connection Normal Connection Example Parallel Connection ExampleImpedance Ohms nominal ConnectorsWhich can cause permanent hearing loss Upon requestQSC Audio Products 3 Year Limited Warranty Contacting QSC Audio ProductsDisclaimer Page Conexiones Conexión normalConexión en paralelo de un segundo LF Impedancia Frecuencia hertziosCómo comunicarse con QSC Audio Products Renuncia de responsabilidadGarantía limitada de 3 años de QSC Audio Products MacArthur Blvd., Costa Mesa, CA Branchements Branchement normalBranchement en parallèle dun second LF-3115 Plage de fréquence Traitement recommandéDimensions ImpédancePour contacter QSC Audio Products Avis de non-responsabilitéQSC Audio Products Garantie limitée de 3 ans Befestigungspunkte für Hochfrequenzanlagen Verbindungen Normaler AnschlussParalleler Anschluss des zweiten LF-3115 Empfohlene Verarbeitung ImpedanzEmpfindlichkeit AnschlüsseKontaktaufnahme mit QSC Audio Products HaftungsausschlussBeschränkte Dreijahresgarantie durch QSC Audio Products LF-3115 低频扬声器 第二个 LF-3115 并联连接 OUTPUT。 保修 (仅限美国;其它国家,请联系您的经销商或分销商)
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Cinema Low Frequency Loudspeaker, LF-3115 specifications

The QSC Audio HF-63X1 and LF-3115 are advanced loudspeakers that exemplify the cutting-edge technology and engineering prowess synonymous with QSC. Known for their exceptional performance and reliability, both models are designed to cater to professional audio applications, including live sound, installations, and events.

The HF-63X1, a high-frequency loudspeaker, features a revolutionary 1.4-inch titanium diaphragm compression driver that allows for exceptional clarity and detail in high-frequency reproduction. This model offers a frequency response ranging from 1 kHz to 20 kHz, ensuring that even the most intricate vocal nuances are delivered with precision. The innovative waveguide design aids in creating a smooth dispersion pattern, enhancing coverage across wide areas while minimizing feedback and distortion.

On the other hand, the LF-3115 is a powerful low-frequency transducer. It utilizes an impressive 15-inch driver to produce deep, impactful bass responses crucial for dynamic live sound reinforcement. With a frequency response extending from 35 Hz to 1 kHz, the LF-3115 is engineered to handle the most demanding bass-heavy applications. Its robust construction and high-power handling capacity lend durability, ensuring consistent performance in various environments.

Both models can be integrated seamlessly into QSC’s DXS and KW series, thanks to their compatibility with QSC’s proprietary DSP (Digital Signal Processing) technology. This allows users to fine-tune the sound to their specific environment and requirements. The built-in limiting features protect the loudspeakers from damage while ensuring optimal performance.

In addition to their impressive sound characteristics, the HF-63X1 and LF-3115 are designed with ease of use in mind. Their lightweight construction and ergonomic design make them easy to transport and install. The robust enclosures are crafted from high-quality materials that reduce resonance and vibration, enhancing sound clarity and reducing unwanted coloration.

In conclusion, the QSC Audio HF-63X1 and LF-3115 loudspeakers stand out as remarkable options for audio professionals seeking high-quality sound reinforcement. Their innovative technologies, robust construction, and exceptional performance make them ideal choices for any live sound environment or permanent installation scenario. Whether you are mixing at a concert or providing sound for a corporate event, these models deliver reliability and auditory excellence that professionals demand.