EAW 425017 owner manual

Page 7

6 . 3 P a r t i a l S o u n d ( S o m e F r e q u e n c y B a n d s M i s s i n g )

1.Incorrect EQ settings in the electronic equipment. Ensure all EQ settings and filters on the mixing console or preamplifier and on other equipment are set for normal operation. Ensure level controls on electronic crossovers and associated amplifiers are correctly set and that all cables and connections for such equipment are working properly.

2.Incorrect processor configuration. Make sure the processor configuration is correct for the loudspeaker and its intended mode of operation.

3.Incorrect mode switch setting on the loudspeaker input panel. Ensure this switch is set for the operating mode you are using: single, bi-amplified or tri-amplified.

4.Driver(s) not working properly. Contact EAW Service for appropriate troubleshooting.

5.The crossover network inside the loudspeaker is not working properly. Contact EAW Service for appropriate troubleshooting.

Page 7

Image 7
Contents W L O U D S P E a K E R O W N E R ’ S M a N U a L Unpacking Read This FirstSection H i p p i n g D a m a g eY s t e m O v e r v i e w Cable Connector Views From Wiring SideSection Operation E t u r n i n g P r o d u c t s t o E AWO u d s p e a k e r C a b l e Tw o C o n n e c t o r sMinimum Loudspeaker Cable Conductor Sizes P e r a t i n g T i p s Service and MaintenanceWa r r a n t y O S o u n d o r L o w O u t p u t TroubleshootingI s t o r t e d S o u n d Page PN 425017

425017 specifications

EAW 425017 is an advanced audio equipment model that exemplifies excellence in sound engineering and innovative technology. Designed to meet the demanding needs of professional audio environments, this system stands out due to its outstanding features and characteristics that can enhance live performances and installations.

One of the key main features of the EAW 425017 is its high-performance audio output. It boasts a robust power handling capability, allowing it to deliver a rich and immersive sound experience at high volumes without distortion. This model is equipped with high-efficiency drivers that optimize sound reproduction, ensuring clarity across a wide frequency range. This is particularly beneficial in venues with varying acoustics, as it provides a consistent audio experience regardless of the environment.

The EAW 425017 utilizes advanced DSP (Digital Signal Processing) technology, enabling real-time adjustments to audio signals. This ensures optimal sound quality by allowing for precise tuning and equalization. Users can tailor the audio output to suit specific requirements or preferences, making it a versatile choice for various applications, from concerts and festivals to corporate events and small gatherings.

Another notable characteristic of the EAW 425017 is its rugged design, built to withstand the rigors of touring and heavy-use scenarios. The enclosure is constructed from durable materials that not only protect the internal components but also help minimize unwanted resonance and vibrations. This ensures that the sound remains true to the source, delivering a professional-grade audio experience.

The system is also designed with user convenience in mind. It features integrated rigging points, making it easy to deploy and set up in different venues. The lightweight design allows for easier transport and installation, a vital consideration for event producers and sound engineers.

Furthermore, the EAW 425017 is compatible with a range of mixing and control systems, allowing for seamless integration into existing setups. With its combination of high fidelity, user-friendly features, and rugged build, the EAW 425017 is ideally suited for professionals seeking reliable and superior sound reinforcement in any large or small-scale audio production.

Overall, the EAW 425017 embodies innovation and quality, making it a preferred choice for audio professionals looking to enhance the auditory experience in various settings. Its state-of-the-art technologies and user-oriented attributes ensure that it can meet the demanding expectations of today's audio landscape.