Genelec 1092A, 1094A manual Subwoofer Positioning, Subwoofer positioning

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Subwoofer Positioning

 

5

'Soffit' Mount

2

1

2

 

4

 

3

 

3

Figure 2. Subwoofer positioning

The figure to the left shows some example subwoofer positions within a room. Unless mentioned otherwise, the vents of the subwoofer should face towards the nearest wall.

1Recommended position.

2& 3 Recommended only when using two subwoofers.

4This arrangement may cause a loss in low frequencies if the distance from the listening position to the front wall is between 1 and 3m.

5The 'Soffit' or flush mount is also recommended. Here the vents must radiate into the room.

Positioning in the Room

 

Safety Considerations

 

Overload Indicators

The placement of the subwoofer in the room will affect the overall frequency response of the system as, with low frequencies, the effects of the room are more apparent.

The subwoofer radiation ports should be placed within 1m of a wall. The amplifier panel should not be positioned less than 10 cm from a surface, as this may cause heat dissipation problems from the amplifier back plate. The placement will affect the phase difference between the main monitors and the subwoofer, and also the bass roll-off rate. These effects can be compensated by the use of the controls in the amplifier unit; but consideration should be made when placing the subwoofer.

The 1094A/92A has been designed in accordance with international safety standards. However, to ensure safe operation and maintain the instrument under safe operating conditions the following warnings and cautions should be observed.

-Servicing and adjustment should only be performed by qualified service personnel.

-Opening the amplifier's rear panel is strictly prohibited except by such persons who are aware of the hazards involved.

-It is forbidden to use this product with an unearthed mains cable, which may lead to personal injury.

Warning!

The 1094A contains a red 'Clip' LED. This indicator is located on the rear panel of the subwoofer.

The clip LED will light if the amplifier is overloaded. If this occurs frequently, reduce the input level to the subwoofer until the clip LED stops blinking.

Choose a central and symmetrical position for the subwoofer as this will give an even phase match between all monitor channels. Positioning the subwoofer close to a corner should be avoided as it will boost the bass level at lower frequencies and may cause asymmetrical spatial imaging.

See the section titled 'Subwoofer Positioning' for examples of recommended positions within a room.

This equipment is capable of delivering sound pressure levels in excess of 85dB, which may cause permanent hearing damage.

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Contents Genelec 1094A and 1092A General Description InstallationSetting the Input Sensitivity Setting the Bass Roll-Off SwitchesSubwoofer positioning Subwoofer PositioningSubwoofer Bypass Control Setting the Phase ControlCoarse Phase Correction Method Phase Correction Method with Test EquipmentSubwoofer in two channel Stereo mode Two Subwoofers stereo in two channel Stereo modeTwo Subwoofers mono in two channel Stereo mode Subwoofer in Digital Discrete 5.1 Surround Sound systems Subwoofer in Analogue Matrix Surround Sound systemsTwo Subwoofers stereo in three channel LCR mode Two Subwoofers mono in three channel LCR modeMaintenance Guarantee Accessories Both Models 1094A 1092A

1092A, 1094A specifications

The Genelec 1092A and 1094A are prominent models in Genelec's line of high-performance studio monitors. Designed for professional audio applications, these monitors offer exceptional sound quality and a range of advanced features that make them ideal for studio environments.

The Genelec 1092A is a compact monitor, featuring a 4-inch woofer and a 0.75-inch tweeter, which together provide a frequency response of 67 Hz to 25 kHz. This model is particularly well-suited for small studio spaces where high-quality sound reproduction is critical, yet physical space is limited. The 1092A employs Genelec's directivity control waveguide technology, which helps achieve a smooth and consistent frequency response across various listening positions.

In comparison, the Genelec 1094A is a larger monitor with an 8-inch woofer and a 1-inch tweeter, resulting in a broader frequency response down to 45 Hz. This extended low-frequency capability allows the 1094A to deliver rich bass and provides a more impactful listening experience in larger rooms or for genres that demand a deep low end.

Both models feature Genelec's innovative Minimum Diffraction Enclosure (MDE), which minimizes diffraction effects and provides an accurate representation of the audio signal. This unique design is part of what sets Genelec monitors apart, enhancing their clarity and precision, even at high volumes.

The 1092A and 1094A also utilize a built-in amplification system that consists of high-performance class D amplifiers. These amplifiers are specifically designed to match the drivers’ characteristics, ensuring optimal performance while maintaining efficiency. Moreover, both models include advanced signal processing capabilities, including room response controls that allow users to tailor the monitors’ sound to suit their specific room acoustics.

Additionally, Genelec has integrated eco-friendly technologies in these monitors, featuring energy-saving power management systems that automatically switch to standby mode after a period of inactivity. This approach not only reduces energy consumption but also reflects the brand's commitment to sustainability.

In summary, the Genelec 1092A and 1094A studio monitors are engineered to deliver outstanding audio performance, showcasing a combination of innovative technologies, commitment to quality, and user-friendly features. Whether in a small home studio or a large professional environment, these monitors provide precise sound reproduction that meets the demanding standards of today's audio professionals.
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