User manual ACOUSTIC ENERGY LINEAR 1

[. . . ] Damage to a driver will at best degrade a Linear One's performance and at worst result in its complete failure. The enclosure surfaces should also be handled sympathetically. Any cleaning should only require a soft cloth, slightly dampened if necessary. Be wary of using any polishes or solvent based cleaning agents. [. . . ] However, whether used against the long or short wall, it is important Diagram One angle inward 3. 0 metres 0. 5 metres from back wall Reflection region. Keep similar each side. Listening position Page 2 Linear 1 Rev H 2 16/8/05, 11:19 am 5. Connecting Connecting your Linear Ones to an amplifier is fundamentally a simple process, however, there are some choices to be made and issues to consider concerning connection mode, connectors and cable type. Each Linear One is fitted with two pairs of binding-post terminals - one pair each for the low frequency and high frequency drivers. Two pairs of terminals enables Linear Ones to be connected conventionally (single wire), biwired or bi-amplified. As supplied, the high and low frequency terminals are connected together by metal shorting links ready for conventional connection. The terminals can accept either stripped wires, spade connectors, or 4mm plugs. Each of these termination methods is potentially equally effective and the choice is likely to be influenced by type of speaker cable used. Your dealer, distributor or cable manufacturer will be able to offer advice. Conventional [single wire] connection Conventional connection requires that the shorting links remain in place between the high and low frequency terminals. Simply connect the speaker cable to either pair of terminals ensuring correct connection polarity as described below. Bi-Wire Connection Bi-wiring separates the low and high frequency connections and can provide enhanced sound quality. A second set of cables (or alternatively, a multi-way bi-wire cable) is required. The shorting links should be removed and stored for any subsequent single wire use. The two cables for each speaker should be connected in parallel to the amplifier terminals. At the speaker, one cable should connect to the high frequency terminals and one to the low frequency terminals. Ensure correct connection polarity as described below. Bi-Amplifier Connection Bi-amplifier connection adds a second power amplifier to the system so that high and low frequency sections have dedicated amplifiers. Significantly enhanced sound quality is possible. One stereo amplifier should be connected to the high frequency terminals of each speaker and a second stereo amplifier connected to the low frequency terminals. The shorting links should be removed and stored for any subsequent single wire use. Ensure correct connection polarity as described below. Follow the amplifier manufacturer's guidence on connecting the amplifier input signals. The shorting links must be removed for bi-amplifier connection. Failure to do so will likely result in damage to the amplifiers. Connection Polarity It is important when connecting speakers to ensure that each terminal is connected with the correct polarity. [. . . ] Cabinet: 15mm MDF carcass with composite layer front panel and driver de-coupling. Frequency Response: 50Hz to 28kHz ±3dB Frequency Range: 30Hz to 28kHz @ -6dB Power Handling: 120W peak programme Amplifier Compatibility: 25 - 120 Watts into 8 Ohms Nominal Impedance: 8 Ohms Sensitivity: 89dB for 1 Watt at 1 metre Dimensions (H x W x D): 363 x 192 x 260mm Weight: 7 kg (single, unpacked) Acoustic Energy reserves the right to modify product specifications. Page 4 Linear 1 Rev H 4 16/8/05, 11:19 am 9. The Linear Range The Linear One is part of a range that includes the Linear Three floor-stand speaker, the Linear Centre centre channel speaker and the Linear Sub active sub-woofer. Linear One, Linear Three and Linear Centre incorporate time-aligned drivers to improve image quality, depth and focus. [. . . ]