5-Channel 740-Watt A/B-Class Zeus Amplifier
Need some advise. Im going to be installing 3 pairs of Pioneer TS-MR2040 , and 1 TSW254DVC in a prefab bandpass on a boat. I was wondering if the above mentioned amp would be able to power this setup properly, if not, how about 2 x Hifonics TX4405 ?
Hifonics TX4405
4 x 110-Watts Amplifier:
* RMS Power Range : 55-220 Watts
* RMS: Root Mean Square is a formula that provides a reasonably accurate means of measuring and comparing continuous AC power. The use of this measure is preferred when matching system components, like amplifiers and receivers.
* Number Of Channels: 4
* Number Of Channels: Common name for a complete amplifying stage in any audio amplifier. Most amplifiers are denominated as 1, 2, 4, 5, or 6 channel units. Each of these is a discrete audio amp on its own, capable of taking a small line signal input and amplifying it sufficiently to be heard on an appropriate speaker. Some amplifiers are capable of bridging two channels together, to form one channel of double the power of each separately. The manufacturer's instructions differ widely on how to accomplish this, and each must be followed exactly.
* Maximum Power: 440 Watts
* Maximum Power: The amount of power a speaker is estimated to handle during a brief high-intensity musical burst. Since this can vary with both frequency and amplitude, it is a much less accurate way to judge speaker durability and performance than RMS.
* Built In Crossovers: Yes
* Crossover: A device or passive circuit used in systems with separate tweeter and/or midrange Drivers. It Rolls Off frequencies above and below certain points in the range, to allow the sound to be tailored for the specific driver to which it is sent. Most speakers have crossovers that consist of passive elements such as capacitors, coils, and resistors to separate the various frequencies. In a bi-amped or multi-amped system, the crossover is an active device that feeds the various frequency bands to the inputs of the amplifiers that operate the individual drivers.
*
Channel Separation: Yes
Features
* RMS @ 4-Ohm: 4 x 55-Watts
* RMS @ 2-Ohm: 4 x 110-Watts
* Mono Bridged Power @ 4-Ohm: 2 x 220-Watts
* Class-A/B Amplifier Design
* High-Speed MOSFET Output Devices
* Accu-CrossTM Crossover Controls: Low-Pass, Band-Pass / Full / Hi-Pass Features
* AdjustableBass Equalization ( + 18dB @ 45Hz )
* - 24dB Subsonic Filter ( @ 20Hz )
* Soft Start Feature to Prevent Turn-on Thumps
* Optional Remote Bass Control
* Silver RCA Line-Outs for Multiple Amplifier Systems
* Silver 4-Gauge Power Connectors
Hifonics ZXi 8006
5-Channel 740-Watt A/B-Class Zeus Amplifier
* RMS Power Range : 55-740 Watts
* RMS: Root Mean Square is a formula that provides a reasonably accurate means of measuring and comparing continuous AC power. The use of this measure is preferred when matching system components, like amplifiers and receivers.
* Number Of Channels: 5
* Number Of Channels: Common name for a complete amplifying stage in any audio amplifier. Most amplifiers are denominated as 1, 2, 4, 5, or 6 channel units. Each of these is a discrete audio amp on its own, capable of taking a small line signal input and amplifying it sufficiently to be heard on an appropriate speaker. Some amplifiers are capable of bridging two channels together, to form one channel of double the power of each separately. The manufacturer's instructions differ widely on how to accomplish this, and each must be followed exactly.
* Built In Crossovers: Yes
* Crossover: A device or passive circuit used in systems with separate tweeter and/or midrange Drivers. It Rolls Off frequencies above and below certain points in the range, to allow the sound to be tailored for the specific driver to which it is sent. Most speakers have crossovers that consist of passive elements such as capacitors, coils, and resistors to separate the various frequencies. In a bi-amped or multi-amped system, the crossover is an active device that feeds the various frequency bands to the inputs of the amplifiers that operate the individual drivers.
*
Channel Separation: Yes
Features
* RMS @ 2-Ohms: 4 x 110-Watts + 300-Watts x 1-ch
* RMS @ 4-Ohms: 2 x 220-Watts + 200-Watts x 1-ch
* RMS @ 4-Ohms: 4 x 55-Watts + 200-Watts x 1-ch
* Inputs and Diagnostics:
o Variable Input Level Control
o Power and Diagnostics LEDs
o DC Short Circuit Protection
o Over-Load Protection
* Connector Types:
o Unbalanced Inputs (RCA’s)
o Full-Range Line Outputs (RCA’s)
o Molded 4-Gauge Power Inputs
o Molded 10-Gauge Speaker Outputs
Need some advise. Im going to be installing 3 pairs of Pioneer TS-MR2040 , and 1 TSW254DVC in a prefab bandpass on a boat. I was wondering if the above mentioned amp would be able to power this setup properly, if not, how about 2 x Hifonics TX4405 ?
Hifonics TX4405
4 x 110-Watts Amplifier:
* RMS Power Range : 55-220 Watts
* RMS: Root Mean Square is a formula that provides a reasonably accurate means of measuring and comparing continuous AC power. The use of this measure is preferred when matching system components, like amplifiers and receivers.
* Number Of Channels: 4
* Number Of Channels: Common name for a complete amplifying stage in any audio amplifier. Most amplifiers are denominated as 1, 2, 4, 5, or 6 channel units. Each of these is a discrete audio amp on its own, capable of taking a small line signal input and amplifying it sufficiently to be heard on an appropriate speaker. Some amplifiers are capable of bridging two channels together, to form one channel of double the power of each separately. The manufacturer's instructions differ widely on how to accomplish this, and each must be followed exactly.
* Maximum Power: 440 Watts
* Maximum Power: The amount of power a speaker is estimated to handle during a brief high-intensity musical burst. Since this can vary with both frequency and amplitude, it is a much less accurate way to judge speaker durability and performance than RMS.
* Built In Crossovers: Yes
* Crossover: A device or passive circuit used in systems with separate tweeter and/or midrange Drivers. It Rolls Off frequencies above and below certain points in the range, to allow the sound to be tailored for the specific driver to which it is sent. Most speakers have crossovers that consist of passive elements such as capacitors, coils, and resistors to separate the various frequencies. In a bi-amped or multi-amped system, the crossover is an active device that feeds the various frequency bands to the inputs of the amplifiers that operate the individual drivers.
*
Channel Separation: Yes
Features
* RMS @ 4-Ohm: 4 x 55-Watts
* RMS @ 2-Ohm: 4 x 110-Watts
* Mono Bridged Power @ 4-Ohm: 2 x 220-Watts
* Class-A/B Amplifier Design
* High-Speed MOSFET Output Devices
* Accu-CrossTM Crossover Controls: Low-Pass, Band-Pass / Full / Hi-Pass Features
* AdjustableBass Equalization ( + 18dB @ 45Hz )
* - 24dB Subsonic Filter ( @ 20Hz )
* Soft Start Feature to Prevent Turn-on Thumps
* Optional Remote Bass Control
* Silver RCA Line-Outs for Multiple Amplifier Systems
* Silver 4-Gauge Power Connectors
Hifonics ZXi 8006
5-Channel 740-Watt A/B-Class Zeus Amplifier
* RMS Power Range : 55-740 Watts
* RMS: Root Mean Square is a formula that provides a reasonably accurate means of measuring and comparing continuous AC power. The use of this measure is preferred when matching system components, like amplifiers and receivers.
* Number Of Channels: 5
* Number Of Channels: Common name for a complete amplifying stage in any audio amplifier. Most amplifiers are denominated as 1, 2, 4, 5, or 6 channel units. Each of these is a discrete audio amp on its own, capable of taking a small line signal input and amplifying it sufficiently to be heard on an appropriate speaker. Some amplifiers are capable of bridging two channels together, to form one channel of double the power of each separately. The manufacturer's instructions differ widely on how to accomplish this, and each must be followed exactly.
* Built In Crossovers: Yes
* Crossover: A device or passive circuit used in systems with separate tweeter and/or midrange Drivers. It Rolls Off frequencies above and below certain points in the range, to allow the sound to be tailored for the specific driver to which it is sent. Most speakers have crossovers that consist of passive elements such as capacitors, coils, and resistors to separate the various frequencies. In a bi-amped or multi-amped system, the crossover is an active device that feeds the various frequency bands to the inputs of the amplifiers that operate the individual drivers.
*
Channel Separation: Yes
Features
* RMS @ 2-Ohms: 4 x 110-Watts + 300-Watts x 1-ch
* RMS @ 4-Ohms: 2 x 220-Watts + 200-Watts x 1-ch
* RMS @ 4-Ohms: 4 x 55-Watts + 200-Watts x 1-ch
* Inputs and Diagnostics:
o Variable Input Level Control
o Power and Diagnostics LEDs
o DC Short Circuit Protection
o Over-Load Protection
* Connector Types:
o Unbalanced Inputs (RCA’s)
o Full-Range Line Outputs (RCA’s)
o Molded 4-Gauge Power Inputs
o Molded 10-Gauge Speaker Outputs
