| • QSC PowerLight Series |
| > Power Light 1.0 |
| | - | The amplifier shall contain all solid-state circuitry, using complementary silicon output devices in a class AB configuration. The amplifier shall operate from 50-60 Hz AC power. The amplifier shall operate from a normal household AC outlet, drawing less than 720 VA when driven with random program material at 1/8 rated power into four ohm loads. The amplifier shall be supplied with a single molded AC cord having a standard NEMA 15 AC plug for the intended operating voltage for 120 V units, 220-240 V units shall be equipped with a standard IEC mains connector and a removable power cord. The amplifier shall comply with FCC part 15 class B requirements.
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| > Power Light 1.4 |
| | - | The amplifier shall contain all solid-state circuitry, using complementary silicon output devices. The amplifier shall exceed the efficiency of an ordinary class-B linear output circuit. The amplifier shall operate from 50-60 Hz AC power. The amplifier shall operate from a normal household AC outlet, drawing less than 660 VA when driven with random program material at 1/8 rated power into four ohm loads. The amplifier shall be supplied with a single molded AC cord having a standard NEMA 15 AC plug for the intended operating voltage for 120 V units, 220-240 V units shall be equipped with a standard IEC mains connector and a removable power cord. The amplifier shall comply with FCC part 15 class B requirements.
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| > Power Light 1.5 |
| | - | The amplifier shall contain all solid-state circuitry, using complementary silicon output devices. The higher-powered of the two channels shall use a two-step Class H configuration and shall exceed the efficiency of an ordinary class-B linear output circuit. The lower-powered channel shall use a Class AB configuration. The amplifier shall operate from 50-60 Hz AC power. The amplifier shall operate from a 15A 120 V AC outlet, drawing less than 775 VA when driven with random program material at 1/8 rated power into four ohm loads. The amplifier shall be supplied with a single molded AC cord having a standard NEMA 15 AC plug for 120 V units; 220-240 V units shall be equipped with a 320-C19 16A IEC mains connector and a removable power cord. The amplifier shall comply with FCC part 15 Class B requirements. |
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| > Power Light 1.8 |
| | - | The amplifier shall contain all solid-state circuitry, using complementary silicon output devices. The amplifier shall exceed the efficiency of an ordinary class-B linear output circuit. The amplifier shall operate from 50-60 Hz AC power. The amplifier shall operate from a normal household AC outlet, drawing less than 750 VA when driven with random program material at 1/8 rated power into four ohm loads. The amplifier shall be supplied with a single molded AC cord having a standard NEMA 15 AC plug for the intended operating voltage for 120 V units, 220-240 V units shall be equipped with a standard IEC mains connector and a removable power cord. The amplifier shall comply with FCC part 15 class B requirements. |
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| > Power Light 2.0 |
| | - | The amplifier shall contain all solid-state circuitry, using complementary silicon output devices. The amplifier shall exceed the efficiency of an ordinary class-B linear output circuit. The amplifier shall operate from 50-60 Hz AC power. The amplifier shall operate from a 15A 120 V AC outlet, drawing less than 1150 VA when driven with random program material at 1/8 rated power into four ohm loads. The amplifier shall be supplied with a single molded AC cord having a standard NEMA 15 AC plug for 120 V units; 220-240 V units shall be equipped 320-C19 16A IEC mains connector and a removable power cord. The amplifier shall comply with FCC part 15 class B requirements.
The amplifier shall employ forced-air cooling with two variable speed fans for minimum acoustic noise. Air flow shall be from rear to front to avoid temperature rise inside the rack. Rack mounting shall be possible without clearance between amplifiers for ventilation. The amplifier shall be capable of continuous operation at 1/3 power, into eight ohm loads, in ambient temperatures up to 104°F (40°C). |
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| > Power Light 3.4 |
| | - | The amplifier shall contain all solid-state circuitry, using complementary silicon output devices. The amplifier shall exceed the efficiency of an ordinary class-B linear output circuit. The amplifier shall operate from 50-60 Hz AC power. The amplifier shall operate from a 15A 120 V AC outlet, drawing less than 1380 VA when driven with random program material at 1/8 rated power into four ohm loads. The amplifier shall be supplied with a single molded AC cord having a standard NEMA 15 AC plug for 120 V units; 220-240 V units shall be equipped with a 320-C19 16A IEC mains connector and a removable power cord. The amplifier shall comply with FCC part 15 class B requirements.
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| > Power Light 3.8 |
| | - | The amplifier shall contain all solid-state circuitry, using complementary silicon output devices. The higher-powered of the two channels shall use a three-step Class H configuration and shall exceed the efficiency of an ordinary class-B linear output circuit. The lower-powered channel shall use a two-step Class H configuration. The amplifier shall operate from 50-60 Hz AC power. The amplifier shall operate from a 30A 120 V AC outlet, drawing less than 2550 VA when driven with random program material at 1/8 rated power into two ohm loads. The amplifier shall be supplied with a single molded AC cord having an appropriate AC plug for 120 V units; 220-240 V units shall be equipped with a 320-C19 16A IEC mains connector and a removable power cord. The amplifier shall comply with FCC part 15 Class B requirements.
The amplifier shall employ forced-air cooling with a variable speed fan for minimum acoustic noise. Air flow shall be from rear to front to avoid temperature rise inside the rack. Rack mounting shall be possible without clearance between amplifiers for ventilation. The amplifier shall be capable of continuous operation at 1/3 power into four ohm loads, in ambient temperatures up to 104°F (40°C).
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| > Power Light 4.0 |
| | - | The amplifier shall contain all solid-state circuitry, using complementary silicon output devices. The amplifier shall exceed the efficiency of an ordinary class-B linear output circuit. Overall electrical efficiency, with four or eight ohm loads, shall exceed 50% at 1/3 power and 35% at 1/8 power. The amplifier shall operate from 50-60 Hz AC power. The amplifier shall operate from a 30A 120 V AC outlet, drawing less than 2550 VA when driven with random program material at 1/8 rated power into two ohm loads. The amplifier shall be supplied with a single molded AC cord having an appropriate AC plug for 120 V units; 220-240 V units shall be equipped with a 320-C19 16A IEC mains connector and a removable power cord. The amplifier shall comply with FCC part 15 class B requirements.
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| > Power Light 9.0 |
| | - | The amplifier shall contain all solid-state circuitry, using N-channel MOSFET silicon output devices in a quasi-complementary full bridge configuration. The amplifier shall employ a four-level calss-H stepped rail structure and shall exceed the efficiency of an ordinary class-B linear output circuit. The amplifier shall operate from 50-60 Hz AC power. The amplifier shall draw less than 2280 VA when driven with random program material at 1/8 rated power into four ohm loads. The amplifier shall be supplied with an AC cord having a standard twist-lock 30 ampere AC plug, NEMA L5-30, for 120 V units and shall operate from a 30A outlet; 220-240 V units shall be equipped 320-C19 16A IEC mains connector. The amplifier shall comply with FCC part 15 class A requirements.
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| • QSC RMX Series |
| > RMX 1450 |
| | - | The QSC RMX series are some of the most economical amplifiers in QSC's product line. However, it still packs a powerful punch while keeping price low. Occupying only 2 rack spaces and less than 16" in depth, these amplifiers are compact in both size and price. |
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| > RMX 1850HD |
| | - | The QSC RMX series are some of the most economical amplifiers in QSC's product line. However, it still packs a powerful punch while keeping price low. Occupying only 2 rack spaces and less than 16" in depth, these amplifiers are compact in both size and price. |
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| > RMX 2450 |
| | - | 0: The QSC RMX series are some of the most economical amplifiers in QSC's product line. However, it still packs a powerful punch while keeping price low. Occupying only 2 rack spaces and less than 16" in depth, these amplifiers are compact in both size and price. |
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| > RMX 4050HD |
| | - | 2: This is a 3 space unit with remarkable clarity for even the most demanding applications. Comes with a three year warranty and options 3-year extended service contract. |
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| > RMX 850 |
| | - | The QSC RMX series are some of the most economical amplifiers in QSC's product line. However, it still packs a powerful punch while keeping price low. Occupying only 2 rack spaces and less than 16" in depth, these amplifiers are compact in both size and price. |
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| • American Audio |
| > GX-300 |
| > V1000plus |
| > V1500 |
| > V2000plus |
| > V3000plus |
| > V4000plus |
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| • QSC PLX Series |
| > PLX1202 |
| | - | 0: The PLX series is the newest generation of amplifiers that incorperates QSC's PowerWave technology. At only 13.25" deep and 21 lbs, the PLX series occupy two rack spaces. |
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| > PLX1602 |
| | - | 0: The PLX series is the newest generation of amplifiers that incorperates QSC's PowerWave technology. At only 13.25" deep and 21 lbs, the PLX series occupy two rack spaces. |
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| > PLX2402 |
| | - | 0: The PLX series is the newest generation of amplifiers that incorperates QSC's PowerWave technology. At only 13.25" deep and 21 lbs, the PLX series occupy two rack spaces. |
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| > PLX3002 |
| | - | 0: The PLX series is the newest generation of amplifiers that incorperates QSC's PowerWave technology. At only 13.25" deep and 21 lbs, the PLX series occupy two rack spaces. |
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| > PLX3402 |
| | - | 0: The PLX series is the newest generation of amplifiers that incorperates QSC's PowerWave technology. At only 13.25" deep and 21 lbs, the PLX series occupy two rack spaces. |
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| • QSC MX Series |
| > MX 1500a |
| | - | 0: QSC's MX Series combine clean audio performance and unsurpassed reliability while delivering maximum power under the most demanding conditions. The MX's occupy 2 to 3 rack spaces and are 17.9" deep. |
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| > MX 2000 |
| | - | 0: QSC's MX Series combine clean audio performance and unsurpassed reliability while delivering maximum power under the most demanding conditions. The MX's occupy 2 to 3 rack spaces and are 17.9" deep. |
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| > MX 3000a |
| | - | 0: QSC's MX Series combine clean audio performance and unsurpassed reliability while delivering maximum power under the most demanding conditions. The MX's occupy 2 to 3 rack spaces and are 17.9" deep. |
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| > MX 700 |
| | - | 0: QSC's MX Series combine clean audio performance and unsurpassed reliability while delivering maximum power under the most demanding conditions. The MX's occupy 2 to 3 rack spaces and are 17.9" deep. |
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| • QSC ISA Series |
| > ISA 280 / 280T |
| | - | 0: The QSC ISA series comes in two configurations: low-impedance or low-impedance with 25-, 70- and 100-volt outputs for distributed systems. The series also offers DataPort V2 technology for signal processing accessories. The ISA models occupy 3 rack spaces and are a cost-effective choice for any permanent sound system. |
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| > ISA 450 / 450T |
| | - | 0: The QSC ISA series comes in two configurations: low-impedance or low-impedance with 25-, 70- and 100-volt outputs for distributed systems. The series also offers DataPort V2 technology for signal processing accessories. The ISA models occupy 3 rack spaces and are a cost-effective choice for any permanent sound system. |
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| > ISA 750 / 750T |
| | - | 0: The QSC ISA series comes in two configurations: low-impedance or low-impedance with 25-, 70- and 100-volt outputs for distributed systems. The series also offers DataPort V2 technology for signal processing accessories. The ISA models occupy 3 rack spaces and are a cost-effective choice for any permanent sound system. |
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