Equipped with Powersoft' PFC power supply, capable of driving up to three 2-channel output stages and delivering up to 4000W, the DigiMod 3000PFC represents the ultimate solution for top level line arrays, high power subwoofer, and high-performance multi-channel applications.
Adopted by major loudspeaker brands to develop some of their flagship systems, the DigiMod 3000PFC is not only the perfect amp to power big active subwoofers, but also reveals great sound clarity when used for mid and high frequencies.
Sound processing is not a concern when working with the DigiMod 3000PFC. This high performance amplifier modules turns out to be the perfect companion for, DSP-4, a 1in/4out DSP which brings on powered platforms the state-of-the-art capabilities of top-level rack amplifiers, including digital audio signal and networking
The DigiMod 3000PFC is available in two versions, different in terms of mechanical layout:
This mechanical flexibility perfectly combines with the ability of the DigiMod 3000PFC's power supply to drive up to three 2-channel bridgeable output stages, and makes possible to fit a number of different configurations by mixing different units.
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| General | |||
| Output power | |||
| Single ended mode (SE) | 1700 W @ 4 Ω | 1100 W @ 8 Ω | 600 W @ 16 Ω |
| Bridge mode (BTL) | 3400 W @ 8 Ω | 2200 W @ 16 Ω | |
| Max output voltage / current | |||
| Single ended mode (SE) | 135 Vpeak / 52 Apeak | ||
| Bridge mode (BTL) | 270 Vpeak / 52 Apeak | ||
| AC main power | |||
| Power supply | Universal, regulated switch mode with PFC (Power Factor Correction) | ||
| Nominal power requirement | 100-240 V ±10%, 50-60 Hz | ||
| Operating voltage | 90 V – 264 V | ||
| Power consumption | |||
| 1/8 of max output power @ 4 Ω | 600 VA | ||
| THERMAL | |||
| Operating temperature range | 0° – 45° C – 32° – 113° F | ||
| Thermal dissipation | |||
| 1/8 of max output power @ 4 Ω | 115 V: 464 BTU/h – 116.9 kcal/h | 230 V: 464 BTU/h – 116.9 kcal/h | |
| 1/4 of max output power @ 4 Ω | 115 V: 850 BTU/h – 214.2 kcal/h | 230 V: 850 BTU/h – 214.2 kcal/h | |
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