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Mac Audio Edition S Four 4-channel headstage 1000 W
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Total (€ 147.06 / piece)
€ 147.06
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14-day return policy included
Highlights & Details
Mac Audio Edition S Four
- Category: 4-channel amplifier
- Impedance 4 Ω
- Stable up to impedance: 2 Ω
- Frequency range 5 Hz - 50 000 Hz
- Total audio power (music): 1000 W
Technical specifications
- Product type
4-channel headstage
- Impedance
4 Ω
- Impedance constant to
2 Ω
- Frequency range
5 Hz - 50 000 Hz
- Total audio power (music)
1000 W
- Power per channel (music)
250 W
- Power per channel (RMS)
75 W
- Width
338 mm
- Height
236 mm
- Weight
3.1 kg
- Dim
(W x H) 338 mm x 236 mm
Documents & Downloads
User & Safety Instructions
User & Safety Instructions 1588373 Mac Audio Edition S Four 4-channel headstage 1000 W
Description
The 4-channel amplifier in the Edition S series is equipped with powerful Mosfet power supply and provides for absolute stable operation at 2 ohms max. 250 Watt at 4 channels. The powerful amp is equipped with a Channel mode selector switch and offers bridges or tri-mode operation. The combination of high-quality potentiometers with metal axles, selected internal electronic components and the multi-part aluminum radiator with enlarged surface structure for optimal heat emission guarantee highest power performance. The hairline finish and the stylish Mac Audio badge on the upper side of the amplifier give the edition S four a smart appearance.
This text is machine translated.
This text is machine translated.
Features
- Power indicator (green LED) and overload display (red LED)
- Variable bass boost 0–12 dB at 45 Hz
- Protection against short circuit, DC voltage offset and excess temperature
- Mosfet power Supply
- Variable low-pass 40–300 Hz (12 dB/octave)
- Bridge /tri-mode operation
- Variable high-pass 40–300 Hz (12 dB/octave)
- Stable at 2 Ohm
- Channel mode selection switch 4/3/2
- High-quality potentiometer with metal axles
- SMD technology
- Aluminum heat sink/plate with hairline finish
- Multi-part aluminium heat sink (5.5 g/mm) with enlarged surface structure for optimal heat emission.