S-PRO2

S-PRO Series Amplifier Module

Pascal S-PRO Series - An ultra compact power platform featuring audiophile sonic performance and integrated power supply with PFC for 1 to 4-way applications.

Specifications
Features
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S-PRO2 Specifications
Power Ratings (RMS @ 1% THD @ 230Vac) 8 Ω 4 Ω 2.7 Ω 2 Ω
Output power per channel 2 x 250 W 2 x 500 W 2 x 725 W* Load stable
Output power bridge mode 1000 W 1000 W** Load stable Load stable
  • Output Circuitry
  • UMAC™ Class D - full bandwith PWM modulator with ultra low distortion
  • Output Voltage
  • 70 Vp / 140 Vpp (unloaded) / Bridged 140 Vp / 280 Vpp (unloaded)
  • Amplifier Gain
  • 26 dB
  • Signal To Noise-Ratio
  • > 120 dB (A-weighted, 20 Hz - 20 kHz, 8 Ω load)
  • THD+N (typical)
  • < 0.05 % (20 Hz - 20 kHz, 8 Ω load, 3 dB below rated power)
  • Frequency Response
  • 20 Hz - 20 kHz (+0/-0.25 dB (8 Ω load, 3 dB below rated power
  • Damping Factor
  • > 1000 (8 Ω load, 1 kHz and below)
  • Protection Circuits
  • Short circuit protection, DC protection, under voltage protection, temperature protection, overload protection
  • Readouts for DSP/Network
  • Protect/Disable (mute), Temperature, Clip (for each channel)
  • Power Supply
  • UREC™ universal mains switch mode power supply with Power Factor Correction (PFC) and integral standby converter
  • Operation Voltage
  • Universal Mains, 85-265V
  • Aux. Power for DSP
  • ±15 V (100 mA), +7.5 V (500 mA)
  • Standby Consumption
  • < 0.35 W (Green Energy Star & ErP 1275/2008/EC compliant)
  • Dimensions
  • 52 x 80 x 215 mm / 2.0 x 3.1 x 8.5 in
  • Weight
  • 750 g / 1.65 lbs
  • * Total power for all channels driven simultaneously is limited by power supply
    ** 4 Ohm Bridge Power Mode selected, output voltage 60 Vp / 120 Vpp (unloaded) / Bridged 120 Vp / 240 Vpp (unloaded)
    All specifications are typical values

    S-PRO2 Features
    Flexible Power Configuration

    Pascal S-PRO Series amplifier modules provide a flexible power platform for 1-4 channel configuration. The possibility to configure the power asymmetrical
    makes it especially ideal for selfpowered loudspeaker applications where you need the most power for the LF section.

    Unmatched Sonic Performance

    Thanks to Pascal’s proprietary UMAC™ Class-D technology, Pascal amplifier modules deliver unmatched audio specifications. The UMAC™ technology ensures Pascal amplifier modules offer the highest dynamic range and the lowest distortion in the pro audio industry.

    Universal Mains & PFC

    Pascal’s UREC™ PFC (Power Factor Correction) power supply technology provides universal mains operation, eliminating the need for market specific products and related reliability issues. The power supply is regulated delivering consistent power world-wide.

    Ultra Compact, Ultra Efficient

    The S-PRO Series is the most compact +1000 W amplifier modules in the world, making it possible to integrate in ultra compact chassis or trapezoidal loudspeaker cabinets. Furthermore, the S-PRO Series boast of the world’s best system efficiency, thus minimizing the need for heatsink and cooling.

    Auxiliary Power & Readouts

    Auxiliary power is available to power DSP- or analog input cards. In addition readouts of protect/mute, temperature and clip are accessible for DSP/Network or IO-boards. The S-PRO Series features ultra low standby power consumption for EuP2013 and green energy star compliance.

    Safety Approved - EMC Compliant

    Pascal amplifier modules are safety approved and verified for EMC compliance. CB test certificates are available for easy market approval.

    Interface compatible with T-PRO, U-PRO and L-PRO

    The S-PRO2 Series features compatible pin interfacing and identical output voltages to the higher current capable, popular U-PRO, T-PRO and L-PRO modules; thus the front-end electronics of both the U-PRO, T-PRO, L-PRO and S-PRO2 Series are plug-and-play compatible.

    Download
    File name Document size Version Last updated
    Product Flyer
    PDF (506.53 KB) 1.4 22-12-2017
    Data Sheet
    PDF (1.30 MB) 1.2 03-09-2014
    Evaluation Kit Flyer
    PDF (432.91 KB) 1.3 03-09-2014