Owner's Manual for Powersoft models including: AMP-1200FHL-DSP 1200W Digital Multi Channel Amplifier, AMP-1200FHL-DSP, 1200W Digital Multi Channel Amplifier, Digital Multi Channel Amplifier, Multi Channel Amplifier, Channel Amplifier

AMP-1200FHL-DSP

Apr 3, 2025 — The Quattrocanali DSP Series is specifically designed for installation applications. In just 1. RU, Quattrocanali offers smaller.


File Info : application/pdf, 2 Pages, 1.28MB

PDF preview unavailable. Download the PDF instead.

AMP-1200FHL-DSP Specs EN
TOA Canada Corporation ­ Made in Italy
For inquiries, contact us @ www.toacanada.com/inquiry.
AMP-1200FHL-DSP
Digital Multi-Channel Amplifier (1200W x 4 Channels @ 70V) (1200W x 4 Channels @ 4/8) with Built-in DSP

The Quattrocanali DSP Series

is specifically designed for

installation applications. In just 1

RU, Quattrocanali offers smaller

dimensions, lighter weight and

the traditionally amazing sound

quality and reliability of all

Powersoft products.

Quattrocanali DSP amplifiers

implement a high efficiency

microprocessor

controlled

power supply with built in

PFC (Power Factor Correction)

that allows flawless worldwide

operation with any AC mains

voltage in the range 90-264 VAC

tolerant to peak up to 400 VAC.

The patented SRM (Smart Rails

Management) technology allows

to maximize the efficiency of the system and drastically reduce power consumption at any load and usage condition.
A secondary high efficient power supply is present to keep the system responsive at any operating condition, so that system check and monitoring can be performed even in stand-by and deep-sleep modes.
Quattrocanali DSP Series is designed to work with lo-Z (from 2) and with 70V/100V distributed lines: any mixed configuration of low and high impedance output loads can be realized, making the Quattrocanali Series suitable to applications in

installed audio systems. DSP versions of the Quattrocanali
series extends system performance with on board high-end signal processing.
f Small to medium-scale venues f Main systems, central or
distributed, subwoofers, hi-Z/lo-Z f Mission critical applications f Shops, stores f Theatres, restaurant, and bars f Houses of worship f Convention centres f Business centres f Cruise ships

www.TOAcanada.com

AMP-1200FHL-DSP
Digital Multi-Channel Amplifier (1200W x 4 Channels @ 70V) (1200W x 4 Channels @ 4/8) with Built-in DSP

Specifications

Channel Handling
Number of output channels Number of input channels
Analog

4 Hi-Z or Lo-Z
(bridgeable per ch. pair)

Phoenix PC 5/8-STF1-7,62

4

Phoenix MC 1,5/12-ST-3,81

Audio
Input sensitivity @ 8  with 26 dB Gain Input sensitivity @ 8  with 29 dB Gain Input sensitivity @ 8  with 32 dB Gain Input sensitivity @ 8  with 35 dB Gain SNR (20 Hz - 20 kHz @ 8  - Typical)
Max input level Frequency Response Crosstalk (1 kHz)
Input impedance THD+N (from 0.1 W to Half Power) SMPTE IMD (from 0.1 W to Half Power) Slew Rate Output impedance at 100 Hz

4804
4.91 Vrms 3.48 Vrms 2.46 Vrms 1.74 Vrms 110 dB(A)
20 dBu 20 Hz - 20 kHz ±1.0 dB, 1 W @ 8 
typical -70 dB
20 k balanced < 0.1% (typical < 0.05%) < 0.1% (typical < 0.05%) > 50 V/µs @ 8 , input filter bypassed
26 m

DSP
AD converters DA converters Sample rate converter Internal precision Latency Memory/Presets Delay
Equalizer
Crossover Limiters Damping control

24 Bit TandemTM @ 48 kHz typical 125 dB-A Dynamic Range - 0.005 % THD+N
24 Bit TandemTM @ 48 kHz typical 117 dB-A Dynamic Range - 0.003 % THD+N
24 Bit @ 44.1 kHz to 96 kHz typical 140 dB Dynamic Range - 0.0001 % THD+N
32 bit floating point
2.5 ms fixed latency architecture
49 amplifier snapshots, virtually unlimited speaker presets
2 s (input) + 100 ms (output) for time alignment
Raised-cosine, custom FIR, parametric IIR: peaking, hi/lo-shelving, all-pass, band-pass, band-stop, hi/lo-pass linear phase (FIR), Butterworth,
Linkwitz-Riley, Bessel: 6 dB/oct to 48 dB/oct (IIR)
TruePowerTM, RMS voltage, RMS current, Peak limiter
Active DampingControlTM and LiveImpedanceTM measurement

Data subject to change without notice

Maximum output power

Output Stage
per channel @ 8  (symmetrical)* per channel @ 4  (symmetrical)* per channel @ 2  (symmetrical)* @ 4  Bridged (symmetrical)* @ 8  Bridged (symmetrical)* @ Hi-Z distributed line 100 V (symmetrical)* @ Hi-Z distributed line 70 V (symmetrical)* per channel @ 8  (asymmetrical)** per channel @ 4  (asymmetrical)** per channel @ 2  (asymmetrical)** @ Hi-Z distributed line 100 V (asymmetrical)** @ Hi-Z distributed line 70 V (asymmetrical)** Maximum unclipped output voltage @ 8  Maximum output current **:*A: Mll cahxaimnnuemlspdorwiveern-swhiatrhintghecaspaamceitybupresrtcphoawnenrel

4804
1200 W 1200 W 1500 W 3000 W 2400 W 1200 W 1200 W 1300 W 2600 W 1800 W 2200 W 2100 W 139 Vpeak 45 Apeak

Power & Thermal

4804

@ 115 V

Idle
1/8 Power @ 4
Idle
1/8 Power @ 4

Power Current Draw Thermal Loss
Power Current Draw Thermal Loss
Power Current Draw Thermal Loss
Power Current Draw Thermal Loss

31.3 W 0.47 Arms 107 BTU/h 823 W 7.7 Arms 760 BTU/h 31.6 W 0.27 Arms 108 BTU/h 840 W 4.3 Arms 818 BTU/h

@ 230 V

Power supply

Universal regulated switch mode with PFC, SRM

Nominal voltage (±10%)

100-240 VAC @ 50-60Hz

Operating Voltage AC Mains connector

90-264 VAC
IEC C20 inlet (20 A max) region-specific power cord provided

Typical use case power consumption is expected to be at least 20% lower (likely more than 50% lower)

Networking
Standards compliance Supported topologies Remote interface
Construction
Dimensions Weight

auto-sensing Fast Ethernet (IEEE 802.3u, 100 Mbit/s) Star
ArmoníaPlusTM
483 x 44.5 x 358 mm 19.0 x 1.75 x 14.1 in
7 Kg (15 lb)

www.TOAcanada.com



References

Adobe InDesign 18.2 (Windows) 3-Heights(TM) PDF Optimization Shell 5.9.1.5 (http://www -tools.com)