SE 4000


Manufacture Rating @ 12 Volts
1 Channels @ 4 ohms 1200 watts
1 Channels @ 2 ohms 2300 watts
1 Channels @ 1 ohms 4000 watts
Frequency Response30hz - 230hz 4hz - 230hz
Crossover Range (Bandwidth limiting) 30hz - 230hz
Bass Boost 20hz - 80hz + 15Db
S/N Ratio (A wtg) ref 1Wall 4 ohms 80Db
Low Level Imput Sensitivity 200mv - 4v
Balanced Input Sensitivity 400mv - 8v
Max Peak Current 20hm Mono 450 amps @ 1% Distortion
Idle Current 4 amps
Size 311/2 "(L)X101/4"(w) X33/8"(H)
Actual Tested Rating @ 12 volts (Random Production Unit ser#60026)
1 Channels @ 4 ohms 1198 Watts
1 Channels @ 2 ohms 2311 Watts
1 Channels @ 1 ohms 4366 Watts
THD @ full power 1ohm .09%
Frequency Response30hz - 230hz Below 10hz - 228hz
Crossover Range (Bandwidth limiting) 30 - 230Hz
Bass Boost 20Hz - 80Hz + 15Db
S/N Ratio (A wtg) ref 1Wall 4 ohms 88.3Db
Max Peak Current Draw @ 4 ohms 123 amps
Max Peak Current Draw @ 1 ohms 443 amps
  • Audiophile sound quality based design
  • Designed by Robert Zeff
  • Class H switching design
  • Microprocessor controlled design
  • Microprocessor controlled Code based flashing diagnostics
  • Concealed adjustment controls
  • 24Db per octave Low pass crossover (Bandwidth limited)
  • Internal chassis force cooled speed controlled dual fans for optimum cooling
  • Hi/Low level balanced switchblade RCA inputs for maximum system integration
  • RJ45 Ethernet input connections for true balanced input connections
  • Block type terminal connections
  • 256 color user selectable illumination circuit
  • Combined Bias circuit and temperature regulation circuit to regulate bias and lower THD at any point in total thermal cycle
  • Microprocessor high voltage power supply allows the amplifier to optimize power output at different ohm loads without the loss of efficiency or sound quality
  • Vdrive based preamp stage improves efficiency lower internal signal loss
  • Hand picked ultra hi voltage output devices used in the SE4000
  • 3 stage bank of self branded ultra low ESR 105 degree Celsius caps increase power reserves for each of the amplifiers 6 voltage rails
  • massive combined output inductors eliminate any unwanted A/C ripple in the amplifier increasing the amplifiers stability, while lowering the THD and increasing the S/N ratio.
  • Equipped with Dual 1/0 Power and Dual 1/0 Ground Screw Down Compression Block Terminals
  • Strapable Design allowing for the linking and connection of two units into one single channel of very high power of output- Capable of over 9000 watts at less than 1% distortion + over 10,000 watts at less than 3% distortion.

SE 4200

4 Channels @ 4 0hms

4 x 110 watts

4 Channels @ 2 0hms 4 x 200 watts
2 Channels @ 8 0hms 2 x 220 watts (Bridged)
2 Channels @ 4 0hms 2 x 400 watts (bridged)
2 Channels @ 2 0hms 2 x 400 watts (bridged)
Frequency Response 4Hz - 100KHz
Crossover Range 30Hz - 550Hz (x10 300Hz - 5500Hz)
Bass Boost 0 - 15dB @ 20Hz-80Hz
Fuse 40A x 3
S/N Ratio (a wtg) ref 1Wall 40hm >93 dB
Separation @ 1kHz >70 dB
Dampeninig (25W 2x40hm 100Hz) >1200
Low Level Imput Sensitivity .3V - 4V
Balanced Input Sensitivity .6V - 8V
Idle Current 1.50A
Dimensions 19 1/2 "(L) X 8"(W) X2 1/2 "(H)
  • Audiophile sound quality based design
  • Designed by Robert Zeff
  • Class A/B switching design
  • Microprocessor controlled design
  • Microprocessor controlled Code based flashing diagnostics
  • Concealed adjustment controls
  • Open architecture adjustable crossovers on all channels HP/BP/LP/FP
  • 12/24Db per octave selectable crossover slopes on all channels
  • Internal chassis force cooled speed controlled fan for optimum cooling
  • Hi/Low level balanced switchblade RCA inputs for maximum system integration
  • RJ45 Ethernet input connections for true balanced input connections
  • Block type terminal connections
  • 256 color user selectable illumination circuit
  • Combined Bias circuit and temperature regulation circuit to regulate bias and lower THD at any point in total thermal cycle
  • Microprocessor high voltage power supply allows the amplifier to optimize power output at different ohm loads without the loss of efficiency or sound quality
  • Vdrive based preamp stage improves efficiency lower internal signal loss
  • Hand picked output devices used on all SE amplifiers.

SE 2300

2 Channels @ 4 0hms 330 Watts 72A
2 Channels @ 2 0hms 650 Watts 147A
2 Channels @ 1 0hms 650 Watts 184A
1 Channels @ 8 0hms 660 Watts 72A
1 Channels @ 4 0hms 1300 Watts 147A
1 Channels @ 2 0hms 1300 Watts 184A
Frequency Response 4Hz - 100KHz
Crossover Range 30Hz - 550Hz (x10 300Hz - 5500Hz)
Bass Boost 0 - 15dB @ 20Hz - 80Hz
Fuse 40A x 3
S/N Ratio (a wtg) ref 1Wall 40hm >86 dB
Separation @ 1kHz >78 dB
Dampeninig (25W 2x40hm 100Hz) >1000
Low Level Imput Sensitivity .3V - 4V
Balanced Input Sensitivity .6V - 8V
High Level Input NA
Max Peak Current 20hm Mono 222A @ 1800 Watts 10% THD+N
Efficiency at rated 2ohm Stereo 61%
Idle Current 1.50A
Dimensions 19 1/2 "(L)X8"(W) X2 1/2 "(H)
  • Audiophile sound quality based design
  • Designed by Robert Zeff
  • Class A/B switching design
  • Microprocessor controlled design
  • Microprocessor controlled Code based flashing diagnostics
  • Concealed adjustment controls
  • Open architecture adjustable crossovers on all channels HP/BP/LP/FP
  • 12/24Db per octave selectable crossover slopes on all channels
  • Internal chassis force cooled speed controlled fan for optimum cooling
  • Hi/Low level balanced switchblade RCA inputs for maximum system integration
  • RJ45 Ethernet input connections for true balanced input connections
  • Block type terminal connections
  • 256 color user selectable illumination circuit
  • Combined Bias circuit and temperature regulation circuit to regulate bias and lower THD at any point in total thermal cycle
  • Microprocessor high voltage power supply allows the amplifier to optimize power output at different ohm loads without the loss of efficiency or sound quality
  • Vdrive based preamp stage improves efficiency lower internal signal loss
  • Hand picked output devices used on all SE amplifiers .

SE 4100

4 Channels @ 4 0hms

4 x 65 watts

4 Channels @ 2 0hms 4 x 110 watts
4 Channels @ 1 0hms 4 x 86 watts
2 Channels @ 8 0hms 2 x 125 x 2watts
2 Channels @ 4 0hms 2 x 215 watts (bridged)
2 Channels @ 2 0hms 2 x 146 watts (bridged)
Frequency Response 4Hz - 100KHz
Crossover Range 30Hz - 550Hz (x10 300Hz - 5500Hz)
Bass Boost 0 - 15dB @ 20Hz-80Hz
Fuse 40A x 2
S/N Ratio (a wtg) ref 1Wall 40hm >93 dB
Separation @ 1kHz >70 dB
Dampeninig (25W 2x40hm 100Hz) >1200
Low Level Imput Sensitivity .3V - 4V
Balanced Input Sensitivity .6V - 8V
High Level Input NA
Idle Current 1.50A
Dimensions 15 1/2 "(L) X 8"(W) X2 1/2 "(H)
  • Audiophile sound quality based design
  • Designed by Robert Zeff
  • Class A/B switching design
  • Microprocessor controlled design
  • Microprocessor controlled Code based flashing diagnostics
  • Concealed adjustment controls
  • Open architecture adjustable crossovers on all channels HP/BP/LP/FP
  • 12/24Db per octave selectable crossover slopes on all channels
  • Internal chassis force cooled speed controlled fan for optimum cooling
  • Hi/Low level balanced switchblade RCA inputs for maximum system integration
  • RJ45 Ethernet input connections for true balanced input connections
  • Block type terminal connections
  • 256 color user selectable illumination circuit
  • Combined Bias circuit and temperature regulation circuit to regulate bias and lower THD at any point in total thermal cycle
  • Microprocessor high voltage power supply allows the amplifier to optimize power output at different ohm loads without the loss of efficiency or sound quality
  • Vdrive based preamp stage improves efficiency lower internal signal loss
  • Hand picked output devices used on all SE amplifiers .
SE 2150
2 Channels @ 40hms 150 Watts 36A
2 Channels @ 20hms 300 Watts 73A
2 Channels @ 10hms 300 Watts 94A
1 Channels @ 80hms 300 Watts 34A
1 Channels @ 40hms 600 Watts 69A
1 Channels @ 20hms 600 Watts 95A
Frequency Response 7 Hz > 50kHz
Crossover Range 30Hz - 550Hz (x10 300Hz - 5500Hz)
Bass Boost 0 - 15dB @ 20Hz-80Hz
Fuse 40A x 2
S/N Ratio (a wtg) ref 1Wall 40hm >88 dB
Separation @ 1kHz >70 dB
Dampeninig (25W 2x40hm 100Hz) >2500
Low Level Imput Sensitivity .3V - 4V
Balanced Input Sensitivity .6V - 8V
High Level Input NA
Max Peak Current 20hm Mono 125A @ 1060Wats 20% THD+N
Efficiency at rated 2ohm Stereo 59%
Idle Current 1.50A
Dimensions 15 1/2 "(L) X 8"(W) X2 1/2 "(H)
  • Audiophile sound quality based design
  • Designed by Robert Zeff
  • Class A/B switching design
  • Microprocessor controlled design
  • Microprocessor controlled Code based flashing diagnostics
  • Concealed adjustment controls
  • Open architecture adjustable crossovers on all channels HP/BP/LP/FP
  • 12/24Db per octave selectable crossover slopes on all channels
  • Internal chassis force cooled speed controlled fan for optimum cooling
  • Hi/Low level balanced switchblade RCA inputs for maximum system integration
  • RJ45 Ethernet input connections for true balanced input connections
  • Block type terminal connections
  • 256 color user selectable illumination circuit
  • Combined Bias circuit and temperature regulation circuit to regulate bias and lower THD at any point in total thermal cycle
  • Microprocessor high voltage power supply allows the amplifier to optimize power output at different ohm loads without the loss of efficiency or sound quality
  • Vdrive based preamp stage improves efficiency lower internal signal loss
  • Hand picked output devices used on all SE amplifiers.
SE 2075
2 Channels @ 40hms 100 Watts 24A
2 Channels @ 20hms 175 Watts 46A
2 Channels @ 10hms 150 Watts 50A
1 Channels @ 80hms 200 Watts 24A
1 Channels @ 40hms 350 Watts 47A
1 Channels @ 20hms 300 Watts 50A
Frequency Response 4 Hz > 50kHz
Crossover Range 30Hz - 550Hz (x10 300HZ - 5500Hz)
Bass Boost 0 - 15dB @ 20Hz - 80 Hz
S/N Ratio (a wtg) ref 1Wall 40hm >88 dB
Separation @ 1kHz >70 dB
Dampeninig (25W 2x40hm 100Hz) >2500
Low Level Imput Sensitivity .3v - 4v
Balanced Input Sensitivity .6v - 8v
High Level Input NA
Max Peak Current 20hm Mono 70A @ 571Watts 20% THD+ N
Efficiency at rated 2ohm Stereo 52%
Idle Current 1.14A
Dimensions 13 "(L) X 8"(W) X 2 1/2 "(H)
  • Audiophile sound quality based design
  • Designed by Robert Zeff
  • Class A/B switching design
  • Microprocessor controlled design
  • Microprocessor controlled Code based flashing diagnostics
  • Concealed adjustment controls
  • Open architecture adjustable crossovers on all channels HP/BP/LP/FP
  • 12/24Db per octave selectable crossover slopes on all channels
  • Internal chassis force cooled speed controlled fan for optimum cooling
  • Hi/Low level balanced switchblade RCA inputs for maximum system integration
  • RJ45 Ethernet input connections for true balanced input connections
  • Block type terminal connections
  • 256 color user selectable illumination circuit
  • Combined Bias circuit and temperature regulation circuit to regulate bias and lower THD at any point in total thermal cycle
  • Microprocessor high voltage power supply allows the amplifier to optimize power output at different ohm loads without the loss of efficiency or sound quality
  • Vdrive based preamp stage improves efficiency lower internal signal loss
  • Hand picked output devices used on all SE amplifiers.
 

 


KS 900.6


Power output RMS @ 4 ohms 4 x 60 watts
Power output RMS @ 2 ohms 4 x 100 watts
Power output RMS @ 4 ohms (Sub Channels only) 2 x 155 watts
Power output bridged @ 4 ohms 2x120 watts 2 x 120 watts
Power output bridged @ 4 ohms (Sub Channels only) 1 x 550 watts
Transient Distortion < .01%
Frequency Response 20Hz - 20 KHz
Signal to Noise Ratio >77dB
Bass Boost +15dB @ 45Hz
Crossover (Butterworth) 55Hz-5.5KHz var - 12dB
Fuse 25A x 4
Size 19 1/2"(L) w 8.0"(W) x 2 3/8" (H)
  • Advanced microprocessor control system
  • Class A/B switching design
  • Code based flashing diagnostics
  • Designed By Robert Zeff
  • Protection against: Reverse voltage, Over Voltage, Speaker Short, and Thermal Overload
  • Can drive highly reactive loads
  • Hi/Low Level differential inputs for flexible aftermarket/OEM integration applciations
  • Optically isolated Mosfet power supply
  • 2/4/5-6 channel input options and source selection switch
  • Block style terminations
  • Sub + Sub Bridged on channel 5+6 (Full Range and Low Pass only)
  • Front + Rear Channels (High pass and Full Range)
  • Center Channel #6 (Full Range and high pass only)

 

KS 1000.1

Power output RMS @ 4 ohms 1 x 850 watts
Power output RMS @ 2 ohms 1 x 1000 watts
Power output RMS @ 1 ohm 1 x 1000 watts
Transient Distortion (400W) <.05%
Frequency Response 20Hz - 250Hz
Signal to Noise Ratio (A wtg.) >112dB
Bass Boost +15dB@10-125Hz
Crossover (Butterworth) 30Hz - 250Hz variable 24dB
Fuse 30A x 4
Size 15.0 1/2"(L) x 8.0"(W) x 2 3/8"(H)

Version KS1000.1          INR 51,000     Order
  • Advanced microprocessor control system
  • Non digital class H switching design
  • Code based flashing diagnostics
  • Designed By Robert Zeff
  • Protection against: Reverse voltage, Over Voltage, Speaker Short, and Thermal Overload
  • Can drive highly reactive loads
  • Hi/Low Level balanced switchblade RCA inputs for flexible integration into most applications
  • Optically isolated Mosfet power supply
  • 24dB lowpass crossover with 30Hz to 250Hz
  • Master/Slave control
  • Variable Sub Sonic filter
  • Variable Bass Boost
  • Quiet Fan cooling
  • Strapable Design

 

Version KS1000.1BX           

  • Includes 20+dB built in bass generator w/dedicated remote
  • Designed for subwoofer systems with a rating of 1000 watts or higher
  • All other specifications same as above model.

 

 

 

 

 

 

 

 

 

KS 500.1
Power output RMS @ 4 ohms 1 x 450 watts
Power output RMS @ 2 ohms 1 x 600 watts
Power output RMS @ 1 ohms 1 x 600 watts
Transient Distortion (400W) <.05%
Frequency Response 20Hz - 250Hz
S/N Ratio (A wtg.) >112dB
Bass Boost +15dB@10-125Hz
Crossover (Butterworth) 30Hz - 250Hz variable 24dB
Fuse 30A x 2
Size 13.0"(L) x 8.0"(W) x 2 3/8"(H)
  • Mono block subwoofer amplifier
  • Advanced microprocessor control system
  • Non digital class H switching design
  • Code based flashing diagnostics
  • Designed By Robert Zeff
  • Protection against: Reverse voltage, Over Voltage, Speaker Short, and Thermal Overload
  • Can drive highly reactive loads
  • Hi/Low Level balanced switchblade RCA inputs for flexible integration into most applications
  • Optically isolated Mosfet power supply
  • 24dB lowpass crossover with 30Hz to 250Hz
  • Master/Slave control
  • Variable Sub Sonic filter
  • Variable Bass Boost
  • Quiet Internal Fan cooling
KS 500.1 mini
Power @ 4 ohms 310 X 1 watts @ 14.4 Volts
Power @ 2 ohms 500 x 1 watts @ 14.4 Volts
Signal to Noise 82dB
THD .05%
Frequency Range 30Hz– 200Hz
Crossover 30Hz – 200Hz
Bass Boost 0 - 15dB @ 30Hz - 125Hz
Fuse 30A x 2
Size 11.6' (L) x 5.15” (W) x 1.7”(H)
  • Compact chassis design for small vehicle applications
  • Non Digital Class H Switching Design
  • Designed By Robert Zeff
  • Protection against: Reverse voltage, Over Voltage, Speaker Short, and Thermal Overload
  • Can drive highly reactive loads
  • Hi/Low Level balanced switchbladeRCA inputs for flexible integration into most applications
  • Optically isolated Mosfet power supply.
  • Stable to 2 ohms
  • Built in Fan for additional cooling
  • The KS500.1 mini uses a patent pending auto sense turn-on circuit that offers a significant improvement in reliability and operation. No more will the amp unexpectedly turn off in the middle of a song. Instead of relying on the music to supply enough signal to turn on the amplifier on, ARC Audio's new design detects theBTL IC (Chip Amp) used in the majority of stock head units and amplifiers.
  • To further simplify OEM integration the KS 500.1 uses a fully balanced input stage that is switchblade between speaker and RCA input. Simply plugging your stock speaker wires into the RCA's will supply a perfect clean signal to the amplifier and turn it on.
  • In addition the remote turn on connection, with the flip of a switch becomes a remote turn-on output to connect the rest of your amplifiers.
KS 300.4
Power output RMS @ 4 ohms 4 x 90 watts
Power output RMS @ 2 ohms 4 x 175 watts
Power output RMS @ 4 ohms bridged 2 x 350 watts
Transient Distortion (100 watts) <.02%
Frequency Response 20Hz - 20 KHz
Signal to Noise Ratio >95dB
Bass Boost +18db@45Hz
Crossover (Butterworth) 55Hz - 5.5 KHz variable 12dB
Fuse 30A x 3
Size 13.0"(L) x 8.0"(W) x 2 3/8"(H)
  • 4 channels of output
  • Advanced microprocessor control system
  • Non digital Class H switching design
  • Code based flashing diagnostics
  • Designed by Robert Zeff
  • Protection against: reverse voltage, Over voltage, Speaker short, and Thermal Overload
  • Very high dampening factor
  • Can Drive highly reactive load
  • Optically isolated mosfet power supply
  • Hi/Low Level switchblade RCA inputs for flexiable integration into most OEM/Aftermarket applications
  • Quiet internal forced induction cooling fan
KS 302
Power output RMS @ 4 ohms 2 x 180 watts
Power output RMS @ 2 ohms 2 x 350 watts
Power output RMS @ 4 ohms bridged 1 x 700 watts
Transient Distortion (100 watts) <.01%
Frequency Response 20Hz - 20 KHz
Signal to Noise Ratio >98dB
Bass Boost +18db@45Hz
Crossover (Butterworth) 55Hz - 5.5 KHz variable 12dB
Fuse 30A x 3
Size 13.0"(L) x 8.0"(W) x 2 3/8"(H)
  • Advanced microprocessor control system
  • Non digital Class H switching design
  • Code based flashing diagnostics
  • Designed by Robert Zeff
  • Protection against: reverse voltage, Over voltage, Speaker short, and Thermal Overload
  • Very high dampening factor
  • Can Drive highly reactive load
  • Optically isolated mosfet power supply
  • Hi/Low Level switchblade RCA inputs for flexiable integration into most OEM/Aftermarket applications
  • Quiet internal forced induction cooling fan
KS 125.2 mini
Power @ 4 ohms 2 X 70 watts
Power @ 2 ohms 2 x 125 watts
Power @ 4 ohms (Bridged) 1 x 250 watts
Signal to Noise 92dB
THD .05%
Frequency Range 20k – 20KHz
Crossover Butterworth (5Hz – 550Hz)
Bass Boost 15dB 45Hz
Fuse

1 X 30

Size 8.25(L) x 4.8” (W) x 1.7”(H)
  • Compact chassis design for small vehicle and/or motorcycle applications
  • Non Digital Class H Switching Design
  • Fits Perfectly in Motorcycle Ferring Applications
  • Designed By Robert Zeff
  • Protection against: Reverse voltage, Over Voltage, Speaker Short, and Thermal Overload
  • Can drive highly reactive loads
  • Hi Level speaker inputs for OEM integration onto most factory radios
  • Optically isolated Mosfet power supply
  • Stable to 2 ohms stereo
  • Low Radiated Noise for Clean AM/FM reception

 


XXD 5080
Power output RMS @ 4 ohms 4 x 80 watts / 1 x 200 Watts
Power output RMS @ 2 ohms 4 x 100 watts / 2 ohms not recommended on sub output
Power output RMS @ 4 ohms bridged 2 x 200 watts channel 1-4 bridged
Transient Distortion (100 watts) <.08%
Frequency Response 20Hz - 20 KHz
Signal to Noise Ratio >79dB
Bass Boost +12db@45Hz
Crossover (Butterworth) High (65Hz - 250Hz) / Low (50Hz - 250Hz)
Gain Range .25V - 4.0V
Size 10 3/4" (L) x 7 1/8" (W) x 1 7/8" (H)
  • Full Range Class D Design
  • 5 Channel all-in-one configuration for a single amp installation solution
  • Phillips Technology Chip Based Class D Output Technology
  • Designed by ARC Audio in-house engineering staff
  • High frequency switching power supply allows for greater separation from audible listening frequencies increasing sound quality and lowering THD
  • Input inductor power supply isolation protects from unwanted interference in AM/FM reception
  • Extremely low voltage chip based soft turn on circuit
  • High speed ultra low ESR output network
  • Ultra Low ESR high capacity power supply storage bank
  • Secondary dedicated Low ESR capacitor bank for output devices
  • Optically isolated power supply allows for increased sound quality and lower THD ratings by isolating the power supply from the input stage.
  • dual side FR4 coated PCB
  • Embedded protection circuits including – Thermal Limit, Current Limit, Thermal Rollback DC Offset, Reverse Polarity, and Overvoltage
  • Secondary side plate dual color Power/Protection LED
  • Block style high grip termination blocks
  • Concealed hidden mounting points for a visually screwless installation
  • Illuminated (blue) terminal block insulators
  • Illuminated Mono Chrome LCD light up logo display on top of amp
  • Selectable Full Range/High Pass Variable 65Hz – 250Hz 12dB Front and Rear Channel crossovers
  • Subwoofer channel 5 selectable input switch
  • Includes a remote subwoofer level control
  • Subwoofer channel 5 Variable Low Pass 12dB 50Hz – 250 Hz crossover
  • Subwoofer channel 5 On/Off selectable 12dB bass boost
XXD 4080
Power output RMS @ 4 ohms 4 x 80 watts
Power output RMS @ 2 ohms 4 x 120 watts
Power output RMS @ 4 ohms bridged 2 x 240 watts
Transient Distortion (100 watts) <.07%
Frequency Response 20Hz - 20 KHz
Signal to Noise Ratio >79dB
Bass Boost +12db@45Hz
Crossover (Butterworth) High (65Hz - 250Hz) / Low (50Hz - 250Hz)
Gain Range .25V - 4.0V
Size 9 1/4" (L) x 7 1/8" (W) x 1 7/8" ( H)
  • Full Range Class D Design
  • Compact Chassis design allows for flexiable installation into small areas
  • Flexiable 2/3/4 Channel stereo/bridgable configuration
  • Phillips Technology Chip Based Class D Output Technology
  • Designed by ARC Audio in-house engineering staff
  • High frequency switching power supply allows for greater separation from audible listening frequencies increasing sound quality and lowering THD
  • Input inductor power supply isolation protects from unwanted interference in AM/FM reception
  • Extremely low voltage chip based soft turn on circuit
  • High speed ultra low ESR output network
  • Ultra Low ESR high capacity power supply storage bank
  • Secondary dedicated Low ESR capacitor bank for output devices
  • Optically isolated power supply allows for increased sound quality and lower THD ratings by isolating the power supply from the input stage.
  • dual side FR4 coated PCB
  • Embedded protection circuits including – Thermal Limit, Current Limit, Thermal Rollback DC Offset, Reverse Polarity, and Overvoltage
  • Secondary side plate dual color Power/Protection LED
  • Block style high grip termination blocks
  • Concealed hidden mounting points for a visually screwless installation
  • Illuminated (blue) terminal block insulators
  • Illuminated Mono Chrome LCD light up logo display on top of amp
  • Selectable Full Range/High Pass Variable 65Hz – 250Hz 12dB Front and Rear Channel crossovers
  • 0/+6/+12 Db selectable bass boost
  • Fusing - 2 x 20 amp
XXD 1500
Power output RMS @ 4 ohms 1 x 200 watts
Power output RMS @ 2 ohms 1 x 340 watts
Power output RMS @ 1 ohm 1 x 500 watts
Transient Distortion (100 watts) <.03%
Frequency Response 20Hz - 250Hz
Signal to Noise Ratio >79dB
Bass Boost 0dB - 18dB / 40hZ - 100hZ variable
Crossover (Butterworth) Low (50Hz - 250Hz)
Gain Range .25V - 4.0V
Subsonic Filter Variable (10Hz - 40Hz)
Size 9 1/4" (L) x 7 1/8" (W) x 1 7/8" (H)
  • Frequency Limited Class D Mono Subwoofer Amplifier Design
  • Compact Chassis design allows for flexiable installation into small areas
  • Phillips Technology Chip Based Class D Output Technology
  • Designed by ARC Audio in-house engineering staff
  • High frequency switching power supply allows for greater separation from audible listening frequencies increasing sound quality and lowering THD
  • Input inductor power supply isolation protects from unwanted interference in AM/FM reception
  • Extremely low voltage chip based soft turn on circuit
  • High speed ultra low ESR output network
  • Ultra Low ESR high capacity power supply storage bank
  • Secondary dedicated Low ESR capacitor bank for output devices
  • Optically isolated power supply allows for increased sound quality and lower THD ratings by isolating the power supply from the input stage.
  • dual side FR4 coated PCB
  • Embedded protection circuits including – Thermal Limit, Current Limit, Thermal Rollback DC Offset, Reverse Polarity, and Overvoltage
  • Secondary side plate dual color Power/Protection LED
  • Block style high grip termination blocks
  • Concealed hidden mounting points for a visually screwless installation
  • Illuminated (blue) terminal block insulators
  • Illuminated Mono Chrome LCD light up logo display on top of amp
  • LowPass Variable 50Hz – 250Hz 12dB crossover
  • Fully adjustable Bass boost w/ variable boost frequency and level
  • Selectable 0/180 degree phase control
  • Remote bass boost level control
  • Variable frequency subsonic filter
XXD 2080
Power output RMS @ 4 ohms 2 x 80 watts
Power output RMS @ 2 ohms 2 x 120 watts
Power output RMS @ 4 ohms bridged 1 x 240 watts
Transient Distortion (100 watts) <.06%
Frequency Response 20Hz - 20 KHz
Signal to Noise Ratio >83dB
Bass Boost +12db@45Hz
Crossover (Butterworth) High (65Hz - 250Hz) / Low (50Hz - 250Hz)
Gain Range .25V - 4.0V
Size 6 1/2" (L) x 7 1/8" (W) x 1 7/8" (H)
  • Full Range Class D Design
  • Compact Chassis design allows for flexiable installation into small areas
  • 2 Channel stereo/bridgable configuration
  • Phillips Technology Chip Based Class D Output Technology
  • Designed by ARC Audio in-house engineering staff
  • High frequency switching power supply allows for greater separation from audible listening frequencies increasing sound quality and lowering THD
  • Input inductor power supply isolation protects from unwanted interference in AM/FM reception
  • Extremely low voltage chip based soft turn on circuit
  • High speed ultra low ESR output network
  • Ultra Low ESR high capacity power supply storage bank
  • Secondary dedicated Low ESR capacitor bank for output devices
  • Optically isolated power supply allows for increased sound quality and lower THD ratings by isolating the power supply from the input stage.
  • dual side FR4 coated PCB
  • Embedded protection circuits including – Thermal Limit, Current Limit, Thermal Rollback DC Offset, Reverse Polarity, and Overvoltage
  • Secondary side plate dual color Power/Protection LED
  • Block style high grip termination blocks
  • Concealed hidden mounting points for a visually screwless installation
  • Illuminated (blue) terminal block insulators
  • Illuminated Mono Chrome LCD light up logo display on top of amp
  • Selectable Full Range/High Pass Variable 65Hz – 250Hz 12dB crossover
  • 0/+6/+12 Db selectable bass boost