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Specifications

We follow a policy of continuous advancement in development. For this reason all or part of specifications 
& designs may be changed without prior notice.

12

   CCi2 

 CCi4 

 

 CCi44 

CCi44-40 

Number 

of 

channels 

 2  4  4 

Amplifier 

class 

 AB 

 AB

  

AB

  

Power output RMS in 4 ohm 

2 x 110 W   

4 x 50 W   

4 x 85 W

Power output RMS in 2 ohm 

2 x 170 W   

4 x 70 W   

4 x 110 W

Power output RMS 4 ohm bridged 1 x 340 W   

2 x 140 W   

2 x 220 W

Signal to noise ratio, A-weighted  110 dB 

 

110 dB 

 

110 dB 

 

Damping 

factor   

>150  

>250  

>300  

THD @ 5 W, 20Hz-20kHz 

< 0,25%   

< 0,25%   

<0,25%

Frequency response   

10 Hz - 50 kHz 

10 Hz - 55 kHz 

10 Hz - 60 kHz 

 

Input impedance, low level 

6 kohm 

 

6 kohm 

 

5 kohm

Input sensitivity 

 

1 - 4V 

 

1 - 4V 

 

1 - 4 V 

 

Input impedance, high level 

45 ohm 

 

45 ohm 

 

45 ohm 

 

High level input  

 

Yes 

 

Yes 

 

Yes 

 

Filter high-pass adjustable 

50 - 500 Hz* 

50 - 500 Hz* 

50 - 500 Hz*

Filter low pass adjustable 

50 - 500 Hz* 

50 - 500 Hz * 

50 - 500 Hz* 

 

* can be switched in/out 

 

Bass EQ @  60 Hz 

 

0 - +6 dB   

 

Power consumption, idle 

0,5 A 

 

0,5 A 

 

0,7 A

Power 

consumption, 

max 

43A 

 40A 

 64 

  

Fuse (no internal fuses used) 

use external fuse 40 A  use external fuse 40 A  use external fuse 60 A

Extra 

  -  -  Internal 

cooling 

fan

Dimensions HxWxD(mm) 

51 x 129 x 260 

51 x 129 x 260 

55 x 129 x 320 

Dimensions (inch) 

 

2 x 5,1 x 10,2 

2 x 5,1 x 10,2 

2,2 x 5,1 x 12,6 

 

Weight 

  1,87 

kg 

 1,8 

kg 

 2,4 

kg

All output power ratings 
are RMS Watts @ 14,4 
VDC, CEA standard 

   CCi500 

CCi500-40 

   

 

Number of channels   

 

 

Amplifier class 

 

 

   

 

Power output RMS, 1 ohm 

500 W 

 

 

Power output RMS, 2 ohm  

400 W 

 

 

 

 

 

Power output RMS, 4 ohm  

250 W 

 

 

 

 

 

Signal to noise ratio, A-weighted  97 dB 

 

 

 

 

 

Damping 

factor 

 140 

     

Frequency response   

10 Hz - 500 Hz 

 

 

Input impedance, low level 

22 kohm   

Input 

sensitivity 

 1 

4V 

    

Input impedance, high level 

45 ohm 

 

 

 

 

High level input with auto start 

Yes 

 

 

 

 

Filter low pass variable  

35 - 250Hz /12 & 24 dB slope 

Bass boost @  60 Hz   

0 - +6 dB   

Subsonic filter 

 

30 Hz ON / OFF 

 

        

Phase switch 

 

0 / 180

o

  

Remote sub level control 

Yes, with 5 meters cable

Power consumption, idle 

0,6 A 

 

Power 

consumption, 

max 

80A 

    

Fuse (no internal fused used) 

Use external fuse 60 A  

Dimensions HxWxD(mm / inch) 

51 x 129 x 320 / 2 x 5,1 x 12,6

Extra  

 

 

Internal cooling fan

Power terminal size 

 

2 AWG / 33 mm

Speaker terminal size   

7 AWG / 10 mm

2

  

Weight 

  2,4 

kg 

 

Содержание CCi2

Страница 1: ...speakers 7 Subwoofer 7 CCi4 CCi44 CCI44 40 speaker wiring Four speakers 8 Two speakers and bridged subwoofer 8 Two subwoofers or a stereo speaker pair connected in bridge mode 9 Testing 10 Troubleshooting 10 Professional tips 11 Specifications 12 Technical Assistance For technical assistance ask the shop where the product was sold or the distributor in your very country Information can also be fou...

Страница 2: ...CCi44 40 accept AWG 5 cables so If possible buy AWG 5 16 mm2 cable for best performance CCi500 CCi500 40 accepts AWG 2 33 mm2 power cable Both the positive wire and the ground wire must have the same size NOTE To avoid cable fire be sure not to oversize the main fuse value for the power wires THE DC FEED Maximum main fuse values for different cable sizes 6 mm2 9 AWG 25 A 10 mm2 7AWG 40 A 16 mm2 5A...

Страница 3: ...l input cable if high level input is used Wire ties Insulating grommet or insulating tube Power wiring There are no internal fuses in the amplifiers so we recommend the use of an external fuse holder Fuse values CCi2 and CCi4 40 A CCi44 CCi44 40 60 A CCi500 CCi500 40 60 A Fuses Power terminal 12V Be sure to use a rubber grommet or a plastic insu lating tube where the cable passes the firewall or o...

Страница 4: ...put Low level RCA is to prefer for the best sound quality 4 For RCA cable signal input Connect the radio power antenna lead remote turn on off from the car stereo to the amplifier remote connection This turns on the amplifier whenever the car stereo is turned on You can either use the built in remote cable in the RCA cable itself or use a separate cable Sometimes a small disturbance may enter the ...

Страница 5: ... HPF LPF but ton to LPF button IN to activate the filter or OFF if you want to run the amplifier in full range mode without limiting the frequency range The CCi4 CCi44 model have the same setup of filters on channels 1 2 and 3 4 as well Low Pass filter LPF CCi2 CCi4 CCi44 Features on each model Bass EQ CCi2 CCi500 CCi500 40 Bass EQ or Bass boost is used to increase the bass volume at a specific fr...

Страница 6: ...ontrol box The external remote works to gether with the interanal gain control the setting of the internal gain decides the maximum level also for the external level control Connect to REMOTE socket on CCi500 CCi500 40 Remote sub level control The low pass filter is mostly used for sub woofers It will allow low frequencies only and blocks higher frequen cies A typical setting is 60 70 Hz The LPF f...

Страница 7: ...1 2 for 2 channel stereo use Filter settings CH 1 2 for subwoofer use The high pass filter blocks very low fre quencies from reach ing the speakers mostly used to protect small speakers from deep bass Set the push button to ON and the HPF LPF button to HPF button OUT to activate the filter or OFF if you want to run the amplifier in full range mode without limiting the frequency range Adjust with t...

Страница 8: ... It will allow low frequen cies only and blocks hig her frequencies Atypical setting is 60 70 Hz Set the push button to ON and the HPF LPF button to LPF button IN to activate the filter The high pass filter blocks very low fre quencies from reach ing the speakers mostly used to protect small speakers from deep bass Set the push button to ON and the HPF LPF button to HPF button OUT to activate the ...

Страница 9: ...for sub woofers It will allow low frequencies only and blocks higher frequen cies A typical setting is 60 70 Hz Set the push button to ON and the HPF LPF button to LPF button IN to activate the filter When the CC 4 is used for bridging a stereo speaker pair set use only the HPF filter Set the push button to ON and the HPF LPF button to HPF button OUT to activate the filter or OFF if you want to ru...

Страница 10: ...ol down the heat sink 3 Overheating can also be caused by an impedance load below the level permitted NO OUTPUT FROM ONE OR MORE SPEAKERS Check the following 1 Balance control position 2 Fader control position 3 Speaker cable connections to both ampli fier and drivers 4 Signal lead plugs and cables 5 Change left and right signal lead plugs in the amplifier to see if the problem moves to a diffe re...

Страница 11: ...ght battery Tap the wire on to the terminal of the battery and observe the movement of the cone The cone should move outwards when the wire touches the battery and inwards when the battery is removed If it is the other way around the speaker has been connected backwards and it must be removed and connected correctly If your system also has a subwoofer connected through a passive 6 or 12 dB crossov...

Страница 12: ...n max 43A 40A 64 A Fuse no internal fuses used use external fuse 40 A use external fuse 40 A use external fuse 60 A Extra Internal cooling fan Dimensions HxWxD mm 51 x 129 x 260 51 x 129 x 260 55 x 129 x 320 Dimensions inch 2 x 5 1 x 10 2 2 x 5 1 x 10 2 2 2 x 5 1 x 12 6 Weight 1 87 kg 1 8 kg 2 4 kg All output power ratings are RMS Watts 14 4 VDC CEA standard CCi500 CCi500 40 Number of channels 1 A...

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