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12V

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12V

12V

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PARALLEL CONNECTION 

 

Each Source 40A, 60A, 70A, 120A, 150A and 200A can power about 2,000, 3,000, 3,500, 

6,000,  7,500  and  10,000  Wrms  of  sound  playing  respectively,  provided  that a  parallel  battery is 
used to supply the peak consumption. 
 

When connecting to the batteries, observe the correct polarity of the connection and use 

the  appropriate  cable  gauge,  according  to  the 

MINIMUM  GAUGE  table  OF  THE  CABLES  FOR 

CONNECTION

 (see page 11). In battery-powered systems, the source should always be connected to 

the battery and the battery to the amplificators (the connection point should always be made in the 
battery post).

 

You can use as many Fonts (40A, 60A, 70A, 120A, 150A and 200A) that are required to 

power the sound, with reference that each one keeps about 2,000, 3,000, 3,500, 6,000, 7,500 and 
10,000 Wrms of sound playing respectively.
 

Another important point to note is that, operating in parallel, the sources must be in the 

same 

OPERATING MODE

, example:

 

AUTO SCI MODE:

 All sources must be in SCI.

 

OUTPUT VOLTAGE MODE:

 All sources must have the same output voltage.

5

12V

+

12V

12V

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SERIAL CONNECTION - HIGH VOLTAGE

12V

Amplifier

X-LINE SOURCES AND CHARGERS - INSTRUCTION MANUAL

Summary of Contents for X-Line 40A

Page 1: ...The best source so far User manual p o w e rs u p p l ya n db a t t e r yc h a r g e r...

Page 2: ...LINE chargers it raises battery bank voltage to up to 15 2V for 30 seconds allowing ampli cators to deliver maximum performance INTELLIGENCE AUTO SCI MODE STORM Sources have auto sci operating mode i...

Page 3: ...tput Voltage X LINE Sources allow the user to digitally choose between 6 voltage values at the source output 12 6V 13 0V 13 4V 13 8V 14 0V 14 4V This mode is ideal for battery free systems allowing yo...

Page 4: ...t MAIN FEATURES 1 Control panel Displays all source information and allows you to con gure all functions 2 Ventilation Forced ventilation inlet from the source do not block 3 DC connector protection c...

Page 5: ...NECTIONS X LINE sources have a robust xation system allowing them to be rmly xed by the metal chassis giving greater resistance and safety in the installation g 1 To remove the protective cover from t...

Page 6: ...d always be connected to the battery and the battery to the ampli cators the connection point should always be made in the battery post You can use as many Fonts 40A 60A 70A 120A 150A and 200A that ar...

Page 7: ...Ri m PAINEL DE CONTROLE TENS O BATERIA AUTO SCI CARGA LENTA TENS O SA DA BATERIA CARREGADA 2 ABSOR O 3 EQUALIZA O SELETOR MODO SELETOR LEITURA TENS O CORRENTE 1 ELEVA O CARGA LENTA CHECK UP DA BATERI...

Page 8: ...SELETOR MODO SELETOR LEITURA TENS O CORRENTE 1 ELEVA O CARGA LENTA CHECK UP DA BATERIA SELETOR MEDIDOR CCA Ri m PAINEL DE CONTROLE TENS O BATERIA AUTO SCI CARGA LENTA TENS O SA DA BATERIA CARREGADA 2...

Page 9: ...re correct ly so in the terminals to the battery terminals BATTERY CHECK UP FUNCTION Cumulative Charge Meter To perform a BATTERY CHECK UP proceed The battery must be discharged to approximately 11V v...

Page 10: ...to view the output voltage in Volts that is being applied at that time to the system To access this voltage value press the SELECTOR READING switch until the VOLTAGE INDICATOR LED lights up CURRENT RE...

Page 11: ...nsions L x A x P mm Weight Kg X LINE 40A 90 to 140Vac 170 to 240Vac Automatic Bi volt 600W 40 Amperes 12 6V 13 0V 13 4V 13 8V 14 0V 14 4V 13 8 14 4 cyclic Elevation Absorption Equalization Dynamic con...

Page 12: ...ntilation system Precision voltmeter ammeter Protections Dimensions L x A x P mm Weight Kg X LINE 70A 90 a 140Vac 170 a 240Vac Automatic Bi volt 1050W 70 Amperes 12 6V 13 0V 13 4V 13 8V 14 0V 14 4V 13...

Page 13: ...by PWM 99 96 Overload Short at output Temperature 317 x 172 x 95 2 640 AC input Consumption with maximum load Maximum output current Selectable output voltage SCI Intelligent charging system 3 phase s...

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