ImaxRC 4B6 pro Instruction Manual Download Page 9

              
              
              
               
  

Charging NiCd/NiMH battery in the charge mode

          
        
          
           
        
       
        
          
   

       
       
    

Li3S 2.0A 12.59V
FAS 022:43 00682

Charging lithium battery in the storage mode

               
               
           
              
 

Charging lithium battery in the fast charge mode

             
             
               
               


Discharging of lithium battery

Voltage balancing and monitoring in the discharge 

process

          
           
       
       
      

        
       

         

          
    

C1:3.50 C2:3.52V
C3:3.48 C4:1.82V

       
         


Storage control of lithium battery

          
       
        
    



Charging lithium battery in the fast charge mode

Charging lithium battery in the fast charge mode



Summary of Contents for 4B6 pro

Page 1: ... Instruction Manual w w w i m a x r c c o m All specifications and figures are subject to change without notice Printed in China 2010 Intelligent Balance Charger b6 4 Intelligent Balance Charger b6 4 ...

Page 2: ...Introduction Introduction ...

Page 3: ... Features Special Features SPECIAL FEATURES ...

Page 4: ...WARNING AND SAFETY NOTES Warnings and safety notes Warnings and safety notes ...

Page 5: ... Warnings and safety notes Initial parameter set up Users set program ...

Page 6: ... Program Flow Chart CONNECTING THE CHARGER CONNECTING THE CHARGER CCONNECTING THE BATTERY PROGRAM FLOW CHART ...

Page 7: ... WARNING USER SET PROGRAM LiFe V Type 3 3v NIMH Sensitivity D Peak Default NIMH Sensitivity D Peak Default Capacity Cut Off ON 5000mAh Temp Cut Off ON 80C CONNECTING THE BATTERY CONNECTING THE BATTERY ...

Page 8: ...ry in the charge mode Charging of lithium battery Li3S 2 0A 12 59V CHG 022 43 00682 LiPo CHARGE 2 0A 11 1V 3S Li3S 2 0A 12 59V CHG 022 43 00682 LiPo CHARGE 2 0A 11 1V 3S LiPo FAST CHG 2 0A 11 1V 3S Key Beep ON Buzzer ON Input power low Cut off 10 0V Lithium battery Li ion LiPo LiFe program Charging lithium battery in the charge mode ...

Page 9: ...torage mode Charging lithium battery in the fast charge mode Discharging of lithium battery Voltage balancing and monitoring in the discharge process C1 3 50 C2 3 52V C3 3 48 C4 1 82V Storage control of lithium battery Charging lithium battery in the fast charge mode Charging lithium battery in the fast charge mode ...

Page 10: ... DISCHARGE 1 0A 11 5V NIMH 1 0A 4 42A DSC 022 45 00890 NIMH CYCLE DCHG CHG 3 NIMH 1 0A 7 42A D C 022 45 00890 Charging of the Pb battery Discharging of the Pb battery Charging Pb lead acid battery in the charge mode Pb CHARGE 4 0A 12 0V 6P Pb 6 40A 12 59V CHG 022 43 00682 Pb DISCHARGE 1 0A 12 0V 6P Pb 6 40A 12 59V DSC 022 43 00682 DCHG 1 1314mAh CHG 1 1430mAh ...

Page 11: ...SAVE PROGRAM SELECT SAVE DATA SAVE 01 NiMH 14 4V 3000mAh NiMH CHARGE At CUR LIMIT 5 0A Various information in the program PROGRAM SELECT LOAD DATA LOAD 01 NiMH 14 4V 3000mAh LOAD END VOLTAGE 12 6V 3S Capacity Cut Off ON 5000mAh Safety Timer ON 200min Storage data program Load data program ...

Page 12: ...4 4 16 4 09 0 00 0 00 0 00 REVERSE POLARITY CONNECTION BREAK SHORT ERR INPUT VOL ERR VOL SELECT ERR BREAK DOWN BATTERY CHECK LOW VOLTAGE BATTERY CHECK HIGH VOLTAGE BATTERY VOLTAGE CELL LOW VOL BATTERY VOLTAGE CELL HIGH VOL BATTERY VOL ERR CELL CONNECT CONTROL FAILURE Warning and error message stated values refer to one charger except dimension weight ...

Page 13: ...harger except dimension weight stated values refer to one charger except dimension weight Warranty and service imaxRC Co LTD Add F4 201 205 F518 IDEALANDBaoyuan Road Baoan Shen zhen P R C Tel 86 755 89830228 Fax 86 755 29558361 Web www imaxrc com ...

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