Service Manuals, User Guides, Schematic Diagrams or docs for : MAKITA DC9701-TE

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DC9701-TE


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T    ECHNICAL INFORMATION
      Models No.             DC9701
                                                                                                        New Tool


     Description             Fast charger

CONCEPTION AND MAIN APPLICATIONS
  This fast charger can charge both Ni-MH battery
  (7.2V,9.6V) and Ni-Cd battery(7.2V,9.6V).
  Its brief benefits are;
  *Tricle charge function
                                                                                                             63mm
  Tricle current flows after completion of charging
                                                                                                             (2-1/2")
  to prevent self-discharging of battery and keep
  battery at fully charged condition.
  *Even a heated battery after use can be left in the charger.




                                                                      80
                                                                       (3-
  This charger automatically starts charging the battery




                                                                         mm
                                                                           1/8
  after cooling down.                                                                              m
                                                                                             145m




                                                                               ")
                                                                                                  4")
                                                                                             (5-3/




  Specifications
             Voltage(V)                    Frequency(Hz)           Consumed power(W)
                100                            50-60                     35 VA
                 230                             50-60                       35 W
                 240                            50-60                        35 W

    Output voltage                              DC7.2V, 9.6V
    Output current                              DC1.5A
    Charging time     60 min. for 1.3Ah Ni-Cd battery(Battery 7000,7100,7120, 9000, 9100,9100A, 9120)
                      80 min. for 1.7Ah Ni-Cd battery(Battery 7001,9001, 9101,9101A)
                      90 min. for 2.0Ah Ni-Cd battery(Battery 7002, 9002, 9102,9102A, 9122)
                     100 min. for 2.2Ah Ni-MH battery(Battery 7033,9033,9133)
     Weight(kg)(lbs)                            0.8kg(1.7bs)
     Cord length(m)(ft)                         2m(6.6ft)




 Standard equipment
   None



  Optional accessories
   None



  Features and benefits
   See the Page 2/2
   The standard equipment for the tools shown may differ from country to country.

"Even if you insert a hot battery just after use,
it will start charging automatically
when the battery temperature becomes lower."




                                                                     "Display the Charging Condition by Red/Green Indicating Lights"
                                                                      The lights indicate in case of : Before charging, Being charged,
   60-minute-charging: 1.3Ah Ni-Cd Batteries                          Finished charging,Waiting, Disorder of Battery.
   80-minute-charging: 1.7Ah Ni-Cd Batteries
   90-minute-charging: 2.0Ah Ni-Cd Batteries
   100-minute-charging: 2.2Ah Ni-Mh Batteries

How to charge
    1. Computer control
       Computer deducts the completion of charging and controls charging current.
    2. Switching power source method
       First,input electricity is converted to high-frequency current of approximately
       one hundred kHz. And the voltage is transformed innto the battery voltages
       by the high-frequency transformer.
       The charger can be designed smaller and lighter than using the general transformer
       with this method.
    3. Constant current charging
       Charging current will be kept stable, so that the change of the battery
       can be detected.
       (See the "1. minus delta V" of Method of stop charging)
    4. Trickle charging function
       See "CONCEPT AND MAIN APPLICATIONS" .
Method of stop charging
  DC1801 has four different methods of stop charging.
  Each of methods will work individually.(whichever method comes first will stop charging.
  1. minus delta V
     Charging will be stopped by the detection of the drop of the battery voltage.
     See (1) of chart below.
  2. delta T
     Charging will be stopped by the detection of the rise of the battery temperature.
     See (3) of chart below. (for the batteries with 4 terminals only)
  3. T
     Charging will be stopped by the detection of the upper limit of the battery temperature.
     See (2) and (3) of chart below.
     The upper limits of the battery temperature are 45 degree C. for 1.3Ah batteries
     and 60 degree C. for 1.7, 2.0 and 2.2Ah batteries.
  4. Timer
     Charging will be stopped by the length of charging time as a supplementary method.

                                                                          minus delta V
                                                                                          Line (1) shows Battery Voltage.
                                                                             T            Line (2) shows Battery Temperature
                            (1)                                                           of Heated Battery.
Battry Voltage                                                                            Line (3) shows Battery Temperature
Temperature                                                                               of Nomal Battery. Charging is stopped at delta T.
                                   (2)
                                                                            delta T
                                                                                          Note : Comparing line (2) and line (3) ,
                                   (3)                                                    you can find the point of stop charging before
                                                                                          completion of charging on line (2).

                                  Completion of Charging                     Charging Time



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