15 Watt Series Switching Adaptor (For Battery Charger and Home Applicance)

Shape and Dimensions

1)UL,PSE Case, Wall Mount Style

2)CE, Korea Case, Wall Mount Style

3)Universal Case, Desktop Style

4)UK,HK Case, Wall Mount Style

5)Australia, New Zealand Case, Style

Main Characteristics

Product Highlight
  • Complete, inexpensive, self-contained regulated power source 
  • Universal input voltage 100~240 VAC 50/60HZ
  • Super power supply, fixed frequency control circuit  guarantees stable,recharging of sealed acid batteries that are used in electrically powered scooters, motorcycles, and much more
  • Optomum control for maximum battery capacity and long life cycle, 3 stage charging system.(constant current, constant voltage, maintenace charge) for rapid full charge
  • Ultra safe design, all with their respective  safety approvals.
  • Ultra low no-load/standby power consumption,  meeting EC 2005 green power requirements.
  • Light, sleek, and compact design
  • Direct LED control output displays charge status and fault conditions and fault conditions:
    Red light: Power On
    Orange light: Charging
    Green light: Charged
  • High efficiency circuitry that generates little heat
  • Built in EMI filter.
Built-in Features and protections
  • Different output voltage selections: 2.8-24 Vdc.
  • Short circuit protection.
  • Over voltage protection.
  • Over current protection.
  • Thermal shutdown capability.
Reliability
  • Burn-in: 100% full load ,40+/-5degree C, 4Hrs min.
  • Leakage Current: Class two: 0.25mA max. at 254Vac. Class one: 0.75mA max. at 254Vac.
  • Withstanding Voltage:(between primary & secondary) Class two:3000Vac I minute 10mA max., Class one: 1500Vac 1 minute 10mA max.,
  • MTBF: meet MIL-HDBK-217F  over 50K hours,full load, 25 degree C
Safety approvals
  • UL1310
  • EN60335
  • CE
Emissions
  • FCC Part 15 class B
  • EN55022 class B
Immunity
  • EN61000-3-2:2000
  • EN61000-3-3: 1995+A1

Schematic Drawings

Electrical specifications

Description

Symbol

Min

Typ

Max

Units

Comment

Input

Voltage

VIN

90

120/240

264

VAC

 　

Frequency

FLINE

47

50/60

63

Hz

 　

No-load Input
Power(230VAC)

 　 　 　

0.75

W

 　

Efficiency

 

 　

70

 　

%

 　

Inrush
Current(240Vac)


I

　


40

　


A


Cold 25 degree C

Environmental

Operating
Temperature

T

0

/

40

Degree
C

Free convection, Sea level

Non-operating

T

-20

/

80

Degree
C

Free convection, Sea level

Operating humidity

T

10

/

90

%RH

Non condensing

Non-operating
humidity

T

10

 /

90

%RH

Non condensing

Typical model list


INPUT 
CONDITION

DC OUTPUT
VOLTAGE

DC OUTPUT
CURRENT

 OUTPUT
 VOLTAGE
PRECISION

RIPPLE
&
NOISES

REGULATION

MAXIMUM
OUTPUTPOWER

LINE LOAD
　

1

21-24V

0-0.71A

5%

400mY

+/-2%

+/-5%

15W
　

2

1 6V-20V

0-0.84A

5%

400mY

+/-2%

+/-5%

15W

Input voltage:

3

10-15V

0-1.50A

5%

400mV

+/-2%

+/-5%

15W

    90-264Vac

4

9.4-9..9V

0-1.60A

5%

400mV

+/-2%

+/-5%

15W

Frequency:

5

8.8-8.3V

0-1.70A

5%

400mV

+/-2%

+/-5%

15W

    47-63Hz

6

8.2-8.7V

0-1.83A

5%

400mY

+/-2%

+/-5%

15W

Input current:

7

7.6-8.1V

0-1.97A

5%

400mV

+/-2%

+/-5%

15W

    0.4A

8

7.0-7.5V

0-2A

5%

400mV

+/-2%

+/-5%

15W
　

9

6.4-6.9V

0-2A

5%

400mV

+/-2%

+/-5%

13.8W
　

10

5.8-6.3V

0-2A

5%

400mV

+/-2%

+/-5%

12.6W
　

11

5.0-5.7V

0-2A

5%

400mY

+/-2%

+/-5%

11.4W

Remark: Refer to ripple and noise 

1. Measurements shall be made with an oscilloscope with 20MHz bandwidth.
2. Outputs shall be bypassed at the connector with a 0.1 uF ceramic disk capacitor and  
a 10uF electrolytic capacitor to simulate system loading.

Standard Product


MODEL

  INPUT
VOLTAGE

 INPUT
FREQUENCY

 BATTERY
SPECIFICATION

DC OUTPUT
 CURRENT

DESIRED
 FLOAT
VO LTAGE
DESIRED BUCK
CHARGING VOLTAGE

KSC FD0600150W1ZZ
KSCFD0600150T1M2


90-264V


50/60Hz


6V/17AH


1.5A


6.8V


7.4V

KSCFD1200100W1ZZ
KSCFD1200100T1M2

90-264V

50/60Hz

1 2V/1 7AH

1.0A

13.7V

14.7V

KSCFD2400050 W1ZZ
KSCFD2400050 T1 M2

90-264V

50/60Hz

24V/17AH

0.5A

27.4V

29.4V

Charging Characteristics

 
1 .A state diagram for sealed-acid 
battery  harger is shown in the left This charger,called a dual level 
float charger,  has three status,
a high current bulk charge state,
an over-charge state,and float charge state.
  


2.In the first state,the charger  acts like a current source providing a  constant  charge rate at Imax, the charger  monitor the  battery  voltage and as it reaches  transiton  threshold,Va,the charger begins its second state.  

3.In the second state,the charger  regulates  the battery at an elevated  voltage,  Vb,until the charger rate  drops to a specified transition current, Imin,, When the  current  tapers 
to Imin,the capacity of  the cell should be at nearly 100%.
 
4.In the third state,the charger  maintains a  precision voltage across the battery  
to optimize stand-by life.

 

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