Model Number

Input

Voltage

MAX.

Output

Current

MAX.

Output

Voltage

MAX.

Output

Power

Typical

Efficiency

Power Factor

120Vac

230Vac

NSP060-V0120S0

100~240Vac

5.0A

12Vdc

60W

83%

0.99

0.9

NSP060-V0150S0

100~240Vac

4.0A

15Vdc

60W

83%

0.99

0.9

NSP060-V0200S0

100~240Vac

3.0A

20Vdc

60W

84%

0.99

0.9

NSP060-V0240S0

100~240Vac

2.5A

24Vdc

60W

84%

0.99

0.9

NSP060-V0300S0

100~240Vac

2.0A

30Vdc

60W

85%

0.99

0.9

NSP060-V0360S0

100~240Vac

1.67A

36Vdc

60W

85%

0.99

0.9

NSP060-V0420S0

100~240Vac

1.43A

42Vdc

60W

85%

0.99

0.9

NSP060-V0480S0

100~240Vac

1.25A

48Vdc

60W

85%

0.99

0.9

Parameter

Io

Min.

Typ.

Max.

Remarks

1

Output Over

Voltage

Protection

Io =5.0A

12.0Vdc

When overvoltage 110%-140% Vo

protection, The power supply will

enter theplaying the "hiccup"

protection status.

Io=4.0A

15.0Vdc

Io=3.0A

20.0Vdc

Io=2.5A

24.0Vdc

Io=2.0A

30.0Vdc

Io=1.67A

36.0Vdc

Io=1.43A

42.0Vdc

Io=1.25A

48.0Vdc

2

Output Short

Circuit Protection

No damage shall occur when any output operating in a short circuit condition.

The power supply shall be self-recovery when the fault condition is removed.

3

NOTE  Don't suport the use of time over current and short circuit

Parameter

Min.

Typ.

Max.

Remarks

1 

Operating Temperature

-20

25

+50

100% LOAD

Please refer to output derating

Curve.

-25

+60

60% LOAD

2 

Storage Temperature

-40

25

+85

3 

Operating Humidity

10%

90%

4 

Storage Humidity

5%

95%

5 

Atmospheric Pressure 

86 KPa

106 KPa

6 

Emitting Heat Mode

non forced air cooling