SPS-G015 Series

Applications
Logic control circuit designing
Automatic control systems
Industrial control systems
Test equipment
LED displays
Security devices

SPS-G015 Series

Features
Green mode designing, no load < 0.3W
All using 105°C long life electrolytic capacitors
Over load, over voltage, short circuit protection
Small size, high efficiency
Output voltage ±10% adjustment
100% full load burn-in test
-20°C~70°C operating temperature
UL, cUL, TUV, CB, CE approved

Model No

Voltage (max)

Current (amps)

Power (watts)

SPS-G015-3-3

3.3V

3A

10W

SPS-G015-05

5V

3A

15W

SPS-G015-12

12V

1.3A

15.6W

SPS-G015-15

15V

1.0A

15W

SPS-G015-24

24V

0.63A

15.1W

SPS-G015-48

48V

0.32A

15.4W

 

Specification

Input Voltage                                          88V ~ 264Vac universal full range or 125V ~375Vdc
Input Current                                          <0.5A@100Vac input, full load                                                                                                                                              condition
Input Frequency                                     47 ~ 63Hz
Inrush Current                                        <30A@115V , <50A@230Vac input, Cold start at 25°C ambient
Leakage Current                                    <0.5mA@264Vac input
Holdup Time                                           >60mS@230V, full load condition
Over Voltage Protection                         Over voltage latch
Rise Time                                               <50mS
Operating Humidity                                 20% ~ 85% (non condensing)
Storage Temperature, Humidity             -40°C ~ +85°C, 10% ~ 95% (non condensing)
Terminal Pitch                                        5P / 7.62mm with plastic cover

Description
SPS-G015 is a single output AC/DC enclosed power supply with green mode function for low power consumption. With wide range operation temperatures of -20°C to +70°C (please refer to spec details), ±10% output voltage adjustment and <0.3W no load power consumption, as well as short circuit, over voltage and over load protections.