The Omron S8FS-G15015C Power Supply converts 100 to 240 VAC at 50/60 Hz into a 15 VDC output rated at 10 A, providing 150 W capacity for compatible industrial electrical loads. Its direct-mount construction is intended for installation on the panel surface, with screw terminals connecting the incoming AC source to the outgoing DC circuit. The 15 VDC output makes this configuration relevant where control, interface, or other automation equipment requires this specific supply voltage. The S8FS-G15015C establishes the model's relationship with the S8FS-G series and distinguishes its 15 VDC direct-mount configuration. At the product-category level, it is one of the 150W industrial power supplies associated with Omron factory automation equipment for machine and control-panel applications.
3 A typ.(at 100 VAC input)
1.8 A typ.(at 200 VAC input)
Input Leakage current
0.5 mA max.(at 100 VAC input)
1 mA max.(at 200 VAC input)
Input Frequency
50/60 Hz
Output indicator
Yes (color: green)
Output voltage variable range
-10 to +15 % (With V.ADJ)
Start-up time
1000 ms max.(at 100 VAC input)
1000 ms max.(at 200 VAC input)
Hold time
10 ms typ.(at 100 VAC input)
55 ms typ.(at 200 VAC input)
Vibration resistance
10 to 55 Hz, 4.5 G max., 0.375 mm single amplitude in each 3 directions for 2 hours
Shock resistance
150 m/s2, in each 6 directions 3 times
Ambient temperature (Operating)
-20 to 70 ?
Ambient temperature (Storage)
-25 to 75 ?
Ambient humidity (OperatingStorage)
90 %RH max.
Cooling fan
No
Weight
500 g max.
The Omron S8FS-G15015C is frequently assessed alongside related units in the Omron Switch Mode Power Supply range, as these SMPS models share comparable wiring behaviour, thermal characteristics, load endurance, and panel integration features. S8FS-G15015C fits smoothly into conveyors, dosing modules, electrical frames, and compact control panels where a dependable Omron SMPS Power Supply is required. These related SMPS variants also support unified wiring layouts, easier spare handling, and consistent power distribution across multi-panel automation systems.
