Super Flower SF-1600F14SP

Serial NumberS2512199008

Lab IDSF16003132

Certification ID263132

Test Result Report ID: 26PS3132A
Certificate Issue Date: Feb 24, 2026

	230V
Scheme: ETA-EMI PSU

230V
	Scheme: LAMBDA PSU

Aristeidis Bitziopoulos, Certification Body General Manager

General Information

Test Equipment

Electronic Loads	Chroma 63601-5 x2 Chroma 63600-2 Chroma 63640-80-80 x10 Chroma 63610-80-20
AC Sources	Chroma 6530, APM SP300VAC4000W-P, GW Instek ASR-3500
Power Analyzers	Rohde & Schwarz HMC8015 & NPA701
Oscilloscopes	Picoscope 4444, Siglent SDS2104X PLUS
Sound Analyzer	Bruel & Kjaer 2270 G4
Microphone	Bruel & Kjaer Type 4955-A
Temperature Logger	Picoscope TC-08
Tachometer	UNI-T UT372
Multimeters	Keysight 34465A
EMI Analyzer	TekBox TBMR-110M-EU
Isolation Transformer	4kVA
UPS	FSP Champ Tower 3kVA, CyberPower OLS3000E 3kVA
Testing Methodology	Cybenetics PSU Test Protocol

DUT Information(Non-accredited measurements)

Product Identification Details
Brand	Super Flower
Model	SF-1600F14SP
OEM/ODM	Super Flower
Serial Number	S2512199008
Product Specifications
Manufacturer-Provided Information
Rated Voltage (Vrms)	200-240
Rated Current (Arms)	10
Rated Frequency (Hz)	50-60
Rated Power (W)	1600
Operating Temperature (Continuous Full Load) (°C)	0 - 50
Type	ATX12V
Cable Design	Fully Modular
Warranty	No Info
Cybenetics Measurements
Dimensions (W x H x D)	150 x 85 x 150mm
Weight	1.75 kg (3.86 lb)
Cooling	140mm Double Ball Bearing Fan (ZFB142512D)
Semi-Passive Operation	✓ (selectable)
Cybenetics Testing Information
Lab ID	SF16003132
Date of receipt	Jan 2, 2026
Testing Date	Feb 11, 2026
Report Issued Date	Feb 24, 2026
DUT Notes	The specified cable is for 200-240VAC only, because this PSU uses a C13/C14 combo instead of C19/C20. It doesn't get an ATX v3.x compliance badge because the 3.3V rail voltage drops too low during the transient tests (with additional capacitance).
Engineer Name	Ioannis Kalyviotis
Authorized By the Laboratory Technical Manager	Aristeidis Bitziopoulos
Signature

Cables and Connectors(Non-accredited measurements)

`Modular Cables`
Description	Cable Count	Connector Count (Total)	Gauge	Cable Type
ATX connector 20+4 pin (600mm)	1	1	16-20AWG	Tinned Copper
4+4 pin EPS12V (700mm)	2	2	16-18AWG	Tinned Copper
6+2 pin PCIe (700mm)	4	4	16AWG	Tinned Copper
12+4 pin PCIe (700mm) (600W)	2	2	16-26AWG	Tinned Copper
SATA (500mm+130mm+130mm+130mm)	3	12	18AWG	Tinned Copper
4-pin Molex (500mm+150mm+150mm+150mm)	1	4	18AWG	Tinned Copper
AC Power Cord (1385mm) - C13 coupler	1	1	18AWG	-

Protection Features(Manufacturer)

Over Power Protection	✓
Over Current (+12V) Protection	✓
Over Temperature Protection	✓
Short Circuit Protection	✓
Surge Protection	✓
Inrush Current Protection	✓
Fan Failure Protection	✗

Power Specifications

Rail		3.3V	5V	12V	5VSB	-12V
Max. Power	Amps	20	20	133.3	3	0.5
Max. Power	Watts	100		1599.6	15	6
Total Max. Power (W)		1600

Parts Description

`General Data`
Manufacturer (OEM)	Super Flower
PCB Type	Double-Sided
`Primary Side`
Transient Filter	7x Y caps, 3x X caps, 2x CM chokes, 1x MOV
Inrush Protection	NTC Thermistor SCK254R7 (4.7 Ohm @ 25°C) & Relay
Bridge Rectifier	2x GBU2506 (600V, 25A @ 100°C)
APFC MOSFETs	4x Infineon IPW60R120P7 (650V, 16A @ 100°C, Rds(on): 0.120Ohm)
APFC Boost Diode	2x CREE C3D10060 (600V, 10A @ 150°C)
Bulk Cap(s)	2x Rubycon (420V, 580uF, 2000h @ 105°C, MXZ)
Main Switchers	4x Infineon IPW60R070CFD7 (650V, 20A @ 100°C, Rds(on): 0.13Ohm)
APFC Controller	ON Semiconductor NCP1654 & Sync Power SPN5003 (reducing no load consumption)
Resonant Controller	N/A
IC Driver	N/A
Topology	Primary side: APFC, Full-Bridge & LLC Resonant Converter Secondary side: [12V] Synchronous Rectification & [Minor Rails] DC-DC converters
`Secondary Side`
+12V MOSFETs	8x Infineon ISC019N04NM5 (40V, 120A @ 100°C, Rds(on): 1.9mOhm)
5V & 3.3V	DC-DC Converters: 4x Infineon BSC0902NS (30V, 67A @ 100°C, Rds(on): 2.6mOhm) PWM Controller(s): Anpec APW7159C
Filtering Capacitors	Electrolytic: 2x Nippon Chemi-Con ( 16V, 4700uF @ 105°C, W) 1x Nippon Chemi-Con ( 50V, 10uF @ 105°C, KY) 1x Rubycon (@ 105°C, YXG) 5x Rubycon (@ 105°C, ZLH) CapXon (16V, 330uF @ 105°C) Polymer: 22x Nippon Chemi-con, 6x FPCAP
Supervisor IC	Weltrend WT7518 (OVP, UVP, OCP, PG)
Fan Controller / Micro Controller	ON Semiconductor LM324ADG
Fan Model	ZIC ZFB142512D (140mm, 12V, 0.65A, Double Ball Bearing Fan)
`5VSB Circuit`
Rectifier	PFC Device Corp. PFR20L60CT (60V, 10mOhm)
Standby PWM Controller	Chipown PN8733

Test Results

Temperature & Compliance Info

Temperature Range (°C /°F)	28-32 / 82.4-89.6
ErP Lot 3/6 Ready	✓
(EU) No 617/2013 Compliance	✓
ALPM (Alternative Low Power Mode) compatible	✓

Performance Summary 230V

Accredited
Average Efficiency (>1450 load combinations)	92.428%
Average Noise Output (>1450 Load Combinations)	42.61dBA
Average PF (>1450 Load Combinations)	0.962
Efficiency With 10W (≤500W) or 2% (>500W) Load	77.103%
Standby Power Consumption	0.0998W
Non-Accredited
12V Ripple (Full Load)	26.94mV
5V Ripple (Full Load)	22.66mV
3.3V Ripple (Full Load)	18.63mV
5VSB Ripple (Full Load)	11.24mV
12V Load Regulation	0.42%
5V Load Regulation	0.08%
3.3V Load Regulation	0.92%
5VSB Load Regulation	2.12%
Inrush Current	69.340A
12V Transient Response (200%)	11.21V
5V Transient Response (200%)	4.905V
3.3V Transient Response (200%)	3.076V
5VSB Transient Response (200%)	5.009V
Hold-Up Time & PWR_OK Signal	22.70ms
AC Loss to PWR_OK Hold Up Time	19.10ms
PWR_OK Inactive to DC Loss Delay	3.60ms
PSU Timings: T1 (20% / 100%)	95.0ms	94.0ms
PSU Timings: T3 (20% / 100%)	120.0ms	123.0ms
12V OCP (31.2°C / 44.4°C)	182.00A (136.53%), 12.018V	156.40A (117.33%), 12.014V
5V OCP (31.2°C / 44.4°C)	29.6A (148.00%), 5.032V	28.3A (141.50%), 5.036V
3.3V OCP (31.2°C / 44.4°C)	34.8A (174.00%), 3.302V	34.9A (174.50%), 3.297V
5VSB OCP (31.2°C / 44.4°C)	5.3A (176.67%), 5.013V	5.3A (176.67%), 5.013V
OPP (30.15°C / 43.11°C)	136.43%	118.31%

Hold-Up Time & PWR_OK Signal

Hold-Up Time (ms)	22.7
AC Loss to PWR_OK Hold Up Time (ms)	19.1
PWR_OK Inactive to DC Loss Delay (ms)	3.6

Stromverbrauch im Ruhezustand

Tables 230V

Detailed Results
	Average	Min	Limit Min	Max	Limit Max	Result
Mains Voltage RMS:	230.10 V	230.07 V	227.70 V	230.11 V	232.30 V	PASS
Mains Frequency:	50.00 Hz	50.00 Hz	49.50 Hz	50.00 Hz	50.50 Hz	PASS
Mains Voltage CF:	1.415	1.415	1.340	1.416	1.490	PASS
Mains Voltage THD:	0.14 %	0.13 %	N/A	0.16 %	2.00 %	PASS
Real Power:	0.100 W	0.063 W	N/A	0.181 W	N/A	N/A
Apparent Power:	36.121 W	36.089 W	N/A	36.154 W	N/A	N/A
Power Factor:	0.002	N/A	N/A	N/A	N/A	N/A

Graphs 230V

Efficiency Graph

230V

INFO

This graph depicts the PSU`s efficiency throughout its entire operational range. For the generation of the efficiency and noise graphs we set our loaders to auto mode through our custom-made software before trying thousands of possible load combinations

Noise Graph

230V

INFO

The PSU`s noise in its entire operational range and under 30-32 °C ambient is depicted in this graph. The X axis represents the load on the +12V rail(s) while the Y axis is the load on the minor rails

Noise under high ambient temperature (indicative)

230V

Load	Normal ambient fan · noise · intake	High ambient fan · noise · intake	Noise change
10%	0 RPM · <6.0 dB(A) · 33.2 °C	0 RPM · <6.0 dB(A) · 50.8 °C	fan off in both
20%	0 RPM · <6.0 dB(A) · 34.4 °C	460 RPM · 10.3 dB(A) · 40.5 °C	fan starts (<6.0 → 10.3)
50%	455 RPM · 10.1 dB(A) · 30.4 °C	1142 RPM · 35.9 dB(A) · 42.3 °C	+25.8 dB(A)
100%	1905 RPM · 49.1 dB(A) · 30.5 °C	2159 RPM · 51.8 dB(A) · 45.1 °C	+2.7 dB(A)

INFO

Fan speed, noise and the measured intake temperature at 10, 20, 50 and 100 % load, from the two load regulation tests: at normal ambient (about 30-32 °C) and at high ambient (about 40-47 °C). These are stabilized readings at fixed loads, not averages over the certification sweep, so they are indicative of how the fan behaves when it is hot. "<6.0" is the floor of our sound meter, with the fan stopped; with the fan stopped, the intake sensor can read higher than the chamber air.

Informational. Not part of the ETA or LAMBDA rating.

Conducted Emissions EN 55032 & CISPR 32

Indicative Performance

Efficiency under high ambient temperature

INFO

The PSU`s efficiency under high ambient temperatures with 115V and 230V input. For this graph the results of the 10-110% load regulation table are used

5VSB Efficiency

INFO

This graph depicts the efficiency levels of the 5VSB rail with 115V and 230V input

5VSB Efficiency (ERP LOT 3/6 & CEC) 230V

Test #	5VSB	DC/AC (Watts)	Efficiency	PF/AC Volts
1	0.045A	0.234W	56.708%	0.012
1	5.123V	0.414W	56.708%	230.34V
2	0.09A	0.462W	64.644%	0.02
2	5.123V	0.717W	64.644%	230.32V
3	0.55A	2.814W	76.778%	0.098
3	5.115V	3.663W	76.778%	230.29V
4	1A	5.109W	78.02%	0.163
4	5.108V	6.55W	78.02%	230.28V
5	1.5A	7.65W	78.801%	0.22
5	5.099V	9.712W	78.801%	230.28V
6	3.001A	15.221W	79.424%	0.324
6	5.073V	19.165W	79.424%	230.27V

Protection Features

OCP (Normal @ 31.2°C)	12V: 182.00A (136.53%), 12.018V 5V: 29.6A (148.00%), 5.032V 3.3V: 34.8A (174.00%), 3.302V 5VSB: 5.3A (176.67%), 5.013V
OCP (Hot @ 44.4°C)	12V: 156.40A (117.33%), 12.014V 5V: 28.3A (141.50%), 5.036V 3.3V: 34.9A (174.50%), 3.297V 5VSB: 5.3A (176.67%), 5.013V
OPP (Normal @ 30.1°C)	2182.89W (136.43%)
OPP (Hot @ 43.1°C)	1892.96W (118.31%)
OTP	✓ (175°C @ 12V Heatsink)
SCP	12V to Earth: ✓ 5V to Earth: ✓ 3.3V to Earth: ✓ 5VSB to Earth: ✓ -12V to Earth: ✓
PWR_OK	Proper Operation
UVP (Full Load @ 90V)	✓
UVP (No Damage @ 80V)	✓
Conducted Emissions EN55032 & CISPR 32	✓
NLO	✓
Fan Failure Protection	✗
SIP	Surge: MOV Inrush: NTC & Bypass Relay

Supplementary Tests (For Reference)

Typical Load Tests 230V

Test	12V	5V	3.3V	5VSB	DC/AC (Watts)	Efficiency	Fan Speed (RPM)	PSU Noise (dB[A])	Temps (In/Out)	PF/AC Volts
10%	11.464A	1.995A	2.006A	0.981A	160.017	90.712%	0	<6.0	50.75°C	0.891
10%	12.074V	5.013V	3.29V	5.096V	176.402	90.712%	0	<6.0	40.4°C	230.23V
20%	23.957A	2.993A	3.012A	1.18A	319.994	92.893%	460	10.3	40.51°C	0.945
20%	12.066V	5.013V	3.287V	5.086V	344.475	92.893%	460	10.3	48.44°C	230.2V
30%	36.743A	3.493A	3.519A	1.378A	479.253	93.689%	461	10.3	41.16°C	0.969
30%	12.062V	5.011V	3.283V	5.079V	511.533	93.689%	461	10.3	47.85°C	230.17V
40%	49.647A	3.992A	4.025A	1.578A	639.643	94.054%	795	24.8	41.86°C	0.979
40%	12.054V	5.011V	3.28V	5.07V	680.082	94.054%	795	24.8	47.34°C	230.15V
50%	62.157A	4.991A	5.036A	1.779A	799.362	93.664%	1142	35.9	42.31°C	0.985
50%	12.048V	5.011V	3.277V	5.061V	853.437	93.664%	1142	35.9	46.86°C	230.12V
60%	74.754A	5.99A	6.05A	1.98A	959.838	93.395%	1442	43.2	42.57°C	0.986
60%	12.040V	5.01V	3.273V	5.052V	1027.723	93.395%	1442	43.2	46.69°C	230.08V
70%	87.292A	6.989A	7.065A	2.182A	1119.532	92.984%	1742	48.7	43.43°C	0.987
70%	12.033V	5.01V	3.27V	5.042V	1204.014	92.984%	1742	48.7	47.71°C	230.05V
80%	99.861A	7.985A	8.08A	2.285A	1279.54	92.505%	1931	49.8	43.73°C	0.989
80%	12.033V	5.009V	3.267V	5.034V	1383.216	92.505%	1931	49.8	47.94°C	230.03V
90%	112.763A	8.484A	8.577A	2.388A	1439.322	91.978%	2092	51.5	44.26°C	0.99
90%	12.033V	5.009V	3.264V	5.027V	1564.864	91.978%	2092	51.5	48.65°C	230V
100%	125.475A	8.983A	9.106A	2.995A	1599.317	91.426%	2159	51.8	45.09°C	0.991
100%	12.031V	5.009V	3.261V	5.01V	1749.306	91.426%	2159	51.8	49.79°C	229.97V
110%	138.148A	9.98A	10.218A	2.999A	1759.881	90.894%	2140	51.7	46.51°C	0.992
110%	12.027V	5.01V	3.259V	5.003V	1936.201	90.894%	2140	51.7	51.86°C	229.94V
CL1	0.118A	11.995A	12.069A	0A	101.311	80.388%	758	23.3	40.05°C	0.841
CL1	12.078V	5.019V	3.289V	5.107V	125.724	80.388%	758	23.3	43.7°C	230.25V
CL2	0.116A	19.904A	0A	0A	101.383	82.187%	477	11	41.18°C	0.836
CL2	12.081V	5.023V	3.295V	5.111V	123.619	82.187%	477	11	46.24°C	230.26V
CL3	0.114A	0A	20.033A	0A	67.378	76.589%	0	<6.0	40.25°C	0.78
CL3	12.079V	5.029V	3.294V	5.107V	87.972	76.589%	0	<6.0	35.87°C	230.28V
CL4	133.131A	0A	0A	0A	1600.021	91.602%	2128	51.5	45.33°C	0.991
CL4	12.018V	5.007V	3.263V	5.064V	1746.713	91.602%	2128	51.5	50.4°C	229.97V

The results above are not used in the certification process

Light Load Tests 230V

Test	12V	5V	3.3V	5VSB	DC/AC (Watts)	Efficiency	Fan Speed (RPM)	PSU Noise (dB[A])	Temps (In/Out)	PF/AC Volts
20W	1.230A	0.499A	0.501A	0.196A	20.014	67.43%	0	<6.0	42.88°C	0.469
20W	12.082V	5.012V	3.291V	5.116V	29.679	67.43%	0	<6.0	36.27°C	230.26V
40W	2.706A	0.698A	0.702A	0.293A	40.009	78.268%	0	<6.0	44.94°C	0.659
40W	12.081V	5.012V	3.291V	5.113V	51.116	78.268%	0	<6.0	37.59°C	230.25V
60W	4.184A	0.898A	0.902A	0.391A	60.007	83.402%	0	<6.0	45.89°C	0.74
60W	12.080V	5.012V	3.291V	5.111V	71.95	83.402%	0	<6.0	38.16°C	230.25V
80W	5.657A	1.097A	1.103A	0.489A	79.958	86.426%	0	<6.0	48.51°C	0.787
80W	12.078V	5.013V	3.291V	5.108V	92.515	86.426%	0	<6.0	39.09°C	230.24V

The results above are not used in the certification process

Ripple Measurements 230V

Test	12V	5V	3.3V	5VSB	Pass/Fail
10% Load	11.60mV	15.20mV	11.07mV	7.28mV	Pass
20% Load	15.52mV	11.02mV	10.14mV	7.54mV	Pass
30% Load	18.87mV	13.03mV	11.07mV	7.69mV	Pass
40% Load	21.19mV	16.59mV	16.24mV	7.85mV	Pass
50% Load	22.89mV	19.94mV	20.84mV	7.64mV	Pass
60% Load	22.07mV	15.92mV	17.79mV	8.26mV	Pass
70% Load	21.55mV	16.59mV	13.34mV	8.47mV	Pass
80% Load	22.63mV	18.39mV	14.94mV	8.88mV	Pass
90% Load	22.94mV	18.85mV	14.94mV	8.98mV	Pass
100% Load	26.94mV	22.66mV	18.63mV	11.24mV	Pass
110% Load	26.56mV	21.82mV	17.50mV	10.97mV	Pass
Crossload1	25.85mV	15.49mV	12.71mV	8.23mV	Pass
Crossload2	24.13mV	17.21mV	11.94mV	8.67mV	Pass
Crossload3	13.30mV	15.30mV	15.77mV	9.34mV	Pass
Crossload4	24.26mV	16.14mV	13.27mV	7.40mV	Pass

The results above are not used in the certification process

Super Flower SF-1600F14SP

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Power specifications label