Strike-X M 600W - Computer Adapter AeroCool - Free user manual and instructions

Product Type	ATX Power Supply Unit
Brand	AeroCool
Model	Strike-X M 600W
Wattage	600W continuous output
Form Factor	ATX 12V v2.3 compliant
Input Voltage	115V~230V (Auto-Switching)
Input Frequency	50Hz - 60Hz
Dimensions (W x H x D)	150mm x 86mm x 140mm
Weight	Approximately 1.8 kg
Fan Size	120mm red LED fan
Efficiency Certification	80 PLUS Bronze
Protection Features	OVP, UVP, OCP, OPP, SCP
Connectors	1x ATX 20+4 pin, 1x CPU 4+4 pin, 2x PCI-E 6+2 pin, 3x SATA, 2x Molex, 1x FDD
Cable Type	Semi-modular with flat cables
Noise Level	< 28 dBA under normal load
Operating Temperature	0°C to 40°C
MTBF	100,000 hours at 25°C
Maintenance & Cleaning	Clean fan and vents with compressed air periodically; do not open unit.
Safety Certifications	CE, FCC, RoHS, TUV
Spare Parts & Repairability	Internal components not user-serviceable; contact AeroCool support for warranty.

Frequently Asked Questions - Strike-X M 600W AeroCool

Is the AeroCool Strike-X M 600W compatible with my PC build?

Yes, it supports standard ATX cases and provides 600W of power suitable for mid-range gaming or workstation PCs. Ensure your case has enough depth (min 140mm) for the PSU.

What connectors does this power supply include?

It includes one 20+4 pin ATX, one 4+4 pin CPU, two 6+2 pin PCI-E, three SATA, two Molex, and one FDD connector. The cables are semi-modular with flat design for easier cable management.

Is the Strike-X M 600W modular?

It is semi-modular, meaning essential cables (ATX, CPU) are fixed, while others like PCI-E, SATA, and Molex are detachable.

Does the fan have LED lighting?

Yes, it features a 120mm fan with red LED lighting, which can be turned on or off via a small switch on the PSU housing.

What are the protection features of this PSU?

It includes Over Voltage Protection (OVP), Under Voltage Protection (UVP), Over Current Protection (OCP), Over Power Protection (OPP), and Short Circuit Protection (SCP).

Is the Strike-X M 600W 80 PLUS certified?

Yes, it is 80 PLUS Bronze certified, ensuring at least 82% efficiency at typical loads.

How do I clean the power supply?

To clean, use compressed air to blow dust out of the fan and vents. Do not open the PSU casing as it contains high-voltage components and voids warranty.

What is the warranty period for this PSU?

AeroCool typically offers a 3-year warranty for the Strike-X M series. Check with your retailer for specific terms.

Can I use this PSU with a high-end graphics card?

It provides up to 600W and has two PCI-E 6+2 pin connectors, suitable for mid-to-high-end single GPU setups (e.g., RTX 3060/3070 or RX 6700 XT). For dual GPUs or top-tier cards, consider a higher wattage unit.

Where can I download the user manual for the Strike-X M 600W?

The manual can be downloaded for free from the product page on AeroCool's website or from third-party manual sites like notice-facile.com. It provides installation instructions, specifications, and safety guidelines.

USER MANUAL Strike-X M 600W AeroCool

Red and black power supply unit with hexagonal ventilation grille and control panel (no visible text or symbols)

Model Name: Strike-X 500W / Strike-X 500W [Smart Cable]

Strike-X 600W / Strike-X 600W [Smart Cable]

Strike-X 800W [Smart Cable]

Strike-X 1100W [Smart Cable]

Issue Date: 2011/08/01

Revision: A1.0

Aerocool StrikeXePower StripelyX Power Supp

DATA SHEET

Revision Change History

Revision	Change description Date
A1.0 Original 2011/08/01

1. Product Introduction

Introducing the new "Strike-X" product series from Aerocool - the ultimate gaming equipments for gamers and enthusiasts world-wide !! The "Strike-X" series includes a wide array of gaming equipments ranging from cases, PSU, fan controller, speakers, mouse, mouse pad and headsets.

Like all Strike-X products, the Strike-X power supplies bears the distinct mark of "X" such as the aluminum frame on the top cover and the label sticker design on the side of the chassis. The Strike-X power supplies were designed with the concept of "POWER", "STYLE" and "COOL" and they are perfect for those power-hungry users and yet cool enough to show off to friends.

2. Features

■ Powerful "X" theme Gaming PSU.
■ Low Noise 13.9cm Fan with intelligent fan speed control
■ High-Efficiency - 80+ Certified
■ Modular Cable w/ Black Sleeving to reduce the cable mess inside your chassis and improves the air flow of your system. (Only for modular cable models)
■ Supports Dual Core CPU, ATI CrossFire, NVIDIA SLi and all Multi-Core GPU technologies.
■ Built in next generation 6+2 pin PCI-Express graphic card connector.
■ Active Power Factor Correction (PF>0.99)
■ Extremely good voltage regulation (±5%): provides steady power input
■ High reliability: MTBF>120,000 hours
■ Green power design that meets ErP requirements
■ Protections: Over Current, Over Voltage, Over Power, Over Temperature, Under Voltage and Short-Circuit protection
■ Safety / EMI Approvals: CE, FCC, TUV, Gost, CB.

3. AC Input and DC Output Specification

■ Strike-X 500W

AC Input	230VAC 15A 50-60Hz
Output Voltage	3.3V	5V	+12V	-12V	5Vsb
Min. Output Current	0.5A	0.5A	1A	0A	0.1A
Max. Output Current	24A	24A	41A	0.5A	2.5A
Max. Combined Wattage	150W		492W	6W 12.5W
Total Continuous Wattage	500W

■ Strike-X 600W

AC Input	230VAC 15A 50-60Hz
Output Voltage	3.3V	5V	+12V	-12V	5Vsb
Min. Output Current	0.5A	0.5A	1A	0A	0.1A
Max. Output Current	24A	24A	50A	0.5A	3A
Max. Combined Wattage	150W		600W	6W 15W
Total Continuous Wattage	600W

■ Strike-X 800W

AC Input	115-230VAC 15A 50-60Hz
Output Voltage	3.3V	5V	+12V	-12V	5Vsb
Min. Output Current	0.8A	0.5A	0A	0A	0.1A
Max. Output Current	24A	24A	66A	0.5A	3A
Max. Combined Wattage	170W		792W	6W	15W
Total Continuous Wattage	800W			21W

■ Strike-X 1100W

AC Input	100-240VAC 13A 50-60Hz
Output Voltage	3.3V	5V	+12V	-12V	5Vsb
Min. Output Current	0.8A	0.5A	0A	0A	0.1A
Max. Output Current	24A	30A	90A	0.5A	3A
Max. Combined Wattage	170W		1080W	6W	15W
Total Continuous Wattage	1100W			21W

4. Output Voltage Regulation

Output Voltage	MIN	Nominal	MAX	Units	Range
+5V	4.75	5.00	5.25	Volts	±5%
+12V 1/12V2	11.40	12.00	12.60	Volts	±5%
-12V	-10.80	-12.00	-13.20	Volts	±10%
+3.3V	3.14	3.30	3.47	Volts	±5%
+5Vs	4.75	5.00	5.25	Volts	±5%

5. Efficiency versus Load

Strike-X 500/600W Efficiency
Loading	100%	50%	20%
Efficiency	82%	85%	82%
PFC	≥q 0.9 --	--

Strike-X 800W Efficiency
Loading	100%Load	50%Load	20%Load
Efficiency	82%	85%	82%
PFC	≥q 0.9	--	--

Strike-X 1100W Efficiency
Loading	100%Load	50%Load	20%Load
Efficiency	82%	85%	82%
PFC	≥q 0.9	--	--

6. DC Output Ripple & Noise

Parameter	Ripple + Noise	Units
+5V 50 mV
+12V1 120 mV
+12V2 120 mV
-12V 120 mV
+3.3V 50 mV
+5Vsb 50 mV

7. Output Protection

7.1 Over Voltage Protection

The +5V/+12V/+3.3V DC output are protected against the over voltage condition. Maximum value can't be over 6.5V at 5V terminal and 15.5V at 12V, 4.3V at 3.3V.

7.2 Over-Current Protection

Current protection should be designed to limit the current to operate within safe operating conditions. Over current protection schemes where only the voltage output that experiences the over current event is shut off may be adequate to maintain safe operation of the power supply and the system; however, damage to the motherboard or other system components may occur. The recommended over current protection scheme is for the power supply to latch into the shutdown state. The setting of over current protection for each output rail is as following.

7.3 Over Power Protection

The power supply will be shutdown and latch off when output power is 105%\~150%.

7.4 Over-Temperature Protection

This power supply includes an over-temperature protection sensor, which can trip and shut down the power supply at 110^ C

7.5 Under voltage protection

In an under voltage fault occurs, the supply will latch all DC outputs into a shutdown state when +12V,+5V & +3.3V outputs under 60% of it's maximum value.

7.6 Short Circuit Protection

Short circuit placed on +5V,+12V,+3.3V,-12V will latch off. +5VSB will auto-recovery.

8. Environmental Requirements

6.1 Operating / Storage Temperature Range

Operating ambient : 0°C min to +40°C max Non operating ambient : -20°C to +60°C

6.2 Humidity (non condensing)

Operating ambient : 10% to 90% relative humidity Non operating ambient : 5% to 95% relative humidity

6.3 Altitude

Operating ambient : 0 to 10,000 ft

Non operating ambient : 0 to 50,000 ft

9. Safety Certificate

Certificate	Mark	Description
CB		Global Certification by IECEE
FCC		Federal Communication Commission
CE		Certification Europe
TUV		Certification forGERMANY
GOST	AB 57	Russian Certification

10. Output Connectors / Pin Description

The output connector pin assignments should follow the arrangements as shown in the table below.

Main Power Connector
Pin	Signal	Wire	Pin	Signal	Wire
1 +3.3VDC Orange 13 +3.3VDC				[+3.3V sense]	Orange [Brown]
2 +3.3VDC Orange 14 -12VDC					Blue
3 COM	Black	15 COM Black
4 +5VDC Red 16 PS_ON# Green
5 COM Black 17 COM Black
6 +5VDC Red 18 COM Black
7 COM Black 19				COM	Black
8 PWR_OK	Gray	20	Reserved		NC
9 +5VSB	Purple	21	+5VDC		Red
10 +	12VDC1 Yellow 22 +5	VDC Red
11 1	2VDC1 Yellow 23 5VDC Red
12 +	3.3VDC Orange 24 +	COM Black

+12V Power Connector
Pin	Signal	Wire	Pin	Signal	Wire
1		COM	Black	5	+12VDC1	Yellow/ Blue
2		COM	Black	6	+12VDC1	Yellow/ Blue
3		COM	Black	7	+12VDC2	Yellow/ Blue
4		COM	Black	8	+12VDC2	Yellow/ Blue

Peripheral Connector(s)			Floppy Drive Connector
Pin	Signal	Wire	Pin	Signal	Wire
1	+12VDC1	Yellow	1 +5	VDC Red
2	COM	Black	2	COM	Black
3	COM	Black	3	COM	Black
4	+5VDC	Red 4 +1	2VDC1	Yellow

Series ATA Connector
Pin	Signal	Wire Pin	Signal	Wire
1	+12V1	Black	4	COM	Yellow
2	COM	Black	5	+3.3V	Yellow
3	+5V	Black	-	-	-

PCI-E 6pin Power Connector
Pin Signal	Wire	Pin	Signal	Wire
1	+12VDC1/2	Yellow	4	COM	Black
2	+12VDC1/2	Yellow	5	COM	Black
3	+12VDC1/2	Yellow	6	COM	Black

PCI-E 6+2pin Power Connector
Pin Signal	Wire	Pin	Signal	Wire
1	+12VDC1/2	Yellow	5	COM	Black
2	+12VDC1/2	Yellow	6	COM	Black
3	+12VDC1/2	Yellow	7	COM	Black
4	COM	Black	8	COM	Black

Main24(20+4)PinConnector		Peripheral Connector(4 Pin)	Floppy Connector(4 Pin)	S-ATA Connector(15 Pin)
+3.3V 1	13 +3.3V
+3.3V 2	14 -12V
COM 3	15 COM
+5V 4	16 PS_ON
COM 5	17 COM	+12V	+12V
+5V 6	18 COM	COM	COM
COM 7	19 COM	COM	COM
PG 8	20 NC	+5V	+5V
5VΔ 9	21 +5V
+12V 10	22 +5V
+12V 11	23 +5V
+3.3V 12	24 COM

PCI-E Connector (6Pin)	PCI-E Connector (6+2Pin)	ATX12V 4 Pin Connector	EPS12V 8Pin Connector

11. Cable Configuration

Technical line drawing of a symmetrical mechanical component with hexagonal lattice structure (no text or symbols)

[Smart Cable Models]

Technical line drawing of a mechanical component with hexagonal lattice structure (no text or symbols)

1 x 20+4-Pin Motherboard Connector 500mm

Technical line drawing of a symmetrical mechanical component with hexagonal lattice structure (no text or symbols)

1 x 20+4-Pin Motherboard Connector

Technical line drawing of a symmetrical mechanical component with hexagonal lattice structure (no text or symbols)

1 x 20+4-Pin Motherboard Connector 700mm

80 PLUS Verification and Testing Report

TYPICAL EFFICIENCY (50% Load):	86.06%
AVERAGE EFFICIENCY :	84.54%
80 PLUS COMPLIANT:	YES

Red and black electronic device with visible ports and labels (no readable text or symbols)

Ecos ID #	1171.1
Manufacturer	Aerocool
Model Number	STRIKE-X500
Serial Number	N/A
Year	2008
Type	ATX12V
Test Date	12/2/2008

Rated Specifications	Value	Units
Input Voltage	115-230 Volts
Input Current	10/6 Amps
Input Frequency	50/60 Hz
Rated Output Power	500 Watts

Note: All measurements were taken with input voltage at 115 V nominal and 60 Hz.

Input AC Current Waveform (ITHD = 31.44%, 50% Load)

I_RMS A

PF

I_THD (%)

Load(%)

Fractionof Load

InputWatts

DC Terminal Voltage (V)/ DC Load Current (A)

OutputWatts

Efficiency%

12V (cumulative of 12V1, 12V2, etc.)

-12V

3.3V

5V*

5VSB

1.09

0.96

25.75%

20%

Light

120.46

11.3/0.1

3.3/2.4

5.1/1.6

5212/68101.99

2.70

0.95

31.44%

50%

Typical

294.32

11.3/0.2

3.3/5.9

5.1/4

512/2/2683.28

5.46

0.97

24.96%

100%

Full

607.35

12.1/33.6

503.44

82.89%

PLUG LOAD solutions

These tests were conducted by a third party independent testing firm on behalf of the 80 PLUS Program. 80 PLUS is a certification program to promote highly-efficient power supplies (greater than 80% efficiency in the active mode) in technology applications. http://www.80plus.org/

80 PLUS Verification and Testing Report

TYPICAL EFFICIENCY (50% Load):	86.87%
AVERAGE EFFICIENCY :	85.19%
80 PLUS COMPLIANT:	YES

Red and black electronic device with control panel (no visible text or symbols)

Ecos ID #	1169.2
Manufacturer	Aerocool
Model Number	STRIKE-X600
Serial Number	N/A
Year	2008
Type	ATX12V
Test Date	12/1/2008

Rated Specifications	Value	Units
Input Voltage	115-230 Volts
Input Current	12/8 Amps
Input Frequency	50/60 Hz
Rated Output Power	600 Watts

Note: All measurements were taken with input voltage at 115 V nominal and 60 Hz.

Input AC Current Waveform (ITHD = 30.55%, 50% Load)

I_RMS A	PF	I_THD (%)	Load(%)	Fractionof Load	InputWatts	DC Terminal Voltage (V)/ DC Load Current (A)					OutputWatts	Efficiency%
						12V (cumulative of 12V1, 12V2, etc.)	-12V	3.3V	5V*	5VSB
1.28	0.97	1.86%	20%		Light	142.10	11.1/0.1	3.3/2.4	5.1/1.6	52.2/8.4	22.39
3.20	0.95	30.55%	50%		Typical	349.32	11.1/0.2	3.3/6	5.1/415.1/2.2	303.46
6.51	0.97	24.42%	100%		Full	724.50			11.9/41.9

PLUG LOAD solutions

These tests were conducted by a third party independent testing firm on behalf of the 80 PLUS Program. 80 PLUS is a certification program to promote highly-efficient power supplies (greater than 80% efficiency in the active mode) in technology applications. http://www.80plus.org/

80 PLUS Verification and Testing Report

TYPICAL EFFICIENCY (50% Load):

88.66%

AVERAGE EFFICIENCY :

87.14%

80 PLUS COMPLIANT:

YES

Red and black electronic device with control panel and display (no visible text or symbols)

Ecos ID #	893.1
Manufacturer	Aerocool
Model Number	STRIKE-X800
Serial Number	NA
Year	2008
Type	ATX12V
Test Date	9/22/2008

Rated Specifications	Value	Units
Input Voltage	100-240 Volts
Input Current	9-5 Amps
Input Frequency	50-60 Hz
Rated Output Power	800 Watts

Note: All measurements were taken with input voltage at 115 V nominal and 60 Hz.

Input AC Current Waveform (ITHD = 20.7%, 50% Load)

I_RMS A	PF	I_THD (%)	Load(%)	Fractionof Load	InputWatts	DC Terminal Voltage (V)/ DC Load Current (A)					OutputWatts	Efficiency%
						12V (cumulative of 12V1, 12V2, etc.)	-12V	3.3V	5V*	5VSB
1.70 0.98	17.17%	20%		Light	192.45	12/0.1 3.3/1.8 5/1.8 5/019.36/1.86						85.30%
4.10 0.98	20.70%	50%		Typical	461.55	12/0.2 3.3/4.5 5/4.5 5/112.3/29.51						88.66%
8.26 0.99	14.75%	100%		Full	938.50	12.2/59.5	12.1/0.4 3.3/9		5/9 4.9/2.6 820.93			87.47%

PLUG LOAD

solutions

These tests were conducted by a third party independent testing firm on behalf of the 80 PLUS Program. 80 PLUS is a certification program to promote highly-efficient power supplies (greater than 80% efficiency in the active mode) in technology applications. http://www.80plus.org/

80 PLUS Verification and Testing Report

TYPICAL EFFICIENCY (50% Load):	90.09%
AVERAGE EFFICIENCY :	88.48%
80 PLUS COMPLIANT:	YES

Red and black electronic device with control panel and display (no visible text or symbols)

Ecos ID #	2637
Manufacturer	Aerocool
Model Number	STRIKE-X1100
Serial Number	N/A
Year	2011
Type	ATX12V
Test Date	6/30/2011

Rated Specifications	Value	Units
Input Voltage	115-230 Volts
Input Current	15 Amps
Input Frequency	0.00 Hz
Rated Output Power	1100 Watts

Note: All measurements were taken with input voltage at 115 V nominal and 60 Hz.

Input AC Current Waveform (ITHD = 5.65%, 50% Load)

I_RMS A

PF

I_THD (%)

Load(%)

Fractionof Load

InputWatts

DC Terminal Voltage (V)/ DC Load Current (A)

OutputWatts

Efficiency%

12V (cumulative of 12V1, 12V2, etc.)

-12V

3.3V

5V

5Vsb

2.26

0.99

8.85%

20%

Light

256.60

11.7/0

3.4/2.3

5/2.9

5.2/0.8/3.8/5.62

5.44

1.00

5.65%

50%

Typical

623.70

11.7/0.1

3.4/5.7

5/7.1

5/12/2.8/5.8/1.90

11.09

1.00

3.94%

100%

Full

1274.50

12.2/81.7

1114.10

87.41%

PLUG LOAD

solutions

These tests were conducted by a third party independent testing firm on behalf of the 80 PLUS Program. 80 PLUS is a certification program to promote highly-efficient power supplies (greater than 80% efficiency in the active mode) in technology applications. http://www.80plus.org/