APW3+ 12- 1600W Power Supply User Guide [EN]

Output

DC Voltage

12.15V

Rated Current(220V input)

133A

Rated Power (220V input)

1600W

Ripple & Noise

<1%

Voltage Regulation

<2%

Source Regulation

<1%

Load Regulation

<1%

Setup, Rise Time

<5S

Power off Protection Trip Time

>10mS

Interface Type

5 pairs of 6pin PCI-E connectors

Input

Voltage Range

176-264V AC

Starting Voltage

200-205V AC

Frequency Range

47-63Hz

Power Factor

>0.95(full load)

Leakage Current

<1.5mA(220V 50Hz)

Low-voltage Input

134-155A

Output Short Circuit

Yes

Protection

Low-voltage Input (220V input)

171-181V AC

Output Short Circuit

Yes

Output Overcurrent(220V input)

134-155A

Overheat Protection

Yes

Environment Conditions

Operating Temperature

-20-60℃

Operating Humidity

20%-90% RH (non-condensing)

Structure

Dimensions

266mm*108mm*41mm

Weight

2.5KG

Cooling

Fan

force-air cooling

Fan speed

when temperature of the heat sink  is higher than 0 ℃, the fan runs at full speed

#

Issue

Reason

Troubleshooting

1

Fan won't run, and no 12V output.

AC Input is abnormal.

1. Make sure the AC input wire has a good connection and the plugs are connected firmly.
2. Make sure the mains power is working well and it svoltage is above 100V.

2

The fan is running, but there is no 12V output.

1. Voltage in your power system is lower than required.
2. PSU is in protection mode.

1. Please check whether the voltage is above 100V with a Fluke 15b+ multimeter to make sure the PSU can switch on correctly.
2. Check whether there is a short circuit output or overload causing the PSU to enter a locked status. After removing the problem, the PSU should power up.

3

After a few minutes, the PSU stops working, starts working, stops working and keeps cycling.

PSU is in over-heat protection.

1．Check whether the fan is working.
2．Check whether the fan's vent is being blocked.
3．Check whether there is a dust buildup inside the PSU due to prolonged use. Do NOT remove the PSU's cover unless trained to do so.
4．Check the power and ambient temperatures follow the Load/Temperature graph.

4

Output is normal, but the fan is not working.

The fan is broken.

1. Check that the fan is clear of blockages or buildup.
2. Fan is broken and needs to be replaced.

5

The PSU suddenly has no output and can't be started again.

The PSU is in over-current protection.

Using the electronic load tester to check whether the load current has exceeded the built-in overcurrent protection limit. The protection automatically triggers when the load current exceeds the limit to protect against damage to the PSU and the server.