What ATX Type Power Supply can be Used without a Motherboard to Power Multiple 12V/5V HDDs?
I've used a repurposed server power supply for years, it has gone out, my drives are newer and since changed from molex LP4 connections to all SATA Power connections. The only other power that I would possibly need is a 4-Pin PWM controlled power source, but I have not found a new controller that doesn't use the output on a motherboard. Currently there are 6 drives in my rack that I am powering and there is no motherboard present. Size is not an issue and I really don't require all the features of an ATX PSU like 3.3V, 5VSB or -12V. I had considered a Fully Modular Power Supply however, I have been trying an ATX power supply that uses a "Test Connector" which shorts the wire to turn on the power supply. I've been having a problem with the 5V maintaining 5V after the power supply is warmed up, someone told me that is typically from the motherboard not being attached to the power supply. I don't require a motherboard for my application so one would never be attached to the connector.
I've used a repurposed server power supply for years, it has gone out, my drives are newer and since changed from molex LP4 connections to all SATA Power connections. The only other power that I would possibly need is a 4-Pin PWM controlled power source, but I have not found a new controller that doesn't use the output on a motherboard. Currently there are 6 drives in my rack that I am powering and there is no motherboard present. Size is not an issue and I really don't require all the features of an ATX PSU like 3.3V, 5VSB or -12V. I had considered a Fully Modular Power Supply however, I have been trying an ATX power supply that uses a "Test Connector" which shorts the wire to turn on the power supply. I've been having a problem with the 5V maintaining 5V after the power supply is warmed up, someone told me that is typically from the motherboard not being attached to the power supply. I don't require a motherboard for my application so one would never be attached to the connector.