Computing/Kolink Enclave PSU: Difference between revisions
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NOTE: Regulator is actually NC on 2, not GND. | NOTE: Regulator is actually NC on 2, not GND. | ||
Using a Regulator power cable on an Enclave supply will fry a SATA drive by overvolting the 5V and 3.3V rails. | |||
Using a Regulator power cable on an Enclave supply will fry a SATA drive by | |||
The connector is a Mini-Fit Jr style, which requires a special tool to release the locking tab on the metal ferrule inside the plastic housing. It can be finagled with a needle apparently, but I wasn't inclined to try this. Instead, I cut the three non-ground wires, tinned them, re-checked the continuity, sleeved and soldered the correct wire to the correct pin. Before heat-shrinking, I re-verified the continuity. | The connector is a Mini-Fit Jr style, which requires a special tool to release the locking tab on the metal ferrule inside the plastic housing. It can be finagled with a needle apparently, but I wasn't inclined to try this. Instead, I cut the three non-ground wires, tinned them, re-checked the continuity, sleeved and soldered the correct wire to the correct pin. Before heat-shrinking, I re-verified the continuity. | ||
Revision as of 07:44, 19 August 2026
The Kolink Enclave PSU (at least the 500W, the only one I have) has a different 6-pin pinout for powering hard drives than the Regulator series. This poses a problem when Enclave cables cannot be found on the 'net for love nor money.
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NOTE: Regulator is actually NC on 2, not GND.
Using a Regulator power cable on an Enclave supply will fry a SATA drive by overvolting the 5V and 3.3V rails.
The connector is a Mini-Fit Jr style, which requires a special tool to release the locking tab on the metal ferrule inside the plastic housing. It can be finagled with a needle apparently, but I wasn't inclined to try this. Instead, I cut the three non-ground wires, tinned them, re-checked the continuity, sleeved and soldered the correct wire to the correct pin. Before heat-shrinking, I re-verified the continuity.
