For context, when there's a high pressure differential in the refrigeration system, the starting torque of the compressor motor isn't enough to overcome that and the compressor locks up.
That's bad because a locked rotor draws a lot of power, and gets very hot. So it's nice to know there is protection somewhere to recognize this is occurring, and kill power long enough for refrigerant pressures to equalize so it can start back up.
Technology Connections /
npub18z…pqttq
2023-04-29 00:45:23
in reply to nevent1q…eky2
Author Public Key
npub18zell3q9q84szzjz6k53n9ql8r46mrace4eyvymvmwca9tv0g4dszpqttqPublished at
2023-04-29 00:45:23Event JSON
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"content": "For context, when there's a high pressure differential in the refrigeration system, the starting torque of the compressor motor isn't enough to overcome that and the compressor locks up.\n\nThat's bad because a locked rotor draws a lot of power, and gets very hot. So it's nice to know there is protection somewhere to recognize this is occurring, and kill power long enough for refrigerant pressures to equalize so it can start back up.",
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