Smart historian for rig equipment

A drilling rig control system, comprising:

• a machine controller configured to generate, based on a first sampling rate, a plurality of sensor data associated with a machine component of a rig;
• a historian module configured to:
• receive, via a control network and based on a second sampling rate, a first subset of the plurality of sensor data, wherein the second sampling rate is less than the first sampling rate;
• and
• store the first subset of the plurality of sensor data and a condition indicator in a data repository;
• a condition generator comprising:
• a computer processor;
• and
• memory storing instructions, when executed by the computer processor, comprising functionality of:
• receiving, via the control network and based on a third sampling rate, a second subset of the plurality of sensor data, wherein the second sampling rate is less than the third sampling rate;
• generating the condition indicator by at least analyzing the second subset of the plurality of sensor data;
• and
• providing the condition indicator to the historian module;
• a management module configured to perform a management task of the rig based at least on the stored first subset of the plurality of sensor data and the stored condition indicator;
• and
• the data repository for storing the first subset of the plurality of sensor data and a condition indicator.

A non-transitory computer readable medium storing instructions, the instructions when executed comprising functionality for:

• generating, by a machine controller of a drilling rig control system and based on a first sampling rate, a plurality of sensor data associated with a machine component of a rig;
• receiving, via a control network by a historian module of the drilling rig control system and based on a second sampling rate, a first subset of the plurality of sensor data, wherein the second sampling rate is less than the first sampling rate;
• receiving, via the control network by a condition generator of the drilling rig control system and based on a third sampling rate, a second subset of the plurality of sensor data, wherein the second sampling rate is less than the third sampling rate;
• generating, by the condition generator, a condition indicator by at least analyzing the second subset of the plurality of sensor data;
• storing, by the historian module, the first subset of the plurality of sensor data and the condition indicator in a data repository of the drilling rig control system;
• and
• performing a management task of the rig based at least on the stored first subset of the plurality of sensor data and the stored condition indicator.