360 degree smart repositioning valve actuator

1. A system for controlling a valve for a fluid through conduit, the system comprising:

a valve configured to be oriented in a conduit and change fluid flow through the conduit;

an actuator coupled to the valve and comprising a motor configured to control an orientation of the valve;

a sensor configured to sense a condition of the fluid related to a current valve orientation of the valve within the conduit; and

an actuator controller comprising a processor and memory, the memory storing instructions that, when executed by the processor, cause the processor to perform operations, the operations comprising:

receiving a request for a desired valve orientation;

controlling the motor to move the valve into the desired valve orientation;

sensing the condition related to the current valve orientation following movement by the motor;

determining if the condition indicates that the current valve orientation matches the desired valve orientation from the request; and

responsive to determining that the current valve orientation does not match the desired valve orientation from the request, controlling the motor to selectively rotate the valve in a direction to move the valve towards the desired valve orientation.

2. The system of claim 1 , wherein determining if the sensed condition indicates that the current valve orientation matches the desired valve orientation comprises:

comparing the sensed condition that corresponds to the current valve orientation to a predetermined sensed condition associated with the desired valve orientation.

3. The system of claim 2 , wherein the sensor is a temperature sensor configured to detect a temperature measurement based on fluid flow through the conduit, and wherein the predetermined sensed condition is a temperature which changes with the orientation of the valve within the conduit.

4. The system of claim 1 , wherein the operations further comprise:

responsive to controlling the motor to selectively rotate the valve in the direction to move the valve towards the desired valve orientation, re-sensing a condition corresponding to the current valve orientation; and

determining whether the re-sensed condition indicates that the current valve orientation matches the desired valve orientation,

wherein:

if the current valve orientation matches the desired valve orientation, the processor defines the current valve orientation as the desired valve orientation, and

if the current valve orientation does not match the desired valve orientation, the processor controls the motor to selectively rotate the valve in a direction to move the valve towards the desired valve orientation and repeat until the current valve orientation is the desired valve orientation.

5. The system of claim 1 , wherein the valve comprises:

a six-way valve that is configured to phase correct by a multiple of 90 degrees upon being selectively rotated by the motor.

6. The system of claim 1 , wherein the operations further comprise:

responsive to determining that the sensed condition indicates that the current valve orientation matches the desired valve orientation following selectively rotating the valve, defining the current valve orientation as the desired valve orientation.

7. A system for controlling a valve, the system comprising:

a valve configured to be oriented in a conduit and change fluid flow through the conduit;

an actuator coupled to the valve and comprising a motor configured to control an orientation of the valve;

a sensor configured to sense a condition based on an orientation of the valve within the conduit; and

an actuator controller comprising a processor and memory, the memory storing instructions that, when executed by the processor, cause the processor to perform operations, the operations comprising:

receiving a request for a desired valve orientation;

controlling the motor to move the valve into the desired valve orientation;

sensing the condition corresponding to a current valve orientation following movement by the motor;

determining if the condition indicates that the current valve orientation matches the desired valve orientation from the request; and

responsive to determining that the current valve orientation does not match the desired valve orientation from the request, controlling the motor to selectively rotate the valve in a direction to move the valve towards the desired valve orientation, wherein responsive to determining that the current valve orientation does not match the desired valve orientation from the request, controlling the motor to selectively rotate the valve by a multiple of 90 degrees to phase correct to the desired valve orientation.

8. A system for controlling a valve, the system comprising:

a valve configured to be oriented in a conduit and change fluid flow through the conduit;

an actuator coupled to the valve and comprising a motor configured to control an orientation of the valve;

a sensor configured to sense a condition based on an orientation of the valve within the conduit; and

an actuator controller comprising a processor and memory, the memory storing instructions that, when executed by the processor, cause the processor to perform operations, the operations comprising:

receiving a request for a desired valve orientation;

controlling the motor to move the valve into the desired valve orientation;

sensing the condition corresponding to a current valve orientation following movement by the motor;

determining if the condition indicates that the current valve orientation matches the desired valve orientation from the request; and

responsive to determining that the current valve orientation does not match the desired valve orientation from the request, controlling the motor to selectively rotate the valve in a direction to move the valve towards the desired valve orientation, wherein the valve comprises:

a two-way valve that is configured to phase correct by 90 degrees upon being selectively rotated by the motor;

a three-way valve that is configured to phase correct by a multiple of 90 degrees upon being selectively rotated by the motor; or

a six-way valve that is configured to phase correct by a multiple of 90 degrees upon being selectively rotated by the motor.

9. A method for controlling a valve configured to be oriented in a conduit and change fluid flow of a fluid through the conduit, the method comprising:

positioning an actuator on the valve, wherein the valve is positioned in a conduit and configured to change fluid flow through the conduit;

receiving a request for a desired valve orientation;

controlling a motor of the actuator to move the valve into the desired valve orientation;

sensing a condition of the fluid based on an orientation of the valve within the conduit, wherein the sensed condition corresponds to a current valve orientation following movement by the motor;

determining the sensed condition indicates that the current valve orientation matches the desired valve orientation from the request; and

responsive to determining that the current valve orientation does not match the desired valve orientation from the request, controlling the motor to selectively rotate the valve in a direction to move the valve towards the desired valve orientation.

10. The method of claim 9 , wherein responsive to determining that the current valve orientation does not match the desired valve orientation from the request, controlling the motor to selectively rotate the valve by a multiple of 90 degrees to phase correct to the desired valve orientation.

11. The method of claim 9 , wherein determining that the sensed condition indicates that the current valve orientation is the desired valve orientation comprises comparing the sensed condition corresponding to the current valve orientation to a predetermined sensed condition stored in a memory corresponding to the desired valve orientation.

12. The method of claim 11 , wherein the sensed condition is sensed by a temperature sensor that is configured to detect a temperature measurement based on fluid flow through the conduit, and wherein the predetermined sensed condition is a temperature which changes with the orientation of the valve within the conduit.

13. The method of claim 9 , further comprising:

responsive to controlling the motor to selectively rotate the valve in the direction to move the valve towards the desired valve orientation, re-sensing a condition corresponding to the current valve orientation;

determining that the re-sensed condition indicates that the current valve orientation matches the desired valve orientation; and

defining the current valve orientation as the desired valve orientation responsive to the re-sensed condition indicating that the current valve orientation matching the desired valve orientation.

14. The method of claim 9 , further comprising:

responsive to controlling the motor to selectively rotate the valve in the direction to move the valve towards the desired valve orientation, re-sensing a condition corresponding to the current valve orientation;

determining that the re-sensed condition indicates that the current valve orientation does not match the desired valve orientation; and

controlling the motor to selectively rotate the valve in a direction to move the valve towards the desired valve orientation and repeat until the current valve orientation is the desired valve orientation.

15. An actuator coupled to a valve, the actuator comprising:

a motor configured to control an orientation of the valve within a conduit; and

an actuator controller operatively connected to the motor and configured to selectively rotate the valve, the actuator controller comprising an actuator controller, the actuator controller comprising a processor and memory, the memory storing instructions that, when executed by the processor, cause the processor to perform operations, the operations comprising:

receiving a request for a desired valve orientation;

controlling the motor to move the valve into the desired valve orientation;

sensing a condition associated with a characteristic of a fluid within the conduit and corresponding to a current valve orientation following movement by the motor;

determining if the condition indicates that the current valve orientation matches the desired valve orientation from the request; and

responsive to determining that the current valve orientation does not match the desired valve orientation from the request, controlling the motor to selectively rotate the valve in a direction to move the valve towards the desired valve orientation.

16. The actuator of claim 15 , wherein responsive to determining that the current valve orientation does not match the desired valve orientation from the request, controlling the motor to selectively rotate the valve by a multiple of 90 degrees to phase correct to the desired valve orientation to modulate fluid flow through the conduit.

17. The actuator of claim 15 , wherein determining if the sensed condition indicates that the current valve orientation matches the desired valve orientation comprises:

comparing the sensed condition that corresponds to the current valve orientation to a predetermined sensed condition stored in the memory that is associated with the desired valve orientation.

18. The actuator of claim 17 , wherein the sensed condition is sensed by a temperature sensor configured to detect a temperature measurement based on fluid flow through the conduit, and wherein the predetermined sensed condition is a temperature which changes with the orientation of the valve within the conduit.

19. The actuator of claim 15 , wherein the sensed condition indicates the current valve orientation by indicating whether a respective flow through the valve is open or closed.

20. The actuator of claim 19 , wherein the processor is further configured to perform the operations comprising:

responsive to controlling the motor to selectively rotate the valve in the direction to move the valve towards the desired valve orientation, re-sensing a condition corresponding to the current valve orientation; and

determining whether the re-sensed condition indicates that the current valve orientation matches the desired valve orientation,

wherein:

if the current valve orientation matches the desired valve orientation, the processor defines the current valve orientation as the desired valve orientation, and

if the current valve orientation does not match the desired valve orientation, the processor controls the motor to selectively rotate the valve in a direction to move the valve towards the desired valve orientation and repeat until the current valve orientation is the desired valve orientation.

21. The actuator of claim 15 , wherein the valve comprises a six-way valve that is configured to phase correct by a multiple of 90 degrees upon being selectively rotated by the motor.

22. An actuator coupled to a valve, the actuator comprising:

a motor configured to control an orientation of the valve within a conduit; and

an actuator controller operatively connected to the motor and configured to selectively rotate the valve, the actuator controller comprising an actuator controller, the actuator controller comprising a processor and memory, the memory storing instructions that, when executed by the processor, cause the processor to perform operations, the operations comprising:

receiving a request for a desired valve orientation;

controlling the motor to move the valve into the desired valve orientation;

sensing a condition corresponding to a current valve orientation following movement by the motor;

determining if the condition indicates that the current valve orientation matches the desired valve orientation from the request; and

responsive to determining that the current valve orientation does not match the desired valve orientation from the request, controlling the motor to selectively rotate the valve in a direction to move the valve towards the desired valve orientation, wherein the processor determines the multiple of 90 degrees to control the motor to selectively rotate the valve to the desired valve orientation based on the current valve orientation.