Lighting system for indoor grow application and lighting fixtures thereof
A light fixture for an indoor grow facility is provided. The light fixture includes a plurality of LED lights, an LED driver circuit electrically coupled with the plurality of LED lights, and a controller that transmits a driver signal to the LED driver circuit for controlling operation of the plurality of LED lights. The controller receives a digital control signal and an analog control signal and is configured to determine whether a failure condition exists for the digital control signal to determine whether to use the digital control signal or the analog control signal for controlling the LED lights. That controller additionally or alternatively includes a conversion module that is configured to receive an original control signal and generate a secondary analog control signal and a secondary digital control signal from the original control signal.
1. A light fixture for an indoor grow facility, the light fixture comprising:
a plurality of LED lights;
an LED driver circuit electrically coupled with the plurality of LED lights; and
a controller in signal communication with the LED driver circuit and configured to transmit a driver signal to the LED driver circuit for controlling operation of the plurality of LED lights, the controller comprising:
a digital communication module configured to receive a digital control signal from a remote source and transmit the digital control signal to a downstream electronic device; and
an analog communication module configured to receive an analog control signal from the remote source simultaneously with the digital control signal and transmit the analog control signal to the downstream electronic device, wherein:
the controller is configured to determine whether a failure condition exists for the digital control signal;
when the failure condition does not exist, the controller converts the digital control signal into the driver signal; and
when the failure condition exists, the controller converts the analog control signal into the driver signal.
2. The light fixture of claim 1 wherein:
the controller is configured to determine whether the failure condition exists for the digital control signal as a function of a presence of the digital control signal at the digital communication module;
when the digital control signal is present at the digital communication module, the controller converts the digital control signal into the driver signal; and
when the digital control signal is not present at the digital communication module, the controller converts the digital control signal into the driver signal.
3. The light fixture of claim 1 wherein:
the controller is configured to determine whether the failure condition exists for the digital control signal as a function of a signal strength of the digital control signal at the digital communication module;
when the signal strength of the digital control signal is above a predefined threshold, the controller converts the digital control signal into the driver signal; and
when the signal strength of the digital control signal is below the predefined threshold, the controller converts the digital control signal into the driver signal.
4. The light fixture of claim 1 wherein:
the controller is configured to determine whether the failure condition exists for the digital control signal as a function of an error rate of the digital control signal at the digital communication module;
when the error rate of the digital control signal is below a predefined threshold, the controller converts the digital control signal into the driver signal; and
when the error rate of the digital control signal is above the predefined threshold, the controller converts the digital control signal into the driver signal.
5. The light fixture of claim 1 wherein the analog control signal comprises a 0-10 VDC signal and the digital control signal comprises an RS-485 signal.
6. The light fixture of claim 1 wherein the analog communication module is configured to amplify the analog control signal.
7. A lighting system for an indoor grow facility, the lighting system comprising:
a main controller that is configured to generate an analog control signal and a digital control signal; and
a light fixture comprising:
a plurality of LED lights;
an LED driver circuit electrically coupled with the plurality of LED lights; and
a controller in signal communication with the LED driver circuit and configured to transmit a driver signal to the LED driver circuit for controlling operation of the plurality of LED lights, the controller comprising:
a digital communication module in signal communication with the main controller for receiving the digital control signal and configured to transmit the digital control signal to a downstream light fixture; and
an analog communication module in signal communication with the main controller for receiving the analog control signal simultaneously with the digital control signal and configured to transmit the analog control signal to the downstream light fixture, wherein:
the controller of the light fixture is configured to determine whether a failure condition exists for the digital control signal;
when the failure condition does not exist, the controller of the light fixture converts the digital control signal into the driver signal; and
when the failure condition exists, the controller of the light fixture converts the analog control signal into the driver signal.
8. The lighting system of claim 7 wherein:
the controller of the light fixture is configured to determine whether the failure condition exists for the digital control signal as a function of a presence of the digital control signal at the digital communication module;
when the digital control signal is present at the digital communication module, the controller of the light fixture converts the digital control signal into the driver signal; and
when the digital control signal is not present at the digital communication module, the controller of the light fixture converts the digital control signal into the driver signal.
9. The lighting system of claim 7 wherein:
the controller of the light fixture is configured to determine whether the failure condition exists for the digital control signal as a function of a signal strength of the digital control signal at the digital communication module;
when the signal strength of the digital control signal is above a predefined threshold, the controller of the light fixture converts the digital control signal into the driver signal; and
when the signal strength of the digital control signal is below the predefined threshold, the controller of the light fixture converts the digital control signal into the driver signal.
10. The lighting system of claim 7 wherein:
the controller of the light fixture is configured to determine whether the failure condition exists for the digital control signal as a function of an error rate of the digital control signal at the digital communication module;
when the error rate of the digital control signal is below a predefined threshold, the controller of the light fixture converts the digital control signal into the driver signal; and
when the error rate of the digital control signal is above the predefined threshold, the controller of the light fixture converts the digital control signal into the driver signal.
11. The lighting system of claim 7 wherein the analog control signal comprises a 0-10 VDC signal and the digital control signal comprises an RS-485 signal.
12. The lighting system of claim 7 wherein the analog communication module is configured to amplify the analog control signal.
13. A light fixture for an indoor grow facility, the light fixture comprising:
a plurality of LED lights;
an LED driver circuit electrically coupled with the plurality of LED lights; and
a controller in signal communication with the LED driver circuit and configured to transmit a driver signal to the LED driver circuit for controlling operation of the plurality of LED lights, the controller comprising a conversion module that is configured to receive an original control signal from a remote source and generate a secondary analog control signal and a secondary digital control signal from the original control signal for transmission to a downstream electronic device.
14. The light fixture of claim 13 wherein:
the controller is configured to detect whether the original control signal is an analog signal or a digital signal;
when the original control signal is an analog signal, the controller is configured to present the original control signal as the secondary analog control signal, and the conversion module is configured to convert the original control signal into secondary digital control signal; and
when the original control signal is a digital signal, the controller is configured to present the original control signal as the secondary digital control signal, and the conversion module is configured to convert the original control signal into the secondary analog control signal.
15. The light fixture of claim 13 wherein the conversion module comprises:
an analog to digital converter that facilitates conversion of the original control signal from an analog signal into the secondary digital control signal; and
a digital to analog converter that facilitates conversion of the original control signal from a digital signal into the secondary analog control signal.
16. The light fixture of claim 13 wherein the secondary analog control signal comprises a 0-10 VDC signal and the secondary digital control signal comprises an RS-485 signal.