High mast lighting system
This disclosure describes, among other things, embodiments of high mast lighting systems with at least one crossarm for mounting at a location along a height of a light pole disposed about a venue, the crossarm including one or more luminaires with the luminaires having associated LED drivers that may be controlled by one or more control nodes disposed locally on or at the pole, within an enclosure or housing, or nearby.
1. A high mast lighting system comprising:
at least one elongated upright light pole having a crossarm mounting section positioned above a mid-point of the light pole;
at least one crossarm coupled to the light pole within the crossarm mounting section;
at least one luminaire coupled to the crossarm, the luminaire having at least one LED array responsive to a power supply to emanate light from the luminaire;
at least one local control node disposed on or in close proximity to the light pole below the mid-point of the light pole and distally from the luminaire; and
at least one programmable LED driver responsive to monitoring and control communications from the local control node including power on and off communications to control the LED array.
2. The high mast lighting system of claim 1 further comprising:
a housing mounted on the light pole below the mid-point and at a distal location from the crossarm, the housing enclosing the at least one programmable LED driver and structurally supporting the at least one local control node; and
a power supply line with at least a portion of the line entering the housing and supplying power to the at least one programmable LED driver and at least one control node.
3. The high mast lighting system of claim 1 wherein:
the crossarm is pre-aimed in both a tilt direction and a rotation direction prior to mounting on the light pole based on a venue photometric analysis.
4. The high mast lighting system of claim 1 wherein:
the at least one local control node is a network device in communication with a network and may send, receive, and forward information about the LED array associated with the at least one programmable LED driver.
5. The high mast lighting system of claim 1 wherein:
the at least one local control node programs the at least one programmable LED driver to turn on, off, dim, or flash the LED array associated with the at least one programmable LED driver.
6. A high mast lighting system further comprising:
at least one elongated upright light pole having a crossarm mounting section disposed above a mid-point of the light pole;
at least one crossarm coupled to the light pole within the crossarm mounting section;
at least one luminaire coupled to the crossarm, the luminaire having at least one LED array responsive to a power supply to emanate light from the luminaire;
at least one local control node disposed below the mid-point of the light pole;
at least one programmable LED driver responsive to monitoring and control communications from the local control node;
a housing mounted on the light pole below the mid-point and at a distal location from the crossarm, the housing enclosing the at least one programmable LED driver and supporting the at least one local control node;
a power supply line with at least a portion entering the housing and supplying power to the at least one programmable LED driver and the at least one control node;
a dedicated local circuit breaker disposed in an electrical path between the power supply line and the at least one programmable LED driver;
a first wiring harness with a quick connect coupling mating the at least one programmable LED driver with the crossarm; and
a second wiring harness with a quick connect coupling mating the crossarm with the at least one luminaire.
7. The high mast lighting system of claim 2 wherein:
the housing is located below a mid-point of the light pole and distally from the at least one luminaire.
8. The high mast lighting system of claim 1 wherein:
the at least one local control node is operable to control a dimming function of the at least one programmable LED driver.
9. The high mast lighting system of claim 1 wherein:
the at least one local control node is operable to control the on and off status of the at least one programmable LED driver.
10. The high mast lighting system of claim 1 wherein:
the at least one local control node is operable to control a flashing function of the at least one programmable LED driver.
11. The high mast lighting system of claim 1 wherein:
the at least one local control node is operable to control a timing function of the at least one programmable LED driver.
12. The high mast lighting system of claim 1 wherein:
the at least one local control node is operable to power on a plurality of programmable LED drivers when supplied with a remote command.
13. The high mast lighting system of claim 1 wherein:
the at least one local control node is operable to monitor the power status of the at least one programmable LED driver.
14. The high mast lighting system of claim 1 wherein:
the at least one local control node is operable to monitor the wattage of the at least one programmable LED driver.
15. The high mast lighting system of claim 1 wherein:
at least a portion of the at least one local control node is removably inserted into a receptacle and exchangeable with an alternative local control node.
16. The high mast lighting system of claim 1 wherein:
the at least one local control node may be reprogrammed remotely via a wireless communication.
17. The high mast lighting system of claim 1 further comprising:
a laser aiming system coupled to the crossarm and constructed to aim at a single X or Y axis target to align the crossarm.
18. A high mast lighting system comprising:
at least one elongated upright light pole having a crossarm mounting section disposed above a mid-point of the light pole;
at least one crossarm coupled to the light pole within the crossarm mounting section;
at least one luminaire coupled to the crossarm, the luminaire having at least one LED array responsive to a power supply to emanate light from the luminaire;
at least one local control node disposed below the mid-point of the light pole;
at least one programmable LED driver responsive to monitoring and control communications from the local control node; and
the at least one crossarm includes a junction box with one or more terminal blocks quick connecting a power cable projecting through the light pole and a luminaire cable in communication with the at least one LED array with no exposed wire between the cross arm and junction box.
19. The high mast lighting system of claim 1 wherein:
the crossarm is slidingly coupled to the light pole and may be adjusted along a height of the light pole within the crossarm mounting section.
20. The high mast lighting system of claim 1 wherein:
the at least one local control node defines a set of LED array characteristics and may vary the LED array characteristics.
21. The high mast lighting system of claim 1 wherein:
the light pole includes a lower end section, an upper end section, and an intermediate section defining a mid-point along the height of the light pole, the upper end and intermediate sections further defining the crossarm mounting section.
22. The high mast lighting system of claim 2 wherein:
the at least one local control node is disposed completely within the housing and distally from the crossarm.
23. The high mast lighting system of claim 2 wherein:
the at least one local control node is disposed at least partially outside the housing.
24. The high mast lighting system of claim 2 wherein:
the at least one local control node is disposed outside the housing and in communication with the at least one programmable LED driver inside the housing.
25. The high mast lighting system of claim 2 wherein:
the at least one LED driver is disposed within the housing and distally from an associated luminaire containing the LED array controlled by the at least one programmable LED driver.
26. The high mast lighting system of claim 1 wherein:
the at least one local control node is operable to allow control of an individual associated luminaire directly at the light pole independent of any third-party control system.
27. The high mast lighting system of claim 1 wherein:
the crossarm may be rotated about a Z-axis relative to the light pole.
28. The high mast lighting system of claim 1 wherein:
at least one programmable LED driver and at least one local control node are associated with each luminaire mounted on a crossarm.
29. The high mast lighting system of claim 1 wherein:
each light pole includes multiple crossarms with multiple luminaires, each luminaire being individually controlled at a local control node.
30. A high mast lighting system comprising:
at least one elongated upright light pole having a lower end section, an upper end section, and an intermediate section defining a mid-point along the height of the light pole, the upper end section defining a crossarm mounting section;
at least one height adjustable crossarm slidably coupled to the light pole within the upper end section, the aim of the crossarm being defined by a rotation angle and a tilt angle, with the aim and location of the crossarm at a selected height on the light pole being determined by a photometric analysis conducted prior to mounting the crossarm on the light pole;
at least one luminaire pivotally coupled to the crossarm and having at least one degree of freedom, the luminaire having at least one LED array selected to illuminate at least a portion of a nearby venue when supplied with power;
a housing mounted on the light pole below the mid-point and distally disposed away from the luminaire;
at least one programmable LED driver disposed within the housing and in communication with the at least one luminaire and constructed to condition the power entering the LED array; and
at least one local control node in communication with the at least one programmable LED driver and constructed to issue a set of driver commands locally at the light pole including an on command, an off command, a dimming command, and a flashing command to vary the LED array characteristics at the venue, the control node being removably secured to the housing and being replaceable with an alternative control node.