GSKit6HD |
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Eight-Foot High-density Green Screen Lighting Kit |
GSKit8HD |
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White LED Modules
Our White LED Modules serve as basic units used to build lighting systems for virtual set studios. They
require 12V DC power, which is an industry standard for driving LED strips. Many low cost power supplies
(that are made for this purpose) are available from many manufacturers. The solder mask for these boards
is white for maximum reflectivity. Each board can provide white light from 3000° Kelvin Warm White to 6500°
Kelvin Cool White or anywhere in between using the appropriate dimmers or lighting controller. They are
designed to be daisy-chained end to end for easy installation and reuse. There is a male connector at the
supply end with a female connector at the other end for mounting the next board in series. Including their
connectors, each board is one foot long making it easy to estimate the number needed for constructing
a lighting rail. A single series of these boards can be used for lighting a chroma key backdrop. Multiple
parallel rails can be used for lighting main stage areas. Watch the videos in the training section for
tips on how to arrange these boards for lighting a chroma key studio.
LED Board Specifications
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Low Density |
High Density |
PCB Length |
303 mm |
303 mm |
PCB Width |
15mm |
15mm |
Effective Length |
12 in |
12 in |
Viewing Angle |
130° |
130° |
Density (LEDs per inch per color line) |
1 |
2 |
3000° K LEDs |
12 |
24 |
6500° K LEDs |
12 |
24 |
Total LEDs |
24 |
48 |
Typcial Current (per channel) |
0.195 A |
0.390 A |
Typical Power per Module |
4.84 Watts |
9.67 Watts |
Max Current (per channel) |
0.375 A |
0.750 A |
Max Power per Module |
9 Watts |
18 Watts |
LED Board Pinout
Pin 1 |
Warm Ground (W-) |
Pin 2 |
Warm Power (W+) |
Pin 3 |
Cool Ground (W-) |
Pin 4 |
Cool Power (W+) |
LED Module Fasteners and Mirror
These custom fasteners securely attach LED modules to their supports.
They are non-conductive, electrically isolating the modules from their
surrounding environment. Modules are suspended in air to provide maximum
cooling. This extends LED life. You will need one fastener for each LED module
plus one more for the last one in a chain. For example: For eight modules
in a chain, you will need nine fasteners. This will ensure adequate support
at both ends for each module.
There are two types of fasteners. The SLF0 is used to mount LED modules that
light the live action in the Main Stage Area. The SLF1 fastener serves as
a mount for LED modules that light a Green Screen Backdrop. In addition to
supporing LED modules, it provides mounting support for an acrylic mirror. You
will need one SLF1 at each end of a mirror series. A single SLF1 will provide a
mount for two adjacent mirrors. A third SLF1 is needed to provide additional
support for the center of each mirror as well as support for two adjoining LED
modules. Mirrors are 2 ft. long while LED modules are 1 ft. long so there are two
LED modules for every mirror.
Our mirrors are made of 1/8" thick acrylic plastic and have a silvered backing.
They come with a protective film which should be removed after installation. There
are three pre-drilled and counter-sunk holes for mounting to three SLF1 fasteners.
The counter-sunk side of the mirror faces the green screen. The middle hole is
slightly off-center so that it will align with one hole in the SLF1 and still be
centrally located to support the two LED modules where they join in the middle
of the mirror. Mirrors come with appropriate mounting machine screws and nuts.
Power Cable Connectors
Use these parts to terminate the cables that supply power to our White LED Modules. Cables are constructed as
extension cables so that they can be plugged end-to-end. A male connector is used to plug into a power
source while a female connector is used to provide power to the next element in a chain. Cables made with these
connector components can be used in several ways:
To run power directly from a power source to an LED Module |
To run power from a dimmer to an LED Module |
To make a gap between two LED Modules in series |
To provide an angle between two LED Modules in series |
MCabCon4 |
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MCabCon6 |
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FCabCon4 |
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FCabCon6 |
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FConPin |
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Six-Zone Lighting Controller
Our 3rd-generation lighting controller is now in development. The SLC2 will support
six zones: 4 White and 2 Color. Each White Zone has two Color Channels (Warm and Cool).
Each Color Zone has three Color Channels (Red, Green and Blue). If desired, the two
Color Zones can be used as two White Zones. In this case, only two of the three Channels
in each Zone is used.
Refer to the table below for the discussion of Port Layout. The 10 ports are arranged
along one side of the PCB. They are numbered left to right 0 ~ 9. The ports are paired
for left and right stage operation but they don't have to be used this way. The two
outer ports (far left=0 and far right=9) are unique in that they are the only ports
for their respective zones. The next two ports inward (1&2 on the Left and 7&8 on the
Right) are doubled so the left two provide double current for Zone 1 and the right two
provide double current for Zone 4. The middle four ports are the Color Zones. Ports 3&4
are the outputs for Zone 2 while Ports 5&6 are the outputs for Zone 3.
Please see our training video explaining Lighting Control Zones, Ports and Channels.
Port # | 0 | 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 |
Zone # | 0 | 1 | 1 | 2 | 2 | 3 | 3 | 4 | 4 | 5 |
User Interface
The SkyLight Windows Application manages up to 32 SkyLight Controllers via one RS-422 connection. This 5-wire interface can be up to 1000 ft. long.
SLC2 Specifications
Host Interface |
RS-422 |
Host Connectors |
2 (In and Out) |
Zones |
6 |
White Zones |
4 |
Color Zones |
2 |
Lighting Ports |
10 |
Host Operating System |
MicroSoft Windows® |
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