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www.cirrusled.com
Blade Controller
FOR USE WITH BLADE MODULAR LED SIGN SYSTEMS
E352796
• One Controller is required for each Blade display install
• Capable of supporting a single-sided or dual sided-sign
• Must be placed within reach of the input cable affixed to the
first LED Panel to be connected into the Blade System
• Compatible with all Blade modules 19mm, 16mm and 12mm
Pixel Pitch
• Web-based control interface
• High Efficiency - Low Power Consumption
• 5 Year Warranty
• Can be connected to the internet via Wi-fi or RJ45 connection
(standard Ethernet connector)
Power
Cable
The controller has four mounting tabs that align with the four
mounting holes that can be found on the rear of each panel .
Blade Controller
Should remain protected from direct sunlight to avoid heat
related issues and extend the life of the controller.
These are safety approved for use around the globe and stocked
for same-day shipment!
Status & Control: Our “Cloud” interface allows you to create, edit,
and schedule content from any internet connected device (including
smart phones & tablets). Add dynamic content such as weather,
sports scores, financial data, or social media feeds. Upload photos
and video to our full-featured editor to add vitality to your display.
PRODUCT DIMENSIONS
Width (with mounting tabs)
15”
Width (without mounting tabs)
12-7/8”
Height (includes clearance for input and Ethernet cables)
12-6/8”
Depth
3-1/8”
Weight (with mounting tabs)
17.6 lbs.
No Software Updates: Our cloud-based system is perpetually
improved, with new features being added all the time. Manage
an unlimited number of displays from a single account.
LED PANEL
Blade-19-F1
Color
Blade-16-F1
Blade-12-F1
Full Color (RGB Spectrum )
Resolution (Pitch)
19mm
16.97mm
12.7mm
Watts Per Panel
55.4W
55.7W
53.8W
100 )÷ __________
(___________ × ___________ + ___________
# of LED Panels
Watts per Panel
Controller Watts
90 or 180 VAC
2
× _____ =
_______________
Factor
Circuit Breaker Rating
Example for 10 Blade 19 mm panels:
10 (Panels) x 55.4 (Watts per Panel) + 100 = 654 Watts.
If connecting to 110 VAC: Divide the max wattage by the lowest AC Voltage on a 110 VAC line which is typically 90 VAC:
654 Watts ÷ 90 VAC (Controller Watts) x 2 (Factor) = 14.53 Amps (Circuit Breaker Rating)*
If connecting to 220 VAC: Divide the max wattage by the lowest AC Voltage on a 220 VAC line which is typically 180 VAC:
654 Watts ÷ 180 VAC (Controller Watts) x 2 (Factor) = 7.27 Amps (Circuit Breaker Rating)*
*Rounded to the closest value
Cirrus Systems Inc., 4240 Holden St., Emeryville, CA 94608 | Phone : 1.877.636.2331 | Fax : 1.866.468.7410 | Email : [email protected]