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AlphaPix (tm) Flex Controller 4 Port End-Point Differential Long Range Receiver / Rev 1.5 (Requires AlphaPix Flex Long Range Expansion Board)
AlphaPix (tm) Flex Controller 4 Port End-Point Differential Long Range Receiver / Rev 1.5 (Requires AlphaPix Flex Long Range Expansion Board)


 
Our Price: $16.95


Availability/Ships: Usually Ships in 24 Hours
Product Code: 951-61

EasyPlug3 Female Pigtails

4 of Female EasyPlug3 Pigtail Cables [Add $6.99]
    - Required to hook directly to HolidayCoro EasyPlug3 Pixels
CAT5 Network Data Signal Cable

No Data Cable - I'll Provide My Own
14 Foot / 4 Meter Green CAT5 Data Cable for Data Signal [Add $3.49]
25 Foot / 7.6 Meter Green CAT5 Data Cable for Data Signal [Add $3.99]  - Save $.50
50 Foot / 15 Meter Green CAT5 Data Cable for Data Signal [Add $5.79]  - Save $.70
100 Foot / 30 Meter Green CAT5 Data Cable for Data Signal [Add $8.99]  - Save $2.00
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Optional Mounting Screws



Qty:  
[Product Description Page] [FAQ & Documentation Page]
 
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Product Features
  • Long Range Differential Receiver Board (up to 4 per Expansion Board)
    • Will not work without AlphaPix Flex Long Range Differential Expansion Board (Bare boards and Ready2Run Controller)
    • Blown fuse indicators (Red LED light will go out when fuse is blown)
    • NOTE: Requires power supply at location of receiver, cannot be powered from expansion board
    • CAT5 Data Input (requires Long Range Differential Expansion Board for operation, will not work with E1.31 or E1.11 signals)
    • Power indicator light
    • Standard Cable Guard TA-200 mounting hole pattern (3 screw terminals)
      • CAD drawing available upon request
    • Includes 3 self tapping mounting screws for enclosure mounting
    • Power Output
      • 5 Amps Maximum (mini fused blade) per output
      • Wattage per output
        • 5 Volts: 25 Watts
        • 12 Volts: 60 Watts
      • Up to 10 AWG wire (we recommend a minimum of 18 AWG for power inputs - see our website)
      • Polarity reversal input protection
      • Voltage Range: 5 to 24v DC
      • Power Input
        • 20 Amps
        • Voltage Range: 5 to 24v DC
        • Heavy duty screw down connections that support spade terminals
        • Positive and negative clearly marked on board
    • Dimensions and Weights
      • Width: 3.2 Inches / 81mm
      • Length: 2.45 Inches / 61.7mm
      • Height (thickness / height): .86 Inches / 21.8mm
      • Weight (board only): .12 pounds
      • CAD Drawing (Unmarked dimensions are mm):
  • Warranty
    • 1 Year Warranty on Long Range Receiver
      • Excludes:
        • CPU Board damage as a result of connection to an LOR network
        • Board damage due to improper mounting to a non-conductive surface
        • Environmental damage (water, snow, etc)
        • Physical damage

4 Port SPI Output Limits for Long Range Receiver
with Common HolidayCoro Pixels
Without Power Injection
100% Duty Cycle
@ 100% Full White Output
20 Amp input
With Power Injection
@ 100% Full White Output / Requires external power supplies
NOTE: HolidayCoro does not provide or endorse power injection.
Customers should be fully aware of power injection wiring requirements.
Maximum
Per SPI Output
Maximum
Per Receiver Board
Maximum Per SPI Output Maximum Per SPI Expansion Board
30LED/10IC Pixel Strip - 5 Meters
(with pre-attached waterproof connections)
1 4 6 24
30LED/30IC Pixel Strip - 5 Meters 1 4 2 8
48LED/16IC Pixel Strip - 5 Meters 0 0 4 17
60LED/20IC Pixel Strip - 5 Meters 0 0 3 4
60LED/60IC Pixel Strip - 5 Meters 0 0 1 4
8mm/12mm Pixel Node ( bullet or flat/square) - 5v 83 Nodes
332 Nodes
340 Nodes 1,360 Nodes
8mm/12mm Pixel Node ( bullet or flat/square) - 12v 111 Nodes
444 Nodes
340 Nodes 1,360 Nodes
Rectangle or Square Pixel Modules - 12v 78 Modules
312 Modules 340 Modules 1,360 Modules
Brilliant Bulb (single bulb) 125 Bulbs 500 Bulbs 340 Bulbs 1,360 Bulbs

NOTES: The above maximum recommendations can vary based on a variety of factors including - voltage, wire gauge, distance between pixels, temperature, color of light output, controller duty cycle, customer expectations of color rendering and other factors.


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