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hardware:sw16

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hardware:sw16 [2012/09/13 07:01]
jarrod
hardware:sw16 [2017/11/28 06:21] (current)
jarrod
Line 3: Line 3:
 Using the inputs you can trigger rules, essentially using macros to control anything within the CFLink network.\\ Using the inputs you can trigger rules, essentially using macros to control anything within the CFLink network.\\
 The SW16 is designed to be used with any keypad, custom or off the shelf. The SW16 is designed to be used with any keypad, custom or off the shelf.
 +
 +===== Quick Reference Guide =====
 +
 +The SW16 Quick Reference Guide provides the basic information required to get started on a printable, black and white document that can be easily taken with you to a job site. [[http://​www.commandfusion.com/​sw16.html#​downloads|Find the SW16 Quick Reference Guide here.]]
  
 ===== Information Panel ===== ===== Information Panel =====
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 ==== 40 Pin Header ==== ==== 40 Pin Header ====
-The 40 pin header on the front of the unit has pins allocated for all the dry contact inputs and LED outputs, as well as one pair for defining ​the LED voltage ​level.\\+The 40 pin header on the front of the unit has pins allocated for all the dry contact inputs and LED outputs, as well as one pair for the LED supply ​voltage ​levels and one pair for ground.\\
 The SW16 ships with a ribbon cable ready for use. The SW16 ships with a ribbon cable ready for use.
  
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   - Backlight LED 3 Cathode (-)   - Backlight LED 3 Cathode (-)
   - Backlight LED 4 Cathode (-)   - Backlight LED 4 Cathode (-)
-  - Voltage ​Select ​3.3V DC - To Anode (+) of LEDs +  - Voltage ​supply ​3.3V DC max 500mA - To Anode (+) of LEDs 
-  - Voltage ​Select ​5V DC - To Anode (+) of LEDs+  - Voltage ​supply ​5V DC max 1A - To Anode (+) of LEDs
   - Ground   - Ground
   - Ground   - Ground
  
-**Note:​** ​Short pin 37 or 38 to Ground ​to select ​the LED output ​voltage ​you wish to useOnly one of these should ​be shorted at any timeLeave the other floating.+**Note:​** ​Share pin 37 or 38 (depending on what voltage your LEDs require) ​to the Anode (+ve, longest pin) of all LEDs. Cathode (-ve, short pin) for each LED should be connected ​to the appropriate LED pin on the SW16. 
 + 
 +**Note:** If using RGB LEDs, make sure they are the '​common anode' type. Then pin 37 or 38 (depending on LED voltage) can be used for anode and each RGB cathode is connected ​to individual LED pins (17-36). 
 + 
 +**Note:** If LEDs require voltage higher than 5V DC, an external power supply can be used up to 30V DCSimply connect external power +ve to the Anode pins of the LEDs, and the external power supply -ve to pins 39 or 40 (ground) of SW16. Cathode of LEDs still connects to the appropriate LED pin on SW16 (pins 17 - 36). 
  
 {{ :​hardware:​sw16-voltage-selection.svg?​nolink |}} {{ :​hardware:​sw16-voltage-selection.svg?​nolink |}}
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 {{ :​hardware:​sw16-ribbon-connected.png?​nolink |}} {{ :​hardware:​sw16-ribbon-connected.png?​nolink |}}
 {{ :​hardware:​sw16-with-ribbon-cable.png?​nolink |}} {{ :​hardware:​sw16-with-ribbon-cable.png?​nolink |}}
 +
 +===== Factory Reset =====
 +For information on how to rest your device to factory settings, see the [[hardware:​device-resetting|Device Resetting Page]].
hardware/sw16.1347519707.txt.gz · Last modified: 2012/09/13 07:01 by jarrod