Difference between revisions of "Aura/General Connections and Power"
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| + | {{DISPLAYTITLE:Aura Connections: Digital Receiver and Power}} | ||
=== Aura Connections === | === Aura Connections === | ||
| − | After mounting the Aura, | + | After mounting the Aura, 2 types of connections must be made to the Aura: |
# Receiver Connections | # Receiver Connections | ||
| − | |||
# Power Connections | # Power Connections | ||
| − | '''For typical advanced sport aircraft, we recommend using a full-range receiver with a modern Digital Connection | + | '''For typical advanced sport aircraft, we recommend using a full-range receiver with a modern Digital Connection.''' |
| − | * Using a modern digital receiver connection gives the Aura access to precise data of each channel for additional gyro enabled outputs, simplifies wiring, and allows for more advanced features. If you are connecting your Receiver to Aura via a modern Digital Connection, continue to Step 5.1 | + | * Using a modern digital receiver connection gives the Aura access to precise data of each channel for additional gyro enabled outputs, simplifies wiring, and allows for more advanced features. If you are connecting your Receiver to Aura via a modern Digital Connection, continue to Step 5.1. |
| − | + | ||
<br/> | <br/> | ||
| − | ===== Step 5.1 | + | ===== Step 5.1 - Modern Digital Receiver Connections ===== |
A modern Digital Connection is Spektrum SRXL, Futaba S.Bus, Graupner Hott SUMD, JR Mode B, etc. A single Male-to-Male servo extension is connected between the Digital Port on your Receiver and 'Port B' on the Aura as shown below. | A modern Digital Connection is Spektrum SRXL, Futaba S.Bus, Graupner Hott SUMD, JR Mode B, etc. A single Male-to-Male servo extension is connected between the Digital Port on your Receiver and 'Port B' on the Aura as shown below. | ||
[[File:QQYak54_35cc_DigitalConnection.png|thumb|none|400px|Modern Digital Receivers transfer all Channel data over a single Male-to-Male extension from the Receiver to the Aura B Port]] | [[File:QQYak54_35cc_DigitalConnection.png|thumb|none|400px|Modern Digital Receivers transfer all Channel data over a single Male-to-Male extension from the Receiver to the Aura B Port]] | ||
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* For Spektrum SRXL, we suggest receivers such as AR8010T, AR9030T, AR9020, AR12020, or AR12120. <small>''[[Aura/SpektrumUse|See the Spektrum Use Notes for Additional Details]]''</small><br/> | * For Spektrum SRXL, we suggest receivers such as AR8010T, AR9030T, AR9020, AR12020, or AR12120. <small>''[[Aura/SpektrumUse|See the Spektrum Use Notes for Additional Details]]''</small><br/> | ||
* For Futaba S.Bus, we have test our own R2008SB (S-FHSS), R6303SB (FASST), and R7008SB (FASSTEST), but expect any any S.Bus receiver to work. <small>''[[Aura/FutabaUse|See the Futaba Use Notes for Additional Details]]''</small><br/> | * For Futaba S.Bus, we have test our own R2008SB (S-FHSS), R6303SB (FASST), and R7008SB (FASSTEST), but expect any any S.Bus receiver to work. <small>''[[Aura/FutabaUse|See the Futaba Use Notes for Additional Details]]''</small><br/> | ||
| + | * For Hitec S.Bus, we have tested the Optima SL Receiver), but expect any any Hitec S.Bus (SL/Single Line) receiver to work. <small>''[[Aura/HitecSbusUse|See the Hitec Use Notes for Additional Details]]''</small><br/> | ||
* For Graupner Hott SUMD, we have tested GR12L and GR16 receivers. <small>''[[Aura/GraupnerHottUse|See the Graupner Use Notes for Additional Details]]''</small><br/> | * For Graupner Hott SUMD, we have tested GR12L and GR16 receivers. <small>''[[Aura/GraupnerHottUse|See the Graupner Use Notes for Additional Details]]''</small><br/> | ||
* JR Mode B, Taranis S.Bus, and some Jeti UDI digital systems have been successfully implemented. <small>''[[Aura/JetiUse|See the Jeti Use Notes for Additional Details]]''</small><br/> | * JR Mode B, Taranis S.Bus, and some Jeti UDI digital systems have been successfully implemented. <small>''[[Aura/JetiUse|See the Jeti Use Notes for Additional Details]]''</small><br/> | ||
<br/> | <br/> | ||
| − | If you are using a modern Digital Receiver Connection to Aura (SRXL, S.Bus, Graupner Hott, JR Mode B), wire the servos as shown below: (This example | + | If you are using a modern Digital Receiver Connection to Aura (SRXL, S.Bus, Graupner Hott, JR Mode B), wire the servos as shown below: (This example shows the 'data' path using the 35cc QQ Yak 54 and is typical of .40 cu. in. to 40cc aircraft. Larger and smaller aircraft can also use this 'data' path.) |
<div><ul> | <div><ul> | ||
<li style="display: inline-block;"> [[File:QQYak54_35cc_ServoConnectionGas.png|thumb|none|400px|Servo Wiring to the Aura and Receiver using a Modern Digital Receiver Connection with a Gas Setup]] </li> | <li style="display: inline-block;"> [[File:QQYak54_35cc_ServoConnectionGas.png|thumb|none|400px|Servo Wiring to the Aura and Receiver using a Modern Digital Receiver Connection with a Gas Setup]] </li> | ||
| Line 27: | Line 27: | ||
</ul></div> | </ul></div> | ||
| − | + | ==== Step 5.2 - Power Connections ==== | |
| − | + | For smaller aircraft, you may use a single battery or BEC of your choice | |
| − | + | For 25cc and larger aircraft, we recommended using two batteries for power and redundancy. | |
| − | + | ||
| − | + | ||
| − | + | ||
| − | + | ||
* Battery #1 is connected to an unused port on the Aura such as Port S1. | * Battery #1 is connected to an unused port on the Aura such as Port S1. | ||
* Battery #2 is connected to an unused port on the Receiver such as the BATT Port. | * Battery #2 is connected to an unused port on the Receiver such as the BATT Port. | ||
| − | * This setup provides two | + | * This setup provides two sources of power to both the Aura and the Receiver. |
| − | ** High Quality Switches can be used between Battery #1 and the Aura, as well as Battery #2 and the Receiver. | + | ** If desired, High Quality Switches can be used between Battery #1 and the Aura, as well as Battery #2 and the Receiver. |
<br/> | <br/> | ||
We also strongly recommended use an additional 2-Wire Male-to-Male extension between an unused Aura port such as Port S8 and an unused Receiver Port. | We also strongly recommended use an additional 2-Wire Male-to-Male extension between an unused Aura port such as Port S8 and an unused Receiver Port. | ||
| + | * Disconnect the Signal Wire if using a 3-Wire Male-to-Male Cable. | ||
* This provides a redundant path of current between the Aura and Receiver. | * This provides a redundant path of current between the Aura and Receiver. | ||
<br/> | <br/> | ||
| − | Power Tips: | + | Power Tips for 25cc to 40cc Aircraft: |
*For Gas Setups, Battery #3 will act as the Ignition battery. For Electric Setups, the Battery #3 will power the Motor. | *For Gas Setups, Battery #3 will act as the Ignition battery. For Electric Setups, the Battery #3 will power the Motor. | ||
| − | * '''Always used matched batteries (Voltage, Capacity, C Rating, Quality, etc) | + | * '''Always used matched batteries (Voltage, Capacity, C Rating, Quality, etc) for Battery #1 and Battery #2.''' |
| − | * '''Always DOUBLE CHECK THE POLARITIES on the battery connections as plugging batteries in backward can destroy the Aura or Receiver!''' | + | * '''Always DOUBLE CHECK THE POLARITIES on the battery connections as plugging batteries in backward can destroy the Aura or Receiver or other components!''' |
<div><ul> | <div><ul> | ||
<li style="display: inline-block;"> [[File:QQYak54_35cc_ServoAndPowerConnectionGas.png|thumb|none|400px|Servo Wiring to the Aura and Receiver using a Modern Digital Receiver Connection with a Gas Setup]] </li> | <li style="display: inline-block;"> [[File:QQYak54_35cc_ServoAndPowerConnectionGas.png|thumb|none|400px|Servo Wiring to the Aura and Receiver using a Modern Digital Receiver Connection with a Gas Setup]] </li> | ||
<li style="display: inline-block;"> [[File:QQYak54_35cc_ServoAndPowerConnectionElectric.png|thumb|none|400px|Servo Wiring to the Aura and Receiver using a Modern Digital Receiver Connection with an Electric Setup]] </li> | <li style="display: inline-block;"> [[File:QQYak54_35cc_ServoAndPowerConnectionElectric.png|thumb|none|400px|Servo Wiring to the Aura and Receiver using a Modern Digital Receiver Connection with an Electric Setup]] </li> | ||
</ul></div> | </ul></div> | ||
| + | Note: Flex Innovations does not test or support the use of high power BEC's or regulators in 20cc or larger Open Stock applications. Selection and use of these products is completely at the discretion of the User. | ||
| + | |||
| + | For Larger aircraft similar concepts apply. You can find additional information at [[Aura/LargeAircraftInstall| Large Aircraft Installs]]. | ||
Latest revision as of 23:39, 25 July 2025
Aura Connections
After mounting the Aura, 2 types of connections must be made to the Aura:
- Receiver Connections
- Power Connections
For typical advanced sport aircraft, we recommend using a full-range receiver with a modern Digital Connection.
- Using a modern digital receiver connection gives the Aura access to precise data of each channel for additional gyro enabled outputs, simplifies wiring, and allows for more advanced features. If you are connecting your Receiver to Aura via a modern Digital Connection, continue to Step 5.1.
Step 5.1 - Modern Digital Receiver Connections
A modern Digital Connection is Spektrum SRXL, Futaba S.Bus, Graupner Hott SUMD, JR Mode B, etc. A single Male-to-Male servo extension is connected between the Digital Port on your Receiver and 'Port B' on the Aura as shown below.
Some examples of modern Digital Receivers are:
- For Spektrum SRXL, we suggest receivers such as AR8010T, AR9030T, AR9020, AR12020, or AR12120. See the Spektrum Use Notes for Additional Details
- For Futaba S.Bus, we have test our own R2008SB (S-FHSS), R6303SB (FASST), and R7008SB (FASSTEST), but expect any any S.Bus receiver to work. See the Futaba Use Notes for Additional Details
- For Hitec S.Bus, we have tested the Optima SL Receiver), but expect any any Hitec S.Bus (SL/Single Line) receiver to work. See the Hitec Use Notes for Additional Details
- For Graupner Hott SUMD, we have tested GR12L and GR16 receivers. See the Graupner Use Notes for Additional Details
- JR Mode B, Taranis S.Bus, and some Jeti UDI digital systems have been successfully implemented. See the Jeti Use Notes for Additional Details
If you are using a modern Digital Receiver Connection to Aura (SRXL, S.Bus, Graupner Hott, JR Mode B), wire the servos as shown below: (This example shows the 'data' path using the 35cc QQ Yak 54 and is typical of .40 cu. in. to 40cc aircraft. Larger and smaller aircraft can also use this 'data' path.)
Step 5.2 - Power Connections
For smaller aircraft, you may use a single battery or BEC of your choice
For 25cc and larger aircraft, we recommended using two batteries for power and redundancy.
- Battery #1 is connected to an unused port on the Aura such as Port S1.
- Battery #2 is connected to an unused port on the Receiver such as the BATT Port.
- This setup provides two sources of power to both the Aura and the Receiver.
- If desired, High Quality Switches can be used between Battery #1 and the Aura, as well as Battery #2 and the Receiver.
We also strongly recommended use an additional 2-Wire Male-to-Male extension between an unused Aura port such as Port S8 and an unused Receiver Port.
- Disconnect the Signal Wire if using a 3-Wire Male-to-Male Cable.
- This provides a redundant path of current between the Aura and Receiver.
Power Tips for 25cc to 40cc Aircraft:
- For Gas Setups, Battery #3 will act as the Ignition battery. For Electric Setups, the Battery #3 will power the Motor.
- Always used matched batteries (Voltage, Capacity, C Rating, Quality, etc) for Battery #1 and Battery #2.
- Always DOUBLE CHECK THE POLARITIES on the battery connections as plugging batteries in backward can destroy the Aura or Receiver or other components!
Note: Flex Innovations does not test or support the use of high power BEC's or regulators in 20cc or larger Open Stock applications. Selection and use of these products is completely at the discretion of the User.
For Larger aircraft similar concepts apply. You can find additional information at Large Aircraft Installs.
