MGL Avionics User Forum

+12V: MX1 1/2 and XF 8
GND: MX1 3/4
Engine block: XF 5/9
CAN+: MX1 24 and XF 6
CAN-: MX1 22 and XF 7

I favour using the screw terminal 'chocolate blocks'- RDAC cabling terminated on one side sensors terminated on the other crimp ferrules on each wire end P clips holding the cable bunches secure before fanning out into the terminal strips Document the layout and life is much easier when you have to ...

This is what you want> https://www.michiganavionics.com/produc ... i-gateway/
Works fine integrating a uAvionix Ping ADS-B IN receiver or similar (eg SkyEcho) into the iEFIS.

Rocknrollrefugee wrote: ↑Mon Apr 22, 2024 10:29 am i have rwo resistors , one at each end in the 9 pin d sub the ar 12 kohms

They should be 120 ohms, not Kohms.

Pull-up resistor switched ON?
Should be OFF.

Re your fuel pressure- make sure you have the fuel pressure pull-up and pull-down switches set correctly for your fuel sensor.
Older automotive 'can' style resistive sensors- PU ON, PD OFF.
Newer 912 4-20mA style sensors- PU OFF, PD ON.
UMA style 0-5V active sensors- PU OFF, PD OFF.

it is not very clear to me where are stored the screens that you are working on, when you close the desing file a different screen is shown on the page that you are editing. Re files, simplest is to either use the SIM file manager to transfer files to the SD card, or us the script library generator...

The designed/simuator RDAC fuel level sliders don't work, but the fuel level system works fine on real hardware.
Just go for it, set up the level calibration in real life- it all works!

Simplest is to set the VOX at its upper limit- that way it will never open the intercom channel and your headset will remain quiet except when transmitting or receiving. When you press PTT the mic is always live, so the VOX setting does not affect transmission. Set your squelch and volume as require...

Select RDAC as the source for that channel- that way it will pick up the RDAC FL input.
The bits in the manual re analog channel setups mainly relate to using the direct analog inputs on the EMS2.