Norwegian 727-200 project

[AVIATor-Olav]

Thanks Jon.
I saw his adds last night. He definately has a lot of goodies! I actually thought of bidding on his cockpit lights & speaker package. The FE station doesn't look complete to me? I allready have a full OH panel and a rather big package is coming in from the states! ETA mid /end March. Can't wait!

[Chaser]

The actual framework isn't present, but I think most of the other stuff is there. The framework will be hard to find outside of the one available from APHS LTD, as it is actually part of the airframe, and is VERY difficult to get. The only other one I've seen in my 3 years of watching was cut in several places and would require a LOT of work. However, you could possibly make something very similar with some DZUS rails and measurements, as well as a bit of metal work.
Jon

-Edit: Spoke too soon. I looked through and there are some missing components, although thats still quite a few pieces for a FE panel for a reasonable price. I'm trying to find out exactly what is missing. Jon

[AVIATor-Olav]

My 24V power supply is here. Hooked up the lights under the glare panel, and the pedestal lights in the OH panel tonight. All lights are controlled directly by the respective switches on the OH panel

[Norwegian737project]

This is freaking awesome.. We have to meet over a cup of coffee.. The funny thing is that all of this hardware would fit perfectly into my 737 shell

[AVIATor-Olav]

Hi there! Yes, your shell would fit my project perfectly! :P
How are things coming along with your project? Coffee sounds good, where are you located?

Cheers
Tor-Olav

[Norwegian737project]

Pm you buddy...

[AVIATor-Olav]

More lights.


The anti ice panel lights have got me thinking though! It's going to take some wiring to make those light up realisticly.
Oh well, I'll leave that for an other day.


Cheers

[LH784]

Here is my SIOC code for the lights (Window heat and wing deice).
Might be a starting point...I hope it is complete since I copied it from different parts of my code. The code actually does not do anything except for controling the lights. The VJs (virtual joysticks) are thought to be used to switch on the switches in the sim, but I am not sure if that is really a good idea since they are (in my FlightOne 727) toggle switches and the software cannot determine the state of the switch so you might just turn it the wrong way in the sim).
Good luck,
Florian


Var 2011, name WinL1OnLmp, Link IOCARD_OUT, Device 3, Output 49 // Window Heat L1 On Light
Var 2012, name WinL1OvtLmp, Link IOCARD_OUT, Device 3, Output 52 // Window Heat L1 Overtemperature Light
Var 2013, name WinL2OnLmp, Link IOCARD_OUT, Device 3, Output 50 // Window Heat L2 On Light
Var 2014, name WinL2OvtLmp, Link IOCARD_OUT, Device 3, Output 54 // Window Heat L2 Overtemperature Light
Var 2015, name WinR1OnLmp, Link IOCARD_OUT, Device 3, Output 51 // Window Heat R1 On Light
Var 2016, name WinR1OvtLmp, Link IOCARD_OUT, Device 3, Output 55 // Window Heat R1 Overtemperature Light
Var 2017, name WinR2OnLmp, Link IOCARD_OUT, Device 3, Output 53 // Window Heat R2 On Light
Var 2018, name WinR2OvtLmp, Link IOCARD_OUT, Device 3, Output 56 // Window Heat R2 Overtemperature Light
Var 2019, name AntiIceDctOvtL, Link IOCARD_OUT, Device 3, Output 39 // Anti Ice Duct Overheat Light
Var 2020, name WngLAIPosLmp, Link IOCARD_OUT, Device 3, Output 47 // Left Wing Anti Ice Valve Position Agreement Light
Var 2021, name WngRAIPosLmp, Link IOCARD_OUT, Device 3, Output 48 // Right Wing Anti Ice Valve Position Agreement Light
Var 2022, name EngLAIPosLmp, Link IOCARD_OUT, Device 3, Output 44 // Left Engine Inlet Anti Ice Valve Position Agreement Light
Var 2023, name EngCAIPosLmp, Link IOCARD_OUT, Device 3, Output 45 // Center Engine Inlet Anti Ice Valve Position Agreement Light
Var 2024, name EngRAIPosLmp, Link IOCARD_OUT, Device 3, Output 46 // Right Engine Inlet Anti Ice Valve Position Agreement Light

// *****************************************************************************
// *
// * Anti Ice Panels ab 2400
// *
// *****************************************************************************
Var 2401, name WndHeatL1_OnSw, Link IOCARD_SW, Device 1, Input 112 // Window Heat L1 ON Switch
{
IF &Electricity > 0 // If Electricity is available
{
IF &WndHeatL1_OnSw = 1
{
&WinL1OnLmp = 1
&VJ64 = SETBIT 0
}
ELSE
{
&WinL1OnLmp = 0
&VJ64 = CLEARBIT 0
}
}
ELSE
{
&WinL1OnLmp = 0
}
}

Var 2402, name WndHeatR1_OnSw, Link IOCARD_SW, Device 1, Input 110 // Window Heat R1 ON Switch
{
IF &Electricity > 0 // If Electricity is available
{
IF &WndHeatR1_OnSw = 1
{
&WinR1OnLmp = 1
&VJ64 = SETBIT 1
}
ELSE
{
&WinR1OnLmp = 0
&VJ64 = CLEARBIT 1
}
}
ELSE
{
&WinR1OnLmp = 0
}
}

Var 2403, name WndHeatL2_OnSw, Link IOCARD_SW, Device 1, Input 111 // Window Heat L2 ON Switch
{
IF &Electricity > 0 // If Electricity is available
{
IF &WndHeatL2_OnSw = 1
{
&WinL2OnLmp = 1
&VJ64 = SETBIT 2
}
ELSE
{
&WinL2OnLmp = 0
&VJ64 = CLEARBIT 2
}
}
ELSE
{
&WinL2OnLmp = 0
}
}

Var 2404, name WndHeatR2_OnSw, Link IOCARD_SW, Device 1, Input 109 // Window Heat R2 ON Switch
{
IF &Electricity > 0 // If Electricity is available
{
IF &WndHeatR2_OnSw = 1
{
&WinR2OnLmp = 1
&VJ64 = SETBIT 3
}
ELSE
{
&WinR2OnLmp = 0
&VJ64 = CLEARBIT 3
}
}
ELSE
{
&WinR2OnLmp = 0
}
}

Var 2405, name WndHeatPwrTstS, Link IOCARD_SW, Device 1, Input 108 // Window Heat Power On Test Switch
{
IF &Electricity > 0 // If Electricity is available
{
IF &WndHeatPwrTstS = 1
{
&WinL1OnLmp = 1
&WinL2OnLmp = 1
&WinR1OnLmp = 1
&WinR2OnLmp = 1
}
ELSE
{
IF &WndHeatL1_OnSw = 1
{
&WinL1OnLmp = 1
}
ELSE
{
&WinL1OnLmp = 0
}
IF &WndHeatR1_OnSw = 1
{
&WinR1OnLmp = 1
}
ELSE
{
&WinR1OnLmp = 0
}
IF &WndHeatL2_OnSw = 1
{
&WinL2OnLmp = 1
}
ELSE
{
&WinL2OnLmp = 0
}
IF &WndHeatR2_OnSw = 1
{
&WinR2OnLmp = 1
}
ELSE
{
&WinR2OnLmp = 0
}
}
}
}

Var 2406, name WndHeatOVTTstS, Link IOCARD_SW, Device 1, Input 251 // Window Heat Overheat Test Switch
{
IF &Electricity > 0 // If Electricity is available
{
IF &WndHeatOVTTstS = 1
{
&WinL1OvtLmp = 1
&WinL2OvtLmp = 1
&WinR1OvtLmp = 1
&WinR2OvtLmp = 1
&WinL1OnLmp = 0
&WinL2OnLmp = 0
&WinR1OnLmp = 0
&WinR2OnLmp = 0
}
ELSE
{
&WinL1OvtLmp = 0
&WinL2OvtLmp = 0
&WinR1OvtLmp = 0
&WinR2OvtLmp = 0
}
IF &WndHeatL1_OnSw = 1
{
&WinL1OnLmp = 1
}
ELSE
{
&WinL1OnLmp = 0
}
IF &WndHeatR1_OnSw = 1
{
&WinR1OnLmp = 1
}
ELSE
{
&WinR1OnLmp = 0
}
IF &WndHeatL2_OnSw = 1
{
&WinL2OnLmp = 1
}
ELSE
{
&WinL2OnLmp = 0
}
IF &WndHeatR2_OnSw = 1
{
&WinR2OnLmp = 1
}
ELSE
{
&WinR2OnLmp = 0
}
}
}

Var 2421, name WingAILTstSw, Link IOCARD_SW, Device 1, Input 130 // Wing Anti Ice Left Test Switch
// VJ64, SW21
{
IF &GroundStatus = 1 // If aircraft is on ground
{
IF &WingAILTstSw = 1
{
&StatValveAIWL = 0
&StatValveAIWL = DELAY 1 ,300 // Returns to State 1 after delay of 300 *
}
ELSE
{
&StatValveAIWL = 0
}
}
}

Var 2422, name WingAILOpenSw, Link IOCARD_SW, Device 1, Input 131 // Wing Anti Ice Left Open Switch
{
IF &GroundStatus = 0 // If aircraft is in the Air
{
IF &WingAILOpenSw = 1
{
&StatValveAIWL = 0
&StatValveAIWL = DELAY 1 300 // Returns to State 1 after delay of 300 * 10 msec
}
ELSE
{
&StatValveAIWL = 0
&StatValveAIWL = DELAY 1 300 // Returns to State 1 after delay of 300 * 10 msec
}
}
}

Var 2423, name WingAIRTstSw, Link IOCARD_SW, Device 1, Input 128 // Wing Anti Ice Right Test Switch
{
IF &GroundStatus = 1 // If aircraft is on ground
{
IF &WingAIRTstSw = 1
{
&StatValveAIWR = 0
&StatValveAIWR = DELAY 1 ,300 // Returns to State 1 after delay of 300 *
}
ELSE
{
&StatValveAIWR = 0
}
}
}

Var 2424, name WingAIROpenSw, Link IOCARD_SW, Device 1, Input 129 // Wing Anti Ice Right Open Switch
{
IF &GroundStatus = 0 // If aircraft is in the Air
{
IF &WingAILOpenSw = 1
{
&StatValveAIWR = 0
&StatValveAIWR = DELAY 1 300 // Returns to State 1 after delay of 300 * 10 msec
}
ELSE
{
&StatValveAIWR = 0
&StatValveAIWR = DELAY 1 300 // Returns to State 1 after delay of 300 * 10 msec
}
}
}


Var 2425, name Eng1AIOnSw, Link IOCARD_SW, Device 1, Input 138 // Engine 1 Anti Ice On Switch
{
IF &Eng1AIOnSw = 1
{
&StatValveAIE1 = 0
&StatValveAIE1 = DELAY 1 300 // Returns to State 1 after delay of 300 * 10 msec
}
ELSE
{
&StatValveAIE1 = 0
&StatValveAIE1 = DELAY 1 300 // Returns to State 1 after delay of 300 * 10 msec
}
}


Var 2426, name Eng2AIOnSw, Link IOCARD_SW, Device 1, Input 137 // Engine 2 Anti Ice On Switch
{
IF &Eng2AIOnSw = 1
{
&StatValveAIE2 = 0
&StatValveAIE2 = DELAY 1 300 // Returns to State 1 after delay of 300 * 10 msec
}
ELSE
{
&StatValveAIE2 = 0
&StatValveAIE2 = DELAY 1 300 // Returns to State 1 after delay of 300 * 10 msec
}
}

Var 2427, name Eng3AIOnSw, Link IOCARD_SW, Device 1, Input 242 // Engine 3 Anti Ice On Switch
// VJ64, SW27
{
IF &Eng3AIOnSw = 1
{
&StatValveAIE3 = 0
&StatValveAIE3 = DELAY 1 300 // Returns to State 1 after delay of 300 * 10 msec
}
ELSE
{
&StatValveAIE3 = 0
&StatValveAIE3 = DELAY 1 300 // Returns to State 1 after delay of 300 * 10 msec
}
}

Var 2428, name ValvPSelLeftSw, Link IOCARD_SW, Device 1, Input 134 // Valve Position Selector Left Switch; ??????
{
IF &ValvPSelLeftSw = 1
{
CALL &EngValvAgrSub // Engine Valve Agreement Subroutine
&VJ64 = SETBIT 28
}
ELSE
{
CALL &AIValvOffSub // Valve Agreement Lights Off Subroutine (Checks, if Switch is in Off Position)
&VJ64 = CLEARBIT 28
}
}

Var 2429, name ValvPSelCowlSw, Link IOCARD_SW, Device 1, Input 133 // Valve Position Selector Cowl Switch
{
IF &ValvPSelCowlSw = 1
{
CALL &EngValvAgrSub
&VJ64 = SETBIT 29
}
ELSE
{
CALL &AIValvOffSub
&VJ64 = CLEARBIT 29
}
}

Var 2430, name ValvPSelRgtSw, Link IOCARD_SW, Device 1, Input 132 // Valve Position Selector Right Switch
{
IF &ValvPSelRgtSw = 1
{
CALL &EngValvAgrSub
&VJ64 = SETBIT 30
}
ELSE
{
CALL &AIValvOffSub
&VJ64 = CLEARBIT 30
}
}

Var 2431, name ValvPSelWingSw, Link IOCARD_SW, Device 1, Input 135 // Valve Position Selector Wing Switch
{
IF &ValvPSelWingSw = 1
{
CALL &WingValvAgrSub
&VJ64 = SETBIT 31
}
ELSE
{
CALL &AIValvOffSub
&VJ64 = CLEARBIT 31
}
}

// ****************************************************************************************************************************************
// **************** Anti Ice **********************************
// ****************************************************************************************************************************************

// ************************ Determination of Anti Ice Wing / Engine VAlve Argreement Lights ***********************************************

Var 6101, name EngValvAgrSub, Link SUBRUTINE // Engine Valve Agreement Subroutine
{
IF &Electricity > 0 // If Electricity is available
{
IF &ValvPSelLeftSw = 1
{
&EngLAIPosLmp = &StatValveAIE1
&EngCAIPosLmp = &StatValveAIE2
&EngRAIPosLmp = &StatValveAIE3
&WngLAIPosLmp = 0
&WngRAIPosLmp = 0
}
ELSE
{
IF &ValvPSelCowlSw = 1
{
&EngLAIPosLmp = &StatValveAIE1
&EngCAIPosLmp = &StatValveAIE2
&EngRAIPosLmp = &StatValveAIE3
&WngLAIPosLmp = 0
&WngRAIPosLmp = 0
}
ELSE
{
IF &ValvPSelRgtSw = 1
{
&EngLAIPosLmp = &StatValveAIE1
&EngCAIPosLmp = &StatValveAIE2
&EngRAIPosLmp = &StatValveAIE3
&WngLAIPosLmp = 0
&WngRAIPosLmp = 0
}
ELSE
{
&EngLAIPosLmp = 0
&EngCAIPosLmp = 0
&EngRAIPosLmp = 0
}
}
}
}
}

Var 6102, name WingValvAgrSub, Link SUBRUTINE // Wing Valve Agreement Subroutine
{
IF &Electricity > 0 // If Electricity is available
{
IF &ValvPSelWingSw = 1
{
&WngLAIPosLmp = &StatValveAIWL
&WngRAIPosLmp = &StatValveAIWR
&EngLAIPosLmp = 0
&EngCAIPosLmp = 0
&EngRAIPosLmp = 0
}
}
}

Var 6103, name AIValvOffSub, Link SUBRUTINE // Agreement Light Switch Off Subroutine
{
IF &ValvPSelLeftSw = 0
{
IF &ValvPSelCowlSw = 0
{
IF &ValvPSelRgtSw = 0
{
IF &ValvPSelWingSw = 0
{
&WngLAIPosLmp = 0
&WngRAIPosLmp = 0
&EngLAIPosLmp = 0
&EngCAIPosLmp = 0
&EngRAIPosLmp = 0
}
}
}
}
}

[AVIATor-Olav]

WOW! You're light years ahead of me. I haven't gotten to the point where output cards control lights and what not. I haven't even got an output card yet. My window heat lights work like this: switch ON -> green light ON. Very simple The over heat lights are not hooked up. I don't know but I dont think the over heat lights are modeled in the DF727? will they ever light up, unless you press the test button?


Thanks and best regards
Tor

[LH784]

I have no idea when they will light up - probably you would have to program something like that (e.g. light up after a certain time if outside temp is above a given value and heat is on for that long).
I spent some time in writing the SIOC code. On the other hand, you have already overtaken me in such a shourt time as far as the hardware is concerned, I'm indeed impressed.
If you need some more codes, please let me know.
Best, Florian