|
|
|
Important G Series News
Insight now has the FAA STC for G1, 2 and 3
Insight announces the next big
breakthrough in engine monitoring. While the detail in the G3 data log is unprecedented – now it is even better. The G3 engine log system has been transformed to a complete aircraft performance system. Now you can log aircraft performance data right along with your engine data. The missing link in data log analysis is finally available. Much of the black-box functionality previously available only in Jets is now available to you. The key to operating your aircraft efficiently is understanding its performance. Now every data log is like a performance chart from the flight manual but it is specific to your aircraft and actual conditions. The G3 – the only engine monitor that just keeps getting better and better.
The periodic temperature variation screen now displays graphs based on the number of cylinders.
In the probe diagnostic screen when the user
changes R_MAX or R_DIF they are now automatically saved
to flash. In the Engine Configuration Screen the range for the maximum RPM for his engine is now from 2000 to 3500. It used to be between 2000 and 3000
LOP: operation of lean boxes improved Time and date now work correctly for leap years any behind the scene, upgrades and cosmetic improvements
Update
version 1.85
This
update offers many benefits to G3 customers.
Please take
time to download and update, you’ll be glad you did.
DISPLAY
FLICKER
The first
thing you will notice is the display is flicker free
under all conditions. We changed display manufacturers
to improve viewing angle and other display specs but it
caused this problem. It has taken enormous effort to
remedy, but now it’s done.
LEAN
BOXES
We have
suppressed the lean boxes below 2000 RPM so you won’t
encounter them during run up. Some users found this
confusing or inconvenient. Now you won’t see them until
you need them.
KNOB
SENSITIVITY
The knob
sensitivity problem has been solved. You will notice a
vast improvement in both knobs. You will also notice we
add another feature to further aid control in
turbulence. When you reverse direction the instrument
will require two clicks instead of one. We have found
this to be a very effective feature.
HORSEPOWER
The
horsepower display has been improved and requires
explanation. First the HP display depends on three
configuration parameters and these need to be set
correctly.
The (1)
Max RPM, (2)
Engine HP and (3)
turbo configuration are
set to match your engine.
(1) Typically
max RPM is 2700.
(2) For
turbo’d engines we have a new configuration identifier -
a digit followed by “B”. You may choose 0, 1, 2, 1B, 2B.
The B means boosted. When
absent it implies turbo-normalized. If your engine
manifold pressure can exceed 30 inches then choose
boosted.
(3) The
HP calculator has takeoff and cruise modes. Any RPM
within 125 of max is considered takeoff. Anything below
that is cruise mode. As we have said before this is
theoretical HP not real HP. It will not identify engine
faults. Without a torque sensor on the engine there is
no such thing as a real HP reading.
If the
Engine HP parameter is set incorrectly it will distort
the percentage HP calculations.
The HP
algorithms do the best they can to predict engine power
even though some essential information is missing. The
display now shows power in either yellow or white. When
the incoming information is favorable and will yield a
good result it will display the value in white.
So what are
the favorable conditions?
The
instrument needs fuel flow, RPM, peak EGT and all the
configuration data set correctly. If it doesn’t have
peak EGT because you haven’t leaned yet, like during
take off and climb, then it assumes you are leaning
correctly on the way up. Once you reach a good peak EGT
the HP calculations will work well. Peak in this case
means you have all the lean boxes displayed above the
columns. Once you reach this point, leaning past peak or
going back to the rich side of peak will still produce
good HP indications. The value will display in white. If
you operate outside of normal parameters the HP will be
less accurate even though the display may still be
white. When you change manifold pressure the fuel air
ratio will be approximately the same but to the extent
that is not the HP accuracy will compromised. The HP
calculations work best during leaned for cruise
operation, where they are most useful.
GPS FUEL
FLOW
The G3 will
now send fuel flow information to your Garmin GPS.
If your GPS is
configured to use the Shadin Fuel Z format it will
display fuel flow rate.
NOTE: Please refer to your GPS MANUAL for correct pin outs and connection information
EXAMPLE - INSTRUCTIONS FOR GARMIN 430 SERIES SOFTWARE SET UP:
Press
and hold “ENT” button and apply power.
Hold
“ENT” until the display lights up.
Release
“ENT” button, wait until display says OK
Press
“ENT” button once.
2) Turn
inner rotary knob until “Main
RS-232 Config” appears.
3) Use
cursor and “ENT” button to select.
4) Press
cursor button to select input for channel 1
INPUT
Channel
1 Shadin
- fadc
5) Turn power off.
|
|
|
Now Shipping G1-G2-G3
|
|
|||||
![]() |
|
![]() |
|||
|
|





