dji INSPIRE 2 Handleiding voor onderhoud en reparatie - Pagina 4
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Introduction
To ensure that your aircraft continues to offer optimal performance and to ensure flight safety, it is recommended that
comprehensive maintenance be performed after every 200 flights or 50 flight hours. This manual is intended to help users
maintain their aircraft and maximize its continued reliability.
I. Checking the Battery System
1. Check the Intelligent Flight Batteries for damage and
deformities. If there are any signs of damage to an
Intelligent Flight Battery, stop using it and discharge it
fully for disposal. Do not disassemble an Intelligent Flight
Battery for any reason.
2. Check the Intelligent Flight Battery pins and rub them
clean with an eraser if any residue is observed. This will
help to ensure reliable connections.
3. On the Intelligent Flight Battery Charging Hub, check the
metal pins on the charging ports. Remove any corrosion
or residue to ensure reliable connections.
4. Run the DJI GO 4 app to confirm that each Intelligent
Flight Battery's cells are at similar voltage levels and stay
at the same level when the Intelligent Flight Battery is
fully charged. If all cells maintain voltage levels above
3.7 V but any cell is 0.2 V higher or lower than the others,
contact DJI Support for analysis. You can also check the
battery cell warning history. If any warnings are reported,
contact DJI Support.
5. Check that the plastic components of the battery
compartments are in good condition and that all screws
are secure. This prevents the Intelligent Flight Batteries
from becoming loose during flight.
6. Insert an Intelligent Flight Battery into each battery
compartment, check that they mount securely with the
Battery Release Button raised, then press the Battery
Release Button to make sure the Intelligent Flight Batteries
can be released. If not, change an Intelligent Flight Battery
or contact DJI Support.
7. For Intelligent Flight Batteries in long term storage, refer to
the Intelligent Flight Battery Safety Guidelines and check
the Intelligent Flight Batteries once a month to prevent the
battery cells from being damaged.
8. Check the power cables between the aircraft's arms
and body. If the cables are worn, contact DJI Support to
arrange repair.
II. Checking the Transformation System
Before checking the Transformation System, remove the
gimbal and camera, and enable the Disable Landing Gear
Auto Lock setting in the DJI GO 4 app so that you can raise
the landing gear using the remote controller while the aircraft
is not airborne. When the checks are complete disable this
feature.
1. Power off the aircraft and insert an SL3.0 screwdriver into
the small hole on the bottom of the aircraft directly below
the center of the linear actuator. Use the screwdriver to
slowly and evenly rotate the gears in the servo gearbox to
check that the mechanism moves smoothly.
2. Raise the landing gear using the remote controller. During
the transformation, observe the lead screw (the threaded rod
inside the linear actuator, highlighted in the figure below),
4
as it becomes exposed. If the lead screw bends during
the transformation, or if it is scratched, bent or otherwise
damaged, contact DJI Support to arrange repai.
3. Listen to the servomotor during the transformation. If there
is any abnormal noise it may indicate that the servomotor
components are worn, which can be caused by the
presence of corrosion, grit, or dust on the lead screw. If
any abnormal noise is heard, contact DJI Support.
4. With the landing gear fully raised, check the lead screw
and its lower bearing. If any corrosion, grit, dust, or other
dirt is found, clean with WD-40 spay, then apply grease.
(Use grease and do not use oily lubricants. Use grease
that is compatible with metal and plastic components and
that can perform adequately in the temperature range
-4° to 248° F (-20° to 120° C)). If small plastic shards are
found, contact DJI Support.
5. Check the bolts at either end of the aircraft arm support
rods and the bolts in the circlips, which are highlighted
in the figure below (four pairs of bolts on each side of the
aircraft). If any of the bolts are deformed or loose, contact
DJI Support.
III. Checking the Airframe
1. Confirm that all the screws are still adequately tightened.
2. Check the aircraft for breaks and damage. If there is any
reason to believe that detectable damage might affect
flight safety, consult with DJI Support.
3. Check the carbon fiber arm tubes for damage and
looseness. Grasp and twist the two landing gear feet on
one side to ensure they are not loose, then repeat on the
other side.
4. Ensure that the screws used to secure the landing gear
to the carbon fiber arm tubes are tight and the plastic
components around the motors are in good condition. If
any plastic components are damaged or broken, contact
DJI Support to arrange repair.