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Kodiak 100 Series - Page 331

Kodiak 100 Series
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Pilot’s Operating Handbook
7-91
DO NOT USE FOR FLIGHT OPERATIONS
Section 7
AIRPLANE & SYSTEMS DESCRIPTIONS
100 SERIES
Systems
Dual Actuated Inertial Particle Separator System
(This section applies to Serial Numbers 100-00043 and up OR airplanes
equipped with the KODIAK TKS Ice Protection System.)
The Dual Actuated Inertial Particle Separator (DIPS) system employs two
mechanically linked moveable doors, a xed turning vane, and an ice
shedder, all housed in a berglass composite intake duct. The rst door
pivots about the top forward edge of the duct and the trailing edge comes to
rest on the upper surface of the turning vane in its deployed position. When
stowed, the rst door retracts to serve as the upper surface of the intake duct
immediately prior to the exit from the diffuser section of the air intake system.
The basic function of the rear door (also termed the bypass door) is to block
off the bypass ducts during NORMAL operation (thereby increasing the ram
air recovery), and to direct debris and bypass airow overboard in BYPASS
mode. The gure below shows the basic features of the IPS.
Figure 7-71 – Dual Actuated IPS
Manual Actuator Override Switch for Dual Actuated IPS
The Inertial Separator on your aircraft is equipped with an actuator override.
This actuator override allows the pilot to advance the system to BYPASS in
the event of a failure of the normal engine inlet BYPASS function.
Figure 7-72 – Dual Actuated IPS
FIGURE KEY:
1. Dual Actuators
2. Three position switches,
one limit switch
3. Interconnecting rod
4. Adjustable FOD Door
Actuating Arm
5. Adjustable length Bypass
Door Actuating Arm
6. Two-Piece Ice Shedder
7. Slider Mechanism
1
3
5
2
7
4
6
PRIMARY INLET OPERATION
ENGINE INLET OVERRIDE
Uncontrolled if printed

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