Do you have a question about the Honeywell BENDIX/KING KCS55 and is the answer not in the manual?
Brand | Honeywell |
---|---|
Model | BENDIX/KING KCS55 |
Category | Car Navigation system |
Language | English |
Overview of the KCS 55/55A Pictorial Navigation System components.
Explains the system's operation in slaved and free gyro modes.
Details specifications like TSO compliance, system accuracy, and power requirements.
Lists the various components and optional accessories included with the system.
Information on the kits required for installing system components.
Details the optional compensator kit for specific installations.
Guidelines for maintaining the system's airworthiness.
Procedures for carefully unpacking and checking the equipment for damage.
Steps to perform a bench test before installing the system.
Instructions for installing the pictorial navigation indicator, including general setup and mounting.
Procedures for installing the directional gyro unit, including general setup and mounting.
Guidelines for mounting and installing the magnetic azimuth transmitter, including general setup.
Steps for installing the slaving accessory units, including general setup and mounting.
Instructions for installing the KA 52 autopilot adapter.
Details on how to mount the KA 52 autopilot adapter.
Instructions for installing the KA 57 autopilot adapter.
Details on how to mount the KA 57 autopilot adapter.
Information regarding any required adjustments for the KI 525/525A.
Procedures for setting the voltage switch on the KG 102/102A.
Procedure for canceling index error in the KMT 112.
Procedure for adjusting the compensator on the KA 51/51A.
Procedure for adjusting compensation on the KA 51B.
Alternative procedures for compensating KMT 112 and KA 51/51A.
Procedures for setting gains for KA 52 and KA 57 autopilot adapters.
Information on using the KG 102/102A as a 400 Hz power source.
Explains the indicators and controls on the KI 525/525A unit.
Step-by-step guide for operating the KCS 55/55A system.
Procedures to follow in case of system malfunctions or emergencies.