Back in 1967 we developed the first generation remote control
system for low speed propulsion plants, the AutoChief® I.
By 2025 more than 13.000 remote control systems have been deli
vered to vessels all over the world, including approximately 10.000
AutoChief® generation C20/600. AutoChief® has become a trademark
for safe and efficient propulsion control.

AutoChief® 600 is suitable for:
• Low speed engines from WinGD and Everllence B&W, conventional
and dual fuel
• Low speed engines with controllable and fixed pitch propellers
• Low speed engines for single- and twin propulsion line
• Single and twin propulsion line with gearbox
Key features
AutoChief® main components are:
• Touch screen Control Panel
• Engine Telegraph Unit
• Engine Safety System
• Marine Based Processing System
• Option: Manoeuvring Recorder
• Option: Governor Control System
• Option: Remote Connection
Highlights
• Simple installation
• Reliable operation
• Easy to use
Optional
• Few moving parts ensure that little main
tenance is required
• Fuel and Speed Pilot
• Constant Power Mode
• Dynamic Combinator mode (CPP)
• Remote Services
AutoChief® operator console
AutoChief® Control Panel
The AutoChief® Control Panel and Engine Telegraph is
designed for easy operation and can be installed into
any standard console. An advanced, yet simple to use
touch screen computer offer easy access to all system
functions, providing the information you need only
when you need it. Main variables such as RPM, pitch,
start air and scavenging air pressure, engine state etc.
are shown. Coloring standards and dimming function
adapt the user interface to changing ambient lighting
conditions. Several levels of control are available to
distinguish between user groups.
The system can operate stand-alone, and/or integra
ted with our K-Chief automation system or K-Thrust. In
systems with shaft generators the Power Management
System can communicate with the AutoChief® system
for smooth operation. Open architecture allow seamless
integration
Bridge Wing Unit
The Bridge Wing Panel BWU21 is designed for outdoor
use with AutoChief® remote control.
The screen gives good visibility in night and daylight.
The illuminated Lever has 11 telegraph positions with
well defined notch in each position.
Emergency Stop Switch is independent of panel and
connected directly to Main Engine Safety System.
Communication with the rest of AutoChief® is by CAN
bus.
Engine Telegrap Unit
A lever type Engine Telegraph is used on the bridge and
in the engine control room. A Push-Button Telegraph is
normally used in the engine room
Telegraph positions:.
• Ahead: Dead slow, Slow, Half, Full, Navigation full
• Stop
• Astern: Dead slow, Slow, Half, Full, Emergency astern
Sub telegraph modes:
• Finished with engine (FWE)
• Stand-by
• At sea
Available control locations:
• Bridge
• Bridge wing(s)
• Engine control room (ECR)
• Engine local stand (Local)
• Other locations (optional)
Emergency telegraph
Process controller and IO
AutoChief®use processing controllers and IO modules
specifically designed for maritime use. These are installed
on the engine og in the Engine Control Room (ECR).
All signals to and from the units are transmitted on dual
redundant CAN lines.
All nonessential sensors can be shared with the K-Chief
alarm and monitoring system, requiring only one
interface to the main engine. This principle drastically
reduces the installation and cabling cost.
Main features:
• Redundant field bus (CAN)
• Signal interfacing to sensors and actuators
• Alarm detection and process control
• Time stamping of alarms and events
• Design focused on EMC compatibility
• Local control cabinets and RPM pickups created for
engine room environment
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