Kongsberg RMP201-8 Versatile Remote Input/output System

Functionality

Easy to operate

For maximum flexibility and ease of operation, the

EA 600 Series hydrographic single beam echo sound

ers use Windows XP® based software. You can

operate the complete echo sounder using the ergo

nomically designed trackball supplied.

Individual screen presentation

You can set up the display picture to suit your special

needs. You can choose different windows on the

screen for echogram, bottom expansion, A-scope and

digital depth. You can even control all the functions

in the EA 600 with just a click on the screen. These

functions include comprehensive context sensitive on

line  help. Save your favourite settings and call them

back when you need them.

Need multiple channels?

Up to four high-power transceivers can operate simul

taneously from the EA 600. For improved perform

ance, they are installed close to the transducers and

linked to the combined display and processor with a

single data cable. Available frequencies span from 12

to 710 kHz. A variety of highly efficient transducers

is available to suit all your operational needs from

extreme shallow to 10.000 m water depths.

The Kongsberg RCU502I 421768 is a ruggedized Remote Control Unit (RCU) designed

for mission-critical industrial automation and maritime control systems.

Part of Kongsberg’s K-Chief series, this module serves as a decentralized processing

node for real-time monitoring and control in harsh environments.

The Kongsberg RCU502I integrates seamlessly into distributed architectures,

offering deterministic I/O handling, advanced diagnostics, and fail-safe operation.

Its primary role is bridging sensors/actuators with central systems (e.g., Kongsberg’s K-Log or K-Chief 600),

ensuring high availability in offshore platforms, marine vessels, and energy installations.

Engineered to withstand extreme temperatures, vibration, and corrosive atmospheres,

the RCU502I 421768 is the backbone for safety-critical automation where downtime is unacceptable.