KONGSBERG RCU500/RCU501/RCU502 process control computer

KONGSBERG RCU500/ RCU501/RCU502 process control computer

KONGSBERG RCU501 process control computer

The RCU501 is a high-performance, versatile, real-time process control computer designed for a wide range of system applications in both onshore and offshore installations. It features an embedded Power PC? architecture as its processor core and is certified for Ex Zone 2 applications.

Application types

? Dynamic Positioning Systems

? Thruster Control / Steering Systems

? Navigation Sensor Integrator

? Integrated Process Control Systems

? Alarm and monitoring Systems

? Safety Systems

Function

? Dual ethernet LAN process networks

? Dual RedundancyNet interface for redundant RCU confi guration

? Dual Remote IO process BUS (RBUS)

? 4 general purpose Digital Input channels

? 4 general purpose Digital Output channels

? 32 serial lines for 3rd party interface

? 2 PROFIBUS channels for 3rd party interface

? 2 CANBUS channels for 3rd party interface

KONGSBERG:  RCU510，RCU502，RCU501，RCU500，RDIOR400，RAIC400，RDIOR420，SPBUS-HUB，RMP420，RMP201-8，RMP200-8，RSER200-4 

Note: KONGSBERG products have been discontinued, if you want a brand new one, we will not provide it and it is not in stock

Electrical

Input supply voltage: 24 VDC

(+30%, -25%)

Nominal current consumption: ≈ 0.8 A

Start-up current: Max. 2.7 A

Power consumption: Max. 20 W

Heat dissipation: Max. 20 W

Power connectors:

? Screw terminals (slotted)

? Cable cross section: 2.5 mm2

Serial line

Channels: 32 insulated serial lines,

distributed on 8 RJ45 connectors

Physical layer: RS232, RS422 and

RS485 Multidrop via RSER200

Bit rate: Max. 115 kb/s

Our main products are widely used in metallurgy, oil and gas, glass manufacturing, aluminum, petrochemical, coal, paper printing, textile printing, machinery, electronic manufacturing, automobile manufacturing, plastic machinery, electricity, water conservancy, water treatment/environmental protection, boiler heating, energy, transmission and distribution and so on