HYUNDAI ACONIS-PMS MIMIC BOARD WITH ACONIS-PMS MAIM RACK
Product Overview
WAVETECH MARITIME supplies the HYUNDAI ACONIS-PMS Mimic Board with Main Rack, a marine Power Management System component designed for shipboard electrical power monitoring, generator control, synchronization, load management, and power distribution applications. Suitable for vessel maintenance, replacement, retrofit, and marine automation requirements.
- Manufacturer / Brand: HYUNDAI
- System: ACONIS-PMS
- Equipment Type: Marine Power Management System
- Configuration: Mimic Board with PMS Main Rack
The HYUNDAI ACONIS-PMS Mimic Board with Main Rack is a marine Power Management System (PMS) component designed for monitoring and managing a vessel's electrical power generation and distribution system.
The ACONIS-PMS architecture combines a visual mimic interface with a dedicated main rack containing control, communication, and I/O modules. The mimic board provides operators with a clear visual representation of generator and electrical system operating conditions, while the main rack processes field signals and supports PMS control functions.
The ACONIS-PMS system is associated with marine generator management functions such as generator synchronization, load sharing, generator start/stop control, electrical measurement, and power-system monitoring. Available ACONIS-PMS documentation identifies modules including PWRM, AIM16, DIM16, DOM16, IOSM, PR COM, and MPM.
This equipment is suitable for marine vessels requiring reliable electrical power monitoring and automated power management, particularly applications involving diesel generators and ship main switchboards.
WAVETECH MARITIME supplies HYUNDAI ACONIS-PMS equipment and related marine automation components to customers worldwide. We support shipowners, vessel operators, ship management companies, marine service providers, and maintenance teams with marine automation equipment for OEM replacement, vessel repair, retrofit, maintenance, and spare-parts requirements. we will give best service.
Key Features
- Manufacturer / Brand: HYUNDAI
- System: ACONIS-PMS
- Equipment Type: Marine Power Management System
- Configuration: Mimic Board with PMS Main Rack
- Application: Shipboard electrical power management
- Mimic interface for generator and power-system status
- Supports generator monitoring and control functions
- Designed for generator synchronization and load management applications
- Supports electrical power-system monitoring
- Main rack provides centralized control and I/O functionality
- Modular architecture with dedicated control and interface modules
- Associated modules may include PWRM, AIM16, DIM16, DOM16, IOSM, PR COM, and MPM
- Suitable for marine automation and electrical distribution systems
- Designed for integration with vessel generator and main switchboard systems
- Suitable for marine maintenance, repair, retrofit, and replacement applications
- Supplier: WAVETECH MARITIME
Known Identification Reference:
A related HYUNDAI ACONIS-PMS MIMIC3G-MAIN unit has been listed with MFG No. 15-030404-01. This identification should only be applied when it matches the physical nameplate or documentation of the actual unit being supplied.
- Brand: HYUNDAI
- Model: HY-ACONIS-PMS-MIMIC-MAIN-RACK
- Condition: Used
- Application:
- Marine vessel power management
- Diesel generator control and monitoring
- Ship main switchboard monitoring
- Generator synchronization
- Generator load sharing
- Automatic generator start/stop management
- Electrical power distribution monitoring
- Marine engine room automation
- Shipboard electrical automation systems
- Commercial and merchant vessels
- Offshore and marine applications
- Vessel automation retrofit projects
- Marine equipment replacement
- Ship maintenance and repair
- OEM and spare-parts replacement for Hyundai ACONIS-PMS installations
Supplier: WAVETECH MARITIME supplies HYUNDAI ACONIS-PMS marine automation equipment worldwide Best service. for vessel maintenance, repair, retrofit, and replacement requirements.
- Availability: Subject to stock confirmation
