Product Description

The DEIF PCM4.3 is an integrated main control and power management module for Delomatic 4 and AWC 400 series power control systems. It integrates core processor, power regulation and multi-protocol communication functions, serving as the central control unit for generator set and power plant automatic management.

Supporting IEC 61131-3 programming and Linux-based operation, the module enables intelligent voltage, frequency and load sharing regulation. It features wide DC voltage input, industrial anti-interference design and comprehensive fault diagnosis. Compact and highly integrated, it ensures stable unmanned operation for marine, wind power and industrial power systems.

Main Specifications

1. Full Part Number: PCM4.3; Product Type: Industrial integrated power control and main processing module
2. Applicable System: DEIF Delomatic 4, AWC 400 power management and generator control systems
3. Core Function: Power supply regulation, logic control, generator parameter regulation and system communication management
4. Programming Standard: Compliant with IEC 61131-3 industrial programming specification for flexible logic editing
5. Operating System: Built-in Linux embedded system for stable and efficient task scheduling
6. Input Voltage: 18–36V DC wide-range power input, adapting to complex power supply conditions
7. Control Performance: Precise voltage, frequency and load sharing control for generator sets
8. Communication Capacity: Supports multiple industrial protocols for seamless system networking
9. Diagnostic Function: Full-time system status monitoring and automatic fault detection protection
10. Reliability: Compact industrial modular design, supporting long-term unattended stable operation

Core Functions

1. Acts as the core main control unit for DEIF industrial and marine power management systems.
2. Realizes automatic regulation of generator voltage, frequency and load distribution.
3. Executes customized control logic based on standard industrial programming protocols.
4. Integrates power management and multi-channel communication data interaction functions.
5. Provides real-time fault monitoring and system operation safety protection.
6. Supports long-term unmanned and efficient operation of power generation equipment.

Application Scenarios

1. Onshore and marine generator set automatic power management control systems
2. Wind power and new energy equipment intelligent monitoring and regulation platforms
3. Industrial power plant load sharing and grid-connected stable control scenarios
4. Unattended power station automatic operation and fault early warning systems
5. Replacement and performance upgrading of aging main control modules for DEIF systems