DEIF PCM4.3 – Power Control Module for Reliable Genset Paralleling and Busbar Management
Order Placement Process and Guarantees
Warranty: 365 days
Delivery time: 1 week for in-stock; no more than one month at the latest
Payment: 50% advance payment; full payment before delivery
Express options: FedEx, UPS, DHL
Key Features
Synchronising & breaker control – Handles genset-to-bus and bus-tie operations with safe close windows and permissives.
kW/kVAr load sharing – Stable sharing across multiple units; supports active/reactive power balancing to maintain frequency and voltage.
Governor & AVR interfacing – Interfaces for speed and voltage control, enabling fine-trim of frequency and voltage during island and parallel operation.
Protection logic integration – Works with standard protections (e.g., reverse power, over/under voltage/frequency) to safeguard equipment.
Utility paralleling – Supports import/export control and demand-limited parallel modes when tying to the mains, in many cases reducing peak charges.
Flexible I/O – Digital and analog I/O for breaker status, permissives, measurements, and setpoint control, keeping wiring practical.
Field-ready communications – CANbus for load sharing and coordination; RS-485 Modbus RTU for SCADA/PLC; Ethernet variants often available.
Cabinet-friendly format – Designed for mounting in switchboards; neat terminal access simplifies installation and service.
Technical Specifications
| Brand / Model | DEIF PCM4.3 |
| HS Code | 853710 |
| Power Requirements | 24 VDC nominal (commonly 18–32 VDC in many installations) |
| Signal Input/Output Types | Digital inputs/outputs, relay outputs, analog inputs (e.g., 4–20 mA/0–10 V), analog outputs for governor/AVR control |
| Communication Interfaces | CANbus (load share/control), RS-485 Modbus RTU; Ethernet/Modbus TCP commonly available on selected builds |
| Installation Method | Switchboard installation; DIN-rail or panel-integrated mounting as per cabinet design |
| Application Scope | Genset paralleling, bus-tie control, island/utility parallel operation, marine/offshore and industrial microgrids |
Related or Supporting Products
DEIF AGC-4 Mk II – All-in-one genset controller with integrated power management; often used when you want a single-unit solution instead of distributed modules.
DEIF AGC 150 – Compact controller for single genset or simple paralleling tasks; a cost-effective option for smaller switchboards.
DEIF PPM 300 – Power and protection management platform suited for more advanced plant/marine protection schemes and SCADA integration.
PMS-4 system modules (e.g., I/O expansion) – For projects that need extra inputs/outputs or additional breaker sections tied into the same scheme.
Installation & Maintenance
Cabinet & environment – Install in a clean, dry switchboard; maintain adequate ventilation. An IP54 or better cabinet is typically used for marine/industrial areas.
Wiring practices – Separate power and signal cabling; use shielded twisted pair for CANbus and Modbus RS‑485; keep sensor and CT/PT wiring short and properly grounded.
Breaker interlocks – Implement mechanical/electrical interlocks and permissives (dead bus check, sync check) to prevent misclose events.
Commissioning tips – Verify CT ratios/polarity and PT scaling; confirm governor/AVR gain settings; test load share under low and high load steps.
Routine upkeep – Inspect terminals for tightness quarterly; clean dust from cabinet; back up parameters; review logs; plan firmware updates during scheduled shutdowns.
Calibration – Check analog channels and any metering inputs annually; validate protective setpoints after any system change.
Quality & Certifications
CE marking – Conforms to applicable EU directives for control equipment.
RoHS – Typically compliant with hazardous substance restrictions.
ISO 9001 manufacturing – Produced under quality management standards.
Marine approvals – Many DEIF control modules are supplied with or designed to meet marine class approvals (e.g., DNV, ABS); availability depends on exact build and application.
Manufacturer’s warranty – 12 months from date of shipment as provided above.
If you’re migrating from a legacy paralleling scheme, PCM4.3 seems to be a practical step—minimal footprint, clear logic, and straightforward tie-ins to existing SCADA. We can review your single-line and recommend the cleanest integration path.
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