.Many products are not yet on the shelves please contact us for more products
.If there is any inconsistency between the product model and the picture on display, the model shall prevail. Contact us for the specific product picture, and we will arrange to take photos in the warehouse for confirmation
.We have 16 shared warehouses around the world, so please understand that it can sometimes take several hours to accurately return to you. Of course, we will respond to your concerns as soon as possible
DEIF LSU-113DG Load Sharing Unit Module is an advanced generator control component designed for precise power management in parallel generator applications. This robust module ensures equal load distribution between multiple generators, optimizing fuel efficiency and system stability. With its industrial-grade design and intuitive interface, it provides reliable performance for marine, offshore, and land-based power generation systems requiring synchronized operation.
Product Specifications
Core Specifications
Model: LSU-113DG Load Sharing Unit
Input Voltage: 18-36 VDC (24V nominal)
Operating Temperature: -25°C to +70°C
Protection Class: IP20 (panel mounted)
Performance Features
Load sharing accuracy: ±2% of rated power
Frequency regulation: ±0.25% (adjustable)
3-phase voltage measurement: 50-690V AC
Current measurement: 1A or 5A CT inputs
Control Capabilities
Isochronous and droop load sharing modes
Active power and reactive power sharing
Built-in synchronization function
Adjustable load sharing parameters
Communication & Integration
CANopen communication protocol
MODBUS RTU interface (RS-485)
Compatible with DEIF AGC-150 controllers
LED status indicators for operation monitoring
Reliability & Safety
Reverse polarity protection
Overvoltage protection (40V DC max)
Vibration resistant design (IEC 60068-2-6)
EMI compliant to EN 61000-6-2/4
Typical Applications
Marine power management systems
Offshore platform power plants
Industrial backup power systems
Microgrid applications
OTHERS ALSO LEARNED ABOUT THE FOLLOWING PRODUCTS：