MAIN DISTRIBUTION BOARDS
Design and manufacturing of Main Distribution Boards (MDB) for receiving power from transformers and backup power sources, distributing electrical loads, and integrating with modern monitoring, energy management, and supervisory control systems.
Designed for Maintainability and Lifecycle Efficiency
Seamless Integration with Industrial Control Systems
Engineered to Meet Specific Process and Automation Requirements
Built with Globally Recognized Components
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board CONFIGURATION AND APPLICATIONS
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ENCLOSURE
Secure installation of power equipment with safe and convenient maintenance access.
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INCOMING DEVICES
Reception and control of power supplied from transformers and utility sources.
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ENERGY METERING & ANALYTICS
Monitoring of electrical parameters, power quality, and energy consumption.
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BUSBAR SECTIONALIZATION
Enhanced power system reliability and flexible load distribution.
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ATS & BACKUP POWER SYSTEMS
Automatic transfer between primary and backup power sources.
MONITORING & SUPERVISION
Integration with BMS, SCADA, and energy management systems.
Industrial Facilities
Main power distribution for production plants and industrial sites
Oil & Gas Facilities
Power distribution for process and utility systems
Commercial Buildings
Central electrical distribution for offices and commercial properties
Data Centers & Critical Infrastructure
Redundant power distribution and ATS systems
Airports & Transportation Infrastructure
Power supply for engineering and operational systems
FULL-SCOPE DELIVERY
We provide a complete project lifecycle—from engineering design and component selection to cabinet assembly and factory testing before delivery. This approach reduces project risks, simplifies coordination, and ensures consistent quality throughout every stage of production.
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Design
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Equipment
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ASSeMBLY
4.
TESTING
5.
FAT
6.
DELIVERY
ENGINEERING FEATURES
Each Main Distribution Board is engineered to meet project-specific requirements, supplied with complete technical documentation, and thoroughly tested before delivery. This approach simplifies on-site integration, reduces project risks, and ensures predictable performance during commissioning and operation.
High Current Capacity
Designed for applications requiring several thousand amperes of rated current.
Busbar Sectionalization
Improved system availability and operational flexibility
ATS & Power Redundancy
Support for multiple utility sources, generators, and backup systems.
Protection Selectivity
Coordinated protection across all levels of power distribution.
Energy Monitoring
Continuous monitoring of electrical parameters and power quality.
DOCUMENTATION & TESTING
Our products are engineered in accordance with applicable IEC/EN standards, project specifications, and requirements for safety, EMC, and equipment labeling. Particular attention is given to documentation and pre-shipment verification to ensure seamless integration and reliable commissioning.
DOCUMENTATION
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Single-Line Diagrams (SLD)
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Detailed Electrical Schematics
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Network Architecture Diagrams
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General Arrangement & Layout Drawings
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Bill of Materials (BOM)
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Operation & Maintenance Documentation
TESTING
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Pre-Shipment Quality Inspection
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Verification of Wiring and Labeling
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I/O Signal Verification
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Functional Testing
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Factory Acceptance Test (FAT)
