Feeder Section Pillar (FSP) Panel acts as a "branch" system. It takes high-capacity power from a Main Service Panel (MSP) or a transformer and divides it into smaller, protected circuits to feed specific machines, building sections, or residential blocks.

Main Section Pillar (MSP) Panel is the "heart" of the local electrical network. It receives high-current power directly from a utility transformer or the main incomer and serves as the master control point before power is subdivided into smaller branch panels (like FSPs).

Technical Specifications

MSP Core Components

• Main Incomer: 
  Usually an Air Circuit Breaker (ACB) or a large MCCB (Molded Case Circuit Breaker) rated for high amperage (800A to 6300A).
• Busbar Chamber: 
  A reinforced section containing copper or aluminum bars that distribute power to multiple outgoing "feeders."
• Protection Relays: 
  Advanced 2026 units include Numerical Relays for earth fault, overcurrent, and phase-unbalance protection.
• Multifunction Meters (MFM): 
  Digital meters with RS485 or Ethernet ports for integration into a SCADA or Building Management System (BMS).

FSP Core Components

§  Incoming Unit: 
A main isolator or MCCB that can cut power to the entire panel.

§  Busbar System: 
High-conductivity copper or aluminum bars that carry power across the outgoing feeders.

§  Outgoing Feeders: 
A series of switches or fuses that protect the wires leading to the final destination (e.g., a motor, a floor, or a street light).

§  Enclosure: 
Built to withstand harsh environments, typically using galvanized steel or powder-coated CRCA with an IP55 or IP65 rating for weather proofing. 

FSP Panel Functions

§  Localized Distribution: 
Allows for the independent control and isolation of specific "feeders" without shutting down the entire facility.

§  Short-Circuit Protection: 
Utilizes HRC (High Rupture Capacity) Fuses or MCCBs to instantly disconnect a specific branch if an electrical fault occurs.

§  Outdoor Power Management: 
When configured as a "Pillar," it is specifically designed to sit outdoors in residential townships or industrial parks to distribute power to street lighting or individual plots.

§  Monitoring: 
Often includes energy meters (MFMs) to track the power consumption of specific sub-sections for billing or energy audits. 

MSP Panel Functions

§  Main Isolation: 
Provides a single point of disconnect to shut down power to the entire facility for emergency or maintenance purposes.

§  Heavy-Duty Protection: 
Houses high-capacity circuit breakers (typically ACBs) to protect the downstream system from massive faults, overloads, and short circuits.

§  Power Quantization: 
Acts as the primary location for Utility Metering, where the total energy consumption (kWh) and demand (kVA) are recorded.

§  Busbar Distribution: 
Utilizes massive, high-conductivity busbar systems to bridge the gap between high-voltage intake and low-voltage distribution.

Standard Tests

§  TTA (Totally Type Tested Assembly) IEC 61439-1&2

§  PTA (Partially Type Tested Assembly) IEC 60439

Brands

§  Novatric Export 

Common Applications

§  Industries & Manufacturing | Infrastructure & Utility | Commercial | Renewable Energy | Telecom | Textile | Cement Industries | Hospitals | Data Centers