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A distribution panel, also known as a **distribution board** or **electrical panel**, is a crucial component in an electrical system. It serves as the central point where electricity is distributed to different circuits within a building or facility. The panel ensures that the electrical supply is safely and efficiently directed to various parts of a structure while providing protection, control, and monitoring for the electrical system.### Key Functions of a Distribution Panel:1. **Power Distribution**: The distribution panel receives electricity from the main supply (e.g., a power transformer or a utility connection) and divides it into separate circuits, directing power to various parts of the building or industrial setup.2. **Circuit Protection**: It contains circuit breakers or fuses that protect the wiring and devices in the electrical system from overloads or short circuits by interrupting the flow of electricity in the event of a fault.3. **Control**: It allows operators to control and shut off the electrical supply to specific circuits. This is useful for maintenance, troubleshooting, or emergencies.4. **Metering and Monitoring**: Some distribution panels have meters and monitoring devices that track electricity usage, voltage, and current on different circuits.### Components of a Distribution Panel:1. **Main Breaker**: This is the switch that controls the power supply from the utility or main source to the entire distribution board. It provides the ability to disconnect all circuits from the main supply when necessary.2. **Circuit Breakers**: These are individual switches within the panel that protect individual circuits. If a circuit becomes overloaded or experiences a short circuit, the breaker will trip and disconnect that circuit, preventing damage or fire.3. **Busbars**: These metal bars distribute electricity from the incoming source to the different circuits. They serve as the main connecting points for the circuit breakers.4. **Neutral Busbar**: The neutral busbar is where the neutral wires from each circuit are connected.5. **Earth Busbar**: This is a point for grounding or earthing, ensuring that stray currents or faults are safely directed to the ground.6. **Terminal Blocks**: These are used for connecting multiple wires to the panel's components or busbars in a secure manner.7. **Metering Equipment (optional)**: Some panels include metering devices to monitor energy consumption.### Types of Distribution Panels:1. **Low-Voltage Distribution Panel**: These are used in residential, commercial, and small industrial applications, typically for voltages less than 1000V.2. **Medium-Voltage Distribution Panel**: These are used in larger commercial and industrial settings and handle higher voltages, usually ranging from 1kV to 36kV.3. **Main Distribution Panel (MDP)**: This is the primary panel that receives power from the incoming supply and distributes it to other panels or sub-circuits within a facility.4. **Sub-Distribution Panel**: These panels are fed from the main distribution panel and distribute power to specific areas or floors within a building.5. **Panel Boards for Specific Equipment**: These are dedicated panels for specific electrical systems, such as HVAC, lighting, or machinery in factories.### Working Principle:- **Electricity comes into the distribution panel** from an external power supply, such as a utility grid or a transformer.- The **main breaker** disconnects the panel from the power source during maintenance or in case of an emergency.- From the main busbar, the electricity is then distributed to individual **circuit breakers**, each controlling the supply to specific circuits in the building or installation.- **Each circuit breaker** ensures that power to that circuit is safely distributed, and if there’s an overload, the breaker trips and isolates the fault. ### Applications:- **Residential**: Distribution panels are used in homes to divide and distribute power to lighting, outlets, HVAC, and other appliances.- **Commercial**: Businesses use distribution panels to supply power to equipment, machinery, and various sections of a building.- **Industrial**: In factories and industrial plants, large distribution panels manage the power supply to heavy machinery and equipment.- **HVAC Systems**: For controlling power to heating, ventilation, and air conditioning systems.- **Power Plants**: In power generation facilities, distribution panels manage and control the output of electricity.### Safety Features:1. **Circuit Breakers/Fuses**: These protect against overloads and short circuits.2. **Grounding**: Proper earthing helps prevent electrical shocks and reduces the risk of fire.3. **Enclosures**: Distribution panels are typically housed in metal or plastic enclosures to protect the wiring and components.4. **Surge Protection**: Some panels have built-in surge protectors to shield the electrical equipment from power surges or lightning strikes.### Advantages:- **Improved Safety**: Provides protection against electrical faults, preventing hazards like fires or electrocution.- **Centralized Control**: Offers a single location for monitoring and controlling electrical circuits.- **Efficiency**: Makes it easier to isolate and repair faulty circuits without affecting the entire system.- **Scalability**: Distribution panels can be expanded or modified to accommodate more circuits or future electrical needs.In summary, a **distribution panel** is a critical element in managing and protecting the electrical infrastructure of any building or facility. It ensures that electrical power is safely and efficiently distributed to the various circuits that power different devices and equipment.
DISTRIBUTION PANEL

INR 198000

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A distribution panel, also known as a **distribution board** or **electrical panel**, is a crucial component in an electrical system. It serves as the central point where electricity is distributed to different circuits within a building or facility. The panel ensures that the electrical supply is safely and efficiently directed to various parts of a structure while providing protection, control, and monitoring for the electrical system.### Key Functions of a Distribution Panel:1. **Power Distribution**: The distribution panel receives electricity from the main supply (e.g., a power transformer or a utility connection) and divides it into separate circuits, directing power to various parts of the building or industrial setup.2. **Circuit Protection**: It contains circuit breakers or fuses that protect the wiring and devices in the electrical system from overloads or short circuits by interrupting the flow of electricity in the event of a fault.3. **Control**: It allows operators to control and shut off the electrical supply to specific circuits. This is useful for maintenance, troubleshooting, or emergencies.4. **Metering and Monitoring**: Some distribution panels have meters and monitoring devices that track electricity usage, voltage, and current on different circuits.### Components of a Distribution Panel:1. **Main Breaker**: This is the switch that controls the power supply from the utility or main source to the entire distribution board. It provides the ability to disconnect all circuits from the main supply when necessary.2. **Circuit Breakers**: These are individual switches within the panel that protect individual circuits. If a circuit becomes overloaded or experiences a short circuit, the breaker will trip and disconnect that circuit, preventing damage or fire.3. **Busbars**: These metal bars distribute electricity from the incoming source to the different circuits. They serve as the main connecting points for the circuit breakers.4. **Neutral Busbar**: The neutral busbar is where the neutral wires from each circuit are connected.5. **Earth Busbar**: This is a point for grounding or earthing, ensuring that stray currents or faults are safely directed to the ground.6. **Terminal Blocks**: These are used for connecting multiple wires to the panel's components or busbars in a secure manner.7. **Metering Equipment (optional)**: Some panels include metering devices to monitor energy consumption.### Types of Distribution Panels:1. **Low-Voltage Distribution Panel**: These are used in residential, commercial, and small industrial applications, typically for voltages less than 1000V.2. **Medium-Voltage Distribution Panel**: These are used in larger commercial and industrial settings and handle higher voltages, usually ranging from 1kV to 36kV.3. **Main Distribution Panel (MDP)**: This is the primary panel that receives power from the incoming supply and distributes it to other panels or sub-circuits within a facility.4. **Sub-Distribution Panel**: These panels are fed from the main distribution panel and distribute power to specific areas or floors within a building.5. **Panel Boards for Specific Equipment**: These are dedicated panels for specific electrical systems, such as HVAC, lighting, or machinery in factories.### Working Principle:- **Electricity comes into the distribution panel** from an external power supply, such as a utility grid or a transformer.- The **main breaker** disconnects the panel from the power source during maintenance or in case of an emergency.- From the main busbar, the electricity is then distributed to individual **circuit breakers**, each controlling the supply to specific circuits in the building or installation.- **Each circuit breaker** ensures that power to that circuit is safely distributed, and if there’s an overload, the breaker trips and isolates the fault. ### Applications:- **Residential**: Distribution panels are used in homes to divide and distribute power to lighting, outlets, HVAC, and other appliances.- **Commercial**: Businesses use distribution panels to supply power to equipment, machinery, and various sections of a building.- **Industrial**: In factories and industrial plants, large distribution panels manage the power supply to heavy machinery and equipment.- **HVAC Systems**: For controlling power to heating, ventilation, and air conditioning systems.- **Power Plants**: In power generation facilities, distribution panels manage and control the output of electricity.### Safety Features:1. **Circuit Breakers/Fuses**: These protect against overloads and short circuits.2. **Grounding**: Proper earthing helps prevent electrical shocks and reduces the risk of fire.3. **Enclosures**: Distribution panels are typically housed in metal or plastic enclosures to protect the wiring and components.4. **Surge Protection**: Some panels have built-in surge protectors to shield the electrical equipment from power surges or lightning strikes.### Advantages:- **Improved Safety**: Provides protection against electrical faults, preventing hazards like fires or electrocution.- **Centralized Control**: Offers a single location for monitoring and controlling electrical circuits.- **Efficiency**: Makes it easier to isolate and repair faulty circuits without affecting the entire system.- **Scalability**: Distribution panels can be expanded or modified to accommodate more circuits or future electrical needs.In summary, a **distribution panel** is a critical element in managing and protecting the electrical infrastructure of any building or facility. It ensures that electrical power is safely and efficiently distributed to the various circuits that power different devices and equipment.
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DISTRIBUTION PANEL

INR 198000

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