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RUDRAELECTRICALINDUSTRIES 63ad594c01890d0001fc4d25 Products https://www.rudraelectricalindustries.com
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Voltage 410 VRated Voltage 440 VRated Current Upto 2000 AmpsType Low VoltageMaterial Mild SteelFrequency 50 HzPhase 3 - PhaseWorking Temp 40 Degree CelsiusUsage/Application Chemical IndustryAutomation Grade AutomaticIP Rating IP 65Automatic Power Factor Control or APFC Panels are mainly used for the improvement of Power Factor. Power Factor is the ratio of active power to apparent power and it is a major component in measuring electrical consumption
APFC Electric Control Panel
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Usage/Application Power DistributionMaterial Mild SteelPhase 3 - PhaseVoltage Rating 415 VPower 11 kWIP Rating IP 57Rated Current 12 AmpAutomation Grade Semi-AutomaticFrequency 50 HzSize 6.2 H x 4 L feetSurface Finished Powder CoatedDistribution Panel
Distribution Panel
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Usage/Application Power DistributionMaterial Mild SteelPhase 3 - PhaseVoltage Rating 415 VPower 15 kWIP Rating IP 57Rated Current 15 AmpAutomation Grade AutomaticFrequency 50 HzSize/Dimension 4 H x 3 W feetSurface Finished Powder CoatedIndustrial LT Distribution Panel
Industrial LT Distribution Panel
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Usage/Application Power DistributionPhase 3 - PhaseMaterial Mild SteelVoltage Rating 415 VPower 14 kWIP Rating IP 57Rated Current 17 AmpAutomation Grade AutomaticFrequency 50 HzSize 7 H x 6 L feetSurface Finished Powder CoatedPower Distribution Panel
Power Distribution Panel
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Usage/Application Power DistributionPhase 3 - PhaseMaterial Mild SteelVoltage Rating 415 VPower 20 kWIP Rating IP 57Rated Current 20 AmpAutomation Grade AutomaticFrequency 50 HzSize 6 H x 5 W feetSurface Finished Powder CoatedElectrical PCC panels are modular structured electrical control panels used to control power supply in large industrial as well as commecial units.The power supplied to heavy machineries,equipments,motors and transformers are controlled as per the requirement.
Power Control Circuit Panel
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Key features of a PCC panel typically include:Main incomer: The main power supply from the utility grid or generator enters the PCC panel through a circuit breaker or switch.Busbars: The main busbars distribute power from the incoming source to different outgoing feeders.Circuit breakers or switches: These devices protect the circuits from overcurrent and short circuits. They also allow isolating individual circuits for maintenance or repair.
PCC panel
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Working of an APFC Panel:Monitoring: The power factor controller continuously measures the system's power factor by monitoring the voltage and current.Calculation: The controller calculates the reactive power required to improve the power factor based on the measured power factor and the target power factor.Capacitor Switching: The controller activates or deactivates the required capacitors in the capacitor bank using the contactors and switchgear. When the power factor is low, it switches in capacitors to provide reactive power and improve the power factor.Continuous Adjustment: The power factor controller dynamically adjusts the capacitor switching based on real-time load changes to ensure the power factor remains close to the target value
Apfc panel to maintain power factor
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Motor Starters: These are devices that control the ON/OFF operation of electric motors. They can be either manual or automatic starters, and they protect the motors from overloads and short circuits.Feeder Circuit Breakers: These circuit breakers are used to protect the electrical circuits feeding power to the motor starters. They provide overcurrent and short-circuit protection.Control Devices: MCC panels may contain various control devices such as push-buttons, selector switches, and indicator lights to allow for manual control and monitoring of the motors.
Mcc panel
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A
Meter Panel
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As of my last update in September 2021,
ACB panel
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A feeder pillar, also known as a distribution pillar or distribution cabinet, is a type of electrical enclosure used in electrical power distribution systems. It serves as a connection point between the incoming electrical power supply from the main distribution network and the internal electrical distribution network within a building, facility, or a specific area.The main purpose of a feeder pillar is to distribute electricity from the main power supply to various electrical circuits or loads within a local area. It provides a convenient and secure point for electrical connections and protection devices, helping to distribute power efficiently and safely.Key features of a feeder pillar include:Enclosure: Feeder pillars are typically made of metal (such as steel or aluminum) or reinforced concrete, providing protection against environmental elements like rain, dust, and vandalism.Circuit Breakers or Fuses: Inside the feeder pillar, there are circuit breakers or fuses that protect the connected electrical circuits from overloads and short circuits. These devices automatically disconnect the circuit in case of an abnormal current flow, preventing damage to the equipment and electrical hazards.Busbars: Feeder pillars contain busbars, which are conductive metal bars that serve as a common electrical connection point for multiple outgoing circuits.Metering: In some cases, feeder pillars may include energy meters to measure the electricity consumption of the connected circuits.Lockable Doors: Feeder pillars are often equipped with lockable doors to restrict access to authorized personnel only, enhancing safety and security.Feeder pillars are commonly used in outdoor locations, such as on the side of roads, in industrial areas, commercial centers, residential communities, and other places where local distribution of electricity is required.It's important to note that the specific features and components of a feeder pillar may vary depending on the application and local regulations. Electrical installations should always be carried out by trained professionals to ensure safety and compliance with applicable standards.
Feeder pillar
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Main power input: The distribution box receives electrical power from the main electrical service entry point, such as the utility meter or main circuit breaker.Circuit breakers or fuses: Distribution boxes typically contain multiple circuit breakers or fuses, each responsible for controlling power to a specific electrical circuit. These circuit breakers or fuses serve as protection devices that interrupt the electrical supply in case of overload, short circuit, or other electrical faults to prevent damage and ensure safety.Branch circuits: Branch circuits refer to the individual circuits that provide power to different areas or devices within a building, such as lighting, appliances, and outlets. Each branch circuit is protected by its own circuit breaker or fuse in the distribution box.Neutral and ground bars: The distribution box has separate bars for neutral and ground connections. The neutral bar connects all the neutral wires from the various branch circuits, while the ground bar connects all the ground wires. Proper grounding is crucial for electrical safety.Bus bars: Bus bars are conductive metal strips or bars within the distribution box that distribute the electrical power from the main input to the individual circuit breakers or fuses.Enclosure: Distribution boxes are usually housed in a metal or plastic enclosure to protect the electrical components and prevent accidental contact
Distribution box
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APFC Electric Control PanelUsage/ApplicationPower DistributionMaterialMild SteelPhase3 - PhaseVoltage Rating415 VPower11 kWIP RatingIP 57Rated Current12 AmpAutomation GradeSemi-AutomaticFrequency50 HzSize6.2 H x 4 L feetSurface FinishedPowder CoatedDistribution PanelIndustrial LT Distribution PanelLT Distribution PanelPower Distribution PanelPower Control Circuit Panel
Voltage 410 VRated Voltage 440 VRated Current Upto 2000 AmpsType Low VoltageMaterial Mild SteelFrequency 50 HzPhase 3 - PhaseWorking Temp 40 Degree CelsiusUsage/Application Chemical IndustryAutomation Grade AutomaticIP Rating IP 65Automatic Power Factor Control or APFC Panels are mainly used for the improvement of Power Factor. Power Factor is the ratio of active power to apparent power and it is a major component in measuring electrical consumption
View Details
APFC Electric Control Pa
Usage/Application Power DistributionMaterial Mild SteelPhase 3 - PhaseVoltage Rating 415 VPower 11 kWIP Rating IP 57Rated Current 12 AmpAutomation Grade Semi-AutomaticFrequency 50 HzSize 6.2 H x 4 L feetSurface Finished Powder CoatedDistribution Panel
View Details
Distribution Panel
Usage/Application Power DistributionMaterial Mild SteelPhase 3 - PhaseVoltage Rating 415 VPower 15 kWIP Rating IP 57Rated Current 15 AmpAutomation Grade AutomaticFrequency 50 HzSize/Dimension 4 H x 3 W feetSurface Finished Powder CoatedIndustrial LT Distribution Panel
View Details
Industrial LT Distributi
Usage/Application Power DistributionPhase 3 - PhaseMaterial Mild SteelVoltage Rating 415 VPower 14 kWIP Rating IP 57Rated Current 17 AmpAutomation Grade AutomaticFrequency 50 HzSize 7 H x 6 L feetSurface Finished Powder CoatedPower Distribution Panel
View Details
Power Distribution Panel
Usage/Application Power DistributionPhase 3 - PhaseMaterial Mild SteelVoltage Rating 415 VPower 20 kWIP Rating IP 57Rated Current 20 AmpAutomation Grade AutomaticFrequency 50 HzSize 6 H x 5 W feetSurface Finished Powder CoatedElectrical PCC panels are modular structured electrical control panels used to control power supply in large industrial as well as commecial units.The power supplied to heavy machineries,equipments,motors and transformers are controlled as per the requirement.
View Details
Power Control Circuit Pa
Key features of a PCC panel typically include:Main incomer: The main power supply from the utility grid or generator enters the PCC panel through a circuit breaker or switch.Busbars: The main busbars distribute power from the incoming source to different outgoing feeders.Circuit breakers or switches: These devices protect the circuits from overcurrent and short circuits. They also allow isolating individual circuits for maintenance or repair.
View Details
PCC panel
Working of an APFC Panel:Monitoring: The power factor controller continuously measures the system's power factor by monitoring the voltage and current.Calculation: The controller calculates the reactive power required to improve the power factor based on the measured power factor and the target power factor.Capacitor Switching: The controller activates or deactivates the required capacitors in the capacitor bank using the contactors and switchgear. When the power factor is low, it switches in capacitors to provide reactive power and improve the power factor.Continuous Adjustment: The power factor controller dynamically adjusts the capacitor switching based on real-time load changes to ensure the power factor remains close to the target value
View Details
Apfc panel to maintain p
Motor Starters: These are devices that control the ON/OFF operation of electric motors. They can be either manual or automatic starters, and they protect the motors from overloads and short circuits.Feeder Circuit Breakers: These circuit breakers are used to protect the electrical circuits feeding power to the motor starters. They provide overcurrent and short-circuit protection.Control Devices: MCC panels may contain various control devices such as push-buttons, selector switches, and indicator lights to allow for manual control and monitoring of the motors.
View Details
Mcc panel
A
View Details
Meter Panel
As of my last update in September 2021,
View Details
ACB panel
A feeder pillar, also known as a distribution pillar or distribution cabinet, is a type of electrical enclosure used in electrical power distribution systems. It serves as a connection point between the incoming electrical power supply from the main distribution network and the internal electrical distribution network within a building, facility, or a specific area.The main purpose of a feeder pillar is to distribute electricity from the main power supply to various electrical circuits or loads within a local area. It provides a convenient and secure point for electrical connections and protection devices, helping to distribute power efficiently and safely.Key features of a feeder pillar include:Enclosure: Feeder pillars are typically made of metal (such as steel or aluminum) or reinforced concrete, providing protection against environmental elements like rain, dust, and vandalism.Circuit Breakers or Fuses: Inside the feeder pillar, there are circuit breakers or fuses that protect the connected electrical circuits from overloads and short circuits. These devices automatically disconnect the circuit in case of an abnormal current flow, preventing damage to the equipment and electrical hazards.Busbars: Feeder pillars contain busbars, which are conductive metal bars that serve as a common electrical connection point for multiple outgoing circuits.Metering: In some cases, feeder pillars may include energy meters to measure the electricity consumption of the connected circuits.Lockable Doors: Feeder pillars are often equipped with lockable doors to restrict access to authorized personnel only, enhancing safety and security.Feeder pillars are commonly used in outdoor locations, such as on the side of roads, in industrial areas, commercial centers, residential communities, and other places where local distribution of electricity is required.It's important to note that the specific features and components of a feeder pillar may vary depending on the application and local regulations. Electrical installations should always be carried out by trained professionals to ensure safety and compliance with applicable standards.
View Details
Feeder pillar
Main power input: The distribution box receives electrical power from the main electrical service entry point, such as the utility meter or main circuit breaker.Circuit breakers or fuses: Distribution boxes typically contain multiple circuit breakers or fuses, each responsible for controlling power to a specific electrical circuit. These circuit breakers or fuses serve as protection devices that interrupt the electrical supply in case of overload, short circuit, or other electrical faults to prevent damage and ensure safety.Branch circuits: Branch circuits refer to the individual circuits that provide power to different areas or devices within a building, such as lighting, appliances, and outlets. Each branch circuit is protected by its own circuit breaker or fuse in the distribution box.Neutral and ground bars: The distribution box has separate bars for neutral and ground connections. The neutral bar connects all the neutral wires from the various branch circuits, while the ground bar connects all the ground wires. Proper grounding is crucial for electrical safety.Bus bars: Bus bars are conductive metal strips or bars within the distribution box that distribute the electrical power from the main input to the individual circuit breakers or fuses.Enclosure: Distribution boxes are usually housed in a metal or plastic enclosure to protect the electrical components and prevent accidental contact
View Details
Distribution box

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