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11kV C&R (Control and Relay) Panel is a critical component of electrical substations or distribution systems, particularly for medium-voltage networks. It serves the purpose of controlling and protecting electrical equipment like transformers, circuit breakers, and other critical systems from faults or abnormal conditions.### Key Functions of an 11kV C&R Panel:1. **Control**: It allows operators to remotely or manually control the operation of circuit breakers, isolators, and other equipment in the 11kV system. Control operations may include opening, closing, and switching the power flow.2. **Protection**: The panel provides protection against faults in the electrical system such as overloads, short circuits, and earth faults. It uses protective relays to detect abnormal conditions and disconnect the faulty sections to prevent damage to equipment.3. **Relay Monitoring**: Relays within the panel continuously monitor voltage, current, and other parameters to ensure the safe operation of the system. If a fault is detected, the relays will send signals to trip the circuit breakers to isolate the faulted section.4. **Alarms and Indications**: The panel typically includes visual indicators such as lights, alarms, and meters to inform operators of normal or abnormal system conditions (e.g., fault indications, overloads).5. **Automation and Communication**: Modern C&R panels are equipped with communication protocols for remote monitoring and control via SCADA (Supervisory Control and Data Acquisition) systems or other automation tools.### Typical Components of an 11kV C&R Panel:- **Circuit Breaker Control**: For opening and closing breakers.- **Protective Relays**: For overcurrent, earth fault, differential, and under/over-voltage protection.- **Metering Instruments**: For current, voltage, and power monitoring.- **Indicators and Alarms**: For fault detection and status display.- **CT (Current Transformer) and PT (Potential Transformer) Inputs**: To measure electrical parameters for protection and monitoring.- **Switchgear and Isolators**: For isolating portions of the system during maintenance or fault conditions.- **Microprocessor-based Protection and Control Units**: These are used for more advanced functions like automation, event logging, and remote communication.### Common Protection Functions in an 11kV C&R Panel:1. **Overcurrent Protection (OC)**: Detects overload conditions and trips the breaker if current exceeds a preset value.2. **Earth Fault Protection (EF)**: Detects earth faults and isolates the faulted section.3. **Differential Protection (DF)**: Protects transformers and other equipment by detecting differences in current between the primary and secondary windings.4. **Under/Over Voltage Protection**: Trips the circuit if the voltage falls below or rises above the specified limits.5. **Time-Delay Functions**: Delays the tripping for a specified period to avoid nuisance tripping under transient conditions.### Applications:- **Substations**: For the protection and control of 11kV feeders, transformers, and other substation equipment.- **Industrial Plants**: To protect 11kV power distribution networks within factories or large industrial plants.- **Power Distribution Networks**: For safe and reliable power distribution in urban or rural areas.In essence, the 11kV C&R panel ensures that the electrical network is safeguarded from faults, is controlled efficiently, and operates reliably, which is crucial for maintaining stable power supply and preventing damage to expensive equipment.
11KV CONTROL & RELAY PANEL

INR 198000

VIEW DETAILS
A single-phase power factor panel is a device designed to monitor and improve the power factor of a single-phase electrical system. These panels are particularly useful in residential, commercial, and industrial applications where inductive loads (like motors and transformers) can lead to a low power factor.### Key Features of a Single-Phase Power Factor Panel1. **Power Factor Monitoring**: Displays real-time power factor readings, allowing users to track the efficiency of their electrical system.2. **Automatic Correction**: Many panels can automatically switch capacitors in and out of the circuit to maintain a desired power factor, improving efficiency.3. **Voltage and Current Measurement**: Monitors voltage and current levels, providing additional insights into the performance of the electrical system.4. **Data Logging**: Some advanced panels offer data logging capabilities, storing historical power factor data for analysis and reporting.5. **Alarm Indicators**: Alerts users to conditions such as low power factor, high current, or equipment failures.6. **User Interface**: Typically includes a digital display and control buttons for easy operation and configuration.### Benefits of Using a Power Factor Panel- **Cost Savings**: By improving the power factor, businesses can reduce their electricity costs and avoid penalties from utilities for low power factor.- **Increased Capacity**: A better power factor means that the existing electrical infrastructure can handle more load without requiring upgrades.- **Improved Equipment Life**: Reducing strain on electrical systems can enhance the lifespan of motors and other equipment.### Applications- **Commercial Buildings**: To manage lighting systems and HVAC equipment.- **Industrial Facilities**: To optimize performance of machinery and production lines.- **Renewable Energy Systems**: To ensure efficient operation of solar inverters and other components.In summary, a single-phase power factor panel is a valuable tool for maintaining the efficiency and effectiveness of electrical systems, helping to reduce costs and improve performance.
SINGLE PHASE POWER FACTOR PANEL

INR 29999

VIEW DETAILS
A fire pump panel is a crucial component of a fire protection system. It controls the operation of the fire pump, which supplies water to the fire suppression system, such as sprinklers or standpipes. Here are some key features and functions of a fire pump panel:1. **Control Functions**: The panel allows operators to start and stop the fire pump, monitor its status, and manually override automatic settings if necessary.2. **Alarm Indicators**: It includes visual and audible alarms to notify operators of any issues, such as low water pressure, power failures, or pump malfunctions.3. **Pressure Monitoring**: The panel displays real-time pressure readings to ensure the system is operating within the required parameters.4. **Power Supply**: It typically has a primary power source and backup options to ensure reliable operation during emergencies.5. **Remote Monitoring**: Some advanced panels allow for remote access and monitoring, providing alerts and data to off-site personnel.6. **Testing and Maintenance**: Fire pump panels often include features for testing the pump and system components to ensure they are functioning correctly.Regular inspections and maintenance of the fire pump panel and associated equipment are essential to ensure reliability in case of a fire emergency.
FIRE PUMP PANEL

INR 475000

VIEW DETAILS
A distribution panel, also known as a distribution board or electrical panel, is a crucial component of an electrical system that distributes electrical power from a single source to various circuits within a building or facility.Key Features:Circuit Breakers: Contains circuit breakers or fuses that protect individual circuits from overloads and short circuits.Bus Bars: Houses bus bars that conduct electricity from the main supply to the different circuits.Metering: May include metering devices to monitor energy consumption and electrical loads.Neutral and Grounding Bars: Provides connections for neutral and grounding wires to enhance safety.Enclosure: Typically housed in a metal or plastic enclosure for safety and protection from the elements.Functions:Power Distribution: Distributes electrical power to various circuits in a building, ensuring each area receives adequate power.Safety: Protects the electrical system by interrupting the flow of electricity in case of faults.Control: Allows for easy control and management of electrical circuits.Applications:Residential: In homes to distribute electricity to lighting, appliances, and outlets.Commercial: In offices and businesses to manage larger electrical loads.Industrial: In factories and manufacturing plants to handle heavy machinery and equipment.Benefits:Organization: Keeps electrical systems organized, making it easier to manage and troubleshoot.Safety: Reduces the risk of electrical hazards and ensures compliance with electrical codes.
DISTRIBUTION PANEL

INR 199999

VIEW DETAILS
A changeover electrical panel, also known as a transfer switch, is a critical device used in electrical systems to switch between two power sources. This is particularly useful in situations where a backup power source, like a generator, is needed to maintain electrical supply during a utility power outage.Key Features:Automatic or Manual Operation:Automatic Changeover: Automatically switches to the backup power source when the main supply fails.Manual Changeover: Requires manual intervention to switch between power sources.Safety: Prevents back-feeding into the utility grid, ensuring safety for utility workers and protecting connected devices.Load Management: Allows users to control which circuits or loads are powered by the backup source.Indication System: Often includes indicators to show the status of the main and backup power sources.Applications: Commonly used in residential, commercial, and industrial settings where uninterrupted power supply is critical.Benefits:Reliability: Ensures that essential equipment remains powered during outages.Flexibility: Can be tailored to specific power needs and configurations.Increased Safety: Reduces the risk of electrical hazards during power failures
CHANGEOVER ELECTRICAL PANEL

INR 750000

VIEW DETAILS
Log inSign upYou said:SERVO STABILIZERChatGPT said:ChatGPTA servo stabilizer is an electronic device used to maintain a constant output voltage despite variations in input voltage or load conditions. It's commonly used in environments where electrical equipment requires stable voltage to function properly, such as in laboratories, hospitals, and industrial settings.Key Features:Voltage Regulation: Automatically adjusts output voltage to a preset level, providing stable power supply.Response Time: Quick response to changes in input voltage or load, ensuring minimal disruption to connected equipment.Protection Mechanisms: Often includes features like overload protection, short circuit protection, and surge protection.Applications: Widely used with sensitive electronic equipment, such as computers, medical devices, and industrial machinery.Types: Available in various types, including static and servo-controlled stabilizers, each suited for different applications.
20KVA SERVO STABILIZER

INR 44000 INR 45000
You Save 2.22%

VIEW DETAILS
Polycarbonate has many benefits over metal for use in electrical enclosures. For one, polycarbonate does not conduct electricity. This makes it a great material for situations where there are concerns about electrical arcing or shorting.
POLYCARBONATE DISTRIBUTION PANEL

INR 315000 INR 325000
You Save 3.08%

VIEW DETAILS
Ht 33 Kv Control & Relay Panel , Ht 66 Kv Control & Relay Panel , Ht 132 Kv Control & Relay Panel , Ht 220 Kv Control & Relay Panel , Transformer Protection Panel , Substation Control Panel
33KV C&R PANEL

INR 198000

VIEW DETAILS
Solar power, also known as solar electricity, is the conversion of energy from sunlight into electricity, either directly using photovoltaics (PV) or indirectly using concentrated solar power. Solar panels use the photovoltaic effect to convert light into an electric current.[2] Concentrated solar power systems use lenses or mirrors and solar tracking systems to focus a large area of sunlight to a hot spot, often to drive a steam turbine.
waaree solar system

INR 45000 INR 55000
You Save 18.18%

VIEW DETAILS

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11kV C&R (Control and Relay) Panel is a critical component of electrical substations or distribution systems, particularly for medium-voltage networks. It serves the purpose of controlling and protecting electrical equipment like transformers, circuit breakers, and other critical systems from faults or abnormal conditions.### Key Functions of an 11kV C&R Panel:1. **Control**: It allows operators to remotely or manually control the operation of circuit breakers, isolators, and other equipment in the 11kV system. Control operations may include opening, closing, and switching the power flow.2. **Protection**: The panel provides protection against faults in the electrical system such as overloads, short circuits, and earth faults. It uses protective relays to detect abnormal conditions and disconnect the faulty sections to prevent damage to equipment.3. **Relay Monitoring**: Relays within the panel continuously monitor voltage, current, and other parameters to ensure the safe operation of the system. If a fault is detected, the relays will send signals to trip the circuit breakers to isolate the faulted section.4. **Alarms and Indications**: The panel typically includes visual indicators such as lights, alarms, and meters to inform operators of normal or abnormal system conditions (e.g., fault indications, overloads).5. **Automation and Communication**: Modern C&R panels are equipped with communication protocols for remote monitoring and control via SCADA (Supervisory Control and Data Acquisition) systems or other automation tools.### Typical Components of an 11kV C&R Panel:- **Circuit Breaker Control**: For opening and closing breakers.- **Protective Relays**: For overcurrent, earth fault, differential, and under/over-voltage protection.- **Metering Instruments**: For current, voltage, and power monitoring.- **Indicators and Alarms**: For fault detection and status display.- **CT (Current Transformer) and PT (Potential Transformer) Inputs**: To measure electrical parameters for protection and monitoring.- **Switchgear and Isolators**: For isolating portions of the system during maintenance or fault conditions.- **Microprocessor-based Protection and Control Units**: These are used for more advanced functions like automation, event logging, and remote communication.### Common Protection Functions in an 11kV C&R Panel:1. **Overcurrent Protection (OC)**: Detects overload conditions and trips the breaker if current exceeds a preset value.2. **Earth Fault Protection (EF)**: Detects earth faults and isolates the faulted section.3. **Differential Protection (DF)**: Protects transformers and other equipment by detecting differences in current between the primary and secondary windings.4. **Under/Over Voltage Protection**: Trips the circuit if the voltage falls below or rises above the specified limits.5. **Time-Delay Functions**: Delays the tripping for a specified period to avoid nuisance tripping under transient conditions.### Applications:- **Substations**: For the protection and control of 11kV feeders, transformers, and other substation equipment.- **Industrial Plants**: To protect 11kV power distribution networks within factories or large industrial plants.- **Power Distribution Networks**: For safe and reliable power distribution in urban or rural areas.In essence, the 11kV C&R panel ensures that the electrical network is safeguarded from faults, is controlled efficiently, and operates reliably, which is crucial for maintaining stable power supply and preventing damage to expensive equipment.
View Details
11KV CONTROL & RELAY PAN

INR 198000

A single-phase power factor panel is a device designed to monitor and improve the power factor of a single-phase electrical system. These panels are particularly useful in residential, commercial, and industrial applications where inductive loads (like motors and transformers) can lead to a low power factor.### Key Features of a Single-Phase Power Factor Panel1. **Power Factor Monitoring**: Displays real-time power factor readings, allowing users to track the efficiency of their electrical system.2. **Automatic Correction**: Many panels can automatically switch capacitors in and out of the circuit to maintain a desired power factor, improving efficiency.3. **Voltage and Current Measurement**: Monitors voltage and current levels, providing additional insights into the performance of the electrical system.4. **Data Logging**: Some advanced panels offer data logging capabilities, storing historical power factor data for analysis and reporting.5. **Alarm Indicators**: Alerts users to conditions such as low power factor, high current, or equipment failures.6. **User Interface**: Typically includes a digital display and control buttons for easy operation and configuration.### Benefits of Using a Power Factor Panel- **Cost Savings**: By improving the power factor, businesses can reduce their electricity costs and avoid penalties from utilities for low power factor.- **Increased Capacity**: A better power factor means that the existing electrical infrastructure can handle more load without requiring upgrades.- **Improved Equipment Life**: Reducing strain on electrical systems can enhance the lifespan of motors and other equipment.### Applications- **Commercial Buildings**: To manage lighting systems and HVAC equipment.- **Industrial Facilities**: To optimize performance of machinery and production lines.- **Renewable Energy Systems**: To ensure efficient operation of solar inverters and other components.In summary, a single-phase power factor panel is a valuable tool for maintaining the efficiency and effectiveness of electrical systems, helping to reduce costs and improve performance.
View Details
SINGLE PHASE POWER FACTO

INR 29999

A fire pump panel is a crucial component of a fire protection system. It controls the operation of the fire pump, which supplies water to the fire suppression system, such as sprinklers or standpipes. Here are some key features and functions of a fire pump panel:1. **Control Functions**: The panel allows operators to start and stop the fire pump, monitor its status, and manually override automatic settings if necessary.2. **Alarm Indicators**: It includes visual and audible alarms to notify operators of any issues, such as low water pressure, power failures, or pump malfunctions.3. **Pressure Monitoring**: The panel displays real-time pressure readings to ensure the system is operating within the required parameters.4. **Power Supply**: It typically has a primary power source and backup options to ensure reliable operation during emergencies.5. **Remote Monitoring**: Some advanced panels allow for remote access and monitoring, providing alerts and data to off-site personnel.6. **Testing and Maintenance**: Fire pump panels often include features for testing the pump and system components to ensure they are functioning correctly.Regular inspections and maintenance of the fire pump panel and associated equipment are essential to ensure reliability in case of a fire emergency.
View Details
FIRE PUMP PANEL

INR 475000

A distribution panel, also known as a distribution board or electrical panel, is a crucial component of an electrical system that distributes electrical power from a single source to various circuits within a building or facility.Key Features:Circuit Breakers: Contains circuit breakers or fuses that protect individual circuits from overloads and short circuits.Bus Bars: Houses bus bars that conduct electricity from the main supply to the different circuits.Metering: May include metering devices to monitor energy consumption and electrical loads.Neutral and Grounding Bars: Provides connections for neutral and grounding wires to enhance safety.Enclosure: Typically housed in a metal or plastic enclosure for safety and protection from the elements.Functions:Power Distribution: Distributes electrical power to various circuits in a building, ensuring each area receives adequate power.Safety: Protects the electrical system by interrupting the flow of electricity in case of faults.Control: Allows for easy control and management of electrical circuits.Applications:Residential: In homes to distribute electricity to lighting, appliances, and outlets.Commercial: In offices and businesses to manage larger electrical loads.Industrial: In factories and manufacturing plants to handle heavy machinery and equipment.Benefits:Organization: Keeps electrical systems organized, making it easier to manage and troubleshoot.Safety: Reduces the risk of electrical hazards and ensures compliance with electrical codes.
View Details
DISTRIBUTION PANEL

INR 199999

A changeover electrical panel, also known as a transfer switch, is a critical device used in electrical systems to switch between two power sources. This is particularly useful in situations where a backup power source, like a generator, is needed to maintain electrical supply during a utility power outage.Key Features:Automatic or Manual Operation:Automatic Changeover: Automatically switches to the backup power source when the main supply fails.Manual Changeover: Requires manual intervention to switch between power sources.Safety: Prevents back-feeding into the utility grid, ensuring safety for utility workers and protecting connected devices.Load Management: Allows users to control which circuits or loads are powered by the backup source.Indication System: Often includes indicators to show the status of the main and backup power sources.Applications: Commonly used in residential, commercial, and industrial settings where uninterrupted power supply is critical.Benefits:Reliability: Ensures that essential equipment remains powered during outages.Flexibility: Can be tailored to specific power needs and configurations.Increased Safety: Reduces the risk of electrical hazards during power failures
View Details
CHANGEOVER ELECTRICAL PA

INR 750000

Log inSign upYou said:SERVO STABILIZERChatGPT said:ChatGPTA servo stabilizer is an electronic device used to maintain a constant output voltage despite variations in input voltage or load conditions. It's commonly used in environments where electrical equipment requires stable voltage to function properly, such as in laboratories, hospitals, and industrial settings.Key Features:Voltage Regulation: Automatically adjusts output voltage to a preset level, providing stable power supply.Response Time: Quick response to changes in input voltage or load, ensuring minimal disruption to connected equipment.Protection Mechanisms: Often includes features like overload protection, short circuit protection, and surge protection.Applications: Widely used with sensitive electronic equipment, such as computers, medical devices, and industrial machinery.Types: Available in various types, including static and servo-controlled stabilizers, each suited for different applications.
View Details
20KVA SERVO STABILIZER

INR 44000 INR 45000
You Save 2.22%

Polycarbonate has many benefits over metal for use in electrical enclosures. For one, polycarbonate does not conduct electricity. This makes it a great material for situations where there are concerns about electrical arcing or shorting.
View Details
POLYCARBONATE DISTRIBUTI

INR 315000 INR 325000
You Save 3.08%

Ht 33 Kv Control & Relay Panel , Ht 66 Kv Control & Relay Panel , Ht 132 Kv Control & Relay Panel , Ht 220 Kv Control & Relay Panel , Transformer Protection Panel , Substation Control Panel
View Details
33KV C&R PANEL

INR 198000

Solar power, also known as solar electricity, is the conversion of energy from sunlight into electricity, either directly using photovoltaics (PV) or indirectly using concentrated solar power. Solar panels use the photovoltaic effect to convert light into an electric current.[2] Concentrated solar power systems use lenses or mirrors and solar tracking systems to focus a large area of sunlight to a hot spot, often to drive a steam turbine.
View Details
waaree solar system

INR 45000 INR 55000
You Save 18.18%

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