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🛠️ What Are Pump Starter Control Panels?These panels manage electric motors driving pumps. They include components like starters, overload protectors, contactors, timers, float switches, and more. Widely used for submersible, borewell, industrial, or HVAC pumping systems Key Types of Starter Panels:Single-Phase Panels – Ideal for residential well pumps (up to ~2 HP), offering overload, voltage protection, dry‑run cut-off and timer functions (Amazon).Three-Phase Panels – Designed for heavy-duty or industrial pumps; available with DOL (Direct-On-Line) starters or star‑delta configurations to reduce starting current for larger motors (iliosindia.com).Soft Starter & VFD Units – Use electronic controls to gradually ramp up motor input (minimize inrush current) and for variable speed control for advanced energy efficiency and system integration (shreeref.com).🔍 Typical Features by Use Case Feature Single‑Phase Residential Small Three‑Phase (Star‑Delta) Soft Starter/VFD Industrial Motor Starting Method Contactor + MCB + capacitor Star/Delta transition to reduce start current Electronic/solid-state ramp-up Protections Overload, dry‑run timer, voltage filter ± Overload, under/over-voltage, phase failure, optional float control Turbo protections, phase loss, thermal sensors, auto bypass Controls Start/Stop push buttons, LEDs, analog or digital meters Selector switch (Local/Auto), timers, signal LEDs, float sensors(optional) PLC/display, soft‑ramp delay, remote control Enclosure IP33‑IP55, steel or plastic box IP55 or higher, powder-coated CRCA or SS panel, labelled NEMA/IP-rated, ventilated, optionally with bypass switch Use Cases Homes, small borewell pumps Industrial or agricultural medium-size pumps (7.5–50 HP) Large process pumps, energy-saving, remote control, integration ✅ Choosing the Right Starter PanelPump Power & Voltage: Single-phase panels work up to ~2 HP; star‑delta common for 7.5–50 HP three-phase applications; soft starters or VFDs for higher or variable load systems.Protection Needs: Ensure overload relay, voltage protection, dry‑run, phase loss and earth‑fault protection as required.Automation Requirements: Float switches for water level control, auto-start/stop timers, remote/local select, data logging or GSM/PT monitoring.Standards & Build Quality: Look for IS/IEC/IEC 60947 conformity, IP ratings (IP55+), reliable CRCA sheet or stainless steel enclosures, proper labeling and accessible wiring termination (sovereignpumps.com, motorstarters.co.in, shreeref.com, subtech.co.in, johnselectric.in, iliosindia.com, jaincoelectricals.com, globalpumps.co.in).Ease of Maintenance: Use modular designs for quick service, replaceable fuses/contactors, and labeled components (Crompton).Brand & Support: Products from established manufacturers (e.g., Crompton, MAG, Johns Electric) with warranty and support give higher reliability (johnselectric.in).🧰 Recommended Use ScenariosDomestic borewell pumps (0.5–2 HP): Single-phase starter panels with dry-run protection and timer auto-off (e.g. Crompton ARMOR, Vukar BOM‑E models) (Crompton).Small to medium industrial/agricultural pumps (7.5–50 HP): Star‑delta or DOL starter panels with float switch, overload relay, short-circuit protection, and voltage sensors (MAG Chota series, Global Pumps range) (motorstarters.co.in).Larger or precision-demand setups: Use soft starters or VFD panels for lower energy consumption, smooth ramp-up, remote control, and motor protection (Shree Refrigeration, Eaton‑grade assemblies) (shreeref.com).🧩 Final NoteSelect a panel rated for your motor and voltage.Confirm it includes essential protection: overload, voltage, dry‑run, and phase detection.Ensure compliance with IEC/IS & enclosure IP norms for safety and durability.Consider automation features (float sensors, timers, remote control) for user convenience and motor longevity.Buy from reputable manufacturers with after-sales support and documented certifications.
Pump Starter Panels

INR 758000

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GI Earthing (Galvanized Iron Earthing) is a type of electrical earthing system where GI strips, pipes, or rods are used to safely dissipate fault currents into the ground. It’s a widely used and cost-effective method, especially in industrial and residential installations.🔧 Components of a GI Earthing System:GI Electrode (Pipe or Plate):Usually made from galvanized iron to prevent corrosion.Common sizes:Pipe: 40mm – 80mm diameter, 2.5 – 3 meters long.Plate: 600mm × 600mm × 6mm.Earthing Strip or Wire:GI strip (e.g., 25mm x 3mm or 50mm x 6mm) used to connect equipment to the earthing electrode.Earth Pit:Dug to place the GI electrode vertically.Backfilled with a mixture of salt, charcoal, and soil to enhance conductivity.Earth Chamber:A protective enclosure (concrete or PVC) above the electrode for maintenance access.⚡ Purpose of GI Earthing:Protect people from electric shocks.Ensure safe operation of electrical devices by stabilizing voltage levels.Provide a low-resistance path for fault currents.✅ Advantages:Cost-effective compared to copper.Good corrosion resistance due to galvanization.Suitable for general-purpose earthing needs.❌ Disadvantages:Less conductive than copper.May corrode faster in highly acidic or saline soils.📌 Applications:Electrical panelsDistribution transformersIndustrial machineryResidential buildingsIf you’d like, I can help with:Designing a GI earthing layoutSizing components for your setupEstimating cost or materialsLet me know what you need!
GI EARTHING ROD

INR 4999

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The Safeon Power Purifier is an innovative electrical safety device designed to protect against electrical shocks, overloads, and short circuits. It is particularly beneficial in environments with unstable or hazardous power conditions.​safeonpowerpurifier.com🔧 Key Features*Shock-Free Operation: Utilizes Current Leakage Management (CLM) technology to prevent electric shocks, even if a person comes into contact with a live wire while grounded. ​*Instant Short Circuit Protection: Automatically disconnects power within milliseconds during a short circuit, preventing potential fires.​*Surge & Spike Protection: Safeguards appliances from voltage fluctuations.​*Overload Protection: Monitors and protects against excessive current.​Compatibility: Suitable for use with inverters, UPS systems, and generators.
safe on power purifier

INR 55000

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SERVO STABILIZER MANUFACTURERA **servo stabilizer** is an electrical device used to stabilize the voltage level in electrical systems, particularly when there are fluctuations in voltage. It uses a **servo motor** to adjust and maintain the output voltage within a specific range. Servo stabilizers are commonly used to protect sensitive equipment such as computers, medical devices, industrial machinery, and other appliances that can be damaged by overvoltage or undervoltage.### How it works:- The device constantly monitors the input voltage.- If the input voltage deviates from the desired level, the servo motor adjusts a variable transformer to bring the output voltage back to the required level.- This process happens in real-time, ensuring a stable voltage is maintained.### Types of Servo Stabilizers:1. **Single-phase Servo Stabilizer**: Designed for smaller appliances and typically used in residential setups.2. **Three-phase Servo Stabilizer**: Used in larger industrial or commercial setups, where more power is required.### Applications:- **Residential**: Protects household appliances like air conditioners, refrigerators, and televisions.- **Industrial**: Ensures smooth operation of machinery, motors, and other equipment.- **Commercial**: Helps protect office equipment like computers and servers.Would you like more information on choosing the right one for your needs?
150KVA SERVO STABILIZER

INR 210000

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SERVO STABILIZER MANUFACTURERA **servo stabilizer** is an electrical device used to stabilize the voltage level in electrical systems, particularly when there are fluctuations in voltage. It uses a **servo motor** to adjust and maintain the output voltage within a specific range. Servo stabilizers are commonly used to protect sensitive equipment such as computers, medical devices, industrial machinery, and other appliances that can be damaged by overvoltage or undervoltage.### How it works:- The device constantly monitors the input voltage.- If the input voltage deviates from the desired level, the servo motor adjusts a variable transformer to bring the output voltage back to the required level.- This process happens in real-time, ensuring a stable voltage is maintained.### Types of Servo Stabilizers:1. **Single-phase Servo Stabilizer**: Designed for smaller appliances and typically used in residential setups.2. **Three-phase Servo Stabilizer**: Used in larger industrial or commercial setups, where more power is required.### Applications:- **Residential**: Protects household appliances like air conditioners, refrigerators, and televisions.- **Industrial**: Ensures smooth operation of machinery, motors, and other equipment.- **Commercial**: Helps protect office equipment like computers and servers.
125KVA SERVO STABILIZER

INR 185000

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SERVO STABILIZER MANUFACTORA **servo stabilizer** is an electrical device used to stabilize the voltage level in electrical systems, particularly when there are fluctuations in voltage. It uses a **servo motor** to adjust and maintain the output voltage within a specific range. Servo stabilizers are commonly used to protect sensitive equipment such as computers, medical devices, industrial machinery, and other appliances that can be damaged by overvoltage or undervoltage.### How it works:- The device constantly monitors the input voltage.- If the input voltage deviates from the desired level, the servo motor adjusts a variable transformer to bring the output voltage back to the required level.- This process happens in real-time, ensuring a stable voltage is maintained.### Types of Servo Stabilizers:1. **Single-phase Servo Stabilizer**: Designed for smaller appliances and typically used in residential setups.2. **Three-phase Servo Stabilizer**: Used in larger industrial or commercial setups, where more power is required.### Applications:- **Residential**: Protects household appliances like air conditioners, refrigerators, and televisions.- **Industrial**: Ensures smooth operation of machinery, motors, and other equipment.- **Commercial**: Helps protect office equipment like computers and servers.
75 KVA SERVO STABILIZER

INR 140000

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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 servo stabilizer is a type of electrical voltage stabilizer that uses a servo motor to regulate and maintain the output voltage to a desired level, despite fluctuations in the input voltage. It is often used to protect sensitive electronic and electrical equipment from voltage variations, ensuring smooth operation and preventing damage.### Key Features of Servo Stabilizers:1. **Servo Motor Control**: The core component of the stabilizer is a servo motor, which adjusts the output voltage continuously in response to changes in the input voltage.2. **Automatic Voltage Regulation**: The stabilizer automatically adjusts the voltage to maintain a steady output, protecting the connected equipment.3. **Wide Input Voltage Range**: Servo stabilizers can handle a broad range of input voltages and maintain a stable output within the set range.4. **High Precision**: These stabilizers provide high accuracy in controlling the voltage, ensuring minimal fluctuations.5. **Overload Protection**: Many models come with overload protection to prevent damage if the connected load exceeds the specified limits.6. **Phase Failure Protection**: It offers protection in case of phase failure, ensuring the equipment is not exposed to unsafe conditions.### Working Principle:The servo stabilizer operates by detecting fluctuations in the input voltage. Once it detects a variation, the servo motor adjusts a variable transformer (often called a buck/boost transformer) to either increase or decrease the output voltage as required.- **If the input voltage is too high**, the stabilizer reduces it by
100 KVA SERVO STABILIZER

INR 170000

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SHOCK FREE MODULEBenefits of this Device :-1. Shock Free Electricity (For eg. You Can Touch The Naked Wire With your Hands And You don,t feel Any Shock anything else.2. surge & Spike PRotection.3. Overload Protection.4. Fully Insured Your Life & Your Home ,factory,school,offices etc with this device.
safe on power purifier

INR 79000

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11kV RMU (Ring Main Unit) is a compact and essential piece of electrical equipment used in the distribution networks of electrical utilities. The term **RMU** refers to a
11KV RING MAIN UNIT (RMU)

INR 295000

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servo stabilizer is an electrical device designed to maintain a stable output voltage in the presence of fluctuations in input voltage. It uses a **servo motor** to automatically adjust the voltage according to the variations in the power supply. This ensures that sensitive electronic equipment is protected from voltage spikes, surges, and sags, which could otherwise damage them.### Key Features of a Servo Stabilizer:1. **Automatic Voltage Regulation (AVR)**: The device automatically adjusts the output voltage to maintain a constant level, regardless of fluctuations in the input voltage.2. **Servo Motor**: A high-precision servo motor adjusts the tap changing in the transformer to regulate voltage.3. **Protection Against Voltage Fluctuations**: It offers protection against high and low voltage situations, ensuring equipment runs safely.4. **Overload and Short Circuit Protection**: Servo stabilizers often include features to protect against overloads and short circuits.### How It Works:- **Input Voltage Detection**: The servo stabilizer monitors the incoming voltage. If it is outside the desired range, the system will take corrective action.- **Servo Motor Adjustment**: The servo motor adjusts the position of the taps on the transformer, either increasing or decreasing the voltage depending on the need.- **Stable Output**: A steady, stabilized output voltage is delivered to connected devices.### Applications:- **Air conditioners**- **Industrial machinery**- **Medical equipment**- **Office and home appliances**- **Computers and IT equipment**### Advantages:- Protects electronic devices from voltage surges, spikes, or drops.- Provides a continuous and stable voltage supply, enhancing the life of appliances.- Automatic functioning, with no need for manual intervention.- Energy-efficient and reduces equipment failure.
25KVA SERVO STABIIZER

INR 55000

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oil-cooled servo stabilizer is a type of voltage stabilizer designed to regulate and maintain a constant voltage level in electrical systems, particularly in environments where voltage fluctuations are common. Unlike traditional air-cooled stabilizers, which use fans and air to dissipate heat, oil-cooled servo stabilizers use oil as a medium for cooling and heat dissipation. ### Key Features of Oil-Cooled Servo Stabilizers:1. **Servo Mechanism**: The stabilizer uses a servo motor to adjust the output voltage in response to changes in the input voltage. The servo motor drives a variable resistor (also known as a buck-boost transformer) to regulate the voltage and maintain a steady output.2. **Oil Cooling**: The stabilizer is filled with oil, which acts as a cooling agent. The oil absorbs the heat generated by the system’s components, particularly the transformer, preventing overheating. The oil is typically circulated through a cooling system to maintain its effectiveness.3. **High Efficiency**: Oil-cooled stabilizers are known for their higher efficiency in heat dissipation compared to air-cooled stabilizers. They can handle higher power ratings and provide more stable performance over longer periods.4. **Durability**: The oil cooling system reduces wear and tear on components, extending the lifespan of the stabilizer. It also minimizes the risk of overheating, which can lead to equipment damage.5. **Applications**: Oil-cooled servo stabilizers are commonly used in industrial settings, large commercial establishments, and areas with significant voltage fluctuations. They are suitable for sensitive equipment such as CNC machines, large motors, medical equipment, and servers, where voltage stability is critical for performance and safety.6. **Compact Design**: The oil-cooled system allows for a more compact design, as the stabilizer can operate at higher power levels without requiring large air vents or fans for cooling.7. **Safety**: Oil is a good insulator and helps to reduce the risk of electric shock. It also improves the overall safety of the stabilizer system.### Advantages of Oil-Cooled Servo Stabilizers:- **Better Heat Management**: Oil's high thermal capacity ensures that the system can handle higher loads and dissipate heat more effectively.- **Reduced Noise**: Unlike air-cooled systems, oil-cooled stabilizers generate less noise because they don’t rely on fans.- **Higher Load Capacity**: These stabilizers can manage higher voltage loads and are more suitable for heavy-duty applications.- **Energy Savings**: Due to their higher efficiency, they can save energy in the long run.
75 KVA OIL COOLED SERVO

INR 145000

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🛠️ What Are Pump Starter Control Panels?These panels manage electric motors driving pumps. They include components like starters, overload protectors, contactors, timers, float switches, and more. Widely used for submersible, borewell, industrial, or HVAC pumping systems Key Types of Starter Panels:Single-Phase Panels – Ideal for residential well pumps (up to ~2 HP), offering overload, voltage protection, dry‑run cut-off and timer functions (Amazon).Three-Phase Panels – Designed for heavy-duty or industrial pumps; available with DOL (Direct-On-Line) starters or star‑delta configurations to reduce starting current for larger motors (iliosindia.com).Soft Starter & VFD Units – Use electronic controls to gradually ramp up motor input (minimize inrush current) and for variable speed control for advanced energy efficiency and system integration (shreeref.com).🔍 Typical Features by Use Case Feature Single‑Phase Residential Small Three‑Phase (Star‑Delta) Soft Starter/VFD Industrial Motor Starting Method Contactor + MCB + capacitor Star/Delta transition to reduce start current Electronic/solid-state ramp-up Protections Overload, dry‑run timer, voltage filter ± Overload, under/over-voltage, phase failure, optional float control Turbo protections, phase loss, thermal sensors, auto bypass Controls Start/Stop push buttons, LEDs, analog or digital meters Selector switch (Local/Auto), timers, signal LEDs, float sensors(optional) PLC/display, soft‑ramp delay, remote control Enclosure IP33‑IP55, steel or plastic box IP55 or higher, powder-coated CRCA or SS panel, labelled NEMA/IP-rated, ventilated, optionally with bypass switch Use Cases Homes, small borewell pumps Industrial or agricultural medium-size pumps (7.5–50 HP) Large process pumps, energy-saving, remote control, integration ✅ Choosing the Right Starter PanelPump Power & Voltage: Single-phase panels work up to ~2 HP; star‑delta common for 7.5–50 HP three-phase applications; soft starters or VFDs for higher or variable load systems.Protection Needs: Ensure overload relay, voltage protection, dry‑run, phase loss and earth‑fault protection as required.Automation Requirements: Float switches for water level control, auto-start/stop timers, remote/local select, data logging or GSM/PT monitoring.Standards & Build Quality: Look for IS/IEC/IEC 60947 conformity, IP ratings (IP55+), reliable CRCA sheet or stainless steel enclosures, proper labeling and accessible wiring termination (sovereignpumps.com, motorstarters.co.in, shreeref.com, subtech.co.in, johnselectric.in, iliosindia.com, jaincoelectricals.com, globalpumps.co.in).Ease of Maintenance: Use modular designs for quick service, replaceable fuses/contactors, and labeled components (Crompton).Brand & Support: Products from established manufacturers (e.g., Crompton, MAG, Johns Electric) with warranty and support give higher reliability (johnselectric.in).🧰 Recommended Use ScenariosDomestic borewell pumps (0.5–2 HP): Single-phase starter panels with dry-run protection and timer auto-off (e.g. Crompton ARMOR, Vukar BOM‑E models) (Crompton).Small to medium industrial/agricultural pumps (7.5–50 HP): Star‑delta or DOL starter panels with float switch, overload relay, short-circuit protection, and voltage sensors (MAG Chota series, Global Pumps range) (motorstarters.co.in).Larger or precision-demand setups: Use soft starters or VFD panels for lower energy consumption, smooth ramp-up, remote control, and motor protection (Shree Refrigeration, Eaton‑grade assemblies) (shreeref.com).🧩 Final NoteSelect a panel rated for your motor and voltage.Confirm it includes essential protection: overload, voltage, dry‑run, and phase detection.Ensure compliance with IEC/IS & enclosure IP norms for safety and durability.Consider automation features (float sensors, timers, remote control) for user convenience and motor longevity.Buy from reputable manufacturers with after-sales support and documented certifications.
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Pump Starter Panels

INR 758000

GI Earthing (Galvanized Iron Earthing) is a type of electrical earthing system where GI strips, pipes, or rods are used to safely dissipate fault currents into the ground. It’s a widely used and cost-effective method, especially in industrial and residential installations.🔧 Components of a GI Earthing System:GI Electrode (Pipe or Plate):Usually made from galvanized iron to prevent corrosion.Common sizes:Pipe: 40mm – 80mm diameter, 2.5 – 3 meters long.Plate: 600mm × 600mm × 6mm.Earthing Strip or Wire:GI strip (e.g., 25mm x 3mm or 50mm x 6mm) used to connect equipment to the earthing electrode.Earth Pit:Dug to place the GI electrode vertically.Backfilled with a mixture of salt, charcoal, and soil to enhance conductivity.Earth Chamber:A protective enclosure (concrete or PVC) above the electrode for maintenance access.⚡ Purpose of GI Earthing:Protect people from electric shocks.Ensure safe operation of electrical devices by stabilizing voltage levels.Provide a low-resistance path for fault currents.✅ Advantages:Cost-effective compared to copper.Good corrosion resistance due to galvanization.Suitable for general-purpose earthing needs.❌ Disadvantages:Less conductive than copper.May corrode faster in highly acidic or saline soils.📌 Applications:Electrical panelsDistribution transformersIndustrial machineryResidential buildingsIf you’d like, I can help with:Designing a GI earthing layoutSizing components for your setupEstimating cost or materialsLet me know what you need!
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GI EARTHING ROD

INR 4999

The Safeon Power Purifier is an innovative electrical safety device designed to protect against electrical shocks, overloads, and short circuits. It is particularly beneficial in environments with unstable or hazardous power conditions.​safeonpowerpurifier.com🔧 Key Features*Shock-Free Operation: Utilizes Current Leakage Management (CLM) technology to prevent electric shocks, even if a person comes into contact with a live wire while grounded. ​*Instant Short Circuit Protection: Automatically disconnects power within milliseconds during a short circuit, preventing potential fires.​*Surge & Spike Protection: Safeguards appliances from voltage fluctuations.​*Overload Protection: Monitors and protects against excessive current.​Compatibility: Suitable for use with inverters, UPS systems, and generators.
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safe on power purifier

INR 55000

SERVO STABILIZER MANUFACTURERA **servo stabilizer** is an electrical device used to stabilize the voltage level in electrical systems, particularly when there are fluctuations in voltage. It uses a **servo motor** to adjust and maintain the output voltage within a specific range. Servo stabilizers are commonly used to protect sensitive equipment such as computers, medical devices, industrial machinery, and other appliances that can be damaged by overvoltage or undervoltage.### How it works:- The device constantly monitors the input voltage.- If the input voltage deviates from the desired level, the servo motor adjusts a variable transformer to bring the output voltage back to the required level.- This process happens in real-time, ensuring a stable voltage is maintained.### Types of Servo Stabilizers:1. **Single-phase Servo Stabilizer**: Designed for smaller appliances and typically used in residential setups.2. **Three-phase Servo Stabilizer**: Used in larger industrial or commercial setups, where more power is required.### Applications:- **Residential**: Protects household appliances like air conditioners, refrigerators, and televisions.- **Industrial**: Ensures smooth operation of machinery, motors, and other equipment.- **Commercial**: Helps protect office equipment like computers and servers.Would you like more information on choosing the right one for your needs?
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150KVA SERVO STABILIZER

INR 210000

SERVO STABILIZER MANUFACTURERA **servo stabilizer** is an electrical device used to stabilize the voltage level in electrical systems, particularly when there are fluctuations in voltage. It uses a **servo motor** to adjust and maintain the output voltage within a specific range. Servo stabilizers are commonly used to protect sensitive equipment such as computers, medical devices, industrial machinery, and other appliances that can be damaged by overvoltage or undervoltage.### How it works:- The device constantly monitors the input voltage.- If the input voltage deviates from the desired level, the servo motor adjusts a variable transformer to bring the output voltage back to the required level.- This process happens in real-time, ensuring a stable voltage is maintained.### Types of Servo Stabilizers:1. **Single-phase Servo Stabilizer**: Designed for smaller appliances and typically used in residential setups.2. **Three-phase Servo Stabilizer**: Used in larger industrial or commercial setups, where more power is required.### Applications:- **Residential**: Protects household appliances like air conditioners, refrigerators, and televisions.- **Industrial**: Ensures smooth operation of machinery, motors, and other equipment.- **Commercial**: Helps protect office equipment like computers and servers.
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125KVA SERVO STABILIZER

INR 185000

SERVO STABILIZER MANUFACTORA **servo stabilizer** is an electrical device used to stabilize the voltage level in electrical systems, particularly when there are fluctuations in voltage. It uses a **servo motor** to adjust and maintain the output voltage within a specific range. Servo stabilizers are commonly used to protect sensitive equipment such as computers, medical devices, industrial machinery, and other appliances that can be damaged by overvoltage or undervoltage.### How it works:- The device constantly monitors the input voltage.- If the input voltage deviates from the desired level, the servo motor adjusts a variable transformer to bring the output voltage back to the required level.- This process happens in real-time, ensuring a stable voltage is maintained.### Types of Servo Stabilizers:1. **Single-phase Servo Stabilizer**: Designed for smaller appliances and typically used in residential setups.2. **Three-phase Servo Stabilizer**: Used in larger industrial or commercial setups, where more power is required.### Applications:- **Residential**: Protects household appliances like air conditioners, refrigerators, and televisions.- **Industrial**: Ensures smooth operation of machinery, motors, and other equipment.- **Commercial**: Helps protect office equipment like computers and servers.
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75 KVA SERVO STABILIZER

INR 140000

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

A servo stabilizer is a type of electrical voltage stabilizer that uses a servo motor to regulate and maintain the output voltage to a desired level, despite fluctuations in the input voltage. It is often used to protect sensitive electronic and electrical equipment from voltage variations, ensuring smooth operation and preventing damage.### Key Features of Servo Stabilizers:1. **Servo Motor Control**: The core component of the stabilizer is a servo motor, which adjusts the output voltage continuously in response to changes in the input voltage.2. **Automatic Voltage Regulation**: The stabilizer automatically adjusts the voltage to maintain a steady output, protecting the connected equipment.3. **Wide Input Voltage Range**: Servo stabilizers can handle a broad range of input voltages and maintain a stable output within the set range.4. **High Precision**: These stabilizers provide high accuracy in controlling the voltage, ensuring minimal fluctuations.5. **Overload Protection**: Many models come with overload protection to prevent damage if the connected load exceeds the specified limits.6. **Phase Failure Protection**: It offers protection in case of phase failure, ensuring the equipment is not exposed to unsafe conditions.### Working Principle:The servo stabilizer operates by detecting fluctuations in the input voltage. Once it detects a variation, the servo motor adjusts a variable transformer (often called a buck/boost transformer) to either increase or decrease the output voltage as required.- **If the input voltage is too high**, the stabilizer reduces it by
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100 KVA SERVO STABILIZER

INR 170000

SHOCK FREE MODULEBenefits of this Device :-1. Shock Free Electricity (For eg. You Can Touch The Naked Wire With your Hands And You don,t feel Any Shock anything else.2. surge & Spike PRotection.3. Overload Protection.4. Fully Insured Your Life & Your Home ,factory,school,offices etc with this device.
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safe on power purifier

INR 79000

11kV RMU (Ring Main Unit) is a compact and essential piece of electrical equipment used in the distribution networks of electrical utilities. The term **RMU** refers to a
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11KV RING MAIN UNIT (RMU

INR 295000

servo stabilizer is an electrical device designed to maintain a stable output voltage in the presence of fluctuations in input voltage. It uses a **servo motor** to automatically adjust the voltage according to the variations in the power supply. This ensures that sensitive electronic equipment is protected from voltage spikes, surges, and sags, which could otherwise damage them.### Key Features of a Servo Stabilizer:1. **Automatic Voltage Regulation (AVR)**: The device automatically adjusts the output voltage to maintain a constant level, regardless of fluctuations in the input voltage.2. **Servo Motor**: A high-precision servo motor adjusts the tap changing in the transformer to regulate voltage.3. **Protection Against Voltage Fluctuations**: It offers protection against high and low voltage situations, ensuring equipment runs safely.4. **Overload and Short Circuit Protection**: Servo stabilizers often include features to protect against overloads and short circuits.### How It Works:- **Input Voltage Detection**: The servo stabilizer monitors the incoming voltage. If it is outside the desired range, the system will take corrective action.- **Servo Motor Adjustment**: The servo motor adjusts the position of the taps on the transformer, either increasing or decreasing the voltage depending on the need.- **Stable Output**: A steady, stabilized output voltage is delivered to connected devices.### Applications:- **Air conditioners**- **Industrial machinery**- **Medical equipment**- **Office and home appliances**- **Computers and IT equipment**### Advantages:- Protects electronic devices from voltage surges, spikes, or drops.- Provides a continuous and stable voltage supply, enhancing the life of appliances.- Automatic functioning, with no need for manual intervention.- Energy-efficient and reduces equipment failure.
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25KVA SERVO STABIIZER

INR 55000

oil-cooled servo stabilizer is a type of voltage stabilizer designed to regulate and maintain a constant voltage level in electrical systems, particularly in environments where voltage fluctuations are common. Unlike traditional air-cooled stabilizers, which use fans and air to dissipate heat, oil-cooled servo stabilizers use oil as a medium for cooling and heat dissipation. ### Key Features of Oil-Cooled Servo Stabilizers:1. **Servo Mechanism**: The stabilizer uses a servo motor to adjust the output voltage in response to changes in the input voltage. The servo motor drives a variable resistor (also known as a buck-boost transformer) to regulate the voltage and maintain a steady output.2. **Oil Cooling**: The stabilizer is filled with oil, which acts as a cooling agent. The oil absorbs the heat generated by the system’s components, particularly the transformer, preventing overheating. The oil is typically circulated through a cooling system to maintain its effectiveness.3. **High Efficiency**: Oil-cooled stabilizers are known for their higher efficiency in heat dissipation compared to air-cooled stabilizers. They can handle higher power ratings and provide more stable performance over longer periods.4. **Durability**: The oil cooling system reduces wear and tear on components, extending the lifespan of the stabilizer. It also minimizes the risk of overheating, which can lead to equipment damage.5. **Applications**: Oil-cooled servo stabilizers are commonly used in industrial settings, large commercial establishments, and areas with significant voltage fluctuations. They are suitable for sensitive equipment such as CNC machines, large motors, medical equipment, and servers, where voltage stability is critical for performance and safety.6. **Compact Design**: The oil-cooled system allows for a more compact design, as the stabilizer can operate at higher power levels without requiring large air vents or fans for cooling.7. **Safety**: Oil is a good insulator and helps to reduce the risk of electric shock. It also improves the overall safety of the stabilizer system.### Advantages of Oil-Cooled Servo Stabilizers:- **Better Heat Management**: Oil's high thermal capacity ensures that the system can handle higher loads and dissipate heat more effectively.- **Reduced Noise**: Unlike air-cooled systems, oil-cooled stabilizers generate less noise because they don’t rely on fans.- **Higher Load Capacity**: These stabilizers can manage higher voltage loads and are more suitable for heavy-duty applications.- **Energy Savings**: Due to their higher efficiency, they can save energy in the long run.
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75 KVA OIL COOLED SERVO

INR 145000

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