Shri Madhav Engineers Sahibabad, Ghaziabad, Uttar Pradesh

Material : Plastic

Application : Home Distribution Board

Voltage : 240V

Country of Origin : India

Material : Stainless Steel

Color : Grey

Application : Winding Temperature

Display Type : Digital

Country of Origin : India

A Voltage Operated Auxiliary Relay (VOAR) is a specialized electrical device designed to respond to changes in voltage levels within an electrical system. This type of relay plays a crucial role in monitoring and controlling power systems, providing an auxiliary function that enhances the overall reliability and safety of the electrical infrastructure. The primary function of a VOAR is to actuate or deactivate certain auxiliary equipment or devices based on predefined voltage thresholds. The VOAR operates by detecting variations in voltage levels beyond predetermined limits. When the voltage exceeds or falls below the set thresholds, the relay responds by initiating specific actions, such as opening or closing contacts, to control associated auxiliary equipment. This could include activating alarms, tripping circuit breakers, or initiating other protective measures to prevent damage to the electrical system. Check with your Voltage Operated Auxiliary Relay Suppliers for more details. One common application of Voltage Operated Auxiliary Relays is in the protection of electrical transformers. Transformers are critical components in power systems, and their proper functioning is essential for the efficient distribution of electrical energy. The VOAR serves as a protective element by monitoring the voltage levels at the transformer and triggering appropriate responses in the event of abnormal conditions, such as overvoltage or Undervoltage. The versatility of VOARs extends to various other applications within power distribution networks and industrial settings. For instance, they are employed in switchgear systems to provide an additional layer of protection for equipment and circuits. The relay's ability to respond rapidly to voltage fluctuations contributes to the prevention of potential damage and ensures the continuity of electrical operations. With the help of Voltage Operated Auxiliary Relay Suppliers, you can get the best quality. Regular maintenance and testing of VOARs are essential to guarantee their proper functioning and responsiveness. Periodic checks and calibration help ensure that the relay settings align with the requirements of the electrical system, providing reliable protection against voltage-related issues. Overall, the Voltage Operated Auxiliary Relay stands as a valuable component in the arsenal of protective devices, contributing to the stability and resilience of electrical networks by swiftly responding to voltage variations and mitigating potential risks.

Voltage : 110 V

Country of Origin : India

Number of Poles : 4 Pole

Brand Name : Jyoti

Usage : Auxiliary Relay Panels

Material : Mild Steel

Driven Type : Electric

Application : Industrial

Country of Origin : India

Country of Origin : India

Material : Latex

Color : Yellow

Pattern : Plain

Finger Type : Full Fingered

Gender : Unisex

A resin-cast current transformer is a specialized type of instrument transformer used in power systems for accurate measurement and monitoring of electrical currents. Unlike traditional current transformers that may use oil or gas insulation, resin-cast transformers employ solid epoxy resin for insulation and encapsulation. This design offers several advantages, including enhanced safety, compact size, and improved environmental resistance. Check this with the Resin Cast Current Transformer Suppliers for more details. The core of a resin-cast current transformer is made of high-permeability magnetic material, ensuring accurate and reliable current measurement. The winding around the core carries the primary current, and the secondary winding provides a reduced, proportionate current for measurement by instruments and relays. The entire assembly is then encapsulated in epoxy resin under vacuum conditions, forming a solid and durable unit. One notable benefit of resin casting is its ability to provide excellent insulation properties. The epoxy resin not only protects the transformer from environmental factors like moisture and pollutants but also enhances its dielectric strength. This makes resin-cast current transformers particularly suitable for indoor and outdoor installations, even in challenging environmental conditions. The compact and lightweight nature of resin-cast transformers allows for easier handling and installation. Additionally, their design often includes features for ease of mounting and connection within electrical systems. Your Resin Cast Current Transformer Suppliers will mention you about this. Resin-cast current transformers are commonly used in various applications, including metering, protection, and control in power distribution systems. Their accuracy and reliability make them crucial components for precise current measurement, ensuring the effective and safe operation of electrical networks.

Country of Origin : India

Cooling Type : Oil Cooled

Material : Plastic

Shape : Round

Color : Blue

Usage : Power Plants

Voltage : 240V

Country of Origin : India

Brand Name : Schneider

Material : Polyester

Current Type : DC

Color : Black

Relay Type : Dry Filled

Country of Origin : India

Material : Polymer

Color : Brown

Application : Industrial Use

Rated Voltage : 240V

Country of Origin : India

An outdoor termination kit is an essential component in high-voltage electrical systems, serving the critical function of providing a secure and reliable connection between power cables and outdoor equipment such as transformers, switchgear, or other electrical apparatus. These kits are designed to ensure the integrity of the cable termination, preventing environmental factors, moisture, and contaminants from compromising the electrical insulation and performance of the system. Typically constructed with materials resistant to harsh weather conditions, UV radiation, and atmospheric pollution, outdoor termination kits offer long-lasting protection against outdoor elements. They often consist of insulating components, stress control elements, and sealing materials that collectively form a robust and weatherproof enclosure around the cable termination. One of the key features of outdoor termination kits is their ability to manage electrical stresses, providing a smooth transition from the cable insulation to the outdoor environment. This includes components like stress cones, which distribute electric field gradients to prevent corona discharge and ensure a reliable electrical connection. Outdoor Termination Kit Supplier have the option to offer quality products. Outdoor termination kits are employed in a variety of outdoor installations, including power distribution networks, substations, and renewable energy projects. Their use is critical in ensuring the longevity, reliability, and safety of the electrical infrastructure. The selection of an appropriate termination kit depends on factors such as cable type, voltage class, and the specific environmental conditions of the installation site. In conclusion, outdoor termination kits play a vital role in preserving the performance and safety of high-voltage electrical systems in outdoor environments. Reputable Outdoor Termination Kit Supplier will be able to offer constant supply if you need.

Driven Type : Electric

Power Type : DC

Power : 11kV

Application : Industrial

Feature : Durable

Phase : Three Phase

Country of Origin : India

Material : Plastic

Shape : Square

Usage : Power Plants

Voltage : 240V

Country of Origin : India

Country of Origin : India

Power : As per is Standard

Phase : Three Phase

Rated Voltage : 11-33KV

Material : Resin Cast

Color : Red

A load break switch is a crucial component in electrical power systems, providing a means to interrupt the flow of current manually or automatically in a circuit under load conditions. Also known as a disconnect switch or isolator switch, its primary function is to provide a visible break in the circuit for maintenance, repair, or isolation purposes, ensuring the safety of personnel and equipment. A Load break switch Trader will help you get the best quality product. Load break switches are designed to handle varying loads, making them suitable for both low-voltage and medium-voltage applications. They come in various configurations, including air-insulated and gas-insulated types, each tailored to specific voltage levels and environmental conditions. Do not forget to check with your Load break switch Trader about the details. One of the notable features of a load break switch is its ability to interrupt the circuit while carrying load current. This distinguishes it from a circuit breaker, which is primarily designed for fault protection. The load break switch is commonly used in combination with other protective devices to enhance the overall safety and reliability of the electrical system. Load break switches find wide application in distribution networks, substations, and industrial settings where the ability to disconnect a portion of the system without affecting the entire network is essential. The operation of a load break switch can be manual, where an operator physically turns a handle or lever to open or close the contacts, or automated, with motorized or remote-controlled mechanisms. The choice of a load break switch depends on factors such as the specific application, voltage level, and the requirements of the electrical system.

Country of Origin : India

Frequency : 50Hz

Material : Frp

Shape : Disc

Puncture Power : 9kW

Application : Industrial Use

Voltage : 240V

Country of Origin : India

A Kit Kat fuse, also known as a knife blade fuse, is a type of electrical fuse designed for protecting low-voltage electrical circuits. The distinctive feature of the Kit Kat fuse is its blade-like construction, resembling the shape of a knife, which gives it its alternative name. These fuses are commonly used in residential and industrial applications to safeguard circuits from overcurrents that could potentially damage equipment or pose safety hazards. Take help of your Kit Kat fuse Trader for getting it installed. The construction of a Kit Kat fuse typically consists of a porcelain or fibre-reinforced plastic base, with two conducting blades made of materials such as copper or aluminium. The blades are mounted parallel to each other and housed within the fuse carrier. The fuse carrier provides a means to insert or remove the fuse from the circuit easily. In the event of an overcurrent, the heat generated causes the fuse element to melt or break, interrupting the circuit and preventing further damage. While traditional in design, Kit Kat fuses have evolved, and modern variations may include additional features such as indicator lights to signal a blown fuse. Regular inspection and testing are essential to ensure the continued reliability of Kit Kat fuses, and replacements should be made promptly if signs of wear or damage are detected. In summary, the Kit Kat fuse remains a simple yet effective solution for protecting low-voltage electrical circuits. Its straightforward design, ease of use, and affordability make it a practical choice for a variety of applications, contributing to the safety and proper functioning of electrical systems in both residential and industrial settings. Make sure to purchase from a reputable Kit Kat fuse Trader.

Voltage : 204V

Fuse Material : Cast Iron

Color : Grey

Application : Domestic Use

Country of Origin : India

High tension (HT) rupturing capacity (HRC) fuses are electrical protection devices that safeguard electrical circuits and equipment from short circuits and over currents in high voltage systems. These are commonly used in power, distribution networks, industrial settings and other applications with voltages and electrical loads that are significantly higher. They are easily available with HT HRC Fuse Suppliers. The high rupturing capacity is the ability to break or interrupt the circuit during any faulty condition without causing extensive damage to the fuse itself. It is built to handle large fault currents without posing a risk of explosion or fire and is critical for high-voltage systems. The key components include a fuse, base, fuse element, and fuse carrier. They are made of high conductivity material which can melt or rupture at exposure to excessive current. With the high braking capacity, they can range from several thousand to tens of thousands of empires. This ensured that the fuse can break current faults without causing a damaging incident. One common application of HT HRC fuses is in power distribution substations. These fuses protect transformers, switchgear, and other critical components from overcurrents that may result from faults or short circuits. However, it is always important to have quality HT HRC fuse so that it can serve the purpose well. You can get it from reputable HT HRC Fuse Suppliers. In addition to their protective function, HRC fuses also serve as a convenient means of isolating faulty circuits for maintenance or repair.Regular maintenance and testing of HT HRC fuses are essential to ensure their reliable operation. Periodic inspections help identify any signs of damage or wear, and testing procedures verify the fuse's ability to interrupt fault currents within specified parameters. In conclusion, HT HRC fuses play a vital role in ensuring the safety and reliability of high-voltage electrical systems. Their high rupturing capacity and robust design make them essential components in industrial and power distribution applications where the consequences of electrical faults can be severe. Proper selection, installation, and maintenance of HRC fuses are critical for the overall integrity and performance of the electrical infrastructure they protect.

Country of Origin : India

Fuse Type : DIN Type

Current Rating : 200 Amp

Material : Porcelain

Color : Beige

Country of Origin : India

Color : White and Brown

A glandless transformer oil pump is a specialized pump used in power transformers to circulate and cool the insulating oil within the transformer tank. Unlike traditional pumps, a glandless transformer oil pump operates without the need for external shaft seals or glands, minimizing the risk of oil leakage and enhancing the overall reliability of the transformer system. This type of pump is designed with a magnetic coupling that eliminates the need for dynamic seals, ensuring a hermetically sealed and leak-free operation. You can check with Glandless transformer oil pump Supplier and get the supply for the oil. The key advantage of a glandless transformer oil pump lies in its ability to maintain the integrity of the insulating oil, which is crucial for the efficient cooling and insulation of the transformer. By eliminating external shaft seals, the risk of oil contamination and potential environmental hazards associated with oil leaks is significantly reduced. The magnetic coupling allows for a sealed connection between the motor and pump, preventing any direct contact between the oil and external elements. Glandless transformer oil pumps are typically used in medium and large power transformers, where the efficient circulation and cooling of transformer oil are essential for maintaining optimal operating temperatures and ensuring the longevity of the transformer. These pumps contribute to the overall reliability of the transformer system by minimizing the likelihood of oil-related issues and providing a more environmentally friendly solution. In summary, the glandless transformer oil pump represents a technologically advanced and reliable solution for circulating transformer oil in power transformers. With the help of Glandless transformer oil pump Supplier, you will be able to get uninterrupted supply.

Country of Origin : India

Brand Name : NXL, Flowtech

Application : Industrial Pump

The gang-operated air brake switch is a vital component in electrical power systems, specifically designed for isolating and disconnecting power lines or equipment for maintenance and repair purposes. This type of switch is distinguished by its ability to simultaneously open or close multiple circuits, making it an efficient and time-saving solution in applications where several lines need to be de-energized or re-energized collectively. The construction of a gang-operated air brake switch typically includes multiple blade assemblies, each associated with a specific circuit. These blades are mounted on a common operating mechanism, enabling coordinated movement. The switch is designed for outdoor use and is often mounted on structures like transmission towers or poles, where it serves as a visible point of isolation for maintenance crews. This can be checked with Gang Operated Air Break Switch Supplier for better results. One of the key advantages of the gang-operated air brake switch is its ability to interrupt the flow of current in a controlled and synchronized manner across multiple circuits. This feature enhances safety and operational efficiency during maintenance activities, minimizing downtime and reducing the risk of electrical accidents. The switch operates on the principle of using compressed air to open or close the contacts, ensuring a reliable and quick response. The gang operation mechanism allows for a coordinated movement of the blades, providing a visible indication of the switch's status. Additionally, the switches are designed to withstand environmental factors, including adverse weather conditions, ensuring their reliability in outdoor applications. Gang-operated air brake switches find extensive use in high-voltage transmission and distribution systems, especially in substations and overhead lines. Their robust design, ease of operation, and ability to simultaneously handle multiple circuits make them indispensable for utilities and power companies. Make sure to connect with a reputable Gang Operated Air Break Switch Supplier for quality product. In conclusion, the gang-operated air brake switch plays a pivotal role in the efficient and safe operation of electrical power systems. Its ability to collectively disconnect or reconnect multiple circuits during maintenance activities contributes to the reliability and functionality of the broader electrical infrastructure.

Country of Origin : India

Voltage : 36kV

Phase : Three

Weight : 320 Kg

Electrical safety gloves are indispensable personal protective equipment designed to safeguard individuals from electrical hazards in various work environments. These gloves serve as a critical barrier between the wearer and the potentially lethal effects of electric shocks, making them an essential component of safety protocols in industries where workers may encounter live electrical circuits. Composed of highly insulating materials, such as natural rubber or other dielectric materials, these gloves are engineered to resist the flow of electric current and prevent direct contact between the hands and electrical conductors. The design and construction of electrical safety gloves adhere to stringent industry standards to ensure their effectiveness. These standards classify gloves into different voltage classes, each rated for a specific maximum use voltage. Users must carefully select gloves that match the voltage levels they will encounter in their tasks, ensuring adequate protection against electric shock. The gloves are typically colour-coded according to their voltage class, aiding quick identification and proper use. Electrical safety gloves are employed in a range of industries, including electrical utilities, maintenance and repair services, and manufacturing, where workers engage with live electrical equipment or perform tasks in proximity to energized conductors. The use of these gloves is often part of a broader approach to electrical safety, complementing other protective measures and ensuring a comprehensive defence against electrical hazards. Proper training in the selection, use, and care of electrical safety gloves is essential for the safety of workers. Workers must understand the importance of using the correct glove class for the task at hand and follow established procedures for inspection and storage. In summary, electrical safety gloves are a fundamental element in the arsenal of personal protective equipment, providing a vital layer of defence against electrical hazards in various industries. Through adherence to industry standards, regular maintenance, and proper training, these gloves contribute significantly to the overall safety of workers who operate in environments where the risk of electric shock is present.

Country of Origin : Made In India

Material : Rubber

Color : Gray

Pattern : Plain

Type : Full Fingered

Gender : Unisex

Size : 4 Mtr To 20 Mtr

Material : FRP

Application : Industrial

Country of Origin : India

A dropout fuse element is a key component in dropout fuse cutouts, a type of protective device commonly used in power distribution systems. The primary function of the dropout fuse element is to provide overcurrent protection by interrupting the electrical circuit in the event of a fault, such as a short circuit. This protective mechanism helps prevent damage to downstream equipment, ensuring the safety and reliability of the overall electrical system.Dropout Fuse Element Suppliers are able to provide quality fuse. The dropout fuse element is typically made of a fusible material with a specific current-carrying capacity. Under normal operating conditions, the fuse element remains intact, allowing the flow of current through the circuit. However, when the current exceeds the rated capacity of the fuse element, it heats up and eventually melts, causing the fuse to "drop out" and open the circuit. This rapid interruption of current helps isolate the faulty section of the system, minimizing the risk of further damage. One of the notable features of dropout fuse elements is their replaceability. When a fault occurs and the fuse element melts, it can be easily replaced without the need to replace the entire fuse cutout. This feature contributes to cost-effectiveness and reduces downtime during maintenance or fault recovery. Check with your Dropout Fuse Element Suppliers for more details. The design and material composition of the dropout fuse element are critical factors in ensuring its performance and reliability. The material must be able to withstand normal operating conditions while providing a predictable response to overcurrent events. Common materials used for dropout fuse elements include silver, copper, and various alloy compositions. In conclusion, the dropout fuse element is a crucial component in dropout fuse cutouts, providing effective overcurrent protection in power distribution systems. Its ability to rapidly interrupt the circuit during fault conditions, combined with the ease of replacement, makes it an integral part of ensuring the safety and reliability of electrical networks. The design and material selection of these elements are key considerations in their performance, contributing to the overall effectiveness of dropout fuse cutouts in protecting electrical systems from overcurrent events.

Country of Origin : India

Voltage : 11KV - 33KV

Material : SRBP Housing

Material : Stainless Steel

Current Type : DC

Usage : Industrial

Voltage : 12V

Country of Origin : India

Number of Poles : 2 Pole

Material : Mild Steel

Driven Type : Electric

Automatic Grade : Fully Automatic

Application : Industrial

Voltage : 220V

Country of Origin : India