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₹4,601 - ₹62,539
You save ₹394!
7.05% OFF
The Havells QHCTLCV Series 440 VAC Harmonic Detuned Reactor is a high-performance electrical component designed to enhance power quality and efficiency in industrial and commercial applications. Specifically engineered to mitigate the adverse effects of harmonic distortion in power systems, this reactor plays a crucial role in maintaining the stability and reliability of electrical networks. Operating at 440 VAC, the QHCTLCV Series offers robust construction and advanced design features that ensure optimal performance under varying load conditions. Its harmonic detuning capabilities are essential for protecting sensitive equipment from the damaging impacts of harmonic currents, which can lead to overheating, equipment malfunctions, and reduced operational lifespan. By incorporating this reactor into power systems, users can achieve significant improvements in energy efficiency, reduce maintenance costs, and extend the longevity of their electrical infrastructure. The Havells QHCTLCV Series is constructed with high-grade materials and adheres to stringent quality standards, ensuring durability and long-term reliability. It is designed for easy integration into existing systems, with user-friendly installation and minimal maintenance requirements. Furthermore, this reactor is equipped with advanced thermal management features that provide superior heat dissipation, thereby enhancing its performance and lifespan. Ideal for use in a wide range of applications, including manufacturing plants, commercial buildings, and data centers, the Havells QHCTLCV Series 440 VAC Harmonic Detuned Reactor stands out as a critical component for modern power quality management. Its innovative design and proven effectiveness make it an indispensable tool for engineers and facility managers seeking to optimize their power systems and ensure uninterrupted, efficient operation.
green checkType of Product : Harmonic Detuned Reactor
green checkVoltage : 440 VAC
green checkFrequency : 50Hz
green checkSeries : QHCTLCV
₹3,657 - ₹38,939
You save ₹375!
7.72% OFF
The Havells QHLTLCV Series 440 VAC Harmonic Detuned Reactor is an advanced electrical solution designed to significantly improve power quality and efficiency in both industrial and commercial settings. This reactor is specifically engineered to address the challenges posed by harmonic distortion in electrical systems, which can lead to inefficiencies, equipment malfunctions, and increased operational costs. Operating at 440 VAC, the QHLTLCV Series combines robust construction with state-of-the-art design to provide superior performance under a wide range of load conditions. Its primary function is to detune the system away from harmonic frequencies, thereby mitigating the harmful effects of harmonic currents. This results in the protection of sensitive equipment from potential damage, reduction in overheating, and extension of the equipment's operational life. By integrating this reactor into their power systems, users can achieve enhanced energy efficiency, reduced maintenance expenses, and prolonged lifespan of their electrical infrastructure. The Havells QHLTLCV Series is built using high-quality materials and adheres to rigorous industry standards, ensuring long-lasting durability and reliability. Its user-friendly design facilitates easy installation and minimal maintenance, making it a practical choice for upgrading existing systems. Additionally, the reactor features advanced thermal management capabilities that ensure effective heat dissipation, further boosting its performance and lifespan. Suitable for a diverse range of applications, including manufacturing facilities, commercial buildings, and data centers, the Havells QHLTLCV Series 440 VAC Harmonic Detuned Reactor is an essential component for modern power quality management. Its innovative design, combined with proven effectiveness, makes it an invaluable asset for engineers and facility managers aiming to optimize their power systems and ensure seamless, efficient operations.
green checkType of Product : Harmonic Detuned Reactor
green checkVoltage : 440 VAC
green checkFrequency : 50Hz
green checkSeries : QHLTLCV
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₹20,059 - ₹82,599
You save ₹50,812!
38.09% OFF
Siemens Harmonics Filter Aluminium Detuned Reactor is an electrical component that is designed to reduce harmonics in electrical systems. This type of reactor is designed to work in conjunction with a capacitor bank, forming a harmonic filter that reduces harmonic distortion and improves the power quality of the system. One of the key features of the Siemens Harmonics Filter Detuned Reactor is its insulation class H, which means it is built to withstand high temperatures and is highly durable. The high linearity of the reactor ensures that it operates smoothly and effectively, reducing harmonic distortion to a minimum. Another important feature of the reactor is its temperature control system, which is achieved via a micro switch. This ensures that the reactor operates within safe temperature limits, preventing damage and ensuring reliable operation. The reactor is also designed with low losses and low noise, ensuring that it operates efficiently and without creating unwanted electrical interference. This is important in applications where electromagnetic interference (EMI) can cause problems, such as in sensitive electronic equipment or communication systems. Overall, the Siemens Harmonics Filter Detuned Reactor is a reliable and efficient solution for reducing harmonics in electrical systems, improving power quality and reliability. Its high durability, temperature control system, and low noise and losses make it an excellent choice for a wide range of applications.
green checkType of Product : Harmonics Filter Detuned Reactor
green checkMaterial : Aluminium Detuned Reactor
green checkApplication : Power factor correction
green checkFactor : 14% Detuning Factor
green checkInsulation Class : H Class
₹18,879 - ₹1,00,299
You save ₹33,495!
36.68% OFF
Siemens Harmonics Filter Copper Detuned Reactor is an electrical component that is designed to reduce harmonics in electrical systems. This type of reactor is designed to work in conjunction with a capacitor bank, forming a harmonic filter that reduces harmonic distortion and improves the power quality of the system. One of the key features of the Siemens Harmonics Filter Detuned Reactor is its insulation class H, which means it is built to withstand high temperatures and is highly durable. The high linearity of the reactor ensures that it operates smoothly and effectively, reducing harmonic distortion to a minimum. Another important feature of the reactor is its temperature control system, which is achieved via a micro switch. This ensures that the reactor operates within safe temperature limits, preventing damage and ensuring reliable operation. The reactor is also designed with low losses and low noise, ensuring that it operates efficiently and without creating unwanted electrical interference. This is important in applications where electromagnetic interference (EMI) can cause problems, such as in sensitive electronic equipment or communication systems. Overall, the Siemens Harmonics Filter Detuned Reactor is a reliable and efficient solution for reducing harmonics in electrical systems, improving power quality and reliability. Its high durability, temperature control system, and low noise and losses make it an excellent choice for a wide range of applications.
green checkType of Product : Harmonics Filter Detuned Reactor
green checkMaterial : Copper Detuned Reactor
green checkApplication : Power factor correction
green checkFactor : 7% Detuning Factor
green checkInsulation Class : H Class
₹12,979 - ₹74,339
You save ₹23,985!
36.09% OFF
Siemens Harmonics Filter Aluminium Detuned Reactor is an electrical component that is designed to reduce harmonics in electrical systems. This type of reactor is designed to work in conjunction with a capacitor bank, forming a harmonic filter that reduces harmonic distortion and improves the power quality of the system. One of the key features of the Siemens Harmonics Filter Detuned Reactor is its insulation class H, which means it is built to withstand high temperatures and is highly durable. The high linearity of the reactor ensures that it operates smoothly and effectively, reducing harmonic distortion to a minimum. Another important feature of the reactor is its temperature control system, which is achieved via a micro switch. This ensures that the reactor operates within safe temperature limits, preventing damage and ensuring reliable operation. The reactor is also designed with low losses and low noise, ensuring that it operates efficiently and without creating unwanted electrical interference. This is important in applications where electromagnetic interference (EMI) can cause problems, such as in sensitive electronic equipment or communication systems. Overall, the Siemens Harmonics Filter Detuned Reactor is a reliable and efficient solution for reducing harmonics in electrical systems, improving power quality and reliability. Its high durability, temperature control system, and low noise and losses make it an excellent choice for a wide range of applications.
green checkType of Product : Harmonics Filter Detuned Reactor
green checkMaterial : Aluminium Detuned Reactor
green checkApplication : Power factor correction
green checkFactor : 7% Detuning Factor
green checkInsulation Class : H Class
₹23,599 - ₹2,00,599
You save ₹58,104!
37.81% OFF
Siemens Harmonics Filter Copper Detuned Reactor is an electrical component that is designed to reduce harmonics in electrical systems. This type of reactor is designed to work in conjunction with a capacitor bank, forming a harmonic filter that reduces harmonic distortion and improves the power quality of the system. One of the key features of the Siemens Harmonics Filter Detuned Reactor is its insulation class H, which means it is built to withstand high temperatures and is highly durable. The high linearity of the reactor ensures that it operates smoothly and effectively, reducing harmonic distortion to a minimum. Another important feature of the reactor is its temperature control system, which is achieved via a micro switch. This ensures that the reactor operates within safe temperature limits, preventing damage and ensuring reliable operation. The reactor is also designed with low losses and low noise, ensuring that it operates efficiently and without creating unwanted electrical interference. This is important in applications where electromagnetic interference (EMI) can cause problems, such as in sensitive electronic equipment or communication systems. Overall, the Siemens Harmonics Filter Detuned Reactor is a reliable and efficient solution for reducing harmonics in electrical systems, improving power quality and reliability. Its high durability, temperature control system, and low noise and losses make it an excellent choice for a wide range of applications.
green checkType of Product : Harmonics Filter Detuned Reactor
green checkMaterial : Copper Detuned Reactor
green checkApplication : Power factor correction
green checkFactor : 14% Detuning Factor
green checkInsulation Class : H Class
₹12,979 - ₹44,839
You save ₹24,162!
35.02% OFF
Siemens Harmonics Filter Aluminium Detuned Reactor is an electrical component that is designed to reduce harmonics in electrical systems. This type of reactor is designed to work in conjunction with a capacitor bank, forming a harmonic filter that reduces harmonic distortion and improves the power quality of the system. One of the key features of the Siemens Harmonics Filter Detuned Reactor is its insulation class H, which means it is built to withstand high temperatures and is highly durable. The high linearity of the reactor ensures that it operates smoothly and effectively, reducing harmonic distortion to a minimum. Another important feature of the reactor is its temperature control system, which is achieved via a micro switch. This ensures that the reactor operates within safe temperature limits, preventing damage and ensuring reliable operation. The reactor is also designed with low losses and low noise, ensuring that it operates efficiently and without creating unwanted electrical interference. This is important in applications where electromagnetic interference (EMI) can cause problems, such as in sensitive electronic equipment or communication systems. Overall, the Siemens Harmonics Filter Detuned Reactor is a reliable and efficient solution for reducing harmonics in electrical systems, improving power quality and reliability. Its high durability, temperature control system, and low noise and losses make it an excellent choice for a wide range of applications.
green checkType of Product : Harmonics Filter Detuned Reactor
green checkMaterial : Aluminium Detuned Reactor
green checkApplication : Power factor correction
green checkFactor : 5.67% Detuning Factor
green checkInsulation Class : H Class
₹10,265 - ₹12,979
You save ₹431!
3.21% OFF
The Elmeasure High Profile Dual Source Energy Meter EN-20P is designed for accurate measurement and monitoring of energy consumption from two independent power sources. Ideal for applications involving mains and generator supply or dual feeder systems, this meter enables precise tracking of voltage, current, power, and energy parameters for both sources. Equipped with an RS485 communication port, the EN-20P supports seamless integration with Modbus-compatible energy management systems, allowing real-time data acquisition and centralized monitoring.
The EN-20P Dual Source Energy Meter features a high-profile design for easy panel mounting and clear parameter visibility. Its advanced metering capabilities provide detailed insights into power usage, helping operators analyze source-wise consumption and maintain balanced load distribution. Built for industrial and commercial environments, this meter ensures reliable performance, consistent accuracy, and efficient monitoring of dual power inputs, making it suitable for facilities requiring dependable energy measurement across multiple supply sources.
green checkType of Product : Dual Source Energy Meter
green checkApplication : Industrial
green checkType : High Profile
green checkCountry of Origin : India
green checkCommunication Ports : RS485
green checkName of Manufacturer/Packer/Importer : STARTEK INTERNATIONAL
₹9,911 - ₹17,699
You save ₹421!
2.67% OFF
The Elmeasure High Profile MFM Demand Monitor (LCD) EN7500P is engineered for accurate monitoring of electrical demand and multiple power parameters in industrial and commercial installations. Featuring a clear LCD display, this multifunction device enables simultaneous viewing of voltage, current, active and reactive power, energy consumption, frequency, and power factor. The integrated RS485 communication port supports Modbus protocol, allowing seamless connectivity with centralized energy management and automation systems for real-time data acquisition and remote monitoring.
The EN7500P Demand Monitor provides reliable demand tracking and detailed load analysis to support efficient power distribution and system stability. Its high-profile panel-mount design ensures easy installation and enhanced readability within switchboards and control panels. Built for dependable operation in demanding environments, this monitor delivers consistent measurement performance and comprehensive electrical insights, making it suitable for factories, commercial buildings, and utility panels requiring precise and continuous energy monitoring.
green checkType of Product : Demand Monitor
green checkApplication : Industrial
green checkDisplay Type : LCD
green checkCountry of Origin : India
green checkType : High Profile MFM
green checkName of Manufacturer/Packer/Importer : STARTEK INTERNATIONAL
green checkCommunication Ports : RS485
green checkHarmonics : Industrial Harmonics 31st
₹15,339 - ₹18,879
You save ₹301!
1.92% OFF
The Elmeasure High Profile MFM Demand Monitor (LCD) PN8700P31 is designed for advanced monitoring of electrical parameters in industrial and commercial applications. Featuring a clear LCD display and an RS485 communication port, this multifunction demand monitor enables accurate measurement of voltage, current, power, energy, frequency, and power factor. The RS485 interface supports Modbus protocol, allowing seamless integration with centralized energy management and automation systems for real-time data acquisition and remote monitoring.
The PN8700P31 Demand Monitor offers precise demand tracking and load analysis to support effective power management and system stability. Its high-profile panel-mount design ensures easy installation and clear parameter visibility within switchboards and control panels. Built for reliable performance in demanding environments, this device assists operators in monitoring consumption trends, identifying irregularities, and maintaining efficient power distribution. Suitable for factories, commercial buildings, and utility panels, it delivers consistent measurement accuracy and comprehensive electrical insights.
green checkType of Product : Demand Monitor
green checkAccuracy Class : 0.5S
green checkApplication : Industrial
green checkDisplay Type : LCD
green checkType : High Profile MFM
green checkCommunication Ports : RS485
green checkHarmonics : Industrial Harmonics 63rd
₹5 - ₹32
The Phoenix Contact CU-DHP Tin-Plated (Galvanic) Twin Pin Type Ferrules are essential components in electrical and electronic applications, offering a reliable solution for terminating stranded wires and ensuring secure connections. Constructed from high-quality copper alloy, these ferrules are designed to withstand the demands of industrial environments while providing excellent electrical conductivity. The tin-plated surface of the ferrules enhances their corrosion resistance and ensures reliable performance over an extended lifespan. This plating also facilitates soldering and crimping processes, ensuring a secure and gas-tight connection between the ferrule and the wire. The twin pin design of these ferrules allows for easy insertion into terminal blocks, connectors, or other connection points, providing a stable and reliable connection. The design also helps prevent wire splaying, ensuring a neat and organized wiring layout. With their galvanic tin plating, these ferrules offer superior resistance to oxidation and corrosion, making them suitable for use in harsh or corrosive environments. They are available in various sizes to accommodate different wire gauges, offering versatility and compatibility with a wide range of applications. Whether used in industrial machinery, control panels, or electrical equipment, the Phoenix Contact CU-DHP Tin-Plated (Galvanic) Twin Pin Type Ferrules provide a dependable solution for ensuring secure and efficient wire terminations, contributing to the overall reliability and safety of electrical systems.
green checkType of Product : Twin Pin Type Ferrules
green checkMaterial : CU-DHP
green checkFlammability Rating According to UL 94 : HB
green checkComponents : Free From Silicone and Halogen
green checkPermanent Temperature : 105 °C (-40°C no load / 0°C dynamic load)
green checkShort-Term Temperature : 120 °C
green checkFeatures : Insulated
green checkCoating : Tin-Plated (Galvanic)
₹778  
A pressure gauge 0 -2KG/cm2  is a device used to measure fluid or gas pressure in a system. It typically consists of a cylindrical case, a dial with a pointer indicating the pressure, and a bourdon tube or other sensing element that reacts to changes in pressure. The bourdon tube is a thin, curved metal tube connected to the measured system. When the pressure inside the tube changes, the tube straightens slightly, which moves a pointer on the dial. Other sensing elements in pressure gauges include diaphragms, bellows, and capsule elements. Pressure gauges are used in various applications, including industrial processes, HVAC systems, and medical equipment. They can be found in various styles and sizes, from small gauges used in portable equipment to large, highly accurate meters used in laboratory or industrial settings. Accurate and reliable pressure measurement is essential for ensuring the safety and efficiency of many different types of systems. It's essential to select the correct type of pressure gauge for the application. Factors to consider include the type of fluid or gas being measured, the range of pressures expected, and the system's operating conditions. Dial: The dial is the face of the pressure gauge where the pressure readings are displayed. It usually has a circular shape and a scale that shows the pressure range in different units of measurement. Pointer: The pointer is attached to the sensing element and moves in response to changes in pressure. It indicates the pressure reading on the dial. Sensing element: The sensing element is part of the pressure gauge that reacts to changes in pressure. Depending on the application, it can be a bourdon tube, diaphragm, bellows, or capsule element. Connection: The connection is part of the pressure gauge that attaches to the measured system. It can be a threaded, flanged, or welded connection. Case: The case is the outer shell of the pressure gauge that protects the internal components from damage. Depending on the application, it can be made of plastic, stainless steel, or other materials. Accuracy: The accuracy of a pressure gauge refers to how closely it measures the actual pressure of the system. It is usually expressed as a percentage of the full scale. Pressure range: The pressure range is the range of pressures that the pressure gauge can measure. It is usually expressed in pounds per square inch (psi), bar, or other pressure units. Overpressure protection: Overpressure protection is a feature that prevents the pressure gauge from being damaged by pressures that exceed its rated range. It can be achieved through a pressure relief valve, snubber, or another device. Mounting: The mounting of a pressure gauge refers to how it is attached to the measured system. Depending on the application, it can be a bottom, back, or panel mount.
₹1,014  
A pressure gauge 0 -2 KG/cm2  is a device used to measure fluid or gas pressure in a system. It typically consists of a cylindrical case, a dial with a pointer indicating the pressure, and a bourdon tube or other sensing element that reacts to changes in pressure. The bourdon tube is a thin, curved metal tube connected to the measured system. When the pressure inside the tube changes, the tube straightens slightly, which moves a pointer on the dial. Other sensing elements in pressure gauges include diaphragms, bellows, and capsule elements. Pressure gauges are used in various applications, including industrial processes, HVAC systems, and medical equipment. They can be found in various styles and sizes, from small gauges used in portable equipment to large, highly accurate meters used in laboratory or industrial settings. Accurate and reliable pressure measurement is essential for ensuring the safety and efficiency of many different types of systems. It's essential to select the correct type of pressure gauge for the application. Factors to consider include the type of fluid or gas being measured, the range of pressures expected, and the system's operating conditions. Dial: The dial is the face of the pressure gauge where the pressure readings are displayed. It usually has a circular shape and a scale that shows the pressure range in different units of measurement. Pointer: The pointer is attached to the sensing element and moves in response to changes in pressure. It indicates the pressure reading on the dial. Sensing element: The sensing element is part of the pressure gauge that reacts to changes in pressure. Depending on the application, it can be a bourdon tube, diaphragm, bellows, or capsule element. Connection: The connection is part of the pressure gauge that attaches to the measured system. It can be a threaded, flanged, or welded connection. Case: The case is the outer shell of the pressure gauge that protects the internal components from damage. Depending on the application, it can be made of plastic, stainless steel, or other materials. Accuracy: The accuracy of a pressure gauge refers to how closely it measures the actual pressure of the system. It is usually expressed as a percentage of the full scale. Pressure range: The pressure range is the range of pressures that the pressure gauge can measure. It is usually expressed in pounds per square inch (psi), bar, or other pressure units. Overpressure protection: Overpressure protection is a feature that prevents the pressure gauge from being damaged by pressures that exceed its rated range. It can be achieved through a pressure relief valve, snubber, or another device. Mounting: The mounting of a pressure gauge refers to how it is attached to the measured system. Depending on the application, it can be a bottom, back, or panel mount.
₹1,014  
A pressure gauge 0 -560KG/cm2  is a device used to measure fluid or gas pressure in a system. It typically consists of a cylindrical case, a dial with a pointer indicating the pressure, and a bourdon tube or other sensing element that reacts to changes in pressure. The bourdon tube is a thin, curved metal tube connected to the measured system. When the pressure inside the tube changes, the tube straightens slightly, which moves a pointer on the dial. Other sensing elements in pressure gauges include diaphragms, bellows, and capsule elements. Pressure gauges are used in various applications, including industrial processes, HVAC systems, and medical equipment. They can be found in various styles and sizes, from small gauges used in portable equipment to large, highly accurate meters used in laboratory or industrial settings. Accurate and reliable pressure measurement is essential for ensuring the safety and efficiency of many different types of systems. It's essential to select the correct type of pressure gauge for the application. Factors to consider include the type of fluid or gas being measured, the range of pressures expected, and the system's operating conditions. Dial: The dial is the face of the pressure gauge where the pressure readings are displayed. It usually has a circular shape and a scale that shows the pressure range in different units of measurement. Pointer: The pointer is attached to the sensing element and moves in response to changes in pressure. It indicates the pressure reading on the dial. Sensing element: The sensing element is part of the pressure gauge that reacts to changes in pressure. Depending on the application, it can be a bourdon tube, diaphragm, bellows, or capsule element. Connection: The connection is part of the pressure gauge that attaches to the measured system. It can be a threaded, flanged, or welded connection. Case: The case is the outer shell of the pressure gauge that protects the internal components from damage. Depending on the application, it can be made of plastic, stainless steel, or other materials. Accuracy: The accuracy of a pressure gauge refers to how closely it measures the actual pressure of the system. It is usually expressed as a percentage of the full scale. Pressure range: The pressure range is the range of pressures that the pressure gauge can measure. It is usually expressed in pounds per square inch (psi), bar, or other pressure units. Overpressure protection: Overpressure protection is a feature that prevents the pressure gauge from being damaged by pressures that exceed its rated range. It can be achieved through a pressure relief valve, snubber, or another device. Mounting: The mounting of a pressure gauge refers to how it is attached to the measured system. Depending on the application, it can be a bottom, back, or panel mount.
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₹44,099 ₹54,600
19.23% OFF