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Surge Protection Devices Under Price 10000

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₹2,477  
The SERVCONTROL 6 Watts Push Button UV-C Light Handheld Sanitizer Disinfection Lamp is a portable device designed for disinfecting surfaces and objects using ultraviolet-C (UV-C) light. UV-C light is known to be effective in killing bacteria, viruses, and other microorganisms, making it a useful tool for maintaining cleanliness and hygiene in homes, offices, and other public spaces. The handheld design of this lamp makes it easy to use and move around, allowing users to sanitize surfaces and objects quickly and efficiently. The push button feature allows for easy activation of the UV-C light, making it a convenient and practical tool for disinfection. The 6 Watts power output of the lamp ensures effective and efficient disinfection of surfaces and objects, while the compact size and lightweight design make it easy to store and transport. UV-C light is known to be effective in killing bacteria, viruses, and other microorganisms, making it a useful tool for maintaining cleanliness and hygiene in homes, offices, and other public spaces. The push button feature allows for easy activation of the UV-C light, making it a convenient and practical tool for disinfection. Overall, the SERVCONTROL 6 Watts Push Button UV-C Light Handheld Sanitizer Disinfection Lamp is a useful and practical tool for maintaining cleanliness and hygiene in homes, offices, and public spaces, and is a good choice for those looking for a portable and easy-to-use disinfection solution.
₹899  
Hygrid Solar 600 V DC Surge Protection Device for Solar is an electrical component designed to protect solar photovoltaic (PV) systems from voltage surges and transient overvoltage events. These surges can be caused by lightning strikes, grid voltage fluctuations, or other external factors. The SPD works by diverting the excess voltage and current away from the solar panels and other sensitive equipment in the system, and safely dissipating it to the ground. This helps to prevent damage to the system and its components, and ensures that it continues to operate safely and effectively. There are several different types of SPDs available for use in solar PV systems, including AC and DC surge protectors. AC surge protectors are typically installed at the point where the solar system connects to the grid, while DC surge protectors are installed at the point where the solar panels connect to the inverter. It is important to choose the right type of SPD for your solar PV system, and to ensure that it is installed correctly by a qualified electrician or installer. Regular maintenance and testing of the SPD is also recommended to ensure that it continues to provide effective protection against voltage surges and transient overvoltage events. There are various types of solar surge protection devices available on the market, but the most common type is a surge protector or a surge arrestor. These devices are installed in the solar system's DC and AC circuits to divert or absorb any excess voltage that may be caused by power surges or other electrical disturbances.
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₹1,061  
AC Surge Protection Device (SPD) is designed to limit transient over voltages of atmospheric origin and divert current waves to earth, so as to limit the amplitude of this over voltage to a value that is not hazardous for the electrical installation and electric switchgear. AC SPDs are designed to protect against transient over voltages caused by lightning strikes on overhead lines, switching operations, and other disturbances. Type 2 SPD: The Type 2 SPD is the main protection system for all low voltage electrical installations. Installed in each electrical switchboard, it prevents the spread of over voltages in the electrical installations and protects the load. Nominal Voltage (Un): The nominal voltage stands for the nominal voltage of the system to be protected Maximum Continuous Operating Voltage (Uc): The maximum continuous operating voltage is the r.m.s value of the maximum voltage which may be connected to corresponding terminals of the Surge Protective Device during operations. The maximum continuous operating voltage for Photovoltaic (PC) system is the value of the maximum DC voltage which may be permanently applied to terminals of SPD. The voltage protection level is the maximum instantaneous value of the voltage at terminals of SPD. The nominal discharge current is the peak value of the current that can be passed through SPD having a wave shape of 8/20 µs. The maximum discharge current is the peak value of the current which the device can safely discharge through the SPD having a wave shape of 8/20 µs. Applications Photovoltaic & Wind Industry & Automation Commercial & Residential Installations Telecom, IT & Data Centers
₹2,005  
AC Surge Protection Device (SPD) is designed to limit transient over voltages of atmospheric origin and divert current waves to earth, so as to limit the amplitude of this over voltage to a value that is not hazardous for the electrical installation and electric switchgear. Type 2 SPD: The Type 2 SPD is the main protection system for all low voltage electrical installations. Installed in each electrical switchboard, it prevents the spread of over voltages in the electrical installations and protects the load. Nominal Voltage (Un): The nominal voltage stands for the nominal voltage of the system to be protected Maximum Continuous Operating Voltage (Uc): The maximum continuous operating voltage is the r.m.s value of the maximum voltage which may be connected to corresponding terminals of the Surge Protective Device during operations.
The maximum continuous operating voltage for Photovoltaic (PC) system is the value of the maximum DC voltage which may be permanently applied to terminals of SPD. The voltage protection level (Up), nominal discharge current (In) and maximum discharge current (Imax) are defined as follows: Voltage Protection Level (Up): The Voltage Protection Level is the maximum instantaneous value of the voltage at terminals of SPD. Nominal Discharge Current (In): The nominal discharge current is the peak value of the current that can be passed through SPD having a wave shape of 8/20 µs. Applications Photovoltaic & Wind Industry & Automation Commercial & Residential Installations Telecom, IT & Data Centers
₹1,061  
DC Surge Protection Device (SPD) is designed to limit transient over voltages of atmospheric origin and divert current waves to earth, so as to limit the amplitude of this over voltage to a value that is not hazardous for the electrical installation and electric switchgear. Type 1 SPD: The Type 1 SPD is designed for protection against lightning strikes and other transient phenomena on power lines, but also against disturbances in the mains. Nominal Voltage (Un): The nominal voltage stands for the nominal voltage of the system to be protected Maximum Continuous Operating Voltage (Uc): The maximum continuous operating voltage is the r.m.s value of the maximum voltage which may be connected to corresponding terminals of the Surge Protective Device during operations Maximum Continuous Operating Voltage for PV System (Ucpv): The maximum continuous operating voltage for Photovoltaic (PC) system is the value of the maximum DC voltage which may be permanently applied to terminals of SPD. The Ucpv shall be specified in terms of nominal voltage, nominal current, floating voltage, and floating current. Voltage Protection Level (Up): The Voltage Protection Level is the maximum instantaneous value of the voltage at terminals of SPD. It shall be specified in terms of nominal voltage, nominal current, floating voltage, and floating current. Nominal Discharge Current (In): The nominal discharge current is the peak value of the current that can be passed through SPD having a wave shape of 8/20 µs. It shall be specified in terms of nominal voltage, nominal current, floating voltage, and floating current. Maximum Discharge Current (Imax): The maximum discharge current is the peak value of the current which the device can safely discharge through the SPD having a wave shape of 8/20 µs. It shall be specified in terms of nominal Applications Photovoltaic & Wind Industry & Automation Commercial & Residential Installations Telecom, IT & Data Centers
₹2,005  
DC Surge Protection Device (SPD) is designed to limit transient over voltages of atmospheric origin and divert current waves to earth, so as to limit the amplitude of this over voltage to a value that is not hazardous for the electrical installation and electric switchgear. Type 2 SPD: The Type 2 SPD is the main protection system for all low voltage electrical installations. Installed in each electrical switchboard, it prevents the spread of over voltages in the electrical installations and protects the load. Nominal Voltage (Un): The nominal voltage stands for the nominal voltage of the system to be protected Maximum Continuous Operating Voltage (Uc): The maximum continuous operating voltage is the r.m.s value of the maximum voltage which may be connected to corresponding terminals of the Surge Protective Device during operations. Maximum Continuous Operating Voltage for PV System (Ucpv): The maximum continuous operating voltage for Photovoltaic (PC) system is the value of the maximum DC voltage which may be permanently applied to terminals of SPD. Voltage Protection Level (Up): The Voltage Protection Level is the maximum instantaneous value of the voltage at terminals of SPD. Nominal Discharge Current (In): The nominal discharge current is the peak value of the current that can be passed through SPD having a wave shape of 8/20 µs. Maximum Discharge Current (Imax): The maximum discharge current is the peak value of the current which the device can safely discharge through the SPD having a wave shape of 8/20 µs Applications Photovoltaic & Wind Industry & Automation Commercial & Residential Installations Telecom, IT & Data Centers
₹35,399 - ₹35,399
L&T [ Lauritz Knudsen ] Surge Protection Devices (SPD) are essential components designed to safeguard electrical systems and equipment from transient overvoltages, typically caused by lightning strikes or electrical faults. These devices are meticulously engineered to provide robust protection by diverting excess voltage away from sensitive components, thereby preventing potential damage and ensuring operational continuity. L&T's SPDs are built to meet stringent industry standards, ensuring reliability and performance in various environments. The SPDs feature a compact and modular design, making them easy to install and integrate into existing electrical systems. They offer a high discharge capacity, ensuring that even significant surges are effectively managed. Additionally, L&T SPDs come equipped with visual indicators and remote signaling capabilities, allowing for real-time monitoring and maintenance, which is crucial for maintaining system integrity and reducing downtime. L&T's commitment to quality is evident in the rigorous testing and certification processes that each SPD undergoes. These devices are designed to provide long-lasting protection, with components selected for durability and resilience under extreme conditions. The range of SPDs available caters to diverse application needs, from residential and commercial buildings to industrial facilities and critical infrastructure. By incorporating L&T Surge Protection Devices, users can significantly enhance the safety and longevity of their electrical systems. The devices not only protect valuable equipment but also ensure the safety of personnel and reduce the risk of costly downtime and repairs.
green checkType of Product : Surge Protection Devices (SPD)
green checkApplication : Electrical
₹12,390  
A CITEL Surge Protection Relay, for 3P+N, 415 V AC, DS44-320 can result from lightning strikes, switching operations, or other disturbances in the power supply. The primary function of a surge protection relay is to detect abnormal voltage levels and respond by diverting or suppressing the surge to prevent damage to connected equipment. Here are key features and considerations related to surge protection relays: Voltage Monitoring: Surge protection relays continuously monitor the voltage levels in the electrical system. When a surge is detected, the relay responds by activating protective measures. Fast Response Time: A critical feature of surge protection relays is their fast response time. They need to quickly detect and respond to voltage surges to prevent damage to sensitive equipment. Diversion or Absorption: Surge protection relays typically employ methods to divert or absorb the excess energy caused by a surge. This may involve using surge arresters, metal oxide varistors (MOVs), or other technologies. Adjustable Settings: Many surge protection relays have adjustable settings to allow users to customize the response thresholds based on the specific requirements of their electrical systems. Remote Monitoring: Some advanced surge protection relays may offer remote monitoring capabilities. This allows users to monitor the status of the protection system and receive alerts about potential issues. Integration with Electrical Panels: Surge protection relays are often integrated into electrical panels or switchgear to provide localized protection for connected equipment. Modular Systems: In certain applications, surge protection relays are part of modular systems that can be expanded or modified based on the changing needs of the electrical system. Coordinated Protection: Surge protection relays are often part of a coordinated protection strategy that includes other protective devices such as circuit breakers, fuses, and grounding systems. Compliance with Standards: Surge protection relays are designed to comply with industry standards and regulations related to electrical safety and protection. Applications: Surge protection relays are used in various applications, including industrial facilities, power distribution systems, telecommunications, and residential settings to protect electronic equipment, appliances, and sensitive devices. Grounding Considerations: Effective grounding is crucial for the proper functioning of surge protection relays. Proper grounding helps ensure that excess energy is safely redirected to the ground. Maintenance and Testing: Periodic maintenance and testing of surge protection relays are important to ensure their continued effectiveness. This may involve visual inspections, functional tests, and, if necessary, replacement of components. Surge protection relays play a crucial role in safeguarding electrical and electronic systems from the damaging effects of voltage surges. When implementing surge protection measures, it's essential to consider the specific requirements of the application and adhere to industry standards and guidelines.
₹16,519 - ₹34,219
L&T [ Lauritz Knudsen ] Surge Protection Devices (SPD) are essential components designed to safeguard electrical systems and equipment from transient overvoltages, typically caused by lightning strikes or electrical faults. These devices are meticulously engineered to provide robust protection by diverting excess voltage away from sensitive components, thereby preventing potential damage and ensuring operational continuity. L&T's SPDs are built to meet stringent industry standards, ensuring reliability and performance in various environments. The SPDs feature a compact and modular design, making them easy to install and integrate into existing electrical systems. They offer a high discharge capacity, ensuring that even significant surges are effectively managed. Additionally, L&T SPDs come equipped with visual indicators and remote signaling capabilities, allowing for real-time monitoring and maintenance, which is crucial for maintaining system integrity and reducing downtime. L&T's commitment to quality is evident in the rigorous testing and certification processes that each SPD undergoes. These devices are designed to provide long-lasting protection, with components selected for durability and resilience under extreme conditions. The range of SPDs available caters to diverse application needs, from residential and commercial buildings to industrial facilities and critical infrastructure. By incorporating L&T Surge Protection Devices, users can significantly enhance the safety and longevity of their electrical systems. The devices not only protect valuable equipment but also ensure the safety of personnel and reduce the risk of costly downtime and repairs.
green checkType of Product : Surge Protection Devices (SPD)
green checkApplication : Electrical
₹48,379 - ₹50,739
The Siemens 240/415V 3 Pole Surge Arrester, part of the 5SD746 series, is an advanced protective device designed to safeguard electrical systems against voltage surges and transients. Built to meet the highest industry standards, this Type 2 surge arrester offers reliable protection for sensitive equipment, machinery, and electronic devices connected to the power grid. Featuring a robust construction and innovative technology, the surge arrester efficiently dissipates excess voltage to ground, preventing damage to valuable assets and ensuring uninterrupted operation. Its three-pole configuration enables comprehensive protection across multiple phases, enhancing the resilience of the entire electrical network. With a voltage rating of 240/415V, this surge arrester is suitable for a wide range of applications, including industrial, commercial, and residential environments. Whether installed in distribution panels, control cabinets, or other critical points within the electrical infrastructure, the 5SD746 series offers peace of mind by mitigating the risks posed by lightning strikes, switching operations, and other transient events. Engineered for durability and performance, Siemens surge arresters undergo rigorous testing and quality assurance processes to deliver superior reliability and long-term operation. As an essential component of modern electrical systems, the Siemens 240/415V 3 Pole Surge Arrester sets the standard for surge protection, safeguarding assets and ensuring operational continuity in today's dynamic environments.
green checkType of Product : Surge Arrester Type 2
green checkVoltage : 240/415V
green checkSuitable For : For TN-C system
green checkBackup Fuse Rating : 80A gLigG
green checkPole Type : 3 Pole
green checkProtection Level : <1.5kV
₹23,599 - ₹25,959
The Siemens 2 Pole Surge Arrester Type 3, 5SD743 Series is a cutting-edge solution designed to protect electrical installations and devices from transient overvoltage events, commonly known as surges. These surges can occur due to lightning strikes, switching operations, or other external factors, posing a significant risk to sensitive equipment. With its two-pole configuration, this surge arrester provides enhanced protection for both phase and neutral conductors, ensuring comprehensive safeguarding against voltage spikes. The Type 3 designation indicates its capability to handle surges originating from within the installation, making it suitable for various applications, including residential, commercial, and industrial settings. The 5SD743 Series incorporates advanced technologies and high-quality materials to deliver reliable performance and long-term durability. Its compact design allows for easy installation in various electrical distribution systems, minimizing space requirements while maximizing protection. Key features of the Siemens 2 Pole Surge Arrester include robust construction, reliable operation, and compliance with international standards for surge protection. It offers peace of mind to users by mitigating the risks associated with voltage transients, ensuring the uninterrupted operation of critical equipment and preventing costly downtime and damage.
green checkType of Product : Surge Arrester Type 3
green checkRated Current (A) : 26A
green checkPole Type : 2 Pole
₹730  
The NISAN PVC Earth Pit Cover, model 390211, is a versatile and reliable solution crafted to protect earth pits in a variety of industrial and commercial applications. Constructed from high-quality polyvinyl chloride (PVC), this cover offers a durable and corrosion-resistant shield, ensuring the longevity and optimal performance of grounding systems while preventing unauthorized access. Exemplifying NISAN's commitment to quality, the model 390211 features a design that combines strength with the lightweight and chemical-resistant properties of PVC. This material not only provides robust protection against corrosion, rust, and harsh environmental conditions but also ensures ease of handling during installation and maintenance due to its lightweight nature. As a critical component in grounding system protection, the earth pit cover effectively prevents the intrusion of debris, moisture, and foreign objects into the earth pit, preserving the integrity of the grounding infrastructure. The cover is precision-engineered to securely fit, creating a sealed enclosure that minimizes the risk of contaminants compromising the functionality of the earth pit. Beyond its protective capabilities, the PVC earth pit cover enhances safety by restricting access to the grounding system, reducing the likelihood of accidental contact, and contributing to overall site security. Its durable construction ensures a prolonged service life, minimizing the need for frequent replacements and maintenance and promoting cost-effectiveness in the long run. In summary, the NISAN PVC Earth Pit Cover, model 390211, stands as a dependable and adaptable choice for safeguarding earth pits. With its PVC construction and thoughtful design, this cover plays a vital role in preserving the effectiveness and safety of grounding systems across diverse industrial and commercial settings.
₹872  
The NISAN FRP Earth Pit Cover, model 390211, represents a durable and reliable solution for safeguarding earth pits in various industrial and commercial settings. Fabricated from high-quality Fiberglass Reinforced Plastic (FRP), this cover offers a robust protective barrier for ground electrodes, ensuring their longevity and functionality while preventing unauthorized access or damage. Measuring up to the high standards set by NISAN, the model 390211 boasts a design that combines strength with lightweight characteristics inherent to FRP. This material not only renders the cover resistant to corrosion, rust, and weathering but also provides a high strength-to-weight ratio, making it easy to handle during installation and maintenance. The earth pit cover serves a crucial role in protecting the grounding system components from environmental elements and physical damage. It prevents debris, moisture, and foreign objects from compromising the integrity of the earth pit, ensuring the reliable performance of the grounding system over time. The model 390211 is designed to fit securely, creating a sealed enclosure that minimizes the risk of contaminants infiltrating the earth pit. Moreover, the cover enhances safety by restricting access to the grounding infrastructure, preventing accidental contact and promoting a secure working environment. Its durable construction ensures a long service life, reducing the need for frequent replacements and maintenance. In summary, the NISAN FRP Earth Pit Cover, model 390211, stands as a robust and dependable choice for protecting earth pits in diverse applications. Its FRP construction, coupled with thoughtful design considerations, makes it an essential component in maintaining the integrity and effectiveness of grounding systems while ensuring the safety and security of personnel and equipment in the surrounding area.
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