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Contactor Accessories

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AMPHENOL COMMUNICATIONS SOLUTIONS LED CONNECTOR, PLUG, 5POS, 480V/15A, PCB, FLB-P75-002.

By AMPHENOL COMMUNICATIONS SOLUTIONS

₹872  

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AMPHENOL COMMUNICATIONS SOLUTIONS LED CONNECTOR, PLUG, 5POS, 480V/15A, PCB, FLB-P75-001.

By AMPHENOL COMMUNICATIONS SOLUTIONS

₹1,025  

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AMPHENOL COMMUNICATIONS SOLUTIONS CONNECTOR, HD D SUB, PLUG, 44POS, L717HDBH44POL2RM5

By AMPHENOL COMMUNICATIONS SOLUTIONS

₹589  

http://www.farnell.com/datasheets/1812419.pdf

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AMPHENOL COMMUNICATIONS SOLUTIONS PLUG, D SUB, SOLDER CUP, VERTICAL, 25WAY, DB25P064TXLF

By AMPHENOL COMMUNICATIONS SOLUTIONS

₹188  

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CINCH CONNECTIVITY SOLUTIONS D SUB MALE SCREW LOCK, #4-40 UNC, D-20419-0.

By CINCH CONNECTIVITY SOLUTIONS

₹506  

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CINCH CONNECTIVITY SOLUTIONS SOCKET, D, FILTERED, PCB, 25WAY, FDB-25SBL2T2/1-LF

By CINCH CONNECTIVITY SOLUTIONS

₹6,843  

http://www.farnell.com/datasheets/58689.pdf

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RS PRO Auxiliary Switch Block for K07 and K08 Series Miniature Contactor, K03, 2842364

By RS PRO

₹848  

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ABB Auxiliary Contact Block

By ABB

₹919 - ₹1,037

You save ₹320!

23.58% OFF

ABB Contactor Accessories are essential components designed to enhance the functionality, safety, and versatility of ABB contactors in various industrial applications. These accessories include auxiliary contact blocks, mechanical interlocks, surge suppressors, and mounting adapters, each serving a specific purpose in optimizing contactor performance. Auxiliary contact blocks provide additional contact points, enabling the integration of control circuits or status indication. Mechanical interlocks prevent simultaneous operation of adjacent contactors, ensuring safety in reversing and star-delta motor starters. Surge suppressors protect the contactor coils from voltage spikes, prolonging their lifespan and maintaining stable operations. Mounting adapters facilitate easy installation and compatibility with different panel configurations. These accessories are engineered to meet the high standards of reliability and durability associated with ABB products, ensuring seamless integration and consistent performance in demanding environments. Whether in automation, motor control, or power distribution systems, ABB Contactor Accessories play a crucial role in enhancing system efficiency, safety, and adaptability, making them indispensable in modern industrial setups.

Type of Product : Auxiliary Contact Block

Country of Origin : India

Name of Manufacturer/Packer/Importer : ABB India Limited

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ABB 44 mm Auxiliary Contactor 1SBH141001R8022

By ABB

₹2,005   ₹2,631

You save ₹626!

23.8% OFF

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ABB 4 Pole Front Mounted Auxiliary Contact Block for AF Contactor

By ABB

₹1,415 - ₹1,415

You save ₹426!

23.13% OFF

The ABB 4 Pole Front Mounted Auxiliary Contact Block. Engineered for seamless integration, this auxiliary contact block offers additional control and monitoring capabilities to your contactor. Featuring a front-mounted design, it ensures easy installation and accessibility for convenient operation and maintenance. With a 4-pole configuration, this auxiliary contact block provides versatile control options, allowing you to enhance the functionality of your contactor according to your specific requirements. Whether utilized for signaling, interlocking, or remote monitoring purposes, this auxiliary contact block guarantees reliable performance and heightened safety in your electrical installations. Trust ABB's expertise to deliver high-quality auxiliary contacts tailored for your AF Contactor, ensuring efficient operation and peace of mind in your electrical systems.

Type : Add-on Blocks

Width : 43 mm

Mounting Type : Front Mounted

Type of Product : Auxiliary Contact Block

Height : 43 mm

No. of Pole : 4 Pole

Suitable For : AF Contactor

Length : 39.5 mm

Compatibility : AF09….AF80 / NF

Thermal Current : 16 A

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ABB 1 Pole Front Mounted Auxiliary Contact Block for AF Contactor

By ABB

₹400 - ₹400

You save ₹37!

8.38% OFF

The ABB 1 Pole Front Mounted Auxiliary Contact Block. Designed for seamless integration, this auxiliary contact block provides additional control and monitoring capabilities to your contactor. With a front-mounted design, it allows for easy installation and accessibility, ensuring convenient operation and maintenance. The 1-pole configuration offers versatile control options, allowing you to expand the functionality of your contactor according to your specific requirements. Whether used for signaling, interlocking, or remote monitoring purposes, this auxiliary contact block ensures reliable performance and enhanced safety in your electrical installations. Trust ABB's expertise to deliver high-quality auxiliary contacts that meet the demands of your AF Contactor, ensuring efficient operation and peace of mind in your electrical systems.

Width : 9.9 mm

Type of Product : Auxiliary Contact Block

Height : 43 mm

Length : 39.5 mm

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ABB 45 mm Mechanical Latching Unit, N, NL, A9-A75

By ABB

₹8,613 - ₹8,613

You save ₹3,340!

27.95% OFF

The ABB N, NL, A9-A75 Mechanical Latching Unit represents a cornerstone of reliability and functionality in electrical engineering, providing secure and dependable latching mechanisms for various industrial applications. Engineered with precision and durability in mind, these units ensure steadfast engagement, preventing accidental disconnection due to vibrations or other external factors. Available across a range of sizes from N to NL to A9-A75, these mechanical latching units cater to diverse voltage and current requirements, offering versatility in configuring electrical systems. Whether used in control panels, machinery, or power distribution units, these units ensure seamless connectivity and operational efficiency. Durability is a hallmark of the ABB Mechanical Latching Units, featuring robust construction and high-quality materials that withstand harsh industrial environments. From temperature variations to moisture and exposure to dust or contaminants, these units maintain longevity and performance under challenging circumstances, providing peace of mind to operators and engineers. Installation and maintenance of the ABB Mechanical Latching Units are streamlined, thanks to their user-friendly design and intuitive interface. With clear markings and standardized connections, integrating these units into existing systems or assembling new installations is a hassle-free process, minimizing downtime and optimizing workflow. Safety is paramount in electrical systems, and the ABB Mechanical Latching Units are engineered to meet stringent safety standards. Their reliable latching mechanisms ensure secure connections, reducing the risk of electrical hazards and ensuring the safety of personnel and equipment.

Type : WB75-A

Width : 45 mm

Contactor Type : N, NL, A9-A75

Type of Product : Mechanical Latching Unit

Height : 81 mm

Length : 39 mm

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ABB 72 mm Mechanical Interlock Unit VM205/265

By ABB

₹5,191   ₹6,750

You save ₹1,559!

23.09% OFF

Horizontal Mechanical Interlock

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ABB EK550-.EK1000 Surge Suppressor

By ABB

₹5,309 - ₹5,309

You save ₹1,582!

22.96% OFF

The ABB EK550-.EK1000 Surge Suppressor stands at the forefront of electrical protection technology, providing robust defense against power surges and transient voltage spikes. Engineered with precision and reliability in mind, this surge suppressor offers critical safeguarding for sensitive equipment and components across various industrial and commercial applications. With a range spanning from EK550 to EK1000, this surge suppressor accommodates different voltage requirements, ensuring compatibility with a wide array of electrical systems. Whether protecting small-scale electronics or large industrial machinery, the EK series offers scalable protection tailored to specific voltage levels, ensuring optimal performance and safety. The surge suppressor's advanced technology swiftly detects and diverts transient overvoltages away from critical equipment, safeguarding against potential damage. By absorbing excess energy and limiting voltage levels to safe thresholds, it shields sensitive electronics such as motors, PLCs, controllers, and communication devices, ensuring uninterrupted operation and extended lifespan. The EK surge suppressor is built to withstand the rigors of demanding environments, featuring rugged construction and high-quality materials. This ensures long-term reliability and performance, even in harsh conditions like temperature variations, humidity, and mechanical stress, providing peace of mind to operators and engineers.

Width : 43 mm

Contactor Type : EK550-.EK1000

Type of Product : Surge Suppressor

Height : 300 mm

Length : 14 mm

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ABB 20.3 mm Auxiliary Contact CA6-11M

By ABB

₹1,014   ₹1,392

You save ₹378!

27.18% OFF

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ABB 45 mm BEA Connecting Link

By ABB

₹695 - ₹860

You save ₹261!

23.28% OFF

The ABB 45 mm BEA Connecting Link is a fundamental component engineered to facilitate seamless connections and efficient transmission of power in electrical systems. With its robust construction and precision engineering, this connecting link serves as a critical link between various components, ensuring reliable operation and optimal performance in diverse industrial and commercial applications. Measuring 45 mm in length, the BEA connecting link offers ample size for secure and stable connections between electrical components. Its versatility allows it to be used in a wide range of applications, including motor control, power distribution, and machinery operation, where reliable electrical connections are essential for smooth operation. The BEA connecting link is designed with durability and longevity in mind. Constructed from high-quality materials, it withstands the rigors of demanding environments, including temperature variations, mechanical stress, and exposure to moisture or contaminants. This robust design ensures consistent performance and minimizes the need for maintenance, reducing downtime and enhancing operational efficiency. Installation of the BEA connecting link is straightforward, thanks to its user-friendly design and standardized connections. Clear markings and comprehensive installation instructions simplify the integration process, allowing for quick and hassle-free deployment in both new installations and retrofit projects. Safety is a top priority in electrical systems, and the BEA connecting link is engineered to meet stringent safety standards. With its reliable performance and secure connections, it ensures the safe transmission of power, reducing the risk of electrical hazards and protecting personnel and equipment from potential harm.

Width : 45 mm

Type of Product : Connecting Link

Height : 41.8 mm

Additional Details : Connecting links with manual motor starters

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ABB 12 mm Auxiliary Contact Block CAL4-11

By ABB

₹884   ₹1,204

You save ₹320!

26.55% OFF

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ABB 2 1NO+1NC Auxiliary Contact Block for EK Contactors

By ABB

₹1,167 - ₹1,167

You save ₹426!

26.74% OFF

The ABB 2 1NO+1NC Auxiliary Contact Block. Designed for seamless integration, this auxiliary contact block offers expanded control and monitoring capabilities for your contactor. With two normally open (NO) and one normally closed (NC) contacts, it provides flexible control options to suit various applications. The auxiliary contact block ensures reliable performance and precise operation, enabling you to enhance the functionality of your contactor according to your specific requirements. Whether used for signaling, interlocking, or control purposes, this auxiliary contact block guarantees responsive and efficient operation. Trust ABB's expertise to deliver high-quality auxiliary contacts tailored for your EK Contactors, ensuring enhanced functionality and reliability in your electrical systems.

Terminal Type : Screw Terminals

Width : 12.5 mm

Auxiliary Contacts : 1NO+1NC

Type of Product : Auxiliary Contact Block

Height : 68 mm

No. of Pole : 2 Pole

Suitable For : EK Contactors

Length : 70 mm

Compatibility : EK110 to EK1000

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ABB Side Mounted Two Pole Add-On Blocks Auxiliary Contact Block

By ABB

₹1,143 - ₹1,143

You save ₹426!

27.17% OFF

The ABB Side Mounted Two Pole Add-On Blocks Auxiliary Contact Block is a crucial component in enhancing the functionality and safety of electrical systems. Engineered with precision and reliability in mind, this auxiliary contact block provides an efficient solution for expanding the capabilities of ABB contactors, enabling precise control and monitoring of electrical circuits in various industrial and commercial applications. Featuring a side-mounted design, the auxiliary contact block ensures easy installation and accessibility, allowing for convenient wiring and maintenance procedures. Its compact size and standardized connections simplify integration into control panels, switchgear, and distribution boards, reducing installation time and minimizing the risk of errors. With a two-pole configuration, the auxiliary contact block offers versatile connectivity options for control circuits. Whether used for signaling, interlocking, or auxiliary switching purposes, it provides reliable operation and precise control over electrical functions, enhancing the flexibility of electrical systems. Durability is a key feature of the auxiliary contact block, with its rugged construction and high-quality materials ensuring long-term reliability in demanding industrial environments. Withstand extreme conditions such as temperature variations, humidity, and mechanical stress, this block maintains consistent performance, providing peace of mind to operators and engineers. Safety is paramount in electrical systems, and the auxiliary contact block is engineered to meet the highest safety standards. With reliable switching mechanisms and compliance with industry regulations, it ensures the safe operation of electrical circuits, reducing the risk of hazards and protecting personnel and equipment.

Width : 64.5 mm

Auxiliary Contacts : 1NO+1NC

Type of Product : Auxiliary Contact Block

Height : 74 mm

Length : 17.1 mm

Additional Details : Side mounted 2 pole add-on blocks

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RS PRO Surge Suppressor Unit Telephone Line Protector Model No 3256537

By RS PRO

₹46,019  

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RS PRO Surge Suppressor Unit 253 V Maximum Voltage Rating 6.5kA EMC Filter Model No 2067926

By RS PRO

₹22,419  

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RS PRO Surge Suppressor Unit 253 V Maximum Voltage Rating 6.5kA EMC Filter Model No 2067910

By RS PRO

₹40,119  

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RS PRO Surge Suppressor Unit 230 V AC Maximum Voltage Rating 13.5 kA Model No 2067522

By RS PRO

₹5,781  

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RS PRO Metal Oxide Varistor 2.28nF, Clamping 680V, Varistor 400V Model No 240129

By RS PRO

₹4,483  

RS PRO Metal Oxide Varistor 2.28nF, Clamping 680V, Varistor 400V Model No 240129 is an electronic component widely used to protect electrical and electronic circuits from transient overvoltage events. It acts as a voltage-dependent resistor, providing a low-resistance path for excessive voltages while offering high resistance under normal operating conditions.
The MOV is constructed using a metal oxide semiconductor material, typically zinc oxide, sandwiched between two metal plates. This arrangement forms a nonlinear resistor, meaning its resistance changes with the applied voltage. Under normal operating voltages, the MOV remains in a high-resistance state, having little impact on the circuit's performance. However, when the voltage exceeds a certain threshold (known as the "clamping voltage"), the MOV activates and begins to conduct, diverting excess current away from sensitive components.
The primary function of the MOV is to protect electronic devices and equipment from transient voltage surges, such as lightning strikes, power surges, and switching events in power grids. These sudden voltage spikes can cause irreversible damage to electronic components like integrated circuits, microprocessors, and other sensitive devices.
When a transient overvoltage occurs, the MOV clamps the voltage to a safe level by absorbing the excess energy. This prevents the voltage from reaching and damaging downstream components. Once the transient event is over, the MOV returns to its high-resistance state, ready to protect against the next surge.
It is crucial to select the appropriate MOV for a specific application based on the system's operating voltage and the expected transient surge levels. MOVs come in various voltage ratings, clamping voltages, and energy absorption capabilities to cater to different scenarios.
Despite their effectiveness in protecting circuits, MOVs have limitations. Frequent exposure to high-voltage surges or a single large surge can degrade the MOV's performance, reducing its ability to protect against future transient events. To ensure continued protection, MOVs are often paired with additional protective devices, such as fuses, circuit breakers, and gas discharge tubes, forming a comprehensive surge protection system.
In summary, Metal Oxide Varistors (MOVs) are essential components in surge protection systems, safeguarding electrical and electronic circuits from transient overvoltage events. Their ability to absorb and dissipate excess energy helps prevent damage to sensitive components and ensures the reliability and longevity of electronic equipment.

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RS PRO Metal Oxide Varistor 2.05nF, Clamping 1140V, Varistor 670V Model No 240141

By RS PRO

₹2,241  

RS PRO Metal Oxide Varistor 2.05nF, Clamping 1140V, Varistor 670V Model No 240141 is an electronic component widely used to protect electrical and electronic circuits from transient overvoltage events. It acts as a voltage-dependent resistor, providing a low-resistance path for excessive voltages while offering high resistance under normal operating conditions.
The MOV is constructed using a metal oxide semiconductor material, typically zinc oxide, sandwiched between two metal plates. This arrangement forms a nonlinear resistor, meaning its resistance changes with the applied voltage. Under normal operating voltages, the MOV remains in a high-resistance state, having little impact on the circuit's performance. However, when the voltage exceeds a certain threshold (known as the "clamping voltage"), the MOV activates and begins to conduct, diverting excess current away from sensitive components.
The primary function of the MOV is to protect electronic devices and equipment from transient voltage surges, such as lightning strikes, power surges, and switching events in power grids. These sudden voltage spikes can cause irreversible damage to electronic components like integrated circuits, microprocessors, and other sensitive devices.
When a transient overvoltage occurs, the MOV clamps the voltage to a safe level by absorbing the excess energy. This prevents the voltage from reaching and damaging downstream components. Once the transient event is over, the MOV returns to its high-resistance state, ready to protect against the next surge.
It is crucial to select the appropriate MOV for a specific application based on the system's operating voltage and the expected transient surge levels. MOVs come in various voltage ratings, clamping voltages, and energy absorption capabilities to cater to different scenarios.
Despite their effectiveness in protecting circuits, MOVs have limitations. Frequent exposure to high-voltage surges or a single large surge can degrade the MOV's performance, reducing its ability to protect against future transient events. To ensure continued protection, MOVs are often paired with additional protective devices, such as fuses, circuit breakers, and gas discharge tubes, forming a comprehensive surge protection system.
In summary, Metal Oxide Varistors (MOVs) are essential components in surge protection systems, safeguarding electrical and electronic circuits from transient overvoltage events. Their ability to absorb and dissipate excess energy helps prevent damage to sensitive components and ensures the reliability and longevity of electronic equipment.

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RS PRO Metal Oxide Varistor 1.9nF, Clamping 680V, Varistor 400V Model No 240179

By RS PRO

₹4,129  

RS PRO Metal Oxide Varistor 1.9nF, Clamping 680V, Varistor 400V Model No 240179 is an electronic component widely used to protect electrical and electronic circuits from transient overvoltage events. It acts as a voltage-dependent resistor, providing a low-resistance path for excessive voltages while offering high resistance under normal operating conditions.
The MOV is constructed using a metal oxide semiconductor material, typically zinc oxide, sandwiched between two metal plates. This arrangement forms a nonlinear resistor, meaning its resistance changes with the applied voltage. Under normal operating voltages, the MOV remains in a high-resistance state, having little impact on the circuit's performance. However, when the voltage exceeds a certain threshold (known as the "clamping voltage"), the MOV activates and begins to conduct, diverting excess current away from sensitive components.
The primary function of the MOV is to protect electronic devices and equipment from transient voltage surges, such as lightning strikes, power surges, and switching events in power grids. These sudden voltage spikes can cause irreversible damage to electronic components like integrated circuits, microprocessors, and other sensitive devices.
When a transient overvoltage occurs, the MOV clamps the voltage to a safe level by absorbing the excess energy. This prevents the voltage from reaching and damaging downstream components. Once the transient event is over, the MOV returns to its high-resistance state, ready to protect against the next surge.
It is crucial to select the appropriate MOV for a specific application based on the system's operating voltage and the expected transient surge levels. MOVs come in various voltage ratings, clamping voltages, and energy absorption capabilities to cater to different scenarios.
Despite their effectiveness in protecting circuits, MOVs have limitations. Frequent exposure to high-voltage surges or a single large surge can degrade the MOV's performance, reducing its ability to protect against future transient events. To ensure continued protection, MOVs are often paired with additional protective devices, such as fuses, circuit breakers, and gas discharge tubes, forming a comprehensive surge protection system.
In summary, Metal Oxide Varistors (MOVs) are essential components in surge protection systems, safeguarding electrical and electronic circuits from transient overvoltage events. Their ability to absorb and dissipate excess energy helps prevent damage to sensitive components and ensures the reliability and longevity of electronic equipment.

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RS PRO Metal Oxide Varistor 1.94nF, Clamping 1200V, Varistor 710V Model No 240157

By RS PRO

₹4,247  

RS PRO Metal Oxide Varistor 1.94nF, Clamping 1200V, Varistor 710V Model No 240157 is an electronic component widely used to protect electrical and electronic circuits from transient overvoltage events. It acts as a voltage-dependent resistor, providing a low-resistance path for excessive voltages while offering high resistance under normal operating conditions.
The MOV is constructed using a metal oxide semiconductor material, typically zinc oxide, sandwiched between two metal plates. This arrangement forms a nonlinear resistor, meaning its resistance changes with the applied voltage. Under normal operating voltages, the MOV remains in a high-resistance state, having little impact on the circuit's performance. However, when the voltage exceeds a certain threshold (known as the "clamping voltage"), the MOV activates and begins to conduct, diverting excess current away from sensitive components.
The primary function of the MOV is to protect electronic devices and equipment from transient voltage surges, such as lightning strikes, power surges, and switching events in power grids. These sudden voltage spikes can cause irreversible damage to electronic components like integrated circuits, microprocessors, and other sensitive devices.
When a transient overvoltage occurs, the MOV clamps the voltage to a safe level by absorbing the excess energy. This prevents the voltage from reaching and damaging downstream components. Once the transient event is over, the MOV returns to its high-resistance state, ready to protect against the next surge.
It is crucial to select the appropriate MOV for a specific application based on the system's operating voltage and the expected transient surge levels. MOVs come in various voltage ratings, clamping voltages, and energy absorption capabilities to cater to different scenarios.
Despite their effectiveness in protecting circuits, MOVs have limitations. Frequent exposure to high-voltage surges or a single large surge can degrade the MOV's performance, reducing its ability to protect against future transient events. To ensure continued protection, MOVs are often paired with additional protective devices, such as fuses, circuit breakers, and gas discharge tubes, forming a comprehensive surge protection system.
In summary, Metal Oxide Varistors (MOVs) are essential components in surge protection systems, safeguarding electrical and electronic circuits from transient overvoltage events. Their ability to absorb and dissipate excess energy helps prevent damage to sensitive components and ensures the reliability and longevity of electronic equipment.

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RS PRO Metal Oxide Varistor 1.71nF, Clamping 1050V, Varistor 610V Model No 240185

By RS PRO

₹2,831  

RS PRO Metal Oxide Varistor 1.71nF, Clamping 1050V, Varistor 610V Model No 240185 is an electronic component widely used to protect electrical and electronic circuits from transient overvoltage events. It acts as a voltage-dependent resistor, providing a low-resistance path for excessive voltages while offering high resistance under normal operating conditions.
The MOV is constructed using a metal oxide semiconductor material, typically zinc oxide, sandwiched between two metal plates. This arrangement forms a nonlinear resistor, meaning its resistance changes with the applied voltage. Under normal operating voltages, the MOV remains in a high-resistance state, having little impact on the circuit's performance. However, when the voltage exceeds a certain threshold (known as the "clamping voltage"), the MOV activates and begins to conduct, diverting excess current away from sensitive components.
The primary function of the MOV is to protect electronic devices and equipment from transient voltage surges, such as lightning strikes, power surges, and switching events in power grids. These sudden voltage spikes can cause irreversible damage to electronic components like integrated circuits, microprocessors, and other sensitive devices.
When a transient overvoltage occurs, the MOV clamps the voltage to a safe level by absorbing the excess energy. This prevents the voltage from reaching and damaging downstream components. Once the transient event is over, the MOV returns to its high-resistance state, ready to protect against the next surge.
It is crucial to select the appropriate MOV for a specific application based on the system's operating voltage and the expected transient surge levels. MOVs come in various voltage ratings, clamping voltages, and energy absorption capabilities to cater to different scenarios.
Despite their effectiveness in protecting circuits, MOVs have limitations. Frequent exposure to high-voltage surges or a single large surge can degrade the MOV's performance, reducing its ability to protect against future transient events. To ensure continued protection, MOVs are often paired with additional protective devices, such as fuses, circuit breakers, and gas discharge tubes, forming a comprehensive surge protection system.
In summary, Metal Oxide Varistors (MOVs) are essential components in surge protection systems, safeguarding electrical and electronic circuits from transient overvoltage events. Their ability to absorb and dissipate excess energy helps prevent damage to sensitive components and ensures the reliability and longevity of electronic equipment.

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RS PRO Metal Oxide Varistor 1.62nF, Clamping 1200V, Varistor 710V Model No 240208

By RS PRO

₹2,713  

RS PRO Metal Oxide Varistor 1.62nF, Clamping 1200V, Varistor 710V Model No 240208 is an electronic component widely used to protect electrical and electronic circuits from transient overvoltage events. It acts as a voltage-dependent resistor, providing a low-resistance path for excessive voltages while offering high resistance under normal operating conditions.
The MOV is constructed using a metal oxide semiconductor material, typically zinc oxide, sandwiched between two metal plates. This arrangement forms a nonlinear resistor, meaning its resistance changes with the applied voltage. Under normal operating voltages, the MOV remains in a high-resistance state, having little impact on the circuit's performance. However, when the voltage exceeds a certain threshold (known as the "clamping voltage"), the MOV activates and begins to conduct, diverting excess current away from sensitive components.
The primary function of the MOV is to protect electronic devices and equipment from transient voltage surges, such as lightning strikes, power surges, and switching events in power grids. These sudden voltage spikes can cause irreversible damage to electronic components like integrated circuits, microprocessors, and other sensitive devices.
When a transient overvoltage occurs, the MOV clamps the voltage to a safe level by absorbing the excess energy. This prevents the voltage from reaching and damaging downstream components. Once the transient event is over, the MOV returns to its high-resistance state, ready to protect against the next surge.
It is crucial to select the appropriate MOV for a specific application based on the system's operating voltage and the expected transient surge levels. MOVs come in various voltage ratings, clamping voltages, and energy absorption capabilities to cater to different scenarios.
Despite their effectiveness in protecting circuits, MOVs have limitations. Frequent exposure to high-voltage surges or a single large surge can degrade the MOV's performance, reducing its ability to protect against future transient events. To ensure continued protection, MOVs are often paired with additional protective devices, such as fuses, circuit breakers, and gas discharge tubes, forming a comprehensive surge protection system.
In summary, Metal Oxide Varistors (MOVs) are essential components in surge protection systems, safeguarding electrical and electronic circuits from transient overvoltage events. Their ability to absorb and dissipate excess energy helps prevent damage to sensitive components and ensures the reliability and longevity of electronic equipment.

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RS PRO Metal Oxide Varistor Model No 240242

By RS PRO

₹6,135  

RS PRO Metal Oxide Varistor Model No 240242 is an electronic component widely used to protect electrical and electronic circuits from transient overvoltage events. It acts as a voltage-dependent resistor, providing a low-resistance path for excessive voltages while offering high resistance under normal operating conditions.
The MOV is constructed using a metal oxide semiconductor material, typically zinc oxide, sandwiched between two metal plates. This arrangement forms a nonlinear resistor, meaning its resistance changes with the applied voltage. Under normal operating voltages, the MOV remains in a high-resistance state, having little impact on the circuit's performance. However, when the voltage exceeds a certain threshold (known as the "clamping voltage"), the MOV activates and begins to conduct, diverting excess current away from sensitive components.
The primary function of the MOV is to protect electronic devices and equipment from transient voltage surges, such as lightning strikes, power surges, and switching events in power grids. These sudden voltage spikes can cause irreversible damage to electronic components like integrated circuits, microprocessors, and other sensitive devices.
When a transient overvoltage occurs, the MOV clamps the voltage to a safe level by absorbing the excess energy. This prevents the voltage from reaching and damaging downstream components. Once the transient event is over, the MOV returns to its high-resistance state, ready to protect against the next surge.
It is crucial to select the appropriate MOV for a specific application based on the system's operating voltage and the expected transient surge levels. MOVs come in various voltage ratings, clamping voltages, and energy absorption capabilities to cater to different scenarios.
Despite their effectiveness in protecting circuits, MOVs have limitations. Frequent exposure to high-voltage surges or a single large surge can degrade the MOV's performance, reducing its ability to protect against future transient events. To ensure continued protection, MOVs are often paired with additional protective devices, such as fuses, circuit breakers, and gas discharge tubes, forming a comprehensive surge protection system.
In summary, Metal Oxide Varistors (MOVs) are essential components in surge protection systems, safeguarding electrical and electronic circuits from transient overvoltage events. Their ability to absorb and dissipate excess energy helps prevent damage to sensitive components and ensures the reliability and longevity of electronic equipment.

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RS PRO Metal Oxide Varistor Model No 240236

By RS PRO

₹6,135  

RS PRO Metal Oxide Varistor Model No 240236 is an electronic component widely used to protect electrical and electronic circuits from transient overvoltage events. It acts as a voltage-dependent resistor, providing a low-resistance path for excessive voltages while offering high resistance under normal operating conditions.
The MOV is constructed using a metal oxide semiconductor material, typically zinc oxide, sandwiched between two metal plates. This arrangement forms a nonlinear resistor, meaning its resistance changes with the applied voltage. Under normal operating voltages, the MOV remains in a high-resistance state, having little impact on the circuit's performance. However, when the voltage exceeds a certain threshold (known as the "clamping voltage"), the MOV activates and begins to conduct, diverting excess current away from sensitive components.
The primary function of the MOV is to protect electronic devices and equipment from transient voltage surges, such as lightning strikes, power surges, and switching events in power grids. These sudden voltage spikes can cause irreversible damage to electronic components like integrated circuits, microprocessors, and other sensitive devices.
When a transient overvoltage occurs, the MOV clamps the voltage to a safe level by absorbing the excess energy. This prevents the voltage from reaching and damaging downstream components. Once the transient event is over, the MOV returns to its high-resistance state, ready to protect against the next surge.
It is crucial to select the appropriate MOV for a specific application based on the system's operating voltage and the expected transient surge levels. MOVs come in various voltage ratings, clamping voltages, and energy absorption capabilities to cater to different scenarios.
Despite their effectiveness in protecting circuits, MOVs have limitations. Frequent exposure to high-voltage surges or a single large surge can degrade the MOV's performance, reducing its ability to protect against future transient events. To ensure continued protection, MOVs are often paired with additional protective devices, such as fuses, circuit breakers, and gas discharge tubes, forming a comprehensive surge protection system.
In summary, Metal Oxide Varistors (MOVs) are essential components in surge protection systems, safeguarding electrical and electronic circuits from transient overvoltage events. Their ability to absorb and dissipate excess energy helps prevent damage to sensitive components and ensures the reliability and longevity of electronic equipment.

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RS PRO Metal Oxide Varistor 3.085nF, Clamping 620V, Varistor 360V Model No 240113

By RS PRO

₹2,123  

RS PRO Metal Oxide Varistor 3.085nF, Clamping 620V, Varistor 360V Model No 240113 is an electronic component widely used to protect electrical and electronic circuits from transient overvoltage events. It acts as a voltage-dependent resistor, providing a low-resistance path for excessive voltages while offering high resistance under normal operating conditions.
The MOV is constructed using a metal oxide semiconductor material, typically zinc oxide, sandwiched between two metal plates. This arrangement forms a nonlinear resistor, meaning its resistance changes with the applied voltage. Under normal operating voltages, the MOV remains in a high-resistance state, having little impact on the circuit's performance. However, when the voltage exceeds a certain threshold (known as the "clamping voltage"), the MOV activates and begins to conduct, diverting excess current away from sensitive components.
The primary function of the MOV is to protect electronic devices and equipment from transient voltage surges, such as lightning strikes, power surges, and switching events in power grids. These sudden voltage spikes can cause irreversible damage to electronic components like integrated circuits, microprocessors, and other sensitive devices.
When a transient overvoltage occurs, the MOV clamps the voltage to a safe level by absorbing the excess energy. This prevents the voltage from reaching and damaging downstream components. Once the transient event is over, the MOV returns to its high-resistance state, ready to protect against the next surge.
It is crucial to select the appropriate MOV for a specific application based on the system's operating voltage and the expected transient surge levels. MOVs come in various voltage ratings, clamping voltages, and energy absorption capabilities to cater to different scenarios.
Despite their effectiveness in protecting circuits, MOVs have limitations. Frequent exposure to high-voltage surges or a single large surge can degrade the MOV's performance, reducing its ability to protect against future transient events. To ensure continued protection, MOVs are often paired with additional protective devices, such as fuses, circuit breakers, and gas discharge tubes, forming a comprehensive surge protection system.
In summary, Metal Oxide Varistors (MOVs) are essential components in surge protection systems, safeguarding electrical and electronic circuits from transient overvoltage events. Their ability to absorb and dissipate excess energy helps prevent damage to sensitive components and ensures the reliability and longevity of electronic equipment.

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Schneider Electric TeSys Protective Cover for Giga Electronic Overload Relay, LA9G3704

By Schneider Electric

₹2,241  

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Schneider Electric TeSys Connecting Jumper Bar for Giga Contactor, LA9GSQ331

By Schneider Electric

₹61,359  

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Schneider Electric TeSys Connecting Jumper Bar for G265-500-Y, Giga Contactor LC1G265-500, LA9GSQ330

By Schneider Electric

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Schneider Electric TeSys Connecting Jumper Bar for Delta Star Giga Contactor, LA9GSS330

By Schneider Electric

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Schneider Electric LA9G3652 TeSys Mounting Base for LC1G630-800

By Schneider Electric

₹14,159  

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Schneider Electric LA9G3651 TeSys Mounting Base for LC1G265-500

By Schneider Electric

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Schneider Electric LA9G3650 TeSys Mounting Base for LC1G115-225

By Schneider Electric

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Schneider Electric Tesys Protective Cover for Lc1 D09...65, LAD9ET1

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