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Overload Relay

Showing 40 out of 2263 products

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Chint Overload Relay 9-13A NXR-25
oos-availableShips within 24 hrs
Chint Overload Relay NXR-25
By Chint
₹754 - ₹1,533
The Chint Overload Relay is a reliable device designed to protect motors and equipment from overloads, excessive currents, and phase failures. With adjustable current settings, it ensures compatibility with various applications and provides accurate overload detection to prevent system damage. Its compact, durable design allows for easy integration into control panels, while phase loss protection enhances operational safety. Ideal for industrial and commercial use, the Chint Overload Relay ensures efficient motor performance and reduces downtime, making it a trusted solution for safeguarding your electrical systems
green checkType of Product : Overload Relay
Schneider LRD08 Thermal Overload Relay
oos-availableShips within 24 hrs
Schneider Electric TeSys DecaThermal Overload Relay (0.1-32 Amp), LRD0_ Series
By Schneider Electric
₹1,769 - ₹4,955
You save ₹952!
25.98% OFF
Schneider Electric TeSys DecaThermal Overload Relay (0.1-32 Amp) thermal overload relay is a protective device used in electrical circuits to prevent damage caused by overheating. It works by monitoring the current flowing through the circuit and detecting any excessive current that could lead to overheating of the system. When the current exceeds a preset threshold for a specified period, the relay triggers a response to interrupt the circuit, thus preventing further flow of electricity. This type of relay contains a bimetallic strip or a heating element that expands when exposed to excessive heat, causing it to actuate a switch and break the circuit. By disconnecting the power supply in case of overload, thermal overload relays help prevent damage to equipment, electrical fires, and other hazards. Thermal overload relays are commonly used in applications such as motor protection, where they provide crucial protection against overcurrent conditions.
green checkType of Product : Thermal Overload Relay
Siemens 3UA5200-2B Thermal overload relays
sku-leadTime Ships within 3 days
Siemens Thermal Overload Relay Series 3UA5200__
By Siemens
₹2,831 - ₹3,303
You save ₹1,057!
24.24% OFF
The Siemens Thermal Overload Relay is a crucial component in electrical systems, designed to protect motors from overheating and potential damage due to excessive current. Operating on the principle of heat sensing, this relay offers reliable and effective protection for a wide range of motor sizes and applications. At its core, the thermal overload relay consists of a bimetallic strip or a heater element that responds to the temperature rise caused by current overload. As the current passing through the motor increases beyond the set threshold, the bimetallic strip deforms or the heater element heats up, triggering the relay to trip and disconnect power to the motor. Siemens Thermal Overload Relays are engineered with precision and durability, ensuring accurate and consistent operation even in demanding industrial environments. They are available in various sizes and configurations to accommodate different motor ratings and voltage levels. Installation and setup are straightforward, with adjustable current settings and overload trip characteristics to suit specific motor requirements. Additionally, these relays often feature manual or automatic reset options, allowing for customization based on application needs and safety protocols. Overall, the Siemens Thermal Overload Relay provides essential protection for motors, safeguarding against overheating and prolonging equipment lifespan. Its reliability, versatility, and ease of use make it an indispensable component in electrical systems across industries, contributing to improved safety and operational efficiency.
green checkType of Product : Thermal Overload Relay
green checkBimetal relay : 3UA52
L&T [ Lauritz Knudsen ] MN12 Thermal Overload Relay 270-450 A, SS94139OORO
sku-leadTime Ships within 5 days
L&T [ Lauritz Knudsen ] MN12 Thermal Overload Relay for MNX Contactor
By L&T
₹8,849 - ₹14,159
The L&T [ Lauritz Knudsen ] MN12 Thermal Overload Relay is designed to provide reliable and effective protection for electric motors and circuits. Specifically engineered for compatibility with the MNX Contactor series, this thermal overload relay ensures the safeguarding of motors against potential damage due to overloads or phase failures. Featuring a robust construction, the MN12 relay can handle the harshest industrial environments, ensuring consistent performance and longevity. The MN12 Thermal Overload Relay is equipped with adjustable current settings, allowing for precise protection tailored to specific motor requirements. This adjustability enhances its versatility, making it suitable for a wide range of applications. The relay operates on a simple yet efficient principle: it measures the current flowing to the motor and, if it exceeds the pre-set limits, the relay triggers a mechanism to disconnect the motor from the power supply, thereby preventing damage. Incorporating both thermal and magnetic elements, the MN12 ensures quick and accurate response to overload conditions. Additionally, its compact design allows for easy integration into existing motor control systems without requiring extensive modifications. The relay also features a manual reset button, providing users with control over the reset process, thus avoiding unnecessary downtime. Another noteworthy feature is its compatibility with auxiliary contacts, which can be used for signaling and remote indication purposes. This adds a layer of functionality, making it easier for operators to monitor and manage the relay's status.
green checkType of Product : Thermal Overload Relay
L&T [ Lauritz Knudsen ] MN2 Thermal Overload Relay 2-3.3 A, SS94141OOQO
sku-leadTime Ships within 5 days
L&T [ Lauritz Knudsen ] MN2 Thermal Overload Relay
By L&T
₹1,887 - ₹3,185
The L&T [ Lauritz Knudsen ] MN2 Thermal Overload Relay is an advanced protection device designed to safeguard electric motors and machinery from the detrimental effects of overloading. This relay, engineered with precision, operates on the principle of thermal detection, effectively sensing the excess heat generated due to overload conditions and ensuring timely intervention. It boasts a robust 6 kV insulation voltage and is suitable for systems operating at a frequency of 50 Hz. The MN2 model is equipped with dual normally open (NO) and a single normally closed (NC) contact configuration, providing versatile application options and ensuring reliable circuit interruption. This thermal overload relay is distinguished by its compact design and ease of integration within various industrial setups. Its superior thermal sensing technology ensures accurate and rapid response to overloads, minimizing the risk of damage to motors and associated equipment. The relay's adjustable current settings allow for tailored protection, ensuring compatibility with a wide range of motor specifications. Furthermore, the L&T MN2 is designed to seamlessly interface with MNX contactors, enhancing its utility in motor control and protection circuits. Durability and reliability are at the core of the L&T MN2 Thermal Overload Relay's design. Constructed with high-quality materials, it promises longevity and consistent performance even in demanding environments. Its installation is straightforward, with clear terminal markings and a user-friendly adjustment mechanism. Additionally, the relay includes test and reset buttons, facilitating easy maintenance and operational checks.
green checkRelay Type : Thermal Overload Relay
green checkType : MN2
L&T [ Lauritz Knudsen ] MN2 Thermal Overload Relay 6-10 A, SS94142OOVO
sku-leadTime Ships within 5 days
L&T [ Lauritz Knudsen ] Thermal Overload Relay Direct Mounting
By L&T
₹1,887 - ₹1,887
With its advanced sensing mechanism, it monitors the current flowing through the motor and triggers a disconnect if it detects overload conditions, preventing overheating and potential failures. This relay offers precise and reliable protection, ensuring operational safety and longevity of motors in industrial and commercial applications. Its robust construction and intelligent features make it suitable for various environments, providing peace of mind to engineers and operators alike. Trust L&T Overload Relay for efficient and effective motor protection solutions.
green checkMounting Type : Direct Mounting
green checkReset Type : Automatic/Manual
green checkOperating Type : Thermal
Siemens 3UA5000-1J Thermal overload relays
sku-leadTime Ships within 3 days
Siemens Thermal Overload Relay Series 3UA5000__
By Siemens
₹2,831 - ₹2,949
You save ₹1,057!
27.19% OFF
The Siemens Thermal Overload Relay is a crucial component in electrical systems, designed to protect motors from overheating and potential damage due to excessive current. Operating on the principle of heat sensing, this relay offers reliable and effective protection for a wide range of motor sizes and applications. At its core, the thermal overload relay consists of a bimetallic strip or a heater element that responds to the temperature rise caused by current overload. As the current passing through the motor increases beyond the set threshold, the bimetallic strip deforms or the heater element heats up, triggering the relay to trip and disconnect power to the motor. Siemens Thermal Overload Relays are engineered with precision and durability, ensuring accurate and consistent operation even in demanding industrial environments. They are available in various sizes and configurations to accommodate different motor ratings and voltage levels. Installation and setup are straightforward, with adjustable current settings and overload trip characteristics to suit specific motor requirements. Additionally, these relays often feature manual or automatic reset options, allowing for customization based on application needs and safety protocols. Overall, the Siemens Thermal Overload Relay provides essential protection for motors, safeguarding against overheating and prolonging equipment lifespan. Its reliability, versatility, and ease of use make it an indispensable component in electrical systems across industries, contributing to improved safety and operational efficiency.
green checkType of Product : Thermal Overload Relay
green checkBimetal relay : 3UA50
L&T [ Lauritz Knudsen ] MN5 Thermal Overload Relay for MNX Contactor 45-75 A, SS94137OOJO
sku-leadTime Ships within 5 days
L&T [ Lauritz Knudsen ] MN5 Thermal Overload Relay for MNX Contactor
By L&T
₹3,775 - ₹6,253
The L&T [ Lauritz Knudsen ] MN5 Thermal Overload Relay is an advanced protection device designed to safeguard electric motors and machinery from the detrimental effects of overloading. This relay, engineered with precision, operates on the principle of thermal detection, effectively sensing the excess heat generated due to overload conditions and ensuring timely intervention. It boasts a robust 6 kV insulation voltage and is suitable for systems operating at a frequency of 50 Hz. The MN5 model is equipped with dual normally open (NO) and a single normally closed (NC) contact configuration, providing versatile application options and ensuring reliable circuit interruption. This thermal overload relay is distinguished by its compact design and ease of integration within various industrial setups. Its superior thermal sensing technology ensures accurate and rapid response to overloads, minimizing the risk of damage to motors and associated equipment. The relay's adjustable current settings allow for tailored protection, ensuring compatibility with a wide range of motor specifications. Furthermore, the L&T MN5 is designed to seamlessly interface with MNX contactors, enhancing its utility in motor control and protection circuits. Durability and reliability are at the core of the L&T MN5 Thermal Overload Relay's design. Constructed with high-quality materials, it promises longevity and consistent performance even in demanding environments. Its installation is straightforward, with clear terminal markings and a user-friendly adjustment mechanism. Additionally, the relay includes test and reset buttons, facilitating easy maintenance and operational checks.
green checkRelay Type : Thermal Overload Relay
green checkType : MN5
green checkSuitable For : MNX Contactor
Siemens 3UA5500-2D Thermal overload relays
sku-leadTime Ships within 3 days
Siemens Thermal Overload Relay Series 3UA5500__
By Siemens
₹4,719 - ₹4,955
You save ₹2,101!
30.81% OFF
The Siemens Thermal Overload Relay is a crucial component in electrical systems, designed to protect motors from overheating and potential damage due to excessive current. Operating on the principle of heat sensing, this relay offers reliable and effective protection for a wide range of motor sizes and applications. At its core, the thermal overload relay consists of a bimetallic strip or a heater element that responds to the temperature rise caused by current overload. As the current passing through the motor increases beyond the set threshold, the bimetallic strip deforms or the heater element heats up, triggering the relay to trip and disconnect power to the motor. Siemens Thermal Overload Relays are engineered with precision and durability, ensuring accurate and consistent operation even in demanding industrial environments. They are available in various sizes and configurations to accommodate different motor ratings and voltage levels. Installation and setup are straightforward, with adjustable current settings and overload trip characteristics to suit specific motor requirements. Additionally, these relays often feature manual or automatic reset options, allowing for customization based on application needs and safety protocols. Overall, the Siemens Thermal Overload Relay provides essential protection for motors, safeguarding against overheating and prolonging equipment lifespan. Its reliability, versatility, and ease of use make it an indispensable component in electrical systems across industries, contributing to improved safety and operational efficiency.
green checkType of Product : Thermal Overload Relay
green checkBimetal relay : 3UA55
C&S Electric TR2-D09306 1-1.6 A Thermal Overload Relays Direct Mounting Trip class 10
sku-leadTime Ships within 5 days
C&S Electric Thermal Overload Relays Trip Class 10 Direct Mounting, TR-D (Relay Setting Range 0.10 to 93 Amp)
By C&S Electric
₹1,533 - ₹5,191
You save ₹93!
4.7% OFF
The C&S Electric Thermal Overload Relays Trip Class 10 Direct Mounting, TR-D, are designed to provide reliable protection for three-phase motors against overload and overcurrent conditions. With Class 10 tripping characteristics, these relays respond quickly to prevent motor damage caused by prolonged high current or phase imbalance. The direct mounting design ensures easy integration with compatible contactors, allowing compact and efficient installation in industrial and commercial control panels. Manufactured with high-quality components, the TR-D relays deliver long-lasting performance and consistent protection under frequent operational use. Adjustable trip settings allow precise calibration according to motor ratings, ensuring tailored protection for various applications. The robust construction supports secure and stable connections while maintaining smooth operation over time. Engineered for accuracy and durability, the TR-D thermal overload relays are essential components for safeguarding motors and ensuring reliable performance in modern electrical systems.
green checkType of Product : Thermal Overload Relays
green checkPhase : 3 Phase
green checkVoltage : 415 V
green checkStandard : IEC60947-1, IEC60947-4-1 & IEC60947-5-1
green checkTrip Class : Class 10
MULTISPAN Overload Relay 70x55x65 mm 1 Relay Output 10 A - 60 A AC (3CT) 230 V AC, OLR-1060
sku-leadTime Ships within 5 days
MULTISPAN Overload Relay 70x55x65 mm 1 Relay Output 10 A - 60 A AC (3CT) 230 V AC, OLR-1060
By Multispan
₹1,850  
The MULTISPAN Overload Relay 70x55x65 mm 1 Relay Output 10 A - 60 A AC (3CT) 230 V AC, OLR-1060 is a high-performance protective device designed to safeguard motors and electrical equipment from overload conditions. With a robust 70x55x65 mm compact design, this overload relay supports an adjustable current range of 10 A to 60 A AC, ensuring reliable protection across diverse industrial applications. Equipped with 1 relay output and 3CT input, it delivers precise monitoring and rapid response, preventing potential damage and enhancing equipment longevity. The MULTISPAN Overload Relay 70x55x65 mm 1 Relay Output 10 A - 60 A AC (3CT) 230 V AC, OLR-1060 is ideal for manufacturing units, automation systems, and industrial control panels. Built for durability and seamless integration, it effectively detects overloads and triggers protective measures, reducing downtime and operational risks. Its precision and reliability make it an essential component in modern electrical and industrial setups.
MULTISPAN Overload Relay 70x55x65 mm 1 Relay Output 1 A - 10 A AC (3CT) 230 V AC, OLR-110
sku-leadTime Ships within 5 days
MULTISPAN Overload Relay 70x55x65 mm 1 Relay Output 1 A - 10 A AC (3CT) 230 V AC, OLR-110
By Multispan
₹1,550  
The MULTISPAN Overload Relay 70x55x65 mm 1 Relay Output 1 A - 10 A AC (3CT) 230 V AC, OLR-110 is a robust and reliable protective device designed to safeguard electrical motors and equipment from overload conditions. Engineered with precision, this overload relay features a compact 70x55x65 mm design and offers adjustable current settings from 1 A to 10 A AC, ensuring optimal protection for various industrial applications. Its 1 relay output coupled with 3CT input provides accurate monitoring and swift response, enhancing the longevity and safety of connected machinery. The MULTISPAN Overload Relay 70x55x65 mm 1 Relay Output 1 A - 10 A AC (3CT) 230 V AC, OLR-110 is ideal for use in manufacturing, automation, and industrial control systems. Built for durability and consistent performance, it prevents costly downtime by effectively detecting overloads and initiating protective measures. Its precise control and easy integration make it an indispensable component for modern electrical and industrial setups.
L&T [ Lauritz Knudsen ] 415 V 50 Hz RTO-1 Thermal Overload Relay 4.6-6.7 A, CS96355OOTO
sku-leadTime Ships within 5 days
L&T [ Lauritz Knudsen ] 415 V 50 Hz RTO-1 Thermal Overload Relay
By L&T
₹2,713 - ₹4,365
The L&T [ Lauritz Knudsen ] 415 V 50 Hz RTO-1 Thermal Overload Relay is an essential component for safeguarding electric motors from damage caused by overloads, phase failures, and phase imbalances. Operating at a voltage of 415 V and a frequency of 50 Hz, this thermal overload relay is designed for robust performance in industrial settings. It features a reliable bimetallic strip mechanism that reacts to excessive current by generating heat, causing the strip to bend and subsequently trigger the relay. This action effectively disconnects the motor from the power supply, preventing potential overheating and mechanical failure. This relay is compatible with a wide range of contactors, making it a versatile choice for various applications. Its adjustable current setting allows for precise calibration to match the motor's full load current, ensuring optimal protection. The L&T RTO-1 Thermal Overload Relay also includes a manual reset function, providing users with control over the restarting process after a trip event. Additionally, it offers a trip-free mechanism, ensuring that the relay will operate even if the reset button is held down, thereby enhancing safety. Built to withstand harsh industrial environments, this relay is housed in a durable, compact casing that ensures long-lasting performance and easy installation. The clearly marked terminals and settings make it user-friendly and facilitate quick adjustments.
green checkType of Product : RTO - 1 Relay
green checkRelay Type : Thermal Overload Relay
green checkFrequency : 50 Hz
green checkRated Voltage : 415 V
green checkOperating Temperature : -5 to 55°C
green checkMounting : MO 9 - 45 (Direct)
L&T [ Lauritz Knudsen ] MN 2 Thermal Overload Relay 2NO + 1NC SS94141OOMO (0.9-1.5 Amp)
sku-leadTime Ships within 5 days
L&T [ Lauritz Knudsen ] MN 2 Thermal Overload Relay 2NO + 1NC SS94141OOMO (0.9-1.5 Amp)
By L&T
₹1,820  
Product As Per Specification : - Relay, Electrical, Type: MN2, Current, Operational: 0.9-1.5A, Mechanism, Operating: Thermal Over Load, Make: Larsen And Toubro, For Motor Starter, Ss94141oomo
L&T [ Lauritz Knudsen ] 415 V 50 Hz RTO-2 Thermal Overload Relay 30-43 A, CS96366OOFO
sku-leadTime Ships within 5 days
L&T [ Lauritz Knudsen ] 415 V 50 Hz RTO-2 Thermal Overload Relay
By L&T
₹4,601 - ₹7,433
The L&T [ Lauritz Knudsen ] 415 V 50 Hz RTO-2 Thermal Overload Relay is an essential component for safeguarding electric motors from damage caused by overloads, phase failures, and phase imbalances. Operating at a voltage of 415 V and a frequency of 50 Hz, this thermal overload relay is designed for robust performance in industrial settings. It features a reliable bimetallic strip mechanism that reacts to excessive current by generating heat, causing the strip to bend and subsequently trigger the relay. This action effectively disconnects the motor from the power supply, preventing potential overheating and mechanical failure. This relay is compatible with a wide range of contactors, making it a versatile choice for various applications. Its adjustable current setting allows for precise calibration to match the motor's full load current, ensuring optimal protection. The L&T RTO-2 Thermal Overload Relay also includes a manual reset function, providing users with control over the restarting process after a trip event. Additionally, it offers a trip-free mechanism, ensuring that the relay will operate even if the reset button is held down, thereby enhancing safety. Built to withstand harsh industrial environments, this relay is housed in a durable, compact casing that ensures long-lasting performance and easy installation. The clearly marked terminals and settings make it user-friendly and facilitate quick adjustments.
green checkType of Product : RTO - 2 Relay
green checkRelay Type : Thermal Overload Relay
green checkFrequency : 50 Hz
green checkRated Voltage : 415 V
green checkOperating Temperature : -5 to 55°C
Siemens 3RB2056-1FC2 Microprocessor based overload relay - 3RB
sku-leadTime Ships within 3 days
Siemens Microprocessor Based overload Relay Series 3RB__
By Siemens
₹20,059 - ₹35,399
You save ₹10,444!
31.78% OFF
The Siemens 3RB__ Series Microprocessor-Based Overload Relay is a sophisticated protective device designed for safeguarding electrical motors against overloads and phase failures. This series incorporates advanced microprocessor technology, enabling precise and reliable protection by continuously monitoring motor parameters such as current and temperature. The relay's digital nature allows for high accuracy and a wide range of settings, ensuring optimal motor performance and longevity. Featuring adjustable trip class settings, the 3RB__ Series can be tailored to suit various motor protection needs, from standard to heavy-duty applications. Its compact design allows for easy integration into motor control centers and switchgear, making it suitable for both industrial and commercial environments. The series supports communication capabilities, enabling integration with automation systems for remote monitoring and diagnostics, enhancing operational efficiency and reducing maintenance downtime. Additionally, the relay includes features such as automatic reset, manual test, and fault memory, providing users with comprehensive motor protection and ease of use. The Siemens 3RB__ Series is renowned for its durability and reliability, ensuring consistent performance in harsh industrial conditions. This relay is an essential component for any motor control system, providing robust protection and contributing to the overall safety and efficiency of electrical installations.
green checkType of Product : Microprocessor Based Overload Relay-3RB
Siemens 3RB3123-4QB0 Microprocessor based overload relay - 3RB
sku-leadTime Ships within 3 days
Siemens Microprocessor Based Overload Relay-3RB Series 3RB3123__
By Siemens
₹15,339 - ₹15,339
You save ₹6,066!
28.34% OFF
The Siemens Microprocessor-Based Overload Relay, specifically the 3RB series, represents a cutting-edge solution for protecting motors against overload conditions. Leveraging advanced microprocessor technology, this relay offers precise monitoring and control capabilities, ensuring optimal performance and safety for industrial applications. At the heart of the 3RB series is its sophisticated microprocessor, which enables real-time monitoring of motor currents and rapid response to overload situations. This allows for swift and accurate tripping of the relay to prevent motor damage, reducing downtime and maintenance costs. The relay is equipped with a range of customizable settings and features, allowing users to tailor its operation to specific application requirements. From adjustable current settings to configurable trip delays, users have the flexibility to optimize protection parameters according to their needs. Furthermore, the Siemens 3RB series incorporates robust construction and reliable components, ensuring durability and longevity in harsh industrial environments. Its compact design and easy installation make it suitable for a wide range of motor protection applications across various industries. Overall, the Siemens Microprocessor-Based Overload Relay-3RB combines advanced technology, versatility, and reliability to deliver comprehensive motor protection, contributing to enhanced efficiency and productivity in industrial operations.
green checkType of Product : Microprocessor Based Overload Relay-3RB
green checkSize of relay / contactor : S0
L&T [ Lauritz Knudsen ] RTO-3 Thermal Overload Relay 47-62 A, CS96312OOTO
sku-leadTime Ships within 5 days
L&T [ Lauritz Knudsen ] RTO-3 Thermal Overload Relay for MO Contactor
By L&T
₹8,141 - ₹10,855
The L&T [ Lauritz Knudsen ] RTO-3 Thermal Overload Relay for MO Contactor is an essential protective device designed to ensure the safety and longevity of electrical motors. This relay is engineered to provide comprehensive protection against overheating, preventing damage caused by excessive current flow. The device operates on the principle of thermal detection, where a bimetallic strip within the relay senses the heat generated by the motor. When the temperature exceeds a predefined limit, the bimetallic strip bends, triggering the relay to interrupt the circuit and halt the motor operation. This proactive measure effectively safeguards the motor from potential failures due to overloading. Built to complement MO contactors, the L&T Thermal Overload Relay is renowned for its precision and reliability. It features adjustable current settings, allowing users to fine-tune the relay according to the specific requirements of their motor applications. This versatility makes it suitable for a wide range of industrial environments where motors are subjected to varying loads and operational conditions. The relay's robust construction ensures durability and consistent performance even in harsh conditions, enhancing the overall efficiency of the motor protection system. Additionally, the L&T Thermal Overload Relay boasts easy installation and maintenance, minimizing downtime and operational disruptions. Its compact design ensures seamless integration with existing motor control setups. Equipped with visual indicators, the relay provides clear and immediate status information, enabling quick diagnostics and troubleshooting.
green checkType of Product : Thermal Overload Relay
Siemens 3RB2066-1MC2 Microprocessor based overload relay - 3RB
sku-leadTime Ships within 3 days
Siemens Microprocessor Based Overload Relay-3RB Series 3RB2066-1__
By Siemens
₹23,599 - ₹43,659
You save ₹20,161!
31.59% OFF
The Siemens Microprocessor-Based Overload Relay, specifically the 3RB series, represents a cutting-edge solution for protecting motors against overload conditions. Leveraging advanced microprocessor technology, this relay offers precise monitoring and control capabilities, ensuring optimal performance and safety for industrial applications. At the heart of the 3RB series is its sophisticated microprocessor, which enables real-time monitoring of motor currents and rapid response to overload situations. This allows for swift and accurate tripping of the relay to prevent motor damage, reducing downtime and maintenance costs. The relay is equipped with a range of customizable settings and features, allowing users to tailor its operation to specific application requirements. From adjustable current settings to configurable trip delays, users have the flexibility to optimize protection parameters according to their needs. Furthermore, the Siemens 3RB series incorporates robust construction and reliable components, ensuring durability and longevity in harsh industrial environments. Its compact design and easy installation make it suitable for a wide range of motor protection applications across various industries. Overall, the Siemens Microprocessor-Based Overload Relay-3RB combines advanced technology, versatility, and reliability to deliver comprehensive motor protection, contributing to enhanced efficiency and productivity in industrial operations.
green checkType of Product : Microprocessor Based Overload Relay-3RB
green checkSize of relay / contactor : S10/12
Powergrip 20-32 A BI-Metal Overload Relay PGD1 (DX)
sku-leadTime Ships within 5 days
Powergrip 20-32 A BI-Metal Overload Relay PGD1 (DX)
By PowerGrip
₹624   ₹649
You save ₹25!
3.85% OFF
Shihlin 2.5-4.1A P Series Thermal Overload Range with Auxillary Contact 1NO 1NC (TH-P12E 4.1A)
sku-leadTime Ships within 5 days
Shihlin 2.5-4.1A P Series Thermal Overload Range with Auxillary Contact 1NO 1NC (TH-P12E 4.1A)
By Shihlin
₹931  
Features: Automatic temperature compensation design Single unit installation base can be added for independent use Safety terminal cover design for high safety level Auxiliary terminal of thermal overload relay is 1NO 1NC
Siemens 3UC5830-5A 250 V 10-16 A 1 Pole Thermal Overload
sku-leadTime Ships within 3 days
Siemens Thermal Overload Series 3UC5830__
By Siemens
₹21,239 - ₹24,779
You save ₹9,453!
27.61% OFF
The Siemens Thermal Overload Relay Series 3UC5030 is a vital component within electrical systems, engineered to provide robust protection against motor overheating and potential damage due to excessive current. As a part of Siemens' renowned portfolio, this series exemplifies reliability, precision, and versatility in motor protection. At the heart of the 3UC5030 series lies advanced thermal sensing technology, typically utilizing bimetallic strips or heater elements to detect temperature changes induced by current overload. When the current surpasses predetermined thresholds, these elements trigger the relay to trip, interrupting power to the motor and preventing potential damage. One of the notable features of the 3UC5030 series is its scalability and adaptability, offering models tailored to various motor sizes and applications. Siemens ensures precision engineering and stringent quality control measures, guaranteeing consistent and accurate performance across the range. Installation and configuration are streamlined with user-friendly interfaces and adjustable settings, allowing for seamless integration into diverse industrial setups. Moreover, these relays often include manual or automatic reset options, providing flexibility in operational protocols and safety measures. The Siemens Thermal Overload Relay Series 3UC5030 exemplifies Siemens' commitment to innovation and excellence in motor protection technology. With its reliability, precision, and ease of use, it stands as a cornerstone in safeguarding motors across a broad spectrum of industries, contributing to enhanced operational efficiency and equipment longevity.
green checkType of Product : Thermal Overload
Hager 315 A-630 A Over Load Relay, EXB00630F
sku-leadTime Ships within 4 days
Hager 315 A-630 A Over Load Relay, EXB00630F
By Hager
₹14,159   ₹23,210
You save ₹9,051!
39% OFF
Hager 315 A-630 A Over Load Relay, EXB00630F It is a crucial component in motor control circuits and is designed to monitor the current flowing through a motor and interrupt power if the current exceeds a predetermined level for an extended period. Here are key features and considerations related to overload relays: Protection Against Overload: The primary function of an overload relay is to protect electrical equipment, such as motors, from damage caused by sustained overcurrent conditions. Overcurrent can result from factors like mechanical overload or system faults. Thermal Overload Protection: Overload relays typically operate based on thermal principles. They monitor the heat generated by the current flowing through a motor. If the current exceeds the preset limit for a specified duration, the relay trips, disconnecting power to the motor. Types of Overload Relays: Bimetallic Overload Relays: Use the differential expansion of two dissimilar metals to activate the relay. Electronic Overload Relays: Use electronic sensors to measure current and trip the relay when preset conditions are met. Adjustable Settings: Overload relays often have adjustable settings, allowing for customization based on the specific motor and application requirements. Adjustments can be made for current levels and trip times. Resetting Mechanism: After an overload condition is detected and the relay trips, there is usually a manual or automatic resetting mechanism. Manual reset requires intervention to restore power, while automatic reset reconnects power after a cool-down period. Integration with Motor Starters: Overload relays are commonly integrated into motor starters or motor control centers. They work in conjunction with contactors and other components to provide comprehensive motor control and protection. Direct and Indirect Overload Protection: Direct Overload Protection: The overload relay is directly connected in series with the motor. Indirect Overload Protection: The overload relay is connected in parallel with the motor, and its output controls a contactor that disconnects power. Application in Motor Control Panels: Overload relays are commonly found in motor control panels and can be part of a broader motor protection scheme. Sensing Elements: Bimetallic overload relays use bimetal strips, while electronic overload relays use sensors such as current transformers to monitor the current. Testing and Maintenance: Regular testing and maintenance of overload relays are important to ensure they function correctly. This may involve checking settings, verifying the mechanical condition, and testing the tripping mechanism. Overload relays play a crucial role in preventing motor damage and ensuring the safe and efficient operation of electrical systems. Always follow safety procedures and manufacturer guidelines when installing, adjusting, or maintaining overload relays.
Hager 200 A-400 A Over Load Relay, EXB00400F
sku-leadTime Ships within 4 days
Hager 200 A-400 A Over Load Relay, EXB00400F
By Hager
₹16,519   ₹23,210
You save ₹6,691!
28.83% OFF
Hager 200 A-400 A Over Load Relay, EXB00400F It is a crucial component in motor control circuits and is designed to monitor the current flowing through a motor and interrupt power if the current exceeds a predetermined level for an extended period. Here are key features and considerations related to overload relays: Protection Against Overload: The primary function of an overload relay is to protect electrical equipment, such as motors, from damage caused by sustained overcurrent conditions. Overcurrent can result from factors like mechanical overload or system faults. Thermal Overload Protection: Overload relays typically operate based on thermal principles. They monitor the heat generated by the current flowing through a motor. If the current exceeds the preset limit for a specified duration, the relay trips, disconnecting power to the motor. Types of Overload Relays: Bimetallic Overload Relays: Use the differential expansion of two dissimilar metals to activate the relay. Electronic Overload Relays: Use electronic sensors to measure current and trip the relay when preset conditions are met. Adjustable Settings: Overload relays often have adjustable settings, allowing for customization based on the specific motor and application requirements. Adjustments can be made for current levels and trip times. Resetting Mechanism: After an overload condition is detected and the relay trips, there is usually a manual or automatic resetting mechanism. Manual reset requires intervention to restore power, while automatic reset reconnects power after a cool-down period. Integration with Motor Starters: Overload relays are commonly integrated into motor starters or motor control centers. They work in conjunction with contactors and other components to provide comprehensive motor control and protection. Direct and Indirect Overload Protection: Direct Overload Protection: The overload relay is directly connected in series with the motor. Indirect Overload Protection: The overload relay is connected in parallel with the motor, and its output controls a contactor that disconnects power. Application in Motor Control Panels: Overload relays are commonly found in motor control panels and can be part of a broader motor protection scheme. Sensing Elements: Bimetallic overload relays use bimetal strips, while electronic overload relays use sensors such as current transformers to monitor the current. Testing and Maintenance: Regular testing and maintenance of overload relays are important to ensure they function correctly. This may involve checking settings, verifying the mechanical condition, and testing the tripping mechanism. Overload relays play a crucial role in preventing motor damage and ensuring the safe and efficient operation of electrical systems. Always follow safety procedures and manufacturer guidelines when installing, adjusting, or maintaining overload relays.
Hager 125 A-250 A Over Load Relay, EXB00250F
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Hager 125 A-250 A Over Load Relay, EXB00250F
By Hager
₹14,159   ₹23,210
You save ₹9,051!
39% OFF
Hager 125 A-250 A Over Load Relay, EXB00250F It is a crucial component in motor control circuits and is designed to monitor the current flowing through a motor and interrupt power if the current exceeds a predetermined level for an extended period. Here are key features and considerations related to overload relays: Protection Against Overload: The primary function of an overload relay is to protect electrical equipment, such as motors, from damage caused by sustained overcurrent conditions. Overcurrent can result from factors like mechanical overload or system faults. Thermal Overload Protection: Overload relays typically operate based on thermal principles. They monitor the heat generated by the current flowing through a motor. If the current exceeds the preset limit for a specified duration, the relay trips, disconnecting power to the motor. Types of Overload Relays: Bimetallic Overload Relays: Use the differential expansion of two dissimilar metals to activate the relay. Electronic Overload Relays: Use electronic sensors to measure current and trip the relay when preset conditions are met. Adjustable Settings: Overload relays often have adjustable settings, allowing for customization based on the specific motor and application requirements. Adjustments can be made for current levels and trip times. Resetting Mechanism: After an overload condition is detected and the relay trips, there is usually a manual or automatic resetting mechanism. Manual reset requires intervention to restore power, while automatic reset reconnects power after a cool-down period. Integration with Motor Starters: Overload relays are commonly integrated into motor starters or motor control centers. They work in conjunction with contactors and other components to provide comprehensive motor control and protection. Direct and Indirect Overload Protection: Direct Overload Protection: The overload relay is directly connected in series with the motor. Indirect Overload Protection: The overload relay is connected in parallel with the motor, and its output controls a contactor that disconnects power. Application in Motor Control Panels: Overload relays are commonly found in motor control panels and can be part of a broader motor protection scheme. Sensing Elements: Bimetallic overload relays use bimetal strips, while electronic overload relays use sensors such as current transformers to monitor the current. Testing and Maintenance: Regular testing and maintenance of overload relays are important to ensure they function correctly. This may involve checking settings, verifying the mechanical condition, and testing the tripping mechanism. Overload relays play a crucial role in preventing motor damage and ensuring the safe and efficient operation of electrical systems. Always follow safety procedures and manufacturer guidelines when installing, adjusting, or maintaining overload relays.
Hager 100 A-200 A Over Load Relay, EXB00200E
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Hager 100 A-200 A Over Load Relay, EXB00200E
By Hager
₹12,979   ₹19,380
You save ₹6,401!
33.03% OFF
Hager 100 A-200 A Over Load Relay, EXB00200E It is a crucial component in motor control circuits and is designed to monitor the current flowing through a motor and interrupt power if the current exceeds a predetermined level for an extended period. Here are key features and considerations related to overload relays: Protection Against Overload: The primary function of an overload relay is to protect electrical equipment, such as motors, from damage caused by sustained overcurrent conditions. Overcurrent can result from factors like mechanical overload or system faults. Thermal Overload Protection: Overload relays typically operate based on thermal principles. They monitor the heat generated by the current flowing through a motor. If the current exceeds the preset limit for a specified duration, the relay trips, disconnecting power to the motor. Types of Overload Relays: Bimetallic Overload Relays: Use the differential expansion of two dissimilar metals to activate the relay. Electronic Overload Relays: Use electronic sensors to measure current and trip the relay when preset conditions are met. Adjustable Settings: Overload relays often have adjustable settings, allowing for customization based on the specific motor and application requirements. Adjustments can be made for current levels and trip times. Resetting Mechanism: After an overload condition is detected and the relay trips, there is usually a manual or automatic resetting mechanism. Manual reset requires intervention to restore power, while automatic reset reconnects power after a cool-down period. Integration with Motor Starters: Overload relays are commonly integrated into motor starters or motor control centers. They work in conjunction with contactors and other components to provide comprehensive motor control and protection. Direct and Indirect Overload Protection: Direct Overload Protection: The overload relay is directly connected in series with the motor. Indirect Overload Protection: The overload relay is connected in parallel with the motor, and its output controls a contactor that disconnects power. Application in Motor Control Panels: Overload relays are commonly found in motor control panels and can be part of a broader motor protection scheme. Sensing Elements: Bimetallic overload relays use bimetal strips, while electronic overload relays use sensors such as current transformers to monitor the current. Testing and Maintenance: Regular testing and maintenance of overload relays are important to ensure they function correctly. This may involve checking settings, verifying the mechanical condition, and testing the tripping mechanism. Overload relays play a crucial role in preventing motor damage and ensuring the safe and efficient operation of electrical systems. Always follow safety procedures and manufacturer guidelines when installing, adjusting, or maintaining overload relays.
Hager 80 A-100 A Over Load Relay, EXB00100C
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Hager 80 A-100 A Over Load Relay, EXB00100C
By Hager
₹3,421   ₹5,700
You save ₹2,279!
39.98% OFF
Hager 80 A-100 A Over Load Relay, EXB00100C It is a crucial component in motor control circuits and is designed to monitor the current flowing through a motor and interrupt power if the current exceeds a predetermined level for an extended period. Here are key features and considerations related to overload relays: Protection Against Overload: The primary function of an overload relay is to protect electrical equipment, such as motors, from damage caused by sustained overcurrent conditions. Overcurrent can result from factors like mechanical overload or system faults. Thermal Overload Protection: Overload relays typically operate based on thermal principles. They monitor the heat generated by the current flowing through a motor. If the current exceeds the preset limit for a specified duration, the relay trips, disconnecting power to the motor. Types of Overload Relays: Bimetallic Overload Relays: Use the differential expansion of two dissimilar metals to activate the relay. Electronic Overload Relays: Use electronic sensors to measure current and trip the relay when preset conditions are met. Adjustable Settings: Overload relays often have adjustable settings, allowing for customization based on the specific motor and application requirements. Adjustments can be made for current levels and trip times. Resetting Mechanism: After an overload condition is detected and the relay trips, there is usually a manual or automatic resetting mechanism. Manual reset requires intervention to restore power, while automatic reset reconnects power after a cool-down period. Integration with Motor Starters: Overload relays are commonly integrated into motor starters or motor control centers. They work in conjunction with contactors and other components to provide comprehensive motor control and protection. Direct and Indirect Overload Protection: Direct Overload Protection: The overload relay is directly connected in series with the motor. Indirect Overload Protection: The overload relay is connected in parallel with the motor, and its output controls a contactor that disconnects power. Application in Motor Control Panels: Overload relays are commonly found in motor control panels and can be part of a broader motor protection scheme. Sensing Elements: Bimetallic overload relays use bimetal strips, while electronic overload relays use sensors such as current transformers to monitor the current. Testing and Maintenance: Regular testing and maintenance of overload relays are important to ensure they function correctly. This may involve checking settings, verifying the mechanical condition, and testing the tripping mechanism. Overload relays play a crucial role in preventing motor damage and ensuring the safe and efficient operation of electrical systems. Always follow safety procedures and manufacturer guidelines when installing, adjusting, or maintaining overload relays.
Hager 63 A-80 A Over Load Relay, EXB00080C
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Hager 63 A-80 A Over Load Relay, EXB00080C
By Hager
₹3,421   ₹5,700
You save ₹2,279!
39.98% OFF
Hager 63 A-80 A Over Load Relay, EXB00080C It is a crucial component in motor control circuits and is designed to monitor the current flowing through a motor and interrupt power if the current exceeds a predetermined level for an extended period. Here are key features and considerations related to overload relays: Protection Against Overload: The primary function of an overload relay is to protect electrical equipment, such as motors, from damage caused by sustained overcurrent conditions. Overcurrent can result from factors like mechanical overload or system faults. Thermal Overload Protection: Overload relays typically operate based on thermal principles. They monitor the heat generated by the current flowing through a motor. If the current exceeds the preset limit for a specified duration, the relay trips, disconnecting power to the motor. Types of Overload Relays: Bimetallic Overload Relays: Use the differential expansion of two dissimilar metals to activate the relay. Electronic Overload Relays: Use electronic sensors to measure current and trip the relay when preset conditions are met. Adjustable Settings: Overload relays often have adjustable settings, allowing for customization based on the specific motor and application requirements. Adjustments can be made for current levels and trip times. Resetting Mechanism: After an overload condition is detected and the relay trips, there is usually a manual or automatic resetting mechanism. Manual reset requires intervention to restore power, while automatic reset reconnects power after a cool-down period. Integration with Motor Starters: Overload relays are commonly integrated into motor starters or motor control centers. They work in conjunction with contactors and other components to provide comprehensive motor control and protection. Direct and Indirect Overload Protection: Direct Overload Protection: The overload relay is directly connected in series with the motor. Indirect Overload Protection: The overload relay is connected in parallel with the motor, and its output controls a contactor that disconnects power. Application in Motor Control Panels: Overload relays are commonly found in motor control panels and can be part of a broader motor protection scheme. Sensing Elements: Bimetallic overload relays use bimetal strips, while electronic overload relays use sensors such as current transformers to monitor the current. Testing and Maintenance: Regular testing and maintenance of overload relays are important to ensure they function correctly. This may involve checking settings, verifying the mechanical condition, and testing the tripping mechanism. Overload relays play a crucial role in preventing motor damage and ensuring the safe and efficient operation of electrical systems. Always follow safety procedures and manufacturer guidelines when installing, adjusting, or maintaining overload relays.
Hager 55 A-70 A Over Load Relay, EXB00070C
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Hager 55 A-70 A Over Load Relay, EXB00070C
By Hager
₹3,893   ₹5,700
You save ₹1,807!
31.7% OFF
Hager 55 A-70 A Over Load Relay, EXB00070C It is a crucial component in motor control circuits and is designed to monitor the current flowing through a motor and interrupt power if the current exceeds a predetermined level for an extended period. Here are key features and considerations related to overload relays: Protection Against Overload: The primary function of an overload relay is to protect electrical equipment, such as motors, from damage caused by sustained overcurrent conditions. Overcurrent can result from factors like mechanical overload or system faults. Thermal Overload Protection: Overload relays typically operate based on thermal principles. They monitor the heat generated by the current flowing through a motor. If the current exceeds the preset limit for a specified duration, the relay trips, disconnecting power to the motor. Types of Overload Relays: Bimetallic Overload Relays: Use the differential expansion of two dissimilar metals to activate the relay. Electronic Overload Relays: Use electronic sensors to measure current and trip the relay when preset conditions are met. Adjustable Settings: Overload relays often have adjustable settings, allowing for customization based on the specific motor and application requirements. Adjustments can be made for current levels and trip times. Resetting Mechanism: After an overload condition is detected and the relay trips, there is usually a manual or automatic resetting mechanism. Manual reset requires intervention to restore power, while automatic reset reconnects power after a cool-down period. Integration with Motor Starters: Overload relays are commonly integrated into motor starters or motor control centers. They work in conjunction with contactors and other components to provide comprehensive motor control and protection. Direct and Indirect Overload Protection: Direct Overload Protection: The overload relay is directly connected in series with the motor. Indirect Overload Protection: The overload relay is connected in parallel with the motor, and its output controls a contactor that disconnects power. Application in Motor Control Panels: Overload relays are commonly found in motor control panels and can be part of a broader motor protection scheme. Sensing Elements: Bimetallic overload relays use bimetal strips, while electronic overload relays use sensors such as current transformers to monitor the current. Testing and Maintenance: Regular testing and maintenance of overload relays are important to ensure they function correctly. This may involve checking settings, verifying the mechanical condition, and testing the tripping mechanism. Overload relays play a crucial role in preventing motor damage and ensuring the safe and efficient operation of electrical systems. Always follow safety procedures and manufacturer guidelines when installing, adjusting, or maintaining overload relays.
Hager 48 A-65 A Over Load Relay, EXB00065C
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Hager 48 A-65 A Over Load Relay, EXB00065C
By Hager
₹3,893   ₹5,700
You save ₹1,807!
31.7% OFF
Hager 48 A-65 A Over Load Relay, EXB00065C It is a crucial component in motor control circuits and is designed to monitor the current flowing through a motor and interrupt power if the current exceeds a predetermined level for an extended period. Here are key features and considerations related to overload relays: Protection Against Overload: The primary function of an overload relay is to protect electrical equipment, such as motors, from damage caused by sustained overcurrent conditions. Overcurrent can result from factors like mechanical overload or system faults. Thermal Overload Protection: Overload relays typically operate based on thermal principles. They monitor the heat generated by the current flowing through a motor. If the current exceeds the preset limit for a specified duration, the relay trips, disconnecting power to the motor. Types of Overload Relays: Bimetallic Overload Relays: Use the differential expansion of two dissimilar metals to activate the relay. Electronic Overload Relays: Use electronic sensors to measure current and trip the relay when preset conditions are met. Adjustable Settings: Overload relays often have adjustable settings, allowing for customization based on the specific motor and application requirements. Adjustments can be made for current levels and trip times. Resetting Mechanism: After an overload condition is detected and the relay trips, there is usually a manual or automatic resetting mechanism. Manual reset requires intervention to restore power, while automatic reset reconnects power after a cool-down period. Integration with Motor Starters: Overload relays are commonly integrated into motor starters or motor control centers. They work in conjunction with contactors and other components to provide comprehensive motor control and protection. Direct and Indirect Overload Protection: Direct Overload Protection: The overload relay is directly connected in series with the motor. Indirect Overload Protection: The overload relay is connected in parallel with the motor, and its output controls a contactor that disconnects power. Application in Motor Control Panels: Overload relays are commonly found in motor control panels and can be part of a broader motor protection scheme. Sensing Elements: Bimetallic overload relays use bimetal strips, while electronic overload relays use sensors such as current transformers to monitor the current. Testing and Maintenance: Regular testing and maintenance of overload relays are important to ensure they function correctly. This may involve checking settings, verifying the mechanical condition, and testing the tripping mechanism. Overload relays play a crucial role in preventing motor damage and ensuring the safe and efficient operation of electrical systems. Always follow safety procedures and manufacturer guidelines when installing, adjusting, or maintaining overload relays.
Hager 37 A-50 A Over Load Relay, EXB00050C
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Hager 37 A-50 A Over Load Relay, EXB00050C
By Hager
₹3,421   ₹5,700
You save ₹2,279!
39.98% OFF
Hager 37 A-50 A Over Load Relay, EXB00050C It is a crucial component in motor control circuits and is designed to monitor the current flowing through a motor and interrupt power if the current exceeds a predetermined level for an extended period. Here are key features and considerations related to overload relays: Protection Against Overload: The primary function of an overload relay is to protect electrical equipment, such as motors, from damage caused by sustained overcurrent conditions. Overcurrent can result from factors like mechanical overload or system faults. Thermal Overload Protection: Overload relays typically operate based on thermal principles. They monitor the heat generated by the current flowing through a motor. If the current exceeds the preset limit for a specified duration, the relay trips, disconnecting power to the motor. Types of Overload Relays: Bimetallic Overload Relays: Use the differential expansion of two dissimilar metals to activate the relay. Electronic Overload Relays: Use electronic sensors to measure current and trip the relay when preset conditions are met. Adjustable Settings: Overload relays often have adjustable settings, allowing for customization based on the specific motor and application requirements. Adjustments can be made for current levels and trip times. Resetting Mechanism: After an overload condition is detected and the relay trips, there is usually a manual or automatic resetting mechanism. Manual reset requires intervention to restore power, while automatic reset reconnects power after a cool-down period. Integration with Motor Starters: Overload relays are commonly integrated into motor starters or motor control centers. They work in conjunction with contactors and other components to provide comprehensive motor control and protection. Direct and Indirect Overload Protection: Direct Overload Protection: The overload relay is directly connected in series with the motor. Indirect Overload Protection: The overload relay is connected in parallel with the motor, and its output controls a contactor that disconnects power. Application in Motor Control Panels: Overload relays are commonly found in motor control panels and can be part of a broader motor protection scheme. Sensing Elements: Bimetallic overload relays use bimetal strips, while electronic overload relays use sensors such as current transformers to monitor the current. Testing and Maintenance: Regular testing and maintenance of overload relays are important to ensure they function correctly. This may involve checking settings, verifying the mechanical condition, and testing the tripping mechanism. Overload relays play a crucial role in preventing motor damage and ensuring the safe and efficient operation of electrical systems. Always follow safety procedures and manufacturer guidelines when installing, adjusting, or maintaining overload relays.
Hager 30 A-40 A Over Load Relay, EXB00040C
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Hager 30 A-40 A Over Load Relay, EXB00040C
By Hager
₹3,893   ₹5,700
You save ₹1,807!
31.7% OFF
Hager 30 A-40 A Over Load Relay, EXB00040C It is a crucial component in motor control circuits and is designed to monitor the current flowing through a motor and interrupt power if the current exceeds a predetermined level for an extended period. Here are key features and considerations related to overload relays: Protection Against Overload: The primary function of an overload relay is to protect electrical equipment, such as motors, from damage caused by sustained overcurrent conditions. Overcurrent can result from factors like mechanical overload or system faults. Thermal Overload Protection: Overload relays typically operate based on thermal principles. They monitor the heat generated by the current flowing through a motor. If the current exceeds the preset limit for a specified duration, the relay trips, disconnecting power to the motor. Types of Overload Relays: Bimetallic Overload Relays: Use the differential expansion of two dissimilar metals to activate the relay. Electronic Overload Relays: Use electronic sensors to measure current and trip the relay when preset conditions are met. Adjustable Settings: Overload relays often have adjustable settings, allowing for customization based on the specific motor and application requirements. Adjustments can be made for current levels and trip times. Resetting Mechanism: After an overload condition is detected and the relay trips, there is usually a manual or automatic resetting mechanism. Manual reset requires intervention to restore power, while automatic reset reconnects power after a cool-down period. Integration with Motor Starters: Overload relays are commonly integrated into motor starters or motor control centers. They work in conjunction with contactors and other components to provide comprehensive motor control and protection. Direct and Indirect Overload Protection: Direct Overload Protection: The overload relay is directly connected in series with the motor. Indirect Overload Protection: The overload relay is connected in parallel with the motor, and its output controls a contactor that disconnects power. Application in Motor Control Panels: Overload relays are commonly found in motor control panels and can be part of a broader motor protection scheme. Sensing Elements: Bimetallic overload relays use bimetal strips, while electronic overload relays use sensors such as current transformers to monitor the current. Testing and Maintenance: Regular testing and maintenance of overload relays are important to ensure they function correctly. This may involve checking settings, verifying the mechanical condition, and testing the tripping mechanism. Overload relays play a crucial role in preventing motor damage and ensuring the safe and efficient operation of electrical systems. Always follow safety procedures and manufacturer guidelines when installing, adjusting, or maintaining overload relays.
Hager 23 A-32 A Over Load Relay, EXB000032C
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Hager 23 A-32 A Over Load Relay, EXB000032C
By Hager
₹3,421   ₹5,700
You save ₹2,279!
39.98% OFF
Hager 23 A-32 A Over Load Relay, EXB000032C It is a crucial component in motor control circuits and is designed to monitor the current flowing through a motor and interrupt power if the current exceeds a predetermined level for an extended period. Here are key features and considerations related to overload relays: Protection Against Overload: The primary function of an overload relay is to protect electrical equipment, such as motors, from damage caused by sustained overcurrent conditions. Overcurrent can result from factors like mechanical overload or system faults. Thermal Overload Protection: Overload relays typically operate based on thermal principles. They monitor the heat generated by the current flowing through a motor. If the current exceeds the preset limit for a specified duration, the relay trips, disconnecting power to the motor. Types of Overload Relays: Bimetallic Overload Relays: Use the differential expansion of two dissimilar metals to activate the relay. Electronic Overload Relays: Use electronic sensors to measure current and trip the relay when preset conditions are met. Adjustable Settings: Overload relays often have adjustable settings, allowing for customization based on the specific motor and application requirements. Adjustments can be made for current levels and trip times. Resetting Mechanism: After an overload condition is detected and the relay trips, there is usually a manual or automatic resetting mechanism. Manual reset requires intervention to restore power, while automatic reset reconnects power after a cool-down period. Integration with Motor Starters: Overload relays are commonly integrated into motor starters or motor control centers. They work in conjunction with contactors and other components to provide comprehensive motor control and protection. Direct and Indirect Overload Protection: Direct Overload Protection: The overload relay is directly connected in series with the motor. Indirect Overload Protection: The overload relay is connected in parallel with the motor, and its output controls a contactor that disconnects power. Application in Motor Control Panels: Overload relays are commonly found in motor control panels and can be part of a broader motor protection scheme. Sensing Elements: Bimetallic overload relays use bimetal strips, while electronic overload relays use sensors such as current transformers to monitor the current. Testing and Maintenance: Regular testing and maintenance of overload relays are important to ensure they function correctly. This may involve checking settings, verifying the mechanical condition, and testing the tripping mechanism. Overload relays play a crucial role in preventing motor damage and ensuring the safe and efficient operation of electrical systems. Always follow safety procedures and manufacturer guidelines when installing, adjusting, or maintaining overload relays.
Hager 30 A-38 A Over Load Relay, EXB00038C
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Hager 30 A-38 A Over Load Relay, EXB00038C
By Hager
₹2,123   ₹3,240
You save ₹1,117!
34.48% OFF
Hager 30 A-38 A Over Load Relay, EXB00038C It is a crucial component in motor control circuits and is designed to monitor the current flowing through a motor and interrupt power if the current exceeds a predetermined level for an extended period. Here are key features and considerations related to overload relays: Protection Against Overload: The primary function of an overload relay is to protect electrical equipment, such as motors, from damage caused by sustained overcurrent conditions. Overcurrent can result from factors like mechanical overload or system faults. Thermal Overload Protection: Overload relays typically operate based on thermal principles. They monitor the heat generated by the current flowing through a motor. If the current exceeds the preset limit for a specified duration, the relay trips, disconnecting power to the motor. Types of Overload Relays: Bimetallic Overload Relays: Use the differential expansion of two dissimilar metals to activate the relay. Electronic Overload Relays: Use electronic sensors to measure current and trip the relay when preset conditions are met. Adjustable Settings: Overload relays often have adjustable settings, allowing for customization based on the specific motor and application requirements. Adjustments can be made for current levels and trip times. Resetting Mechanism: After an overload condition is detected and the relay trips, there is usually a manual or automatic resetting mechanism. Manual reset requires intervention to restore power, while automatic reset reconnects power after a cool-down period. Integration with Motor Starters: Overload relays are commonly integrated into motor starters or motor control centers. They work in conjunction with contactors and other components to provide comprehensive motor control and protection. Direct and Indirect Overload Protection: Direct Overload Protection: The overload relay is directly connected in series with the motor. Indirect Overload Protection: The overload relay is connected in parallel with the motor, and its output controls a contactor that disconnects power. Application in Motor Control Panels: Overload relays are commonly found in motor control panels and can be part of a broader motor protection scheme. Sensing Elements: Bimetallic overload relays use bimetal strips, while electronic overload relays use sensors such as current transformers to monitor the current. Testing and Maintenance: Regular testing and maintenance of overload relays are important to ensure they function correctly. This may involve checking settings, verifying the mechanical condition, and testing the tripping mechanism. Overload relays play a crucial role in preventing motor damage and ensuring the safe and efficient operation of electrical systems. Always follow safety procedures and manufacturer guidelines when installing, adjusting, or maintaining overload relays.
Hager 23 A-32 A Over Load Relay, EXB00032C
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Hager 23 A-32 A Over Load Relay, EXB00032C
By Hager
₹2,241   ₹3,240
You save ₹999!
30.83% OFF
Hager 23 A-32 A Over Load Relay, EXB00032C It is a crucial component in motor control circuits and is designed to monitor the current flowing through a motor and interrupt power if the current exceeds a predetermined level for an extended period. Here are key features and considerations related to overload relays: Protection Against Overload: The primary function of an overload relay is to protect electrical equipment, such as motors, from damage caused by sustained overcurrent conditions. Overcurrent can result from factors like mechanical overload or system faults. Thermal Overload Protection: Overload relays typically operate based on thermal principles. They monitor the heat generated by the current flowing through a motor. If the current exceeds the preset limit for a specified duration, the relay trips, disconnecting power to the motor. Types of Overload Relays: Bimetallic Overload Relays: Use the differential expansion of two dissimilar metals to activate the relay. Electronic Overload Relays: Use electronic sensors to measure current and trip the relay when preset conditions are met. Adjustable Settings: Overload relays often have adjustable settings, allowing for customization based on the specific motor and application requirements. Adjustments can be made for current levels and trip times. Resetting Mechanism: After an overload condition is detected and the relay trips, there is usually a manual or automatic resetting mechanism. Manual reset requires intervention to restore power, while automatic reset reconnects power after a cool-down period. Integration with Motor Starters: Overload relays are commonly integrated into motor starters or motor control centers. They work in conjunction with contactors and other components to provide comprehensive motor control and protection. Direct and Indirect Overload Protection: Direct Overload Protection: The overload relay is directly connected in series with the motor. Indirect Overload Protection: The overload relay is connected in parallel with the motor, and its output controls a contactor that disconnects power. Application in Motor Control Panels: Overload relays are commonly found in motor control panels and can be part of a broader motor protection scheme. Sensing Elements: Bimetallic overload relays use bimetal strips, while electronic overload relays use sensors such as current transformers to monitor the current. Testing and Maintenance: Regular testing and maintenance of overload relays are important to ensure they function correctly. This may involve checking settings, verifying the mechanical condition, and testing the tripping mechanism. Overload relays play a crucial role in preventing motor damage and ensuring the safe and efficient operation of electrical systems. Always follow safety procedures and manufacturer guidelines when installing, adjusting, or maintaining overload relays.
Hager 17-25 A Over Load Relay, EXB000025B
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Hager 17-25 A Over Load Relay, EXB000025B
By Hager
₹1,533   ₹1,860
You save ₹327!
17.58% OFF
Hager 17-25 A Over Load Relay, EXB000025B It is a crucial component in motor control circuits and is designed to monitor the current flowing through a motor and interrupt power if the current exceeds a predetermined level for an extended period. Here are key features and considerations related to overload relays: Protection Against Overload: The primary function of an overload relay is to protect electrical equipment, such as motors, from damage caused by sustained overcurrent conditions. Overcurrent can result from factors like mechanical overload or system faults. Thermal Overload Protection: Overload relays typically operate based on thermal principles. They monitor the heat generated by the current flowing through a motor. If the current exceeds the preset limit for a specified duration, the relay trips, disconnecting power to the motor. Types of Overload Relays: Bimetallic Overload Relays: Use the differential expansion of two dissimilar metals to activate the relay. Electronic Overload Relays: Use electronic sensors to measure current and trip the relay when preset conditions are met. Adjustable Settings: Overload relays often have adjustable settings, allowing for customization based on the specific motor and application requirements. Adjustments can be made for current levels and trip times. Resetting Mechanism: After an overload condition is detected and the relay trips, there is usually a manual or automatic resetting mechanism. Manual reset requires intervention to restore power, while automatic reset reconnects power after a cool-down period. Integration with Motor Starters: Overload relays are commonly integrated into motor starters or motor control centers. They work in conjunction with contactors and other components to provide comprehensive motor control and protection. Direct and Indirect Overload Protection: Direct Overload Protection: The overload relay is directly connected in series with the motor. Indirect Overload Protection: The overload relay is connected in parallel with the motor, and its output controls a contactor that disconnects power. Application in Motor Control Panels: Overload relays are commonly found in motor control panels and can be part of a broader motor protection scheme. Sensing Elements: Bimetallic overload relays use bimetal strips, while electronic overload relays use sensors such as current transformers to monitor the current. Testing and Maintenance: Regular testing and maintenance of overload relays are important to ensure they function correctly. This may involve checking settings, verifying the mechanical condition, and testing the tripping mechanism. Overload relays play a crucial role in preventing motor damage and ensuring the safe and efficient operation of electrical systems. Always follow safety procedures and manufacturer guidelines when installing, adjusting, or maintaining overload relays.
Hager 12-18 A Over Load Relay, EXB00018B
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Hager 12-18 A Over Load Relay, EXB00018B
By Hager
₹1,533   ₹1,860
You save ₹327!
17.58% OFF
Hager 12-18 A Over Load Relay, EXB00018B It is a crucial component in motor control circuits and is designed to monitor the current flowing through a motor and interrupt power if the current exceeds a predetermined level for an extended period. Here are key features and considerations related to overload relays: Protection Against Overload: The primary function of an overload relay is to protect electrical equipment, such as motors, from damage caused by sustained overcurrent conditions. Overcurrent can result from factors like mechanical overload or system faults. Thermal Overload Protection: Overload relays typically operate based on thermal principles. They monitor the heat generated by the current flowing through a motor. If the current exceeds the preset limit for a specified duration, the relay trips, disconnecting power to the motor. Types of Overload Relays: Bimetallic Overload Relays: Use the differential expansion of two dissimilar metals to activate the relay. Electronic Overload Relays: Use electronic sensors to measure current and trip the relay when preset conditions are met. Adjustable Settings: Overload relays often have adjustable settings, allowing for customization based on the specific motor and application requirements. Adjustments can be made for current levels and trip times. Resetting Mechanism: After an overload condition is detected and the relay trips, there is usually a manual or automatic resetting mechanism. Manual reset requires intervention to restore power, while automatic reset reconnects power after a cool-down period. Integration with Motor Starters: Overload relays are commonly integrated into motor starters or motor control centers. They work in conjunction with contactors and other components to provide comprehensive motor control and protection. Direct and Indirect Overload Protection: Direct Overload Protection: The overload relay is directly connected in series with the motor. Indirect Overload Protection: The overload relay is connected in parallel with the motor, and its output controls a contactor that disconnects power. Application in Motor Control Panels: Overload relays are commonly found in motor control panels and can be part of a broader motor protection scheme. Sensing Elements: Bimetallic overload relays use bimetal strips, while electronic overload relays use sensors such as current transformers to monitor the current. Testing and Maintenance: Regular testing and maintenance of overload relays are important to ensure they function correctly. This may involve checking settings, verifying the mechanical condition, and testing the tripping mechanism. Overload relays play a crucial role in preventing motor damage and ensuring the safe and efficient operation of electrical systems. Always follow safety procedures and manufacturer guidelines when installing, adjusting, or maintaining overload relays.
Hager 9-13 A Over Load Relay, EXB00013B
sku-leadTime Ships within 4 days
Hager 9-13 A Over Load Relay, EXB00013B
By Hager
₹1,533   ₹1,860
You save ₹327!
17.58% OFF
Hager 9-13 A Over Load Relay, EXB00013B It is a crucial component in motor control circuits and is designed to monitor the current flowing through a motor and interrupt power if the current exceeds a predetermined level for an extended period. Here are key features and considerations related to overload relays: Protection Against Overload: The primary function of an overload relay is to protect electrical equipment, such as motors, from damage caused by sustained overcurrent conditions. Overcurrent can result from factors like mechanical overload or system faults. Thermal Overload Protection: Overload relays typically operate based on thermal principles. They monitor the heat generated by the current flowing through a motor. If the current exceeds the preset limit for a specified duration, the relay trips, disconnecting power to the motor. Types of Overload Relays: Bimetallic Overload Relays: Use the differential expansion of two dissimilar metals to activate the relay. Electronic Overload Relays: Use electronic sensors to measure current and trip the relay when preset conditions are met. Adjustable Settings: Overload relays often have adjustable settings, allowing for customization based on the specific motor and application requirements. Adjustments can be made for current levels and trip times. Resetting Mechanism: After an overload condition is detected and the relay trips, there is usually a manual or automatic resetting mechanism. Manual reset requires intervention to restore power, while automatic reset reconnects power after a cool-down period. Integration with Motor Starters: Overload relays are commonly integrated into motor starters or motor control centers. They work in conjunction with contactors and other components to provide comprehensive motor control and protection. Direct and Indirect Overload Protection: Direct Overload Protection: The overload relay is directly connected in series with the motor. Indirect Overload Protection: The overload relay is connected in parallel with the motor, and its output controls a contactor that disconnects power. Application in Motor Control Panels: Overload relays are commonly found in motor control panels and can be part of a broader motor protection scheme. Sensing Elements: Bimetallic overload relays use bimetal strips, while electronic overload relays use sensors such as current transformers to monitor the current. Testing and Maintenance: Regular testing and maintenance of overload relays are important to ensure they function correctly. This may involve checking settings, verifying the mechanical condition, and testing the tripping mechanism. Overload relays play a crucial role in preventing motor damage and ensuring the safe and efficient operation of electrical systems. Always follow safety procedures and manufacturer guidelines when installing, adjusting, or maintaining overload relays.
Hager 5.5-8 A Over Load Relay, EXB00010B
sku-leadTime Ships within 4 days
Hager 5.5-8 A Over Load Relay, EXB00010B
By Hager
₹1,533   ₹1,860
You save ₹327!
17.58% OFF
Hager 5.5-8 A Over Load Relay, EXB00010B It is a crucial component in motor control circuits and is designed to monitor the current flowing through a motor and interrupt power if the current exceeds a predetermined level for an extended period. Here are key features and considerations related to overload relays: Protection Against Overload: The primary function of an overload relay is to protect electrical equipment, such as motors, from damage caused by sustained overcurrent conditions. Overcurrent can result from factors like mechanical overload or system faults. Thermal Overload Protection: Overload relays typically operate based on thermal principles. They monitor the heat generated by the current flowing through a motor. If the current exceeds the preset limit for a specified duration, the relay trips, disconnecting power to the motor. Types of Overload Relays: Bimetallic Overload Relays: Use the differential expansion of two dissimilar metals to activate the relay. Electronic Overload Relays: Use electronic sensors to measure current and trip the relay when preset conditions are met. Adjustable Settings: Overload relays often have adjustable settings, allowing for customization based on the specific motor and application requirements. Adjustments can be made for current levels and trip times. Resetting Mechanism: After an overload condition is detected and the relay trips, there is usually a manual or automatic resetting mechanism. Manual reset requires intervention to restore power, while automatic reset reconnects power after a cool-down period. Integration with Motor Starters: Overload relays are commonly integrated into motor starters or motor control centers. They work in conjunction with contactors and other components to provide comprehensive motor control and protection. Direct and Indirect Overload Protection: Direct Overload Protection: The overload relay is directly connected in series with the motor. Indirect Overload Protection: The overload relay is connected in parallel with the motor, and its output controls a contactor that disconnects power. Application in Motor Control Panels: Overload relays are commonly found in motor control panels and can be part of a broader motor protection scheme. Sensing Elements: Bimetallic overload relays use bimetal strips, while electronic overload relays use sensors such as current transformers to monitor the current. Testing and Maintenance: Regular testing and maintenance of overload relays are important to ensure they function correctly. This may involve checking settings, verifying the mechanical condition, and testing the tripping mechanism. Overload relays play a crucial role in preventing motor damage and ensuring the safe and efficient operation of electrical systems. Always follow safety procedures and manufacturer guidelines when installing, adjusting, or maintaining overload relays.
Hager 5.5-8 A Over Load Relay, EXB00008B
sku-leadTime Ships within 4 days
Hager 5.5-8 A Over Load Relay, EXB00008B
By Hager
₹1,143   ₹1,860
You save ₹717!
38.55% OFF
Hager 5.5-8 A Over Load Relay, EXB00008B It is a crucial component in motor control circuits and is designed to monitor the current flowing through a motor and interrupt power if the current exceeds a predetermined level for an extended period. Here are key features and considerations related to overload relays: Protection Against Overload: The primary function of an overload relay is to protect electrical equipment, such as motors, from damage caused by sustained overcurrent conditions. Overcurrent can result from factors like mechanical overload or system faults. Thermal Overload Protection: Overload relays typically operate based on thermal principles. They monitor the heat generated by the current flowing through a motor. If the current exceeds the preset limit for a specified duration, the relay trips, disconnecting power to the motor. Types of Overload Relays: Bimetallic Overload Relays: Use the differential expansion of two dissimilar metals to activate the relay. Electronic Overload Relays: Use electronic sensors to measure current and trip the relay when preset conditions are met. Adjustable Settings: Overload relays often have adjustable settings, allowing for customization based on the specific motor and application requirements. Adjustments can be made for current levels and trip times. Resetting Mechanism: After an overload condition is detected and the relay trips, there is usually a manual or automatic resetting mechanism. Manual reset requires intervention to restore power, while automatic reset reconnects power after a cool-down period. Integration with Motor Starters: Overload relays are commonly integrated into motor starters or motor control centers. They work in conjunction with contactors and other components to provide comprehensive motor control and protection. Direct and Indirect Overload Protection: Direct Overload Protection: The overload relay is directly connected in series with the motor. Indirect Overload Protection: The overload relay is connected in parallel with the motor, and its output controls a contactor that disconnects power. Application in Motor Control Panels: Overload relays are commonly found in motor control panels and can be part of a broader motor protection scheme. Sensing Elements: Bimetallic overload relays use bimetal strips, while electronic overload relays use sensors such as current transformers to monitor the current. Testing and Maintenance: Regular testing and maintenance of overload relays are important to ensure they function correctly. This may involve checking settings, verifying the mechanical condition, and testing the tripping mechanism. Overload relays play a crucial role in preventing motor damage and ensuring the safe and efficient operation of electrical systems. Always follow safety procedures and manufacturer guidelines when installing, adjusting, or maintaining overload relays.
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TOP SEARCHES FOR OVERLOAD RELAY
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EXPLORE BRANDS RELATED TO Overload Relay
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Top Selling Overload Relay Products Price List for April 2026

Product Name Specifications Expected Price Dispatch Time Discount
C&S Electric TR2-D09306 1-1.6 A Thermal Overload Relays Direct Mounting Trip class 10 -- ₹1,887 5 days 4.7% OFF
Havells Thermal Over Load Relay 28A-40A IHHR33CX -- ₹5,201 25 days --
Havells Thermal Over Load Relay 28A-40A IHHR23CX Element 3 Element | Phase 3 Phase ₹3,676 25 days --
L&T [ Lauritz Knudsen ] 415 V 50 Hz RTO-2 Thermal Overload Relay 20-31 A, CS96366OOEO Frequency 50 Hz | Mounting MO 50 - 70 (Direct) ₹5,460 5 days --
Schneider LRE07 1.6-2.5 A Thermal Overload Relay Rated Current (A) 1.6-2.5 A | Series EasyPact TVS ₹2,595 10 days 18.14% OFF
Omron SOCKET FOR MY4N RELAY, PYF14A-N Alternate Part No. A-O070-G-70211-036 | Product Title Socket ₹223 10 days --
L&T [ Lauritz Knudsen ] MN2 Thermal Overload Relay 9-15 A, SS94142OOBO Rated Current (A) 9-15 A | Relay Type Thermal Overload Relay ₹1,890 5 days --
Havells Thermal Over Load Relay 7A-10.0A IHHR33CQ Element 3 Element | Phase 3 Phase ₹4,247 50 days --
Havells Thermal Over Load Relay 22A-32A IHHR23CW -- ₹3,541 25 days --
Chint Overload Relay 9-13A NXR-25 Part No 837117 | Rated Current (A) 9-13A ₹754 24 hrs --
This data was last updated on 28/04/2026
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