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shunt trip

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₹2,005 - ₹2,005
The Havells 50 Hz Shunt Trip is a crucial component designed to enhance the safety and functionality of electrical systems by providing an effective means of remote tripping. Specifically engineered to operate in 50 Hz frequency environments, this shunt trip device is integrated into circuit breakers, enabling them to be tripped remotely for safety, maintenance, and emergency purposes. Its robust construction and advanced technology ensure reliable performance in various applications, including industrial, commercial, and residential settings. One of the key benefits of the Havells 50 Hz Shunt Trip is its ability to provide rapid response to electrical faults or emergency conditions. By allowing remote tripping, it ensures that circuits can be quickly de-energized without the need for manual intervention, thereby enhancing safety and reducing the risk of electrical fires, equipment damage, or personal injury. This feature is particularly valuable in environments where immediate disconnection of power is essential for safety compliance and operational efficiency. The device is designed with ease of installation and integration in mind. It can be seamlessly incorporated into existing electrical panels and circuit breakers without extensive modifications, making it a practical choice for upgrades and retrofits. The Havells 50 Hz Shunt Trip is compatible with a wide range of Havells circuit breakers, ensuring versatile application across different systems and requirements. Its compact size and standardized design facilitate straightforward installation, minimizing downtime and labor costs.
green checkFrequency : 50 Hz
green checkType of Product : Shunt Trip
green checkStandard : IS/IEC 60947-3-1
₹3,185 - ₹3,421
You save ₹1,435!
31.06% OFF
The Siemens Shunt Trip Series 3VU9132-0AB is a high-performance device designed for electrical circuit protection and control. This component is part of Siemens' Series 3VU9132 line, known for its reliability and advanced features. The shunt trip mechanism is integrated into circuit breakers, allowing them to be tripped remotely through an electrical signal, providing enhanced safety and control in various applications.
The 3VU9132-0AB model is engineered to offer precise and dependable operation in industrial and commercial settings. It features robust construction, ensuring durability under demanding conditions. The device is typically used in conjunction with Siemens' modular circuit breakers, allowing for seamless integration into existing electrical systems. It supports a wide range of voltage levels and is designed to meet stringent international safety standards.
With its compact design, the 3VU9132-0AB facilitates easy installation and maintenance. Its remote trip capability is crucial for applications where quick disconnection of power is necessary, such as in emergency situations or for routine maintenance. Overall, this Siemens shunt trip device enhances operational safety and reliability, making it a valuable component for modern electrical installations.
green checkType of Product : Shunt Trip
green checkName of Manufacturer/Packer/Importer : Siemens Limited
Pack of 1 piece
₹2,949   ₹4,590
You save ₹1,641!
35.75% OFF
No Of Module: 1
Pack of 1 piece
₹2,949   ₹4,590
You save ₹1,641!
35.75% OFF
No Of Module: 1
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₹5,073 - ₹5,073
You save ₹2,007!
28.35% OFF
The "ABB Manual Start Shunt Trip" refers to a specific feature or accessory integrated into ABB manual motor starters or circuit breakers, enabling remote tripping of the device via a manual input or control signal. Here's a detailed explanation of this product: Functionality: Shunt Trip Capability: The shunt trip feature allows for remote tripping (opening) of the motor starter or circuit breaker using an external control signal. Key Features of the ABB Manual Start Shunt Trip: Remote Tripping Function: Enables the motor starter or circuit breaker to be tripped remotely by activating the shunt trip mechanism. Manual Start: Typically includes a manual start option for initiating the operation locally. Function and Integration: Operational Control: The shunt trip function can be activated by manual input (e.g., push button) or through an external control signal from a remote location. Safety Interlocking: Used in safety-critical applications to provide emergency shutdown capability remotely. Applications: Safety and Emergency Shutdown: Essential in applications where rapid shutdown of equipment is required for safety reasons or in emergency situations. Remote Control: Enables remote operation and control of motor starters or circuit breakers from a centralized location. Installation and Compatibility: The ABB Manual Start Shunt Trip is designed to be compatible with specific models of ABB manual motor starters or circuit breakers. Installation involves integrating the shunt trip mechanism into the existing control circuit, typically via wiring connections and control interfaces. Benefits: Enhanced Safety: Provides a means for quick and effective shutdown of equipment in case of emergencies or fault conditions. Remote Operation: Facilitates remote monitoring and control of critical equipment, improving operational flexibility and efficiency. Conclusion: The ABB Manual Start Shunt Trip is a valuable feature integrated into ABB manual motor starters or circuit breakers, offering remote tripping capability for enhanced safety and operational control. For specific details about compatibility, installation, and application suitability, refer to ABB's product documentation or consult with ABB's technical support team to ensure proper integration and functionality within your motor control system or electrical distribution system.
green checkRelay Range : NA
green checkType of Product : Shunt Trip
green checkHeight : 90 mm
green checkPhase : Single Phase
green checkRated Power : NA
green checkWidth : 18 mm
green checkStarter Type : Manual Start
green checkLength : 75.5 mm
₹2,241 - ₹3,303
Havells Shunt Trip for Frame Loadline MCCB is a vital accessory designed to enhance the functionality and safety features of Havells' Loadline series of Molded Case Circuit Breakers (MCCBs). The Shunt Trip mechanism serves as an additional protection feature, enabling remote tripping of the MCCB in response to specific conditions or commands. Tailored specifically for use with Havells' Frame Loadline MCCBs, the Shunt Trip mechanism is engineered to meet the rigorous requirements of modern electrical installations. It works by electrically activating the trip mechanism of the MCCB, causing it to trip and interrupt the electrical circuit in situations such as overcurrents or fault conditions. The Havells Shunt Trip for Frame Loadline MCCB is designed for quick and precise operation, ensuring that the MCCB responds promptly to any detected fault or abnormal condition. This rapid response helps minimize potential damage to electrical equipment and ensures the safety of personnel within the vicinity of the installation. Installation of the Shunt Trip mechanism is straightforward and can be seamlessly integrated with the MCCB. It is equipped with high-quality components and advanced technology to guarantee reliable performance and durability in various operating environments. Havells places a strong emphasis on the quality and safety of its Shunt Trip mechanisms, subjecting them to rigorous testing and certification procedures to ensure compliance with industry standards and regulations. This ensures that users can have confidence in the reliability and effectiveness of the Shunt Trip mechanism in protecting their electrical systems. Overall, Havells Shunt Trip for Frame Loadline MCCB offers an efficient and dependable solution for enhancing the protection and operational capabilities of electrical circuits. Its fast and precise tripping action, combined with its seamless integration and robust construction, makes it an essential component for ensuring the safe and reliable operation of modern electrical installations.
green checkType of Product : Shunt Trip
green checkSeries : HIM
₹2,359   ₹3,350
You save ₹991!
29.58% OFF
A Hager P630 Frame 200-240 V AC Integrable Shunt Trip, HXA004H is an electrical accessory or device commonly used in circuit breakers and other protective devices. It is designed to remotely trip or open the circuit breaker under specific conditions, providing an additional layer of control and safety. Here are key aspects of a shunt trip: Function: The primary function of a shunt trip is to trip (open) the circuit breaker remotely. It is an auxiliary mechanism that operates independently of the normal manual operation of the breaker. Operation: When activated, the shunt trip creates a shunting path that allows current to flow, bypassing the normal protective elements of the breaker. This shunting path triggers the mechanism to trip the circuit breaker open. Applications: Shunt trips are commonly used in various applications where remote or automatic tripping of a circuit breaker is required. This includes emergency shutdown systems, fire alarm systems, and other safety-critical scenarios. Emergency Situations: In the event of an emergency or specific conditions, such as a fire alarm activation, a shunt trip can be used to quickly disconnect power by tripping the circuit breaker. This is crucial for the safety of personnel and equipment. Fire Protection Systems: Shunt trips are often employed in fire protection systems. When a fire alarm is triggered, the shunt trip can disconnect power to specific circuits or equipment to prevent further hazards. Control Systems: Shunt trips can be integrated into control systems, allowing for automated or remote control of circuit breakers based on predefined conditions or events. Installation: A shunt trip is typically installed as an accessory to a circuit breaker. It is connected to the control circuit of the breaker and is activated by an external signal or control system. Power Source: Shunt trips are often powered by the same power source that feeds the control circuit of the circuit breaker. This ensures that the shunt trip is operational even if the main power is interrupted. Manual Override: Some shunt trips may have a manual override feature, allowing for manual activation in addition to remote or automatic operation. Safety Interlocks: In certain applications, shunt trips may be integrated with safety interlock systems to ensure that the circuit breaker can only be tripped under specific conditions. Shunt trips play a critical role in enhancing the safety and functionality of electrical systems, particularly in situations where a quick and remote shutdown is necessary to prevent or mitigate potential risks.
₹2,359   ₹3,350
You save ₹991!
29.58% OFF
A Hager P250 Frame 200-240 V AC Integrable Shunt Trip, HXA004H is an electrical accessory or device commonly used in circuit breakers and other protective devices. It is designed to remotely trip or open the circuit breaker under specific conditions, providing an additional layer of control and safety. Here are key aspects of a shunt trip: Function: The primary function of a shunt trip is to trip (open) the circuit breaker remotely. It is an auxiliary mechanism that operates independently of the normal manual operation of the breaker. Operation: When activated, the shunt trip creates a shunting path that allows current to flow, bypassing the normal protective elements of the breaker. This shunting path triggers the mechanism to trip the circuit breaker open. Applications: Shunt trips are commonly used in various applications where remote or automatic tripping of a circuit breaker is required. This includes emergency shutdown systems, fire alarm systems, and other safety-critical scenarios. Emergency Situations: In the event of an emergency or specific conditions, such as a fire alarm activation, a shunt trip can be used to quickly disconnect power by tripping the circuit breaker. This is crucial for the safety of personnel and equipment. Fire Protection Systems: Shunt trips are often employed in fire protection systems. When a fire alarm is triggered, the shunt trip can disconnect power to specific circuits or equipment to prevent further hazards. Control Systems: Shunt trips can be integrated into control systems, allowing for automated or remote control of circuit breakers based on predefined conditions or events. Installation: A shunt trip is typically installed as an accessory to a circuit breaker. It is connected to the control circuit of the breaker and is activated by an external signal or control system. Power Source: Shunt trips are often powered by the same power source that feeds the control circuit of the circuit breaker. This ensures that the shunt trip is operational even if the main power is interrupted. Manual Override: Some shunt trips may have a manual override feature, allowing for manual activation in addition to remote or automatic operation. Safety Interlocks: In certain applications, shunt trips may be integrated with safety interlock systems to ensure that the circuit breaker can only be tripped under specific conditions. Shunt trips play a critical role in enhancing the safety and functionality of electrical systems, particularly in situations where a quick and remote shutdown is necessary to prevent or mitigate potential risks.
₹1,533 - ₹3,067
Havells Shunt Trip for Frame Loadline MCCB is a vital accessory designed to enhance the functionality and safety features of Havells' Loadline series of Molded Case Circuit Breakers (MCCBs). The Shunt Trip mechanism serves as an additional protection feature, enabling remote tripping of the MCCB in response to specific conditions or commands. Tailored specifically for use with Havells' Frame Loadline MCCBs, the Shunt Trip mechanism is engineered to meet the rigorous requirements of modern electrical installations. It works by electrically activating the trip mechanism of the MCCB, causing it to trip and interrupt the electrical circuit in situations such as overcurrents or fault conditions. The Havells Shunt Trip for Frame Loadline MCCB is designed for quick and precise operation, ensuring that the MCCB responds promptly to any detected fault or abnormal condition. This rapid response helps minimize potential damage to electrical equipment and ensures the safety of personnel within the vicinity of the installation. Installation of the Shunt Trip mechanism is straightforward and can be seamlessly integrated with the MCCB. It is equipped with high-quality components and advanced technology to guarantee reliable performance and durability in various operating environments. Havells places a strong emphasis on the quality and safety of its Shunt Trip mechanisms, subjecting them to rigorous testing and certification procedures to ensure compliance with industry standards and regulations. This ensures that users can have confidence in the reliability and effectiveness of the Shunt Trip mechanism in protecting their electrical systems. Overall, Havells Shunt Trip for Frame Loadline MCCB offers an efficient and dependable solution for enhancing the protection and operational capabilities of electrical circuits. Its fast and precise tripping action, combined with its seamless integration and robust construction, makes it an essential component for ensuring the safe and reliable operation of modern electrical installations.
green checkType of Product : Shunt Trip
green checkStandard : IS/IEC:60947-2
₹2,241   ₹3,350
You save ₹1,109!
33.1% OFF
A Hager 200-240 V AC Integrable P160 Shunt Trip, HXA004H P160 Frame is an electrical accessory or device commonly used in circuit breakers and other protective devices. It is designed to remotely trip or open the circuit breaker under specific conditions, providing an additional layer of control and safety. Here are key aspects of a shunt trip: Function: The primary function of a shunt trip is to trip (open) the circuit breaker remotely. It is an auxiliary mechanism that operates independently of the normal manual operation of the breaker. Operation: When activated, the shunt trip creates a shunting path that allows current to flow, bypassing the normal protective elements of the breaker. This shunting path triggers the mechanism to trip the circuit breaker open. Applications: Shunt trips are commonly used in various applications where remote or automatic tripping of a circuit breaker is required. This includes emergency shutdown systems, fire alarm systems, and other safety-critical scenarios. Emergency Situations: In the event of an emergency or specific conditions, such as a fire alarm activation, a shunt trip can be used to quickly disconnect power by tripping the circuit breaker. This is crucial for the safety of personnel and equipment. Fire Protection Systems: Shunt trips are often employed in fire protection systems. When a fire alarm is triggered, the shunt trip can disconnect power to specific circuits or equipment to prevent further hazards. Control Systems: Shunt trips can be integrated into control systems, allowing for automated or remote control of circuit breakers based on predefined conditions or events. Installation: A shunt trip is typically installed as an accessory to a circuit breaker. It is connected to the control circuit of the breaker and is activated by an external signal or control system. Power Source: Shunt trips are often powered by the same power source that feeds the control circuit of the circuit breaker. This ensures that the shunt trip is operational even if the main power is interrupted. Manual Override: Some shunt trips may have a manual override feature, allowing for manual activation in addition to remote or automatic operation. Safety Interlocks: In certain applications, shunt trips may be integrated with safety interlock systems to ensure that the circuit breaker can only be tripped under specific conditions. Shunt trips play a critical role in enhancing the safety and functionality of electrical systems, particularly in situations where a quick and remote shutdown is necessary to prevent or mitigate potential risks.
₹3,539 - ₹3,775
The Siemens Shunt Trip for the 3VJ13 MCCB Series, model 3VJ9417-0ST, is a crucial accessory for enhancing the functionality and safety of molded case circuit breakers (MCCBs). Designed specifically for the 3VJ13 series, this shunt trip device allows remote tripping of the circuit breaker, adding an extra layer of protection and control to electrical systems. It operates by receiving an external voltage signal, which triggers the breaker to trip, effectively disconnecting the electrical load and preventing potential damage or hazards. This feature is particularly valuable in applications where rapid response to electrical faults is necessary, such as industrial automation systems, critical infrastructure, and commercial buildings. The shunt trip's integration with the MCCB enhances the system's ability to handle overloads, short circuits, and other electrical anomalies. Siemens ensures that this accessory meets rigorous quality and performance standards, offering reliable operation and easy installation. The 3VJ9417-0ST shunt trip is engineered for compatibility and ease of use, fitting seamlessly into existing electrical panels. Its design prioritizes safety and efficiency, providing a dependable solution for managing and protecting electrical circuits. This accessory is an essential component for any setup requiring advanced circuit protection and control.
green checkType of Product : Shunt Trip
green checkColor : Black
green checkFrequency : 50/60 Hz
green checkSuitable For : 3VJ13, 400A MCCB
₹4,365 - ₹4,483
The Havells Titania Shunt Trip Coil is a crucial component integrated into the Titania series of air circuit breakers (ACBs). This coil serves a specific function in the operation of the ACB by providing the mechanism for remote tripping. In an electrical system, a shunt trip coil is electromagnetically activated to trip the circuit breaker remotely, usually in response to specific conditions or commands. This action is essential for rapidly disconnecting power in the event of a fault or emergency, thereby preventing potential damage to equipment and ensuring the safety of personnel. The Havells Titania Shunt Trip Coil is engineered with precision to deliver reliable and efficient performance. It is designed to seamlessly integrate with the Titania series of ACBs, ensuring compatibility and ease of installation. When an abnormal condition is detected in the electrical system, such as overcurrent or short circuit, the shunt trip coil is energized, creating a magnetic field that triggers the mechanism to trip the ACB. This action causes the contacts of the ACB to open, interrupting the flow of electricity and isolating the faulty section of the circuit. Havells prioritizes quality and reliability in the design and manufacture of the Titania Shunt Trip Coil. The coil undergoes rigorous testing and quality assurance processes to ensure compliance with industry standards and regulations, providing users with confidence in its performance and safety. Overall, the Havells Titania Shunt Trip Coil is an essential component that enhances the functionality and safety features of the Titania series of air circuit breakers. Its reliable operation and seamless integration make it a trusted choice for electrical installations in various industrial, commercial, and residential settings.
green checkType of Product : Shunt Trip Coil
green checkSeries : Titania
₹2,949 - ₹2,949
You save ₹2,601!
46.86% OFF
The Schneider Electric TeSys Power Shunt Trip module is specifically designed to enhance the functionality of TeSys GV2ME, GV2LE, GV2L, and GVAS115 circuit breakers. This component plays a critical role in electrical safety and automation by remotely tripping the circuit breaker when necessary. Installed alongside compatible TeSys GV2 series circuit breakers, the Shunt Trip module enables remote operation through external control signals. This capability is particularly valuable in industrial and commercial applications where rapid response to fault conditions or emergency shutdowns is crucial. Schneider Electric's TeSys Power Shunt Trip module is engineered for reliability and precision, ensuring consistent performance under varying operational conditions. Its integration into TeSys GV2 series circuit breakers is seamless, maintaining the compact footprint and efficiency associated with TeSys products. By incorporating the Shunt Trip module, Schneider Electric enhances the versatility of TeSys GV2ME, GV2LE, GV2L, and GVAS115 circuit breakers, enabling them to meet specific application requirements for remote tripping and control. This capability supports enhanced safety protocols and operational efficiency in electrical distribution systems. In summary, the Schneider Electric TeSys Power Shunt Trip module is an essential accessory that extends the functionality of TeSys GV2 series circuit breakers, facilitating remote tripping for improved safety and operational control in diverse industrial and commercial environments.
green checkType of Product : Shunt Trip
green checkCompatibility : TeSys GV2ME, TeSys GV2LE, TeSys GV2L, TeSys GV2P, TeSys GV3L, TeSys GV3P, TeSys Deca
green checkNetwork Frequency : 50 Hz
green checkRated Insulation Voltage : 600-690 V AC
green checkControl Circuit Voltage Limits : 0.7-1.1 Un
green checkOperating Time : 10-15 ms
green checkTerminal : Screw Clamp
₹2,241   ₹2,561
You save ₹320!
12.48% OFF
The Schneider EZESHT200AC Shunt Trip Voltage Release for Easypact EZ250 is a commonly found in circuit breakers or other protective devices. It is designed to remotely trip or open the circuit breaker's contacts by applying a specific voltage to the shunt trip coil. Here's how a shunt trip voltage release typically works: 1. Shunt Trip Coil: The circuit breaker has an additional coil known as the shunt trip coil. This coil is energized when a specific voltage is applied to it. 2. External Control Signal: An external control signal, such as a switch or a relay, is used to initiate the shunt trip operation. When this control signal is activated, it sends a voltage or a signal to the shunt trip coil. 3. Tripping Action: When the shunt trip coil is energized by the control signal, it generates a magnetic field. This magnetic field interacts with the internal mechanism of the circuit breaker, causing the contacts to trip or open, thereby interrupting the current flow in the circuit. The shunt trip voltage release provides a means for remote operation of the circuit breaker. It is commonly used in various applications where it is necessary to trip the circuit breaker from a remote location or in response to specific conditions or events. Some common uses of a shunt trip voltage release include: 1. Emergency Shutdown: In certain environments or installations, there may be a need for rapid and remote shutdown of the electrical system in case of an emergency. The shunt trip feature allows for quick disconnection of the power supply from a remote location. 2. Fire Alarm Systems: Shunt trip voltage releases are often integrated with fire alarm systems. In the event of a fire alarm activation, the fire alarm control panel can send a signal to the shunt trip coil, tripping the circuit breaker to isolate the affected circuit or equipment. 3. Equipment Protection: Shunt trip voltage releases can be utilized to protect specific equipment or machinery. For example, in the case of a motor overload or fault, a control system can activate the shunt trip coil to de-energize the circuit, preventing further damage to the motor.
₹1,297 - ₹3,303
You save ₹2,986!
47.48% OFF
ABB Auxiliary Contactors are designed to complement primary contactors in various industrial applications. These devices are essential in control circuits, where they provide additional contact sets to signal or control other devices, such as relays, timers, or PLCs (Programmable Logic Controllers). ABB Auxiliary Contactors are known for their reliability, durability, and ease of installation, making them ideal for integration into complex automation systems. These contactors typically feature a compact design, allowing them to fit easily into existing panels or systems without requiring significant space. They offer multiple contact configurations, including normally open (NO) and normally closed (NC) contacts, which can be combined according to specific requirements. ABB’s auxiliary contactors are engineered to handle various voltages and currents, ensuring compatibility with a wide range of control circuits. In addition to their robust mechanical performance, ABB Auxiliary Contactors are designed with safety in mind, featuring mechanisms that prevent accidental operation and ensure reliable contact making. They are often used in applications such as motor control centers, switchgear, and other industrial automation systems where precise and reliable control is essential. These contactors contribute to enhancing the overall efficiency and safety of industrial operations.
green checkType of Product : Auxiliary Contactor
green checkSeries : S2C
₹2,241 - ₹2,831
You save ₹869!
27.94% OFF
The Schneider Electric EasyPact EZC 100 AC Shunt Release with 50 ms Response Time is an essential component in electrical systems, designed to enhance safety and control. The shunt release plays a crucial role in remotely tripping or releasing a circuit breaker, typically in response to an electrical fault or emergency situation. With its 50 ms response time, the EZC 100 AC Shunt Release swiftly reacts to abnormal conditions, ensuring quick disconnection of power to prevent damage to equipment and ensure personnel safety. This rapid response time is crucial in critical environments where swift intervention is essential to mitigate risks and maintain operational continuity. The EasyPact EZC series is known for its reliability and ease of integration into Schneider Electric's circuit breaker systems. It provides a seamless interface for remote operation and monitoring, facilitating efficient maintenance and troubleshooting procedures. In summary, the Schneider Electric EasyPact EZC 100 AC Shunt Release with 50 ms Response Time is a dependable solution for enhancing the safety and efficiency of electrical installations. Its fast response capability makes it suitable for applications where rapid fault detection and isolation are paramount.
green checkType of Product : Shunt Release
green checkApplication : Control
green checkRange : EasyPact EZC 100
green checkConnection Terminal : Auxiliary: Lead wire
green checkResponse Time : 50 ms
green checkThreshold Level : Operating: 0.7 Un Tripping
₹766 - ₹872
You save ₹114!
12.98% OFF
The Schneider Electric ComPacT NSXm Spreader with 35 mm Connection Pitch and Crimp Lug Connection Terminal is an essential component designed to facilitate the efficient and secure connection of electrical conductors within Schneider Electric's NSXm series molded case circuit breakers. The spreader serves the crucial role of ensuring proper spacing and alignment of electrical terminals, thereby maintaining electrical integrity and reducing the risk of short circuits or contact failures. With a connection pitch of 35 mm, it supports standardized spacing for electrical components, optimizing panel layout and installation efficiency. Equipped with crimp lug connection terminals, the spreader offers reliable electrical connections by securely fastening conductors to the circuit breaker. This terminal type ensures robust contact and minimizes the potential for loosening or disconnection due to vibrations or operational stresses. Integrated into the NSXm series, the spreader meets Schneider Electric's high standards for quality and performance. It enhances the overall reliability and safety of electrical installations in industrial and commercial environments by ensuring stable and efficient electrical connections. In summary, the Schneider Electric ComPacT NSXm Spreader with 35 mm Connection Pitch and Crimp Lug Connection Terminal plays a vital role in optimizing the functionality and reliability of NSXm series circuit breakers. Its design supports efficient installation and maintenance while ensuring secure electrical connections critical for operational integrity.
green checkConnection Pitch : 35 mm
green checkConductor Material : Copper
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