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Schneider Electric Mechanical Interlock Series LA9D

By Schneider Electric

₹636 - ₹7,079

You save ₹1,951!

39.82% OFF

The Schneider LA9D Series Mechanical Interlock is a component used in electrical control panels and motor control centers to prevent unsafe operating conditions by mechanically interlocking two contactors or motor starters. This interlock mechanism ensures that only one device can be energized at a time, preventing unintended or hazardous situations. Key Features: Safety Interlocking: The LA9D Series Mechanical Interlock is designed to enhance safety in electrical installations by preventing simultaneous closure of two contactors or motor starters. This helps to avoid situations such as short circuits, overloads, or equipment damage that may occur if multiple devices are energized simultaneously. Mechanical Design: The interlock mechanism is typically designed with mechanical components that physically prevent the simultaneous operation of two devices. It may consist of interlocking levers, cams, or latches that engage with the operating mechanisms of the contactors or motor starters. Positive Locking: The interlock mechanism ensures positive locking between the devices, meaning that once engaged, it cannot be overridden or bypassed without manual intervention. This provides a reliable safeguard against accidental or unauthorized operation. Compatibility: The LA9D Series Mechanical Interlock is compatible with Schneider Electric's range of contactors and motor starters, ensuring seamless integration into various control panel configurations. It may be installed between two devices to provide interlocking functionality. Easy Installation: The interlock mechanism is designed for easy installation in electrical control panels or motor control centers. It typically mounts directly onto the contactors or motor starters, requiring minimal additional space and wiring. Durability: Constructed from high-quality materials, the LA9D Series Mechanical Interlock is built to withstand the rigors of industrial environments. It is designed for long-term reliability and performance, even in demanding applications. Applications: The Schneider LA9D Series Mechanical Interlock is commonly used in a variety of industrial applications, including: Motor control panels Pump control systems Conveyor systems HVAC systems Manufacturing machinery Process control equipment Conclusion: The Schneider LA9D Series Mechanical Interlock is an essential safety device used in electrical control panels and motor control centers to prevent unsafe operating conditions. With its safety interlocking, mechanical design, positive locking, compatibility, easy installation, and durability, it provides a reliable solution for enhancing safety and preventing accidents in industrial environments.

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ABB 70 mm Mechanical Interlock VM19

By ABB

₹5,073   ₹6,986

You save ₹1,913!

27.38% OFF

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Chint Mechanical Interlock, NC2-LL 630

By Chint

₹2,260  

The CHINT Mechanical Interlock ,NC2-LL 630 Mechanical interlocks are essential contactor accessories used in electrical and industrial control systems to ensure the safe and proper operation of contactors. These interlocks are designed to prevent unintended or simultaneous actuation of multiple contactors, which can lead to hazardous situations, such as short circuits or equipment damage. In this 300-word description, we'll explore the importance and functionality of mechanical interlocks. A mechanical interlock is a device that physically connects two or more contactors, allowing them to operate sequentially or preventing them from operating simultaneously. This sequential operation is crucial in applications where a specific order of events or processes is required. For example, in motor control, the interlock ensures that the motor's stop contactor must open before the start contactor can close, preventing dangerous situations. The core principle behind mechanical interlocks is the use of mechanical linkages or levers that respond to the movement of one contactor to control the operation of another. When one contactor closes, it engages the interlock, preventing other contactors from closing until the first one opens. This mechanism enhances safety and prevents human error. Mechanical interlocks are commonly used in applications like elevator control, conveyor systems, and manufacturing equipment. They play a crucial role in preventing potentially catastrophic situations, such as elevator doors opening while the car is in motion or conveyor belts running simultaneously in opposite directions. Furthermore, these interlocks are typically made of durable materials to withstand harsh industrial environments and frequent use. They are designed to be reliable and long-lasting, ensuring the continuous and safe operation of electrical systems. In conclusion, mechanical interlocks are indispensable contactor accessories in electrical and industrial applications. They provide a simple yet effective means of ensuring the correct sequence of contactor operations, enhancing safety, and preventing costly equipment damage. These interlocks are vital components that contribute to the smooth and secure functioning of various automated systems, making them a crucial part of modern industrial control

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Chint Mechanical Interlock, NC1-8004-9504

By Chint

₹1,410  

The CHINT Mechanical Interlock ,NC1-8004-9504 Mechanical interlocks are essential contactor accessories used in electrical and industrial control systems to ensure the safe and proper operation of contactors. These interlocks are designed to prevent unintended or simultaneous actuation of multiple contactors, which can lead to hazardous situations, such as short circuits or equipment damage. In this 300-word description, we'll explore the importance and functionality of mechanical interlocks. A mechanical interlock is a device that physically connects two or more contactors, allowing them to operate sequentially or preventing them from operating simultaneously. This sequential operation is crucial in applications where a specific order of events or processes is required. For example, in motor control, the interlock ensures that the motor's stop contactor must open before the start contactor can close, preventing dangerous situations. The core principle behind mechanical interlocks is the use of mechanical linkages or levers that respond to the movement of one contactor to control the operation of another. When one contactor closes, it engages the interlock, preventing other contactors from closing until the first one opens. This mechanism enhances safety and prevents human error. Mechanical interlocks are commonly used in applications like elevator control, conveyor systems, and manufacturing equipment. They play a crucial role in preventing potentially catastrophic situations, such as elevator doors opening while the car is in motion or conveyor belts running simultaneously in opposite directions. Furthermore, these interlocks are typically made of durable materials to withstand harsh industrial environments and frequent use. They are designed to be reliable and long-lasting, ensuring the continuous and safe operation of electrical systems. In conclusion, mechanical interlocks are indispensable contactor accessories in electrical and industrial applications. They provide a simple yet effective means of ensuring the correct sequence of contactor operations, enhancing safety, and preventing costly equipment damage. These interlocks are vital components that contribute to the smooth and secure functioning of various automated systems, making them a crucial part of modern industrial control

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ABB 25 mm Mechanical Interlock VEM 4

By ABB

₹1,769   ₹2,266

You save ₹497!

21.92% OFF

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ABB 20 mm Mechanical Interlock VM 4

By ABB

₹943   ₹1,274

You save ₹331!

26% OFF

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Ships within 45 days

Siemens 3RT13 Mechanical Interlock 3RA19 Series

By Siemens

₹3,303 - ₹27,139

You save ₹14,090!

34.18% OFF

The Siemens 3RT13 Mechanical Interlock is an essential component within the 3RA19 series, designed to ensure safe and efficient operation of electrical systems. This interlock mechanism offers robust construction and precise engineering, delivering reliable performance in various industrial applications. Crafted with meticulous attention to detail, the 3RT13 Mechanical Interlock provides seamless integration with Siemens' 3RA19 series of contactors, offering compatibility and ease of installation. Its intuitive design facilitates smooth operation, allowing for the interlocking of multiple contactors to prevent simultaneous closure, thus averting potential hazards and ensuring operational integrity. With a focus on durability and longevity, Siemens has engineered the 3RT13 Mechanical Interlock to withstand demanding environments and prolonged usage, providing peace of mind to operators and maintenance personnel. Its compact form factor optimizes space utilization within control panels, while its high-quality materials and precision machining contribute to its resilience and performance under diverse operating conditions. Overall, the Siemens 3RT13 Mechanical Interlock embodies Siemens' commitment to innovation, safety, and reliability, serving as a vital component within the 3RA19 series to safeguard electrical systems and enhance operational efficiency in industrial settings.

Type of Product : 3RT13 Mechanical Interlock

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ABB Mechanical Interlock

By ABB

₹4,837 - ₹4,955

You save ₹1,724!

25.81% OFF

ABB interlock units are critical components used in industrial automation and control systems to ensure operational safety and prevent machinery damage. These units are designed to manage the sequence and interlocking of electrical and mechanical systems, ensuring that machinery operates within safe parameters and that safety protocols are adhered to. Typically, ABB interlock units are employed in environments where complex machinery and equipment require coordinated operation to prevent accidents and equipment failures. They provide fail-safe mechanisms by controlling the start, stop, and sequencing of machinery, as well as monitoring and responding to safety conditions. These units are known for their reliability and robustness, making them suitable for demanding industrial applications. ABB interlock units come with various configurations and specifications to meet the specific needs of different industries, including manufacturing, energy, and transportation. By integrating ABB interlock units into a control system, businesses can enhance safety, reduce the risk of operational interruptions, and improve overall equipment efficiency. Their versatility and precision make them an essential component in achieving effective and safe machinery operation.

Height : 84.9 mm

Type of Product : Mechanical Interlock

Width : 30 mm

Part No : 1SFN034403R1000

Length : 41.8 mm

Country of Origin : India

Name of Manufacturer/Packer/Importer : ABB India Limited

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ABB 20 mm Mechanical Interlock VM96-4

By ABB

₹3,421   ₹4,626

You save ₹1,205!

26.04% OFF

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Chint Mechanical Interlock, NC2-KK 400-500

By Chint

₹2,050  

The CHINT Mechanical Interlock ,NC2-KK 400-500 Mechanical interlocks are essential contactor accessories used in electrical and industrial control systems to ensure the safe and proper operation of contactors. These interlocks are designed to prevent unintended or simultaneous actuation of multiple contactors, which can lead to hazardous situations, such as short circuits or equipment damage. In this 300-word description, we'll explore the importance and functionality of mechanical interlocks. A mechanical interlock is a device that physically connects two or more contactors, allowing them to operate sequentially or preventing them from operating simultaneously. This sequential operation is crucial in applications where a specific order of events or processes is required. For example, in motor control, the interlock ensures that the motor's stop contactor must open before the start contactor can close, preventing dangerous situations. The core principle behind mechanical interlocks is the use of mechanical linkages or levers that respond to the movement of one contactor to control the operation of another. When one contactor closes, it engages the interlock, preventing other contactors from closing until the first one opens. This mechanism enhances safety and prevents human error. Mechanical interlocks are commonly used in applications like elevator control, conveyor systems, and manufacturing equipment. They play a crucial role in preventing potentially catastrophic situations, such as elevator doors opening while the car is in motion or conveyor belts running simultaneously in opposite directions. Furthermore, these interlocks are typically made of durable materials to withstand harsh industrial environments and frequent use. They are designed to be reliable and long-lasting, ensuring the continuous and safe operation of electrical systems. In conclusion, mechanical interlocks are indispensable contactor accessories in electrical and industrial applications. They provide a simple yet effective means of ensuring the correct sequence of contactor operations, enhancing safety, and preventing costly equipment damage. These interlocks are vital components that contribute to the smooth and secure functioning of various automated systems, making them a crucial part of modern industrial control

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Ships within 30 days

Chint Mechanical Interlock, NC2-HH 265-330

By Chint

₹1,840  

The CHINT Mechanical Interlock ,NC2-HH 265-330 Mechanical interlocks are essential contactor accessories used in electrical and industrial control systems to ensure the safe and proper operation of contactors. These interlocks are designed to prevent unintended or simultaneous actuation of multiple contactors, which can lead to hazardous situations, such as short circuits or equipment damage. In this 300-word description, we'll explore the importance and functionality of mechanical interlocks. A mechanical interlock is a device that physically connects two or more contactors, allowing them to operate sequentially or preventing them from operating simultaneously. This sequential operation is crucial in applications where a specific order of events or processes is required. For example, in motor control, the interlock ensures that the motor's stop contactor must open before the start contactor can close, preventing dangerous situations. The core principle behind mechanical interlocks is the use of mechanical linkages or levers that respond to the movement of one contactor to control the operation of another. When one contactor closes, it engages the interlock, preventing other contactors from closing until the first one opens. This mechanism enhances safety and prevents human error. Mechanical interlocks are commonly used in applications like elevator control, conveyor systems, and manufacturing equipment. They play a crucial role in preventing potentially catastrophic situations, such as elevator doors opening while the car is in motion or conveyor belts running simultaneously in opposite directions. Furthermore, these interlocks are typically made of durable materials to withstand harsh industrial environments and frequent use. They are designed to be reliable and long-lasting, ensuring the continuous and safe operation of electrical systems. In conclusion, mechanical interlocks are indispensable contactor accessories in electrical and industrial applications. They provide a simple yet effective means of ensuring the correct sequence of contactor operations, enhancing safety, and preventing costly equipment damage. These interlocks are vital components that contribute to the smooth and secure functioning of various automated systems, making them a crucial part of modern industrial control

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Ships within 30 days

Chint Mechanical Interlock, NC2-GG 185-225

By Chint

₹630  

The CHINT Mechanical Interlock ,NC2-GG 185-225 Mechanical interlocks are essential contactor accessories used in electrical and industrial control systems to ensure the safe and proper operation of contactors. These interlocks are designed to prevent unintended or simultaneous actuation of multiple contactors, which can lead to hazardous situations, such as short circuits or equipment damage. In this 300-word description, we'll explore the importance and functionality of mechanical interlocks. A mechanical interlock is a device that physically connects two or more contactors, allowing them to operate sequentially or preventing them from operating simultaneously. This sequential operation is crucial in applications where a specific order of events or processes is required. For example, in motor control, the interlock ensures that the motor's stop contactor must open before the start contactor can close, preventing dangerous situations. The core principle behind mechanical interlocks is the use of mechanical linkages or levers that respond to the movement of one contactor to control the operation of another. When one contactor closes, it engages the interlock, preventing other contactors from closing until the first one opens. This mechanism enhances safety and prevents human error. Mechanical interlocks are commonly used in applications like elevator control, conveyor systems, and manufacturing equipment. They play a crucial role in preventing potentially catastrophic situations, such as elevator doors opening while the car is in motion or conveyor belts running simultaneously in opposite directions. Furthermore, these interlocks are typically made of durable materials to withstand harsh industrial environments and frequent use. They are designed to be reliable and long-lasting, ensuring the continuous and safe operation of electrical systems. In conclusion, mechanical interlocks are indispensable contactor accessories in electrical and industrial applications. They provide a simple yet effective means of ensuring the correct sequence of contactor operations, enhancing safety, and preventing costly equipment damage. These interlocks are vital components that contribute to the smooth and secure functioning of various automated systems, making them a crucial part of modern industrial control

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Ships within 30 days

Chint Mechanical Interlock, NC2-FF 115-150

By Chint

₹630  

The CHINT Mechanical Interlock ,NC2-FF 115-150 Mechanical interlocks are essential contactor accessories used in electrical and industrial control systems to ensure the safe and proper operation of contactors. These interlocks are designed to prevent unintended or simultaneous actuation of multiple contactors, which can lead to hazardous situations, such as short circuits or equipment damage. In this 300-word description, we'll explore the importance and functionality of mechanical interlocks. A mechanical interlock is a device that physically connects two or more contactors, allowing them to operate sequentially or preventing them from operating simultaneously. This sequential operation is crucial in applications where a specific order of events or processes is required. For example, in motor control, the interlock ensures that the motor's stop contactor must open before the start contactor can close, preventing dangerous situations. The core principle behind mechanical interlocks is the use of mechanical linkages or levers that respond to the movement of one contactor to control the operation of another. When one contactor closes, it engages the interlock, preventing other contactors from closing until the first one opens. This mechanism enhances safety and prevents human error. Mechanical interlocks are commonly used in applications like elevator control, conveyor systems, and manufacturing equipment. They play a crucial role in preventing potentially catastrophic situations, such as elevator doors opening while the car is in motion or conveyor belts running simultaneously in opposite directions. Furthermore, these interlocks are typically made of durable materials to withstand harsh industrial environments and frequent use. They are designed to be reliable and long-lasting, ensuring the continuous and safe operation of electrical systems. In conclusion, mechanical interlocks are indispensable contactor accessories in electrical and industrial applications. They provide a simple yet effective means of ensuring the correct sequence of contactor operations, enhancing safety, and preventing costly equipment damage. These interlocks are vital components that contribute to the smooth and secure functioning of various automated systems, making them a crucial part of modern industrial control

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Ships within 30 days

Chint Mechanical Interlock, NC2-630 MI-HRZ

By Chint

₹789  

The CHINT Mechanical Interlock ,NC2-630 MI-HRZ Mechanical interlocks are essential contactor accessories used in electrical and industrial control systems to ensure the safe and proper operation of contactors. These interlocks are designed to prevent unintended or simultaneous actuation of multiple contactors, which can lead to hazardous situations, such as short circuits or equipment damage. In this 300-word description, we'll explore the importance and functionality of mechanical interlocks. A mechanical interlock is a device that physically connects two or more contactors, allowing them to operate sequentially or preventing them from operating simultaneously. This sequential operation is crucial in applications where a specific order of events or processes is required. For example, in motor control, the interlock ensures that the motor's stop contactor must open before the start contactor can close, preventing dangerous situations. The core principle behind mechanical interlocks is the use of mechanical linkages or levers that respond to the movement of one contactor to control the operation of another. When one contactor closes, it engages the interlock, preventing other contactors from closing until the first one opens. This mechanism enhances safety and prevents human error. Mechanical interlocks are commonly used in applications like elevator control, conveyor systems, and manufacturing equipment. They play a crucial role in preventing potentially catastrophic situations, such as elevator doors opening while the car is in motion or conveyor belts running simultaneously in opposite directions. Furthermore, these interlocks are typically made of durable materials to withstand harsh industrial environments and frequent use. They are designed to be reliable and long-lasting, ensuring the continuous and safe operation of electrical systems. In conclusion, mechanical interlocks are indispensable contactor accessories in electrical and industrial applications. They provide a simple yet effective means of ensuring the correct sequence of contactor operations, enhancing safety, and preventing costly equipment damage. These interlocks are vital components that contribute to the smooth and secure functioning of various automated systems, making them a crucial part of modern industrial control

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Ships within 4 days

Hager HXB065H Mechanical Interlock MCCB

By Hager

Pack of 1 piece

₹12,979   ₹20,435

You save ₹7,456!

36.49% OFF

X 250 Frame Mccb

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Ships within 4 days

Hager HXE065H Mechanical Interlock MCCB

By Hager

Pack of 1 piece

₹75,519   ₹1,27,440

You save ₹51,921!

40.74% OFF

H 1000 Frame Mccb

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Ships within 30 days

Chint 400VAC Mechanical Interlock

By Chint

₹2,595 - ₹4,955

The Chint 400VAC Mechanical Interlock is a safety device designed to ensure the safe and coordinated operation of two or more electrical switches or circuit breakers. It is specifically used in applications where it is essential to prevent simultaneous operation of two electrical devices that could result in a dangerous short circuit or overload. The 400VAC rating indicates that the interlock is suitable for use in systems operating at a voltage of up to 400V alternating current (AC), making it ideal for industrial, commercial, and residential power distribution networks. The mechanical interlock works by physically linking two switches or breakers, ensuring that only one can be turned on at a time, preventing the possibility of accidental cross-connection. Constructed with high-quality materials, the Chint 400VAC Mechanical Interlock offers durability and reliability, even under heavy-duty conditions. Its robust design ensures consistent performance and long service life, even in challenging environments where electrical safety is paramount.

Type of Product : Mechanical Interlock

Voltage : 400VAC

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ABB Mechanical Interlock Unit, VH Series

By ABB

₹6,253 - ₹6,843

You save ₹3,281!

32.41% OFF

ABB interlock units are critical components used in industrial automation and control systems to ensure operational safety and prevent machinery damage. These units are designed to manage the sequence and interlocking of electrical and mechanical systems, ensuring that machinery operates within safe parameters and that safety protocols are adhered to. Typically, ABB interlock units are employed in environments where complex machinery and equipment require coordinated operation to prevent accidents and equipment failures. They provide fail-safe mechanisms by controlling the start, stop, and sequencing of machinery, as well as monitoring and responding to safety conditions. These units are known for their reliability and robustness, making them suitable for demanding industrial applications. ABB interlock units come with various configurations and specifications to meet the specific needs of different industries, including manufacturing, energy, and transportation. By integrating ABB interlock units into a control system, businesses can enhance safety, reduce the risk of operational interruptions, and improve overall equipment efficiency. Their versatility and precision make them an essential component in achieving effective and safe machinery operation.

Type of Product : Mechanical Interlock Unit

Country of Origin : India

Name of Manufacturer/Packer/Importer : ABB India Limited

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Schneider Electric LA9FG970 Mechanical Interlock for LC1F185

By Schneider Electric

₹6,017  

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ABB 15 mm Mechanical Interlock Unit VM300H

By ABB

₹4,601   ₹6,490

You save ₹1,889!

29.11% OFF

Horizontal with 2NC contacts

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Ships within 30 days

Chint Mechanical Interlock, NC2-KL 400-500&630

By Chint

₹2,150  

The CHINT Mechanical Interlock ,NC2-KL 400-500&630 Mechanical interlocks are essential contactor accessories used in electrical and industrial control systems to ensure the safe and proper operation of contactors. These interlocks are designed to prevent unintended or simultaneous actuation of multiple contactors, which can lead to hazardous situations, such as short circuits or equipment damage. In this 300-word description, we'll explore the importance and functionality of mechanical interlocks. A mechanical interlock is a device that physically connects two or more contactors, allowing them to operate sequentially or preventing them from operating simultaneously. This sequential operation is crucial in applications where a specific order of events or processes is required. For example, in motor control, the interlock ensures that the motor's stop contactor must open before the start contactor can close, preventing dangerous situations. The core principle behind mechanical interlocks is the use of mechanical linkages or levers that respond to the movement of one contactor to control the operation of another. When one contactor closes, it engages the interlock, preventing other contactors from closing until the first one opens. This mechanism enhances safety and prevents human error. Mechanical interlocks are commonly used in applications like elevator control, conveyor systems, and manufacturing equipment. They play a crucial role in preventing potentially catastrophic situations, such as elevator doors opening while the car is in motion or conveyor belts running simultaneously in opposite directions. Furthermore, these interlocks are typically made of durable materials to withstand harsh industrial environments and frequent use. They are designed to be reliable and long-lasting, ensuring the continuous and safe operation of electrical systems. In conclusion, mechanical interlocks are indispensable contactor accessories in electrical and industrial applications. They provide a simple yet effective means of ensuring the correct sequence of contactor operations, enhancing safety, and preventing costly equipment damage. These interlocks are vital components that contribute to the smooth and secure functioning of various automated systems, making them a crucial part of modern industrial control

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Ships within 30 days

Chint Mechanical Interlock, NC2-HL 265-330&630

By Chint

₹1,950  

The CHINT Mechanical Interlock ,NC2-HL 265-330&630 Mechanical interlocks are essential contactor accessories used in electrical and industrial control systems to ensure the safe and proper operation of contactors. These interlocks are designed to prevent unintended or simultaneous actuation of multiple contactors, which can lead to hazardous situations, such as short circuits or equipment damage. In this 300-word description, we'll explore the importance and functionality of mechanical interlocks. A mechanical interlock is a device that physically connects two or more contactors, allowing them to operate sequentially or preventing them from operating simultaneously. This sequential operation is crucial in applications where a specific order of events or processes is required. For example, in motor control, the interlock ensures that the motor's stop contactor must open before the start contactor can close, preventing dangerous situations. The core principle behind mechanical interlocks is the use of mechanical linkages or levers that respond to the movement of one contactor to control the operation of another. When one contactor closes, it engages the interlock, preventing other contactors from closing until the first one opens. This mechanism enhances safety and prevents human error. Mechanical interlocks are commonly used in applications like elevator control, conveyor systems, and manufacturing equipment. They play a crucial role in preventing potentially catastrophic situations, such as elevator doors opening while the car is in motion or conveyor belts running simultaneously in opposite directions. Furthermore, these interlocks are typically made of durable materials to withstand harsh industrial environments and frequent use. They are designed to be reliable and long-lasting, ensuring the continuous and safe operation of electrical systems. In conclusion, mechanical interlocks are indispensable contactor accessories in electrical and industrial applications. They provide a simple yet effective means of ensuring the correct sequence of contactor operations, enhancing safety, and preventing costly equipment damage. These interlocks are vital components that contribute to the smooth and secure functioning of various automated systems, making them a crucial part of modern industrial control

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Ships within 30 days

Chint Mechanical Interlock, NC2-GL 185-225&630

By Chint

₹1,500  

The CHINT Mechanical Interlock ,NC2-GL 185-225&630 Mechanical interlocks are essential contactor accessories used in electrical and industrial control systems to ensure the safe and proper operation of contactors. These interlocks are designed to prevent unintended or simultaneous actuation of multiple contactors, which can lead to hazardous situations, such as short circuits or equipment damage. In this 300-word description, we'll explore the importance and functionality of mechanical interlocks. A mechanical interlock is a device that physically connects two or more contactors, allowing them to operate sequentially or preventing them from operating simultaneously. This sequential operation is crucial in applications where a specific order of events or processes is required. For example, in motor control, the interlock ensures that the motor's stop contactor must open before the start contactor can close, preventing dangerous situations. The core principle behind mechanical interlocks is the use of mechanical linkages or levers that respond to the movement of one contactor to control the operation of another. When one contactor closes, it engages the interlock, preventing other contactors from closing until the first one opens. This mechanism enhances safety and prevents human error. Mechanical interlocks are commonly used in applications like elevator control, conveyor systems, and manufacturing equipment. They play a crucial role in preventing potentially catastrophic situations, such as elevator doors opening while the car is in motion or conveyor belts running simultaneously in opposite directions. Furthermore, these interlocks are typically made of durable materials to withstand harsh industrial environments and frequent use. They are designed to be reliable and long-lasting, ensuring the continuous and safe operation of electrical systems. In conclusion, mechanical interlocks are indispensable contactor accessories in electrical and industrial applications. They provide a simple yet effective means of ensuring the correct sequence of contactor operations, enhancing safety, and preventing costly equipment damage. These interlocks are vital components that contribute to the smooth and secure functioning of various automated systems, making them a crucial part of modern industrial control

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Ships within 30 days

Chint Mechanical Interlock, NC2-FL 115-150&630

By Chint

₹1,400  

The CHINT Mechanical Interlock ,NC2-FL 115-150&630 Mechanical interlocks are essential contactor accessories used in electrical and industrial control systems to ensure the safe and proper operation of contactors. These interlocks are designed to prevent unintended or simultaneous actuation of multiple contactors, which can lead to hazardous situations, such as short circuits or equipment damage. In this 300-word description, we'll explore the importance and functionality of mechanical interlocks. A mechanical interlock is a device that physically connects two or more contactors, allowing them to operate sequentially or preventing them from operating simultaneously. This sequential operation is crucial in applications where a specific order of events or processes is required. For example, in motor control, the interlock ensures that the motor's stop contactor must open before the start contactor can close, preventing dangerous situations. The core principle behind mechanical interlocks is the use of mechanical linkages or levers that respond to the movement of one contactor to control the operation of another. When one contactor closes, it engages the interlock, preventing other contactors from closing until the first one opens. This mechanism enhances safety and prevents human error. Mechanical interlocks are commonly used in applications like elevator control, conveyor systems, and manufacturing equipment. They play a crucial role in preventing potentially catastrophic situations, such as elevator doors opening while the car is in motion or conveyor belts running simultaneously in opposite directions. Furthermore, these interlocks are typically made of durable materials to withstand harsh industrial environments and frequent use. They are designed to be reliable and long-lasting, ensuring the continuous and safe operation of electrical systems. In conclusion, mechanical interlocks are indispensable contactor accessories in electrical and industrial applications. They provide a simple yet effective means of ensuring the correct sequence of contactor operations, enhancing safety, and preventing costly equipment damage. These interlocks are vital components that contribute to the smooth and secure functioning of various automated systems, making them a crucial part of modern industrial control

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Ships within 30 days

Chint Mechanical Interlock, NC2-265-500 MI-HRZ

By Chint

₹530  

The CHINT Mechanical Interlock ,NC2-265-500 MI-HRZ Mechanical interlocks are essential contactor accessories used in electrical and industrial control systems to ensure the safe and proper operation of contactors. These interlocks are designed to prevent unintended or simultaneous actuation of multiple contactors, which can lead to hazardous situations, such as short circuits or equipment damage. In this 300-word description, we'll explore the importance and functionality of mechanical interlocks. A mechanical interlock is a device that physically connects two or more contactors, allowing them to operate sequentially or preventing them from operating simultaneously. This sequential operation is crucial in applications where a specific order of events or processes is required. For example, in motor control, the interlock ensures that the motor's stop contactor must open before the start contactor can close, preventing dangerous situations. The core principle behind mechanical interlocks is the use of mechanical linkages or levers that respond to the movement of one contactor to control the operation of another. When one contactor closes, it engages the interlock, preventing other contactors from closing until the first one opens. This mechanism enhances safety and prevents human error. Mechanical interlocks are commonly used in applications like elevator control, conveyor systems, and manufacturing equipment. They play a crucial role in preventing potentially catastrophic situations, such as elevator doors opening while the car is in motion or conveyor belts running simultaneously in opposite directions. Furthermore, these interlocks are typically made of durable materials to withstand harsh industrial environments and frequent use. They are designed to be reliable and long-lasting, ensuring the continuous and safe operation of electrical systems. In conclusion, mechanical interlocks are indispensable contactor accessories in electrical and industrial applications. They provide a simple yet effective means of ensuring the correct sequence of contactor operations, enhancing safety, and preventing costly equipment damage. These interlocks are vital components that contribute to the smooth and secure functioning of various automated systems, making them a crucial part of modern industrial control

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Ships within 30 days

Chint Mechanical Interlock, NC2-185-225 MI-HRZ

By Chint

₹270  

The CHINT Mechanical Interlock ,NC2-185-225 MI-HRZ Mechanical interlocks are essential contactor accessories used in electrical and industrial control systems to ensure the safe and proper operation of contactors. These interlocks are designed to prevent unintended or simultaneous actuation of multiple contactors, which can lead to hazardous situations, such as short circuits or equipment damage. In this 300-word description, we'll explore the importance and functionality of mechanical interlocks. A mechanical interlock is a device that physically connects two or more contactors, allowing them to operate sequentially or preventing them from operating simultaneously. This sequential operation is crucial in applications where a specific order of events or processes is required. For example, in motor control, the interlock ensures that the motor's stop contactor must open before the start contactor can close, preventing dangerous situations. The core principle behind mechanical interlocks is the use of mechanical linkages or levers that respond to the movement of one contactor to control the operation of another. When one contactor closes, it engages the interlock, preventing other contactors from closing until the first one opens. This mechanism enhances safety and prevents human error. Mechanical interlocks are commonly used in applications like elevator control, conveyor systems, and manufacturing equipment. They play a crucial role in preventing potentially catastrophic situations, such as elevator doors opening while the car is in motion or conveyor belts running simultaneously in opposite directions. Furthermore, these interlocks are typically made of durable materials to withstand harsh industrial environments and frequent use. They are designed to be reliable and long-lasting, ensuring the continuous and safe operation of electrical systems. In conclusion, mechanical interlocks are indispensable contactor accessories in electrical and industrial applications. They provide a simple yet effective means of ensuring the correct sequence of contactor operations, enhancing safety, and preventing costly equipment damage. These interlocks are vital components that contribute to the smooth and secure functioning of various automated systems, making them a crucial part of modern industrial control

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Ships within 30 days

Chint Mechanical Interlock, NC2-115-150 MI-HRZ

By Chint

₹270  

The CHINT Mechanical Interlock ,NC2-115-150 MI-HRZ Mechanical interlocks are essential contactor accessories used in electrical and industrial control systems to ensure the safe and proper operation of contactors. These interlocks are designed to prevent unintended or simultaneous actuation of multiple contactors, which can lead to hazardous situations, such as short circuits or equipment damage. In this 300-word description, we'll explore the importance and functionality of mechanical interlocks. A mechanical interlock is a device that physically connects two or more contactors, allowing them to operate sequentially or preventing them from operating simultaneously. This sequential operation is crucial in applications where a specific order of events or processes is required. For example, in motor control, the interlock ensures that the motor's stop contactor must open before the start contactor can close, preventing dangerous situations. The core principle behind mechanical interlocks is the use of mechanical linkages or levers that respond to the movement of one contactor to control the operation of another. When one contactor closes, it engages the interlock, preventing other contactors from closing until the first one opens. This mechanism enhances safety and prevents human error. Mechanical interlocks are commonly used in applications like elevator control, conveyor systems, and manufacturing equipment. They play a crucial role in preventing potentially catastrophic situations, such as elevator doors opening while the car is in motion or conveyor belts running simultaneously in opposite directions. Furthermore, these interlocks are typically made of durable materials to withstand harsh industrial environments and frequent use. They are designed to be reliable and long-lasting, ensuring the continuous and safe operation of electrical systems. In conclusion, mechanical interlocks are indispensable contactor accessories in electrical and industrial applications. They provide a simple yet effective means of ensuring the correct sequence of contactor operations, enhancing safety, and preventing costly equipment damage. These interlocks are vital components that contribute to the smooth and secure functioning of various automated systems, making them a crucial part of modern industrial control

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Chint Mechanical Interlock, NC2-HK 265-330&400-500

By Chint

₹1,950  

The CHINT Mechanical Interlock ,NC2-HK 265-330&400-500 Mechanical interlocks are essential contactor accessories used in electrical and industrial control systems to ensure the safe and proper operation of contactors. These interlocks are designed to prevent unintended or simultaneous actuation of multiple contactors, which can lead to hazardous situations, such as short circuits or equipment damage. In this 300-word description, we'll explore the importance and functionality of mechanical interlocks. A mechanical interlock is a device that physically connects two or more contactors, allowing them to operate sequentially or preventing them from operating simultaneously. This sequential operation is crucial in applications where a specific order of events or processes is required. For example, in motor control, the interlock ensures that the motor's stop contactor must open before the start contactor can close, preventing dangerous situations. The core principle behind mechanical interlocks is the use of mechanical linkages or levers that respond to the movement of one contactor to control the operation of another. When one contactor closes, it engages the interlock, preventing other contactors from closing until the first one opens. This mechanism enhances safety and prevents human error. Mechanical interlocks are commonly used in applications like elevator control, conveyor systems, and manufacturing equipment. They play a crucial role in preventing potentially catastrophic situations, such as elevator doors opening while the car is in motion or conveyor belts running simultaneously in opposite directions. Furthermore, these interlocks are typically made of durable materials to withstand harsh industrial environments and frequent use. They are designed to be reliable and long-lasting, ensuring the continuous and safe operation of electrical systems. In conclusion, mechanical interlocks are indispensable contactor accessories in electrical and industrial applications. They provide a simple yet effective means of ensuring the correct sequence of contactor operations, enhancing safety, and preventing costly equipment damage. These interlocks are vital components that contribute to the smooth and secure functioning of various automated systems, making them a crucial part of modern industrial control

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Chint Mechanical Interlock, NC2-GK 185-225&400-500

By Chint

₹1,400  

The CHINT Mechanical Interlock ,NC2-GK 185-225&400-500 Mechanical interlocks are essential contactor accessories used in electrical and industrial control systems to ensure the safe and proper operation of contactors. These interlocks are designed to prevent unintended or simultaneous actuation of multiple contactors, which can lead to hazardous situations, such as short circuits or equipment damage. In this 300-word description, we'll explore the importance and functionality of mechanical interlocks. A mechanical interlock is a device that physically connects two or more contactors, allowing them to operate sequentially or preventing them from operating simultaneously. This sequential operation is crucial in applications where a specific order of events or processes is required. For example, in motor control, the interlock ensures that the motor's stop contactor must open before the start contactor can close, preventing dangerous situations. The core principle behind mechanical interlocks is the use of mechanical linkages or levers that respond to the movement of one contactor to control the operation of another. When one contactor closes, it engages the interlock, preventing other contactors from closing until the first one opens. This mechanism enhances safety and prevents human error. Mechanical interlocks are commonly used in applications like elevator control, conveyor systems, and manufacturing equipment. They play a crucial role in preventing potentially catastrophic situations, such as elevator doors opening while the car is in motion or conveyor belts running simultaneously in opposite directions. Furthermore, these interlocks are typically made of durable materials to withstand harsh industrial environments and frequent use. They are designed to be reliable and long-lasting, ensuring the continuous and safe operation of electrical systems. In conclusion, mechanical interlocks are indispensable contactor accessories in electrical and industrial applications. They provide a simple yet effective means of ensuring the correct sequence of contactor operations, enhancing safety, and preventing costly equipment damage. These interlocks are vital components that contribute to the smooth and secure functioning of various automated systems, making them a crucial part of modern industrial control

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Chint Mechanical Interlock, NC2-GH 185-225&265-330

By Chint

₹1,400  

The CHINT Mechanical Interlock ,NC2-GH 185-225&265-330 Mechanical interlocks are essential contactor accessories used in electrical and industrial control systems to ensure the safe and proper operation of contactors. These interlocks are designed to prevent unintended or simultaneous actuation of multiple contactors, which can lead to hazardous situations, such as short circuits or equipment damage. In this 300-word description, we'll explore the importance and functionality of mechanical interlocks. A mechanical interlock is a device that physically connects two or more contactors, allowing them to operate sequentially or preventing them from operating simultaneously. This sequential operation is crucial in applications where a specific order of events or processes is required. For example, in motor control, the interlock ensures that the motor's stop contactor must open before the start contactor can close, preventing dangerous situations. The core principle behind mechanical interlocks is the use of mechanical linkages or levers that respond to the movement of one contactor to control the operation of another. When one contactor closes, it engages the interlock, preventing other contactors from closing until the first one opens. This mechanism enhances safety and prevents human error. Mechanical interlocks are commonly used in applications like elevator control, conveyor systems, and manufacturing equipment. They play a crucial role in preventing potentially catastrophic situations, such as elevator doors opening while the car is in motion or conveyor belts running simultaneously in opposite directions. Furthermore, these interlocks are typically made of durable materials to withstand harsh industrial environments and frequent use. They are designed to be reliable and long-lasting, ensuring the continuous and safe operation of electrical systems. In conclusion, mechanical interlocks are indispensable contactor accessories in electrical and industrial applications. They provide a simple yet effective means of ensuring the correct sequence of contactor operations, enhancing safety, and preventing costly equipment damage. These interlocks are vital components that contribute to the smooth and secure functioning of various automated systems, making them a crucial part of modern industrial control

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Chint Mechanical Interlock, NC2-FK 115-150&400-500

By Chint

₹1,400  

The CHINT Mechanical Interlock ,NC2-FK 115-150&400-500 Mechanical interlocks are essential contactor accessories used in electrical and industrial control systems to ensure the safe and proper operation of contactors. These interlocks are designed to prevent unintended or simultaneous actuation of multiple contactors, which can lead to hazardous situations, such as short circuits or equipment damage. In this 300-word description, we'll explore the importance and functionality of mechanical interlocks. A mechanical interlock is a device that physically connects two or more contactors, allowing them to operate sequentially or preventing them from operating simultaneously. This sequential operation is crucial in applications where a specific order of events or processes is required. For example, in motor control, the interlock ensures that the motor's stop contactor must open before the start contactor can close, preventing dangerous situations. The core principle behind mechanical interlocks is the use of mechanical linkages or levers that respond to the movement of one contactor to control the operation of another. When one contactor closes, it engages the interlock, preventing other contactors from closing until the first one opens. This mechanism enhances safety and prevents human error. Mechanical interlocks are commonly used in applications like elevator control, conveyor systems, and manufacturing equipment. They play a crucial role in preventing potentially catastrophic situations, such as elevator doors opening while the car is in motion or conveyor belts running simultaneously in opposite directions. Furthermore, these interlocks are typically made of durable materials to withstand harsh industrial environments and frequent use. They are designed to be reliable and long-lasting, ensuring the continuous and safe operation of electrical systems. In conclusion, mechanical interlocks are indispensable contactor accessories in electrical and industrial applications. They provide a simple yet effective means of ensuring the correct sequence of contactor operations, enhancing safety, and preventing costly equipment damage. These interlocks are vital components that contribute to the smooth and secure functioning of various automated systems, making them a crucial part of modern industrial control

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Chint Mechanical Interlock, NC2-FH 115-150&265-330

By Chint

₹1,400  

The CHINT Mechanical Interlock ,NC2-FH 115-150&265-330 Mechanical interlocks are essential contactor accessories used in electrical and industrial control systems to ensure the safe and proper operation of contactors. These interlocks are designed to prevent unintended or simultaneous actuation of multiple contactors, which can lead to hazardous situations, such as short circuits or equipment damage. In this 300-word description, we'll explore the importance and functionality of mechanical interlocks. A mechanical interlock is a device that physically connects two or more contactors, allowing them to operate sequentially or preventing them from operating simultaneously. This sequential operation is crucial in applications where a specific order of events or processes is required. For example, in motor control, the interlock ensures that the motor's stop contactor must open before the start contactor can close, preventing dangerous situations. The core principle behind mechanical interlocks is the use of mechanical linkages or levers that respond to the movement of one contactor to control the operation of another. When one contactor closes, it engages the interlock, preventing other contactors from closing until the first one opens. This mechanism enhances safety and prevents human error. Mechanical interlocks are commonly used in applications like elevator control, conveyor systems, and manufacturing equipment. They play a crucial role in preventing potentially catastrophic situations, such as elevator doors opening while the car is in motion or conveyor belts running simultaneously in opposite directions. Furthermore, these interlocks are typically made of durable materials to withstand harsh industrial environments and frequent use. They are designed to be reliable and long-lasting, ensuring the continuous and safe operation of electrical systems. In conclusion, mechanical interlocks are indispensable contactor accessories in electrical and industrial applications. They provide a simple yet effective means of ensuring the correct sequence of contactor operations, enhancing safety, and preventing costly equipment damage. These interlocks are vital components that contribute to the smooth and secure functioning of various automated systems, making them a crucial part of modern industrial control

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Chint Mechanical Interlock, NC2-FG 115-150&185-225

By Chint

₹600  

The CHINT Mechanical Interlock ,NC2-FG 115-150&185-225 Mechanical interlocks are essential contactor accessories used in electrical and industrial control systems to ensure the safe and proper operation of contactors. These interlocks are designed to prevent unintended or simultaneous actuation of multiple contactors, which can lead to hazardous situations, such as short circuits or equipment damage. In this 300-word description, we'll explore the importance and functionality of mechanical interlocks. A mechanical interlock is a device that physically connects two or more contactors, allowing them to operate sequentially or preventing them from operating simultaneously. This sequential operation is crucial in applications where a specific order of events or processes is required. For example, in motor control, the interlock ensures that the motor's stop contactor must open before the start contactor can close, preventing dangerous situations. The core principle behind mechanical interlocks is the use of mechanical linkages or levers that respond to the movement of one contactor to control the operation of another. When one contactor closes, it engages the interlock, preventing other contactors from closing until the first one opens. This mechanism enhances safety and prevents human error. Mechanical interlocks are commonly used in applications like elevator control, conveyor systems, and manufacturing equipment. They play a crucial role in preventing potentially catastrophic situations, such as elevator doors opening while the car is in motion or conveyor belts running simultaneously in opposite directions. Furthermore, these interlocks are typically made of durable materials to withstand harsh industrial environments and frequent use. They are designed to be reliable and long-lasting, ensuring the continuous and safe operation of electrical systems. In conclusion, mechanical interlocks are indispensable contactor accessories in electrical and industrial applications. They provide a simple yet effective means of ensuring the correct sequence of contactor operations, enhancing safety, and preventing costly equipment damage. These interlocks are vital components that contribute to the smooth and secure functioning of various automated systems, making them a crucial part of modern industrial control

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Chint Mechanical Interlock, NC1-40-65 / NXC-40-65

By Chint

₹1,050  

The CHINT Mechanical Interlock ,NC1-40-65 / NXC-40-65 Mechanical interlocks are essential contactor accessories used in electrical and industrial control systems to ensure the safe and proper operation of contactors. These interlocks are designed to prevent unintended or simultaneous actuation of multiple contactors, which can lead to hazardous situations, such as short circuits or equipment damage. In this 300-word description, we'll explore the importance and functionality of mechanical interlocks. A mechanical interlock is a device that physically connects two or more contactors, allowing them to operate sequentially or preventing them from operating simultaneously. This sequential operation is crucial in applications where a specific order of events or processes is required. For example, in motor control, the interlock ensures that the motor's stop contactor must open before the start contactor can close, preventing dangerous situations. The core principle behind mechanical interlocks is the use of mechanical linkages or levers that respond to the movement of one contactor to control the operation of another. When one contactor closes, it engages the interlock, preventing other contactors from closing until the first one opens. This mechanism enhances safety and prevents human error. Mechanical interlocks are commonly used in applications like elevator control, conveyor systems, and manufacturing equipment. They play a crucial role in preventing potentially catastrophic situations, such as elevator doors opening while the car is in motion or conveyor belts running simultaneously in opposite directions. Furthermore, these interlocks are typically made of durable materials to withstand harsh industrial environments and frequent use. They are designed to be reliable and long-lasting, ensuring the continuous and safe operation of electrical systems. In conclusion, mechanical interlocks are indispensable contactor accessories in electrical and industrial applications. They provide a simple yet effective means of ensuring the correct sequence of contactor operations, enhancing safety, and preventing costly equipment damage. These interlocks are vital components that contribute to the smooth and secure functioning of various automated systems, making them a crucial part of modern industrial control

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Chint Mechanical Interlock, NC1-09-32 / NXC-09-38

By Chint

₹360  

The CHINT Mechanical Interlock ,NC1-09-32 / NXC-09-38 Mechanical interlocks are essential contactor accessories used in electrical and industrial control systems to ensure the safe and proper operation of contactors. These interlocks are designed to prevent unintended or simultaneous actuation of multiple contactors, which can lead to hazardous situations, such as short circuits or equipment damage. In this 300-word description, we'll explore the importance and functionality of mechanical interlocks. A mechanical interlock is a device that physically connects two or more contactors, allowing them to operate sequentially or preventing them from operating simultaneously. This sequential operation is crucial in applications where a specific order of events or processes is required. For example, in motor control, the interlock ensures that the motor's stop contactor must open before the start contactor can close, preventing dangerous situations. The core principle behind mechanical interlocks is the use of mechanical linkages or levers that respond to the movement of one contactor to control the operation of another. When one contactor closes, it engages the interlock, preventing other contactors from closing until the first one opens. This mechanism enhances safety and prevents human error. Mechanical interlocks are commonly used in applications like elevator control, conveyor systems, and manufacturing equipment. They play a crucial role in preventing potentially catastrophic situations, such as elevator doors opening while the car is in motion or conveyor belts running simultaneously in opposite directions. Furthermore, these interlocks are typically made of durable materials to withstand harsh industrial environments and frequent use. They are designed to be reliable and long-lasting, ensuring the continuous and safe operation of electrical systems. In conclusion, mechanical interlocks are indispensable contactor accessories in electrical and industrial applications. They provide a simple yet effective means of ensuring the correct sequence of contactor operations, enhancing safety, and preventing costly equipment damage. These interlocks are vital components that contribute to the smooth and secure functioning of various automated systems, making them a crucial part of modern industrial control

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Ships within 15 days

Schneider Electric Mechanical Interlock for LC1 Series, LAD9R3S

By Schneider Electric

₹12,979  

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Ships within 25 days

Schneider Electric Mechanical Interlock for TeSys Giga Contactor, LA9G970/LA9G971

By Schneider Electric

₹2,241 - ₹2,241

You save ₹1,099!

32.9% OFF

The Schneider Electric Mechanical Interlock for TeSys Giga Contactor, specifically the LA9G970 and LA9G971 models, is a component designed to enhance safety and prevent accidental operation in industrial electrical control systems. It is specifically tailored for use with Schneider Electric's TeSys Giga contactors, ensuring seamless integration and reliable performance. Key Features: Safety Interlocking: The LA9G970/LA9G971 Mechanical Interlock ensures that only one contactor can be energized at a time. This prevents the simultaneous closure of multiple contactors, which could lead to short circuits, overloads, or other hazardous conditions. Mechanical Design: The interlock mechanism employs mechanical components, such as levers and cams, to physically prevent the operation of one contactor while another is engaged. This ensures a robust and reliable interlocking mechanism that does not rely on electrical signals or external control systems. Compatibility: The LA9G970/LA9G971 Mechanical Interlock is specifically designed for use with Schneider Electric's TeSys Giga contactors. It is engineered to fit seamlessly with these contactors, ensuring proper alignment and operation without the need for modifications or additional components. Positive Locking: Once engaged, the interlock mechanism provides positive locking between the contactors, preventing unintended disengagement or bypassing. This adds an extra layer of safety and reliability, ensuring that the interlocking function remains effective under all operating conditions. Easy Installation: The Mechanical Interlock is designed for straightforward installation on TeSys Giga contactors, requiring minimal additional space and wiring. It mounts directly onto the contactors, and the interlock connections are typically integrated into the contactor terminals, simplifying the installation process. Durability: Built to withstand the rigors of industrial environments, the LA9G970/LA9G971 Mechanical Interlock is constructed from high-quality materials for long-term reliability and performance. It is designed to operate effectively in demanding applications without degradation or failure. Applications: The Schneider Electric Mechanical Interlock for TeSys Giga Contactor finds application in various industrial settings, including: Motor control panels Pump control systems Conveyor systems HVAC systems Manufacturing machinery Process control equipment Conclusion: The LA9G970/LA9G971 Mechanical Interlock is a critical safety component in industrial electrical control systems, ensuring safe and reliable operation of Schneider Electric's TeSys Giga contactors. With its safety interlocking, compatibility, positive locking, easy installation, and durability, it provides an effective solution for preventing accidents and enhancing safety in industrial environments.

Height : 50 mm

Type of Product : Mechanical interlock

Width : 80 mm

Range : TeSys

Device Short Name : LA9G

Product or component Type : Mechanical interlock

Range Compatibility : TeSys Giga

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Schneider Electric TeSys Deca Mechanical Interlock for LC1D Series, LA9D50978

By Schneider Electric

₹8,377  

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ABB 72 mm Mechanical Interlock Unit VM205/265

By ABB

₹5,191   ₹6,750

You save ₹1,559!

23.09% OFF

Horizontal Mechanical Interlock

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ABB Mechanical Interlock Unit, VE5 Series

By ABB

₹1,297 - ₹2,359

You save ₹744!

23.99% OFF

ABB interlock units are critical components used in industrial automation and control systems to ensure operational safety and prevent machinery damage. These units are designed to manage the sequence and interlocking of electrical and mechanical systems, ensuring that machinery operates within safe parameters and that safety protocols are adhered to. Typically, ABB interlock units are employed in environments where complex machinery and equipment require coordinated operation to prevent accidents and equipment failures. They provide fail-safe mechanisms by controlling the start, stop, and sequencing of machinery, as well as monitoring and responding to safety conditions. These units are known for their reliability and robustness, making them suitable for demanding industrial applications. ABB interlock units come with various configurations and specifications to meet the specific needs of different industries, including manufacturing, energy, and transportation. By integrating ABB interlock units into a control system, businesses can enhance safety, reduce the risk of operational interruptions, and improve overall equipment efficiency. Their versatility and precision make them an essential component in achieving effective and safe machinery operation.

Type of Product : Mechanical Interlock Unit

Country of Origin : India

Name of Manufacturer/Packer/Importer : ABB India Limited

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