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Omron Sensor Accessories

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₹2,005  
The Omron Sensor Mounting Bracket is an essential accessory in industrial automation and control systems, specifically designed to provide a secure and reliable means of affixing various Omron sensors in desired positions within a manufacturing or process control environment. These brackets play a pivotal role in ensuring the precise and stable placement of sensors, allowing them to perform their functions with accuracy, consistency, and reliability. Key features of the Omron Sensor Mounting Bracket include its compatibility with a wide range of Omron sensors, making it a versatile and user-friendly solution for different applications. These brackets often come in various sizes and configurations, accommodating diverse sensor models and installation requirements. They are known for their sturdy construction, designed to withstand the rigors of industrial settings, including factors like dust, moisture, and temperature fluctuations. One of the key advantages of these brackets is their role in ensuring the optimal performance of sensors. They provide a stable and secure platform for sensors to be mounted, reducing the risk of misalignment or movement during operation. Omron Sensor Mounting Brackets are designed for ease of installation, simplifying the setup process and facilitating adjustments as needed. Applications of Omron Sensor Mounting Brackets are diverse, spanning across industries such as manufacturing, automation, and quality control. These brackets are essential for securely affixing sensors to machinery, conveyors, production lines, and infrastructure, ensuring accurate data acquisition and reliable sensor operation. They play a pivotal role in optimizing production efficiency, enhancing product quality, and maintaining the precision of various industrial processes.
₹7,787  
Omron is a well-known Japanese company that produces a wide range of industrial automation and healthcare products. One of the product categories they manufacture for industrial automation is fiber optic sensors, which includes fiber units. Fiber units are a type of sensor used in various automation and control applications, particularly in manufacturing and industrial processes. Fiber units in the context of Omron typically refer to components of fiber optic sensors. These sensors use light, often infrared, to detect the presence or absence of objects, as well as to measure distances, positions, and other attributes. Fiber units are a critical part of these sensors, and they can be used in various configurations depending on the specific requirements of an application. Some common types of Omron fiber units include: Through-beam fiber units: These consist of a transmitter and a receiver unit, with a beam of light passing between them. When an object interrupts the beam, the sensor detects it. Diffuse-reflective fiber units: These have a single unit that emits and receives light. When an object reflects the light back to the sensor, it triggers a detection. Retro-reflective fiber units: Similar to through-beam units, but with a reflector to bounce the light back to the receiver. When an object breaks the light path between the sensor and the reflector, detection occurs. Omron's fiber optic sensors and their associated fiber units are used in a variety of applications, including industrial automation, packaging, conveyor systems, and quality control processes. They are valued for their precision, reliability, and ability to operate in challenging environments.
Set of 2 piece
₹6,135  
The Omron Sensor Mounting Bracket is an essential accessory in industrial automation and control systems, specifically designed to provide a secure and reliable means of affixing various Omron sensors in desired positions within a manufacturing or process control environment. These brackets play a pivotal role in ensuring the precise and stable placement of sensors, allowing them to perform their functions with accuracy, consistency, and reliability. Key features of the Omron Sensor Mounting Bracket include its compatibility with a wide range of Omron sensors, making it a versatile and user-friendly solution for different applications. These brackets often come in various sizes and configurations, accommodating diverse sensor models and installation requirements. They are known for their sturdy construction, designed to withstand the rigors of industrial settings, including factors like dust, moisture, and temperature fluctuations. One of the key advantages of these brackets is their role in ensuring the optimal performance of sensors. They provide a stable and secure platform for sensors to be mounted, reducing the risk of misalignment or movement during operation. Omron Sensor Mounting Brackets are designed for ease of installation, simplifying the setup process and facilitating adjustments as needed. Applications of Omron Sensor Mounting Brackets are diverse, spanning across industries such as manufacturing, automation, and quality control. These brackets are essential for securely affixing sensors to machinery, conveyors, production lines, and infrastructure, ensuring accurate data acquisition and reliable sensor operation. They play a pivotal role in optimizing production efficiency, enhancing product quality, and maintaining the precision of various industrial processes.
Set of 2 piece
₹7,197  
The Omron Sensor Mounting Bracket is an essential accessory in industrial automation and control systems, specifically designed to provide a secure and reliable means of affixing various Omron sensors in desired positions within a manufacturing or process control environment. These brackets play a pivotal role in ensuring the precise and stable placement of sensors, allowing them to perform their functions with accuracy, consistency, and reliability. Key features of the Omron Sensor Mounting Bracket include its compatibility with a wide range of Omron sensors, making it a versatile and user-friendly solution for different applications. These brackets often come in various sizes and configurations, accommodating diverse sensor models and installation requirements. They are known for their sturdy construction, designed to withstand the rigors of industrial settings, including factors like dust, moisture, and temperature fluctuations. One of the key advantages of these brackets is their role in ensuring the optimal performance of sensors. They provide a stable and secure platform for sensors to be mounted, reducing the risk of misalignment or movement during operation. Omron Sensor Mounting Brackets are designed for ease of installation, simplifying the setup process and facilitating adjustments as needed. Applications of Omron Sensor Mounting Brackets are diverse, spanning across industries such as manufacturing, automation, and quality control. These brackets are essential for securely affixing sensors to machinery, conveyors, production lines, and infrastructure, ensuring accurate data acquisition and reliable sensor operation. They play a pivotal role in optimizing production efficiency, enhancing product quality, and maintaining the precision of various industrial processes.
Set of 2 piece
₹6,843  
The Omron Sensor Mounting Bracket is an essential accessory in industrial automation and control systems, specifically designed to provide a secure and reliable means of affixing various Omron sensors in desired positions within a manufacturing or process control environment. These brackets play a pivotal role in ensuring the precise and stable placement of sensors, allowing them to perform their functions with accuracy, consistency, and reliability. Key features of the Omron Sensor Mounting Bracket include its compatibility with a wide range of Omron sensors, making it a versatile and user-friendly solution for different applications. These brackets often come in various sizes and configurations, accommodating diverse sensor models and installation requirements. They are known for their sturdy construction, designed to withstand the rigors of industrial settings, including factors like dust, moisture, and temperature fluctuations. One of the key advantages of these brackets is their role in ensuring the optimal performance of sensors. They provide a stable and secure platform for sensors to be mounted, reducing the risk of misalignment or movement during operation. Omron Sensor Mounting Brackets are designed for ease of installation, simplifying the setup process and facilitating adjustments as needed. Applications of Omron Sensor Mounting Brackets are diverse, spanning across industries such as manufacturing, automation, and quality control. These brackets are essential for securely affixing sensors to machinery, conveyors, production lines, and infrastructure, ensuring accurate data acquisition and reliable sensor operation. They play a pivotal role in optimizing production efficiency, enhancing product quality, and maintaining the precision of various industrial processes.
₹25,959  
The Omron E3C-LD11N 2M is a laser sensor head designed for precise distance measurement in industrial applications. With a specified sensing distance of 1000 mm, this sensor head utilizes laser technology to accurately measure the distance between the sensor and the target object. The "2M" in the model name indicates that the sensor comes with a 2-meter cable, providing flexibility in installations and connectivity to control systems.
The laser sensor head emits a laser beam towards the target, and the sensor measures the time it takes for the laser beam to travel to the target and back. By calculating this time-of-flight, the sensor determines the distance to the target object with high accuracy. This technology allows for non-contact and reliable distance measurements, making it suitable for applications where precision is crucial.
The 1000 mm sensing distance signifies the maximum range over which the E3C-LD11N 2M can accurately measure distances. This extended sensing distance is valuable in scenarios where objects are positioned at varying distances, and the sensor needs to operate over a larger range.
The inclusion of a 2-meter cable enhances the sensor's adaptability in installations where the sensor head needs to be connected to a control system or monitoring device at a distance. The cable provides convenience and ease of integration into different setups, making it a versatile solution for diverse industrial applications.
Omron is recognized for producing high-quality sensors, and the E3C-LD11N 2M is expected to meet industry standards. Its laser distance measurement technology, 1000 mm sensing distance, and 2-meter cable length make it suitable for applications such as material handling, logistics, and automation, where accurate distance measurements are essential.
In summary, the Omron E3C-LD11N 2M laser sensor head, featuring a 1000 mm sensing distance, is designed for precise and non-contact distance measurements. The 2-meter cable length enhances its versatility, making it suitable for a range of industrial applications that demand accurate distance sensing capabilities. Users are encouraged to refer to the product documentation for specific details on installation and integration with control systems.
₹3,775  
The Omron Reflector E39-R3 is an essential component used in the field of photoelectric and fiber optic sensors. This reflector plays a crucial role in detecting and measuring objects or distances accurately and reliably.
The E39-R3 reflector operates based on the principle of reflection. When a light beam emitted from a sensor reaches this reflector, it bounces back to the sensor, allowing the detection to take place. It is often used in combination with retro-reflective sensors, which emit a light beam and measure the time it takes for the beam to return after hitting an object.
One prominent feature of the E39-R3 reflector is its durable construction. It is built with high-quality materials that ensure longevity, even in harsh environments. The reflector is designed to withstand various industrial conditions such as vibrations, extreme temperatures, and exposure to dust or water. This reliability makes it suitable for applications in factories, warehouses, and industrial automation systems.
Additionally, the E39-R3 reflector offers ease of installation. It is compact and lightweight, allowing for effortless mounting in tight spaces. The reflector also has multiple mounting options, including screws or adhesives, providing flexibility to accommodate various sensor setups.
The design of the E39-R3 reflector ensures high reflectivity, meaning it efficiently reflects light back to the sensor. This characteristic enables reliable detection over extended distances, making it ideal for applications that require long-range sensing. The reflector's high reflectivity is maintained over time, thanks to its resistance to wear and tear.
Moreover, the E39-R3 reflector supports both visible and infrared light, making it compatible with a wide range of photoelectric and fiber optic sensors. This versatility allows users to customize their sensor setups based on their specific requirements.
In conclusion, the Omron Reflector E39-R3 is a reliable and versatile component used in photoelectric and fiber optic sensor applications. Its durable construction, ease of installation, and high reflectivity make it a preferred choice for industrial automation systems. With this reflector, accurate and efficient object detection and distance measurement can be achieved, contributing to enhanced productivity and reliability in various industries.
₹494  
The Omron Reflector for Photoelectric and Fiber Optic Sensor, E39-R1S, is a key component used in various industrial and automation systems to enhance the performance and accuracy of photoelectric and fiber optic sensors. This reflector is designed to be used in combination with these sensors to enable efficient detection and measurement of objects in a wide range of applications.
At its core, the E39-R1S reflector is composed of high-quality materials that ensure durability and reliability even in demanding working environments. Its construction includes a combination of synthetic resin and aluminum for optimal performance. The reflector is precision-engineered to have excellent reflective properties in order to enhance the efficiency and sensitivity of the sensor it is paired with.
One of the primary advantages of the E39-R1S reflector is its ability to improve the detection range of sensors. By utilizing its reflective properties, the sensor can detect objects from a greater distance. This is especially useful in applications where the sensor needs to detect objects at long ranges or where a wider field of detection is required.
Additionally, the E39-R1S reflector aids in accurate and reliable object detection by providing a focused reflection point for the sensor. This means that the reflector helps to direct the emitted light from the sensor back to the receiver, allowing for quicker and more precise detection of objects. This is crucial in applications where there is a high requirement for accuracy and speed, such as in manufacturing and assembly lines.
Furthermore, the E39-R1S reflector is designed to be easy to install and adjust. Its compact size allows for flexible mounting options, and the reflector can be easily aligned for optimal performance. This makes it convenient for operators to set up and fine-tune the sensor system to meet specific application requirements.
In summary, the Omron Reflector for Photoelectric and Fiber Optic Sensor, E39-R1S, is an essential component that enables the efficient and accurate operation of photoelectric and fiber optic sensors. Its high-quality construction, combined with its reflective properties, enables improved detection range, precise object detection, and easy installation. Overall, this reflector plays a crucial role in enhancing the overall performance and functionality of industrial automation systems.
₹8,495  
The Omron Proximity Sensor is a fundamental and versatile sensor designed to detect the presence or absence of metallic objects within its sensing range without the need for physical contact. Proximity sensors are essential components in various industrial automation and control systems, offering reliable and non-contact object detection capabilities. Key features of the Omron Proximity Sensor: Precise Detection: These sensors provide accurate and repeatable detection of metallic objects, ensuring dependable performance in various industrial applications. Non-Contact Operation: Omron Proximity Sensors operate without making direct physical contact with the objects they detect, minimizing wear and tear, reducing maintenance needs, and extending the sensor's operational life. Different Sensing Principles: Omron offers proximity sensors based on various sensing principles, including inductive, capacitive, and magnetic technologies. This allows users to choose the best type for their specific application. Wide Sensing Range: These sensors are available with different sensing distances to suit a variety of applications, from close-range to extended-range detection. Diverse Models: Omron provides a range of models with different output types, shapes, and sizes, allowing users to select the most suitable sensor for their specific needs. Versatile Applications: Proximity sensors are used in a wide range of industries, including automotive manufacturing, packaging, conveyor systems, robotics, and many more, for tasks such as object detection, position sensing, and security. Easy Integration: The sensors are designed for straightforward integration into automation systems, contributing to easy installation and system setup. Enhanced Efficiency: Omron Proximity Sensors improve the efficiency of automation processes by providing accurate and reliable detection, reducing errors, and optimizing the operation of machinery and systems.
₹19,986  
The Omron Amplifier Unit E3C-LDA21N 2M is a compact and reliable device designed to work with a DC power source and is equipped with a 2 meter long cable. This amplifier unit is an essential component in various industrial applications where precise and accurate sensing and detection of objects is required.
The E3C-LDA21N 2M is designed to provide high sensitivity and stability for detecting objects even in challenging and dynamic environments. It is compatible with a wide range of Omron sensors, making it a versatile and adaptable solution for different industrial automation needs.
The unit is equipped with advanced signal processing technology to ensure accurate and reliable detection of objects. It is capable of detecting objects of various shapes, sizes, and materials, making it suitable for diverse applications in industries such as automotive, packaging, food and beverage, and pharmaceuticals.
With a 2 meter long cable, the E3C-LDA21N 2M offers flexibility in installation and allows for easy integration into existing systems. The long cable length provides ample reach for setting up the amplifier unit in optimal positions for maximum efficiency and functionality.
The unit is designed to work with a DC power source, ensuring consistent and stable performance in industrial environments. It is also equipped with diagnostic features to provide real-time feedback on the status of the unit, making troubleshooting and maintenance easier for operators.
Overall, the Omron Amplifier Unit E3C-LDA21N 2M with a 2 meter cable length is a reliable, efficient, and versatile solution for industrial sensing and detection needs. It offers high sensitivity, stability, and compatibility with a range of Omron sensors, making it an ideal choice for various automation applications. Its long cable length and compatibility with DC power sources further enhance its usability and functionality in different industrial settings.
₹7,787  
The Omron Lens for E32, D32, E32-C42 Series Fiber Optic Unit, Spot Dia 0.1 mm, E39-F3A-5 is an essential component for precise sensing and detection in various industrial applications. This lens is specifically designed to work with the mentioned series of fiber optic units.
The lens has a spot diameter of 0.1 mm, which means that it can capture and focus light into a very small area. This allows for highly accurate detection and sensing of even the smallest details in the target object. The spot diameter of 0.1 mm ensures high resolution and enhanced precision, making it suitable for demanding industrial applications where accuracy is paramount.
The lens is compatible with E32, D32, and E32-C42 series fiber optic units from Omron. These units are commonly used in automation, robotics, and quality control systems to detect objects, measure dimensions, and perform various inspection tasks. The lens can be easily attached to these units, offering a seamless integration for precise sensing operations.
One variant of the lens is the E39-F3A-5 model. This lens has a compact design and is made from durable materials to withstand harsh industrial environments. It features a threaded mounting mechanism, allowing for easy installation and replacement when needed. The lens is also equipped with an adjustable focus feature, which enables the user to fine-tune the focal point to suit specific applications and targets. This flexibility ensures optimal performance and accuracy in various sensing tasks.
Overall, the Omron Lens for E32, D32, E32-C42 Series Fiber Optic Unit, Spot Dia 0.1 mm, E39-F3A-5 offers exceptional precision and reliability for industrial sensing applications. Its small spot diameter, compatibility with specific fiber optic units, and adjustable focus make it a valuable tool for diverse industries, where accurate detection and measurement are critical.
₹17,699  
The Omron E32-T11N 2M sensor amplifier is a highly versatile and reliable component designed to provide accurate sensing and amplification of signals in a wide range of industrial and commercial applications. This sensor amplifier operates with a current supply of 50 mA and a voltage supply of 12V-24V, making it suitable for integration into a variety of electronic systems.
The E32-T11N 2M sensor amplifier is known for its robust construction and high-performance capabilities, making it a popular choice for automation, robotics, and machinery control systems. This sensor amplifier is designed to provide precise and reliable signal amplification, enabling it to accurately detect a wide range of input stimuli and convert them into a usable electrical signal.
One of the key features of the E32-T11N 2M sensor amplifier is its ability to operate within a wide voltage range of 12V-24V. This flexibility allows for seamless integration into existing electrical systems, providing users with the added convenience of compatibility with various power supplies. Furthermore, the current supply of 50 mA ensures that the sensor amplifier operates efficiently while consuming minimal power, making it an energy-efficient component for sustainable operations.
The E32-T11N 2M sensor amplifier is equipped with a 2-meter cable, providing users with ample flexibility for installation and positioning within their electronic systems. Additionally, this sensor amplifier is designed to withstand harsh industrial environments, featuring a durable construction that is resistant to vibration, shock, and temperature extremes.
In conclusion, the Omron E32-T11N 2M sensor amplifier is a reliable and versatile component that offers precise signal amplification for a wide range of industrial and commercial applications. With its current supply of 50 mA, voltage supply of 12V-24V, and durable construction, this sensor amplifier is ideally suited for use in automation, robotics, and machinery control systems where accuracy and reliability are paramount.
₹4,011  
Omron is a well-known Japanese company that produces a wide range of industrial automation and healthcare products. One of the product categories they manufacture for industrial automation is fiber optic sensors, which includes fiber units. Fiber units are a type of sensor used in various automation and control applications, particularly in manufacturing and industrial processes. Fiber units in the context of Omron typically refer to components of fiber optic sensors. These sensors use light, often infrared, to detect the presence or absence of objects, as well as to measure distances, positions, and other attributes. Fiber units are a critical part of these sensors, and they can be used in various configurations depending on the specific requirements of an application. Some common types of Omron fiber units include: Through-beam fiber units: These consist of a transmitter and a receiver unit, with a beam of light passing between them. When an object interrupts the beam, the sensor detects it. Diffuse-reflective fiber units: These have a single unit that emits and receives light. When an object reflects the light back to the sensor, it triggers a detection. Retro-reflective fiber units: Similar to through-beam units, but with a reflector to bounce the light back to the receiver. When an object breaks the light path between the sensor and the reflector, detection occurs. Omron's fiber optic sensors and their associated fiber units are used in a variety of applications, including industrial automation, packaging, conveyor systems, and quality control processes. They are valued for their precision, reliability, and ability to operate in challenging environments.
₹4,011  
Omron is a well-known Japanese company that produces a wide range of industrial automation and healthcare products. One of the product categories they manufacture for industrial automation is fiber optic sensors, which includes fiber units. Fiber units are a type of sensor used in various automation and control applications, particularly in manufacturing and industrial processes. Fiber units in the context of Omron typically refer to components of fiber optic sensors. These sensors use light, often infrared, to detect the presence or absence of objects, as well as to measure distances, positions, and other attributes. Fiber units are a critical part of these sensors, and they can be used in various configurations depending on the specific requirements of an application. Some common types of Omron fiber units include: Through-beam fiber units: These consist of a transmitter and a receiver unit, with a beam of light passing between them. When an object interrupts the beam, the sensor detects it. Diffuse-reflective fiber units: These have a single unit that emits and receives light. When an object reflects the light back to the sensor, it triggers a detection. Retro-reflective fiber units: Similar to through-beam units, but with a reflector to bounce the light back to the receiver. When an object breaks the light path between the sensor and the reflector, detection occurs. Omron's fiber optic sensors and their associated fiber units are used in a variety of applications, including industrial automation, packaging, conveyor systems, and quality control processes. They are valued for their precision, reliability, and ability to operate in challenging environments.
₹7,079  
The Omron Shunt for Voltage Sensor is a critical accessory designed to enhance the functionality and accuracy of Omron's voltage sensors in industrial and electrical applications. Voltage sensors are vital components used to monitor and detect voltage levels in electrical circuits and systems. The addition of a shunt resistor facilitates precise current measurement, which is essential for obtaining accurate voltage measurements, particularly in high-current applications. Key features of the Omron Shunt for Voltage Sensor: Current Measurement: The Shunt is integrated into the circuit and serves as a precise shunt resistor for measuring the current, ensuring accurate voltage measurements. Accurate Voltage Readings: By incorporating the shunt resistor, voltage sensors can provide highly accurate and reliable voltage measurements, which are crucial for maintaining the integrity of electrical systems. Easy Installation: Omron designs the Shunt for straightforward installation in line with the voltage sensor, simplifying the setup process. Custom Fit: These shunts are designed to be fully compatible with Omron's voltage sensors, ensuring precise and accurate current measurements for voltage calculations. Enhanced Precision: The Shunt contributes to improved measurement precision, making it indispensable in applications where exact voltage levels are crucial. The Omron Shunt for Voltage Sensor is a critical accessory for industrial and electrical environments where voltage sensors are employed to monitor and detect voltage levels.
₹2,123  
The Omron Thin Cord for Photo Microsensors is a specialized component designed for compact and flexible installations of photoelectric sensors in constrained spaces. This thin, flexible cord simplifies sensor placement in tight and intricate environments, making it an ideal choice for applications with limited room for sensor wiring. Omron's commitment to quality ensures reliable and accurate sensor performance. The Thin Cord for Photo Microsensors is an essential accessory, guaranteeing that even in challenging spaces, precise object detection and automation control can be achieved with ease and precision. Key Features: Space Efficiency: The thin cord is designed to optimize space utilization, enabling easy installation in tight or compact areas where standard-sized cords may not fit. Flexibility: Its flexible nature allows for convenient routing and placement, ensuring adaptability to complex or confined environments, and accommodating sensor installation requirements. Durable Construction: Omron's commitment to quality means the Thin Cord is robust and durable, capable of withstanding the rigors of industrial settings. Easy Integration: The cord seamlessly integrates with Omron Photo Microsensors, ensuring a hassle-free setup and connection process. Enhanced Precision: It maintains the high precision and accuracy associated with photoelectric sensors, making it suitable for applications requiring meticulous object detection and automation control. Reliability: Omron's reputation for reliability extends to this accessory, assuring consistent and dependable sensor performance in demanding environments. Versatility: The Thin Cord is compatible with a range of Omron Photo Microsensors, offering adaptability for different sensing applications. Convenient Installation: Its flexibility and adaptability simplify sensor placement and connection, reducing installation time and effort.
₹17,699  
The Omron Sensor Controller is a critical component within the realm of industrial automation and control systems, meticulously designed to provide precise and versatile control over a wide range of sensors. These controllers play a central role in enhancing the efficiency and functionality of sensor-based applications, enabling users to monitor and manage various industrial processes with accuracy and flexibility. Key features of the Omron Sensor Controller include its compatibility with a variety of Omron sensors and a user-friendly interface, making it a versatile and adaptable solution for diverse applications. These controllers often feature configurable input and output options, allowing for customization to meet specific sensor requirements and control functions. They are known for their reliability and robust construction, capable of withstanding industrial environmental challenges, including dust, moisture, and temperature variations, ensuring dependable performance in demanding settings. One of the key advantages of these controllers is their role in facilitating precise control and monitoring of sensor-based applications. They serve as a central hub for data processing and communication between sensors and control systems, ensuring that data is accurately collected and control actions are initiated as needed. Omron Sensor Controllers are designed to meet the stringent demands of industrial environments, making them dependable and effective. Applications of Omron Sensor Controllers are diverse and are found in industries where sensor-based data acquisition and control are vital, such as manufacturing, automation, and quality control. These controllers are essential for overseeing and managing a wide array of sensor-based processes, from detecting and controlling machine operation to quality assurance and environmental monitoring. They play a pivotal role in optimizing production efficiency, ensuring accurate control of processes, and maintaining the flexibility and adaptability of sensor-based applications.
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This data was last updated on 26/06/2026