Omron Proximity Sensors

Product Details:

The EE-SX670P is a Slot Shape Sensor by Omron, designed for precise object detection within a 5mm gap. It uses an optical sensing principle, where an emitter and receiver are positioned across a slot. The sensor detects when an object passes through the slot and interrupts the light beam, triggering the output.

This model features a PNP output type, meaning it provides a sourcing output, where the sensor will output a high voltage (typically 24V) when an object is detected. The EE-SX670P is ideal for applications such as part counting, position sensing, and object presence detection in industrial automation, material handling, packaging, and assembly line systems.

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Product Details:

The Omron E3Z-B86 is a model of photoelectric sensor designed for industrial automation and control systems. Photoelectric sensors detect the presence or absence of objects, or measure the distance to them, by using light (usually infrared or visible light) to detect changes in the amount of light reflected from a target object.

Here’s a detailed overview of the Omron E3Z-B86 photoelectric sensor:

Key Features:

1. Type:

   • Photoelectric Sensor with a through-beam configuration.

2. Sensing Method:

   • The E3Z-B86 typically uses infrared light for detection.
   • This sensor can detect objects by emitting a light beam (usually in the infrared range) from the sensor and detecting the reflection of the light from the target object.

3. Detection Distance:

   • The E3Z-B86 sensor can operate over a long detection distance, typically up to 2 meters (depending on the application and reflectivity of the object being detected).

4. Size and Mounting:

   • The sensor is usually compact and designed for easy integration into various machines and production lines.
   • Its form factor is typically cylindrical or rectangular, and it comes with standard mounting options.

5. Output:

   • The sensor provides a digital output signal (ON/OFF), often used for controlling relays, actuators, or other control systems.

6. Response Time:

   • It offers a relatively fast response time (usually measured in milliseconds), making it suitable for high-speed applications in automated systems.

7. Operating Voltage:

   • The sensor operates at a typical voltage range, for example, 12-24 V DC.

8. Environmental Resistance:

   • The E3Z series is designed to work in harsh industrial environments. It often features protection against dust and water (with an IP67 rating), making it suitable for factory floors or outdoor environments.

9. Output Type:

   • It may come with options for different output types, such as NPN or PNP outputs, and it could offer options for both light-ON or dark-ON operation, depending on how the sensor is wired in the sy

Additional Information:

• Delivery Time: 1-2

Product Details:

The E3Z-G62 U-Shape Photoelectric Sensor is part of the Omron E3Z series of photoelectric sensors, typically used in automation and control systems for detecting objects or changes in conditions. The "U-Shape" refers to its distinctive housing design, which is often shaped like a "U" to allow for easier placement around objects in certain applications.

Here’s a detailed breakdown of the key features and specifications of the E3Z-G62:

Key Features:

1. Sensor Type: Photoelectric (using light to detect the presence or absence of an object).
2. Shape: U-shaped housing, ideal for detection of objects passing through the open space between the two arms of the "U" structure.
3. Sensing Mode: Through-beam or reflective sensing modes (depending on configuration).
4. Detection Range: Typically, these sensors offer a wide detection range, depending on the mode and environmental factors.
5. Stable Detection: Designed to offer stable detection even in environments with varying conditions (e.g., dust, light variations).
6. Compact Design: The U-shape design provides a compact solution that can fit in tight spaces, especially in automated production lines and conveyor systems.
7. Easy Mounting: Often includes a simple mounting system for quick installation.
8. High Sensitivity: Features adjustable sensitivity to improve detection accuracy.
9. Long Lifespan: Omron sensors are typically designed for long-term reliability and durability, often featuring robust construction to withstand environmental factors such as temperature changes and humidity.

Application Areas:

• Conveyor Systems: Detecting presence or absence of objects on conveyors.
• Packaging: Detecting objects in automated packaging lines.
• Material Handling: Used in robotic systems for object handling and positioning.
• Assembly Lines: Detecting parts, components, or assemblies in industrial automation systems.

Technical Specifications (may vary slightly depending on the model):

• Output Type: NPN or PNP output (depends on the configuration).
• Voltage Range: Common voltage range is 12V to 24V DC.
• Response Time: Typically in the range of 1-3 milliseconds.
• Environmental Rating: IP67 or similar, indicating resistance to dust and water.
• Operating Temperature: Usually between -25°C and +55°C (but check specific model for exact range).

Advantages:

• Flexibility: Can be used in a variety of industrial applications.
• Reliability: Omron sensors are known for their durability and consistent performance.
• Simple to Integrate: Often easy to set up and integrate with existing systems.

Example Application:

In a packaging line, the E3Z-G62 can be used to detect whether packages are properly placed before moving to the next station. It can be mounted around the conveyor and positioned to detect the presence of packages that pass through its U-shaped sensor area.

For the exact technical specifications and installation guidelines, it’s recommended to consult the product datasheet from Omron or the user manual specific to the E3Z-G62.

 

Additional Information:

• Delivery Time: 1-2

Product Details:

The TL-N10ME1 is an inductive square proximity sensor designed for non-contact detection of metal objects. With a compact square housing and a sensing range of up to 10mm, it is ideal for use in industrial automation and control systems. The sensor operates using inductive technology, detecting the presence of ferrous and non-ferrous metals without physical contact, which reduces wear and ensures long-term durability. It features high resistance to environmental factors like dust, moisture, and vibration, making it suitable for harsh conditions. Common applications include position sensing, equipment monitoring, and conveyor systems.

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Product Details:

The TL-Q5MB2 is a square-shaped inductive proximity sensor designed for detecting metallic objects without physical contact. Operating on the principle of electromagnetic induction, it can sense objects within a specified range, making it ideal for automation and industrial applications. With a sensing distance of up to 5 mm, the TL-Q5MB2 is commonly used in machines, conveyors, and robotics. It features a compact, durable construction, resistant to dust and moisture (IP65 rated), ensuring reliable performance in harsh environments. The sensor provides a stable, non-contact solution for precise object detection, enhancing efficiency in automated systems.

 

Additional Information:

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Product Details:

The TL-W5MB1 is an inductive square proximity sensor designed for non-contact detection of metallic objects. With a compact, durable square housing, it offers reliable sensing performance in industrial environments. Operating on an inductive principle, it detects objects within a specified range without physical contact, reducing wear and tear. This sensor provides high accuracy and repeatability, with an output signal that can be integrated into control systems for automation and process monitoring. Its IP67 rating ensures protection against dust and water, making it suitable for harsh conditions. Ideal for applications in robotics, automation, and machinery.

Additional Information:

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Product Details:

The EE-SPY412 is a compact micro optical sensor designed for precise object detection with a sensing range of 5mm. This sensor utilizes infrared light to detect objects that interrupt the light path, offering high accuracy and reliability in small-scale applications. Its small size makes it ideal for use in space-constrained environments, such as robotics, automation, and small machine tools. The EE-SPY412 is known for its fast response time and stable performance, even in challenging conditions. It is commonly used in applications like object counting, position detection, and presence sensing, providing non-contact detection for increased durability and efficiency.

Additional Information:

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Product Details:

The EE-SPY301 is a micro photoelectric sensor designed for precise object detection in tight spaces. Utilizing light reflection technology, the sensor emits a light beam that reflects off a target object, and the sensor detects the reflected light to confirm the presence or absence of the object. It is ideal for applications requiring small, highly sensitive sensors, such as in robotics, assembly lines, and small part detection. The EE-SPY301 offers quick response times and reliable performance, ensuring accurate detection even in fast-paced or space-constrained environments. Its compact design and robust construction make it suitable for use in various industrial automation tasks.

Additional Information:

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Product Details:

The DOLPHIN M12 Inductive Sensor features a PNP (Positive-Negative-Positive) output and operates with a Normally Open (NO) configuration. It is designed to detect metallic objects and remains inactive until an object is detected, at which point it closes the circuit. This sensor is ideal for systems that require sourcing signals, commonly used in automation systems and material handling applications.

 

Product Details:

The DOLPHIN M8 Inductive Sensor features a PNP (Positive-Negative-Positive) output and operates with a Normally Open (NO) configuration. It remains inactive until a metallic object is detected, at which point it closes the circuit. This sensor is perfect for applications that require sourcing signals, commonly used in automation systems and material handling.

Product Details:

The E3Z-R82 is a type of photoelectric sensor manufactured by Omron, a global leader in industrial automation and sensor technologies. Specifically, the E3Z-R82 is part of the E3Z series of photoelectric sensors, known for their high-performance features and reliability in a wide range of industrial applications.

Key Features of the E3Z-R82 Photoelectric Sensor:

• Sensing Method: It uses a retro-reflective sensing method, where the sensor emits a beam of light that reflects off a target (or reflector) and returns to the sensor. The presence or absence of the reflected light is then used to detect the object.
• Compact Design: The E3Z-R82 has a small form factor, which allows it to be installed in tight spaces.
• High-Performance Detection: The sensor is capable of detecting objects with high accuracy, even in environments with varying light conditions.
• Adjustable Sensitivity: The sensitivity of the sensor can be adjusted to improve detection reliability and minimize false triggers.
• Stable Detection: The sensor is designed to work effectively in a variety of challenging conditions, including situations where ambient light or surface reflections may interfere.
• Environmental Protection: It is typically rated for an IP67 protection level, meaning it is resistant to dust and can withstand submersion in water up to a certain depth.
• Voltage Range: It operates on a wide input voltage range, typically from 10 to 30 VDC, making it suitable for a variety of power supply configurations.
• Output Type: The E3Z-R82 typically has a NPN or PNP output for switching purposes. The output can be used to trigger other devices or control circuits.

Typical Applications:

• Object Detection: Used for detecting the presence or absence of objects in conveyor systems, assembly lines, or material handling systems.
• Position Sensing: Can be used in applications where precise position detection is needed, such as in automated machinery or robotics.
• Automation and Control: Ideal for use in automated processes requiring reliable feedback about the position or presence of objects.
• Packaging and Sorting: Used in industries that require precise sorting, counting, or packaging systems.

How It Works:

1. The sensor emits light in the form of infrared beams.
2. The light reflects off a reflector positioned across from the sensor (or an object passing in front of it).
3. The sensor detects the reflected light and compares it to a pre-set threshold to determine if an object is present or not.
4. Based on the reflection (or lack thereof), the sensor outputs a signal (ON or OFF).

Conclusion:

The E3Z-R82 is an efficient, reliable, and versatile photoelectric sensor that offers precise detection for a wide range of industrial applications. Its retro-reflective sensing method, compact design, and environmental protection make it a popular choice for automating and optimizing various processes.

Additional Information:

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Product Details:

The E3Z-T81-M1J is a model of through-beam photoelectric sensor manufactured by Omron, a leading company in industrial automation and sensor technology. Through-beam photoelectric sensors are typically used in various applications, including object detection, counting, and presence sensing. The "through-beam" configuration involves an emitter and receiver placed opposite each other, with the object interrupting the beam of light between the two sensors.

Key Features of the E3Z-T81-M1J Through-beam Sensor:

1. Detection Principle:

   • The sensor operates on the principle of through-beam detection. It consists of two parts: an emitter (which sends out a light beam) and a receiver (which detects the light beam). When an object interrupts the beam, the sensor sends a signal indicating detection.

2. High Detection Range:

   • These sensors are typically designed for long-range detection. The E3Z-T81-M1J sensor offers a reliable detection range, which can extend over several meters, depending on the environment and the object being detected.

3. Compact Design:

   • The sensor is usually compact, making it ideal for space-constrained installations.

4. Operating Distance:

   • The operating distance of this particular model (E3Z-T81-M1J) can vary based on factors like ambient light conditions, but it typically operates at a distance of around 10 meters (or more), depending on the environment.

5. Material and Environmental Considerations:

   • Omron sensors like the E3Z series are often designed to withstand harsh industrial environments, offering protection against dust, moisture, and vibrations. They typically feature an IP rating (Ingress Protection) of IP67 or similar, which means they can operate in dusty or wet conditions.

6. Stable Operation:

   • With advanced features like sensitivity adjustment and noise reduction, these sensors are designed to maintain stable performance even in challenging environments with variable lighting conditions or vibration.

7. Applications:

   • Material handling: Detecting objects on conveyor belts, in manufacturing, or sorting systems.
   • Packaging: Detecting products during packaging or sorting.
   • Automated systems: Detecting presence or absence of an item in automated production lines.

8. Output Type:

   • The sensor usually features an output type, such as a NPN or PNP transistor output, or it could be a relay output depending on the specific model and configuration.

General Specifications:

• Type: Through-beam photoelectric sensor
• Sensing Range: Up to 10 meters (may vary based on model and conditions)
• Supply Voltage: Typically around 12-24V DC
• Output: NPN or PNP, depending on the model
• Response Time: Generally very fast, in the millisecond range
• Operating Temperature: Typically -25°C to +55°C (depending on model)
• Housing Material: Plastic or metal, designed for durability in industrial environments

Installation and Use:

• The emitter and receiver need to be aligned properly for the sensor to function correctly. Misalignment or contamination on the lenses could lead to false signals or reduced detection performance.

Product Details:

The E3Z-LL81 is a laser photoelectric sensor produced by Omron, typically used in industrial automation applications. It belongs to the E3Z series, which is known for its high precision and reliability in detecting objects or measuring distances in various environments. The LL81 variant is specifically designed for use in applications requiring high accuracy and the ability to detect minute or challenging targets, especially in situations with poor contrast or low reflectivity.

Key Features:

1. Laser Light Source:

   • The E3Z-LL81 uses laser light (as opposed to LED), which offers a more focused, intense beam, allowing for longer detection ranges and better sensitivity, especially to small or low-reflectivity objects.

2. High Accuracy:

   • The laser sensor is designed for applications requiring precise measurement and detection, such as when dealing with small targets or measuring at longer distances.

3. Long Detection Range:

   • The E3Z series typically offers a long detection range, making it ideal for applications where other sensors (like standard photoelectric sensors) may struggle.

4. Compact and Durable:

   • It is typically built in a compact housing for easy integration into machines or systems with limited space.

5. Versatile Applications:

   • Commonly used in packaging, robotics, logistics, and factory automation, where high-speed, high-precision detection of objects or items is necessary.

6. Adjustable Sensitivity:

   • The sensor usually comes with settings for adjusting the sensitivity to different types of objects and environmental conditions, helping to reduce false triggers.

7. Output Options:

   • Most E3Z models, including the LL81, offer both NPN/PNP transistor output options for versatile integration into different control systems.

Applications:

• Material Handling: Detecting small parts on conveyor belts or assembly lines.
• Measurement: Precise measurement of the position or size of objects.
• Robotics: Object detection in robotic arms or automated systems.
• Quality Control: Ensuring parts or products are correctly positioned or within specifications.

Typical Setup:

• Wiring: Connect the sensor's power supply and output terminals according to your system's requirements.
• Mounting: The sensor can typically be mounted on a machine frame, on the side of a conveyor, or in a fixed position where the object will pass through its detection area.

Advantages:

• High precision in detecting small or challenging targets.
• Longer range than traditional photoelectric sensors.
• Works in environments with low reflectivity, making it more versatile in industrial settings.

If you need more specific details on the E3Z-LL81, like wiring diagrams, configuration tips, or troubleshooting steps, let me know!

Additional Information:

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Product Details:

The Limit Type Inductive Switch/Sensor PNP NO by Dolphin is a proximity sensor designed for detecting metallic objects in various industrial applications. It utilizes inductive technology to detect objects without physical contact, providing precise and reliable sensing. The sensor has a Normally Open (NO) PNP output, meaning it remains open until a metal object enters its sensing range, activating the output signal. This makes it ideal for use in limit detection, position monitoring, and automation systems. Built for durability, it offers protection against harsh conditions, including dust and moisture, ensuring long-lasting performance in demanding environments.

Product Details:

The GL-8FU Inductive Sensor is a high-performance, non-contact proximity sensor designed for detecting metal objects. It operates on the principle of electromagnetic induction, sensing changes in inductance when a metallic target enters its detection range. This sensor is widely used in industrial automation, robotics, and control systems, offering reliable performance in harsh environments. The GL-8FU is known for its compact size, fast response time, and long service life, making it ideal for applications such as position sensing, object detection, and equipment monitoring in machinery, conveyors, and safety systems. Its robust design ensures consistent and accurate detection.

 

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Product Details:

The E2K-X8MF1 is a high-performance photoelectric sensor manufactured by Omron, designed for reliable and precise object detection. It uses a diffuse sensing method, meaning it detects objects by emitting a light beam, typically infrared, and measuring the amount of light reflected back from the target object. The sensor triggers its output when the light is reflected by the object, indicating its presence.

With an 8mm detection range, the E2K-X8MF1 is ideal for detecting small objects in tight spaces, making it suitable for a wide range of industrial automation applications. It is particularly effective in material handling, packaging, and assembly line systems. The sensor is known for its compact design, fast response time, and ability to operate reliably in environments with varying light conditions, ensuring high accuracy in detecting objects without direct contact.

 

Additional Information:

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Product Details:

The DOLPHIN 18x18x36 Square Inductive Sensor PNP NO is a high-performance proximity sensor designed for industrial automation applications. With a compact 18x18x36 mm square shape, this sensor offers reliable, non-contact detection of metallic objects. It features a PNP (Positive-Negative-Positive) output, making it ideal for applications that require sourcing signals. The NO (Normally Open) configuration ensures that the sensor remains open until a target object is detected, triggering a response. This sensor is built for durability and can withstand harsh environments, providing precise and stable performance. It is perfect for use in machines, conveyors, and assembly lines.

Product Details:

The 18x18x36 Square Inductive Sensor PNP NO+NC from Dolphin is a highly reliable proximity sensor designed to detect metallic objects without physical contact. With its compact 18x18x36 mm square housing, this sensor is ideal for applications where space is limited while ensuring precise detection.

This sensor features PNP Normally Open (NO) and Normally Closed (NC) output configurations, offering flexibility in controlling and monitoring systems based on the detection status. The sensor operates using inductive sensing technology, which detects changes in the electromagnetic field when a metal object enters its sensing range, triggering the appropriate output.

Product Details:

The TL-Q5MC2 is a square-shaped inductive proximity sensor, designed for detecting metallic objects without physical contact. It operates using an electromagnetic field to sense changes caused by the presence of a metallic object within its detection range. With a sensing distance of up to 5mm, it is commonly used in automation, robotics, and industrial applications for object detection, position sensing, or limit switching. The TL-Q5MC2 is reliable, durable, and capable of functioning in harsh environments with a high degree of accuracy. It offers a simple, cost-effective solution for non-contact detection in a variety of machinery and control systems.

Additional Information:

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Product Details:

The TL-W5MD1 is a square inductive proximity sensor designed for non-contact detection of metallic objects. It operates using inductance, where the sensor generates an electromagnetic field that detects the presence of metal objects within its sensing range. With its compact square design, the TL-W5MD1 is ideal for applications where space is limited. It is built for reliability and longevity in industrial environments, providing accurate and repeatable results. With an IP67 rating, the sensor is resistant to dust, dirt, and water, making it suitable for harsh conditions. Common applications include automation, robotics, and machine control systems.

 

Additional Information:

• Delivery Time: 1-2