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The Telemecanique XS212BLNAL2 Proximity Sensor is a general-purpose inductive proximity sensor, ideal for industrial automation and machinery applications. Featuring a cylindrical M12 design with a 44mm body length, it ensures reliable object detection in various operational environments.

This 3-wire, DC-powered sensor operates with a nominal sensing distance of 4mm and an operating zone up to 3.2mm, making it perfect for precise metal detection. With an NPN discrete output (1 NO function), it is designed to seamlessly integrate into control systems.

The nickel-plated brass enclosure provides durability, while the PBT front material ensures consistent performance. Additionally, its IP67-rated protection shields it from dust, water, and harsh conditions, making it suitable for demanding industrial environments.

For user convenience, the sensor includes a yellow status LED, indicating output state. It supports a supply voltage range of 10-36V DC, with overload and short-circuit protection ensuring long-lasting reliability. Its high switching frequency (≤1200Hz) enables fast and accurate detection, while the M12 x 1 ISO thread simplifies mounting and installation.

Our engineers actively inputted all the required details about this item accordance with the datasheet. Even though we strive to ensure accuracy at every step, some errors may still occur. It remains essential to stay vigilant. Some inaccuracies could still appear despite our efforts. Furthermore, all trademarks and trade names featured on our site are, without exception, the property of their respective owners. As a result, maintaining caution and awareness is key throughout the process. In addition, it is important to stay alert to ensure accuracy at every stage. Therefore, we recommend careful attention to avoid potential issues.

The Sick IME12-08NPSZC0S Proximity Sensor is a robust M12 cylindrical inductive proximity sensor engineered for accurate non-contact detection of metallic objects. With a sensing range (Sn) of 8 mm and a safe operating distance (Sa) of 6.48 mm, it provides dependable performance in industrial automation applications. It features a non-flush mounting design, a PNP NO output, and supports DC 3-wire electrical wiring.

The sensor operates on a 10–30 V DC supply and offers a switching frequency of 2,000 Hz for fast detection. Designed for durability, it comes with an IP67 enclosure rating and includes two nickel-plated brass mounting nuts for secure installation. Its M12 male connector (4-pin) ensures easy and reliable connection. With a low voltage drop ≤ 2 V and ripple tolerance up to 10%, this sensor is ideal for demanding environments.

Our engineers actively inputted all the required details of this item in accordance with the datasheet. Nevertheless, it’s imperative to recognize that errors may arise during this process. Despite our sincere efforts, it’s important to remain cautious. Nonetheless, inaccuracies can still occur. All trademarks and trade names used on this site are the property of their respective owners. They are used solely for identification purposes and do not imply any endorsement or affiliation with our company.

The Sick IME18-12NPSZC0S Proximity Sensor is a high-performance M18 cylindrical inductive proximity sensor engineered for precise, non-contact detection of metallic objects in industrial environments. It features a 12 mm sensing range (Sn) with a safe sensing range (Sa) of 9.72 mm, ideal for applications requiring extended detection distances.

The sensor is non-flush mountable, operates with PNP NO output, and uses DC 3-wire wiring. With a switching frequency of 1,000 Hz, it delivers quick response times. It supports a supply voltage of 10–30 V DC, tolerates up to 10% ripple, and maintains a voltage drop ≤ 2 V. The device comes equipped with a 4-pin M12 male connector, includes two nickel-plated brass mounting nuts, and offers a durable IP67 protection rating, making it suitable for demanding industrial conditions.

Our engineers actively inputted all the required details of this item in accordance with the datasheet. Nevertheless, it’s imperative to recognize that errors may arise during this process. Despite our sincere efforts, it’s important to remain cautious. Nonetheless, inaccuracies can still occur. All trademarks and trade names used on this site are the property of their respective owners. They are used solely for identification purposes and do not imply any endorsement or affiliation with our company.

The Panasonic EX-22A Photoelectric Sensor complies with both the EMC Directive and RoHS Directive. It features a sensing range of 5 to 160 mm (0.197 to 6.299 in) when using white non-glossy paper (200 x 200 mm) as the target. For ranges of 50 mm (1.969 in) or less, sensitivity adjustment becomes extremely narrow. The sensor is capable of detecting opaque, translucent, or transparent objects, although it’s recommended to confirm detection with an actual sensor before use. It offers a hysteresis of 15% or less of the operation distance, with repeatability of 0.3 mm (0.012 in) or less perpendicular to the sensing axis.

The sensor operates on a supply voltage of 12 to 24 V DC. It maintains a current consumption of 13 mA or less. An NPN open-collector transistor manages its output. It supports a maximum sink current of 50 mA. The applied voltage is 30 V DC or less. The sensor maintains a residual voltage of 2 V or less at 50 mA sink current. It also achieves 1 V or less at 16 mA sink current. Short-circuit protection is incorporated into the sensor. It delivers a response time of 0.5 ms or less. Additionally, it features an orange LED operation indicator. The indicator illuminates when the output is ON. A green LED stability indicator indicates stable light received or dark conditions. Additionally, the sensor includes a continuously variable sensitivity adjuster.

The Panasonic EX-22A Photoelectric Sensor endures harsh conditions with its IP67 protection rating. It operates in temperatures ranging from -25 to +55 ℃ (-13 to +131 ℉) and stores safely between -30 to +70 ℃ (-22 to +158 ℉). The sensor tolerates ambient humidity levels of 35 to 85% RH and can endure incandescent light up to 3,000 lx at the light-receiving face. The EX-22A sensor, weighing approximately 20 g (net) and 45 g (gross), also comes with an adjusting screwdriver.

Our engineers meticulously inputted all the necessary details of this sensor following the datasheet guidelines. However, it’s crucial to acknowledge the potential for errors during this process. Despite our diligent efforts, it’s imperative to remain vigilant as inaccuracies may persist despite our sincere endeavors.

The Panasonic EX-13EA-PN Photoelectric Sensor, compliant with CE Marking Directives including EMC and RoHS, offers a sensing range of 500 mm (19.685 in) and can detect ø2 mm (0.079 in) opaque objects. Operating on 12 to 24 V DC with low current consumption ensures energy efficiency and reliability. Equipped with a PNP open-collector transistor output and short-circuit protection, it meets Utilization Category DC-12 or DC-13 standards, ensuring seamless integration.

With an IP67 protection rating, the sensor is suitable for industrial environments, offering resilience against dust and water ingress. Its stable operation is indicated by an orange LED for output status and a green LED for stable light or dark conditions. Additionally, it features an operational temperature range of -25 to +55 ℃ (-13 to +131 ℉), ensuring functionality in varied environmental conditions. Certified by UL and Korea’s S-mark, it adheres to international quality and safety standards, guaranteeing reliable performance.

Constructed with durable materials like polyethylene terephthalate for the enclosure and polyalylate for the lens, the Panasonic EX-13EA-PN withstands harsh industrial conditions. With a cable extension capability of up to 50 m (164 ft), it offers flexible installation, adapting to various applications. Each sensor comes with mounting screws for easy installation. Made in Japan, it reflects Panasonic’s commitment to quality and innovation, providing a reliable solution for industrial sensing applications.

Our engineers acts wisely inputted all the required details of this sensor in accordance with the datasheet. Nevertheless, it’s imperative to recognize that errors may arise during this process. Despite our sincere efforts, it’s important to remain cautious. Inaccuracies can still occur nonetheless.

The Omron E3X-NA11 2M Photoelectric Sensor from the E2X series is a versatile photoelectric sensor designed for industrial applications. With its cuboid shape and rail mounting capability, it offers easy integration into various setups. The sensor utilizes an amplifier sensing method, providing reliable detection over a distance of 1000 mm.

With a rapid response time of 0.2 ms, the Omron E3X-NA11 2M Photoelectric Sensor ensures swift and accurate detection, contributing to efficient industrial processes. Constructed with PBT material housing and featuring a thread size of M18, it guarantees durability and resilience in demanding environments. The sensor’s red LED light source, coupled with polarity-free red light, ensures consistent performance in object detection tasks.

Powered by a 12-24 V power supply voltage, this sensor incorporates timer functionality, adding to its versatility in application. It is particularly suitable for object detection tasks in industrial automation settings. With an IP50 degree of protection, the E3X-NA11 provides adequate shielding against dust and other particulates, ensuring reliable operation. Weighing a mere 60g and originating from China, it embodies reliability, performance, and ease of use, making it a preferred choice for industrial automation systems worldwide.

Our engineers actively inputted all the required details of this sensor in accordance with the datasheet. Nonetheless, it’s vital to acknowledge that errors may occur during this process. Despite our best efforts, it’s imperative to remain vigilant as inaccuracies may persist despite our sincere endeavors.

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he Baumer O500.RP-GW1B (11096098) Diffuse Sensor (O500.RP-11096098) is a retro-reflective type with a pulsed PinPoint LED light source. It has a nominal range (Sn) of 8 meters and an actual range (Sb) of 7.5 meters.

Equipped with a polarization filter and a yellow LED light indicator for power-on indication, it offers sensitivity adjustment via qTeach or remote methods. The sensor operates within a voltage supply range of 10 to 30 VDC with a typical current consumption of 30 mA.

The Baumer O500.RP-GW1B Diffuse Sensor is constructed with plastic housing material, specifically ASA and PMMA, it features a rectangular design with dimensions of 18 mm in width, 45 mm in height, and 32 mm in depth. It utilizes a 4-pin M12 connector for connection and operates reliably in temperatures ranging from -25 to +60 °C.

Our engineers actively inputted all the required details of this sensor in accordance with the datasheet. Nevertheless, it’s imperative to recognize that errors may arise during this process. Despite our sincere efforts, it’s important to remain cautious. Inaccuracies can still occur nonetheless.

Operating on a supply voltage of 12 to 24 V DC with low current consumption. Both emitter and receiver maintain energy efficiency. The Panasonic EX-13EB-PN Photoelectric Sensor features a PNP open-collector transistor output with short-circuit protection. Suitable for seamless integration into control systems conforming to Utilization Category DC-12 or DC-13 standards. Indicators include an orange LED for operation status. A green LED for stable light or dark conditions ensures efficient operation.

Constructed with durable materials such as polyethylene terephthalate for the enclosure and polyalylate for the lens. The sensor withstands harsh industrial conditions. Its cable extension capability of up to 50 m facilitates flexible installation. Certifications like UL and Korea’s S-mark guarantee compliance with stringent quality and safety standards. With a net weight of approximately 20 g for each emitter and receiver. It comes with mounting screws for easy installation.

Our engineers meticulously inputted all the necessary details of this sensor following the datasheet guidelines. However, it’s crucial to acknowledge the potential for errors during this process. Despite our diligent efforts, it’s imperative to remain vigilant as inaccuracies may persist despite our sincere endeavors.

The Panasonic EX-F1 Photoelectric Sensor, model UEXF1, adheres to EMC and RoHS directives, making it suitable for detecting liquids within transparent resin pipes. It supports outer diameters of 6 to 13 mm and a wall thickness of 1 mm. Operating on a 12 to 24 V DC supply with a tolerance of ±10% ripple, the sensor consumes 30 mA or less. Its NPN open-collector transistor output handles up to 100 mA sink current, maintaining a residual voltage of 1 V or less at this load. Output operation is switchable between Light-ON (Liquid-absent-ON) and Dark-ON (Liquid-present-ON). It includes built-in short-circuit protection. The response time is 2 ms or less.

The Panasonic EX-F1 Photoelectric Sensor operates optimally from -10 to +55 ℃ and can be stored from -20 to +70 ℃, with humidity levels of 35 to 85% RH. It withstands up to 3,000 lx of incandescent light and ensures electrical reliability with 1,000 V AC for one minute and 20 MΩ or more insulation resistance. Designed for durability, it resists vibrations of 10 to 150 Hz with a 0.75 mm double amplitude. It also withstands shocks of 100 m/s² acceleration in all directions. The emitting element is an infrared LED, providing reliable performance.

Constructed with a polycarbonate enclosure, the sensor includes nylon tying bands and silicone anti-slip tubes for secure installation. It features a 1 m long, 0.1 mm² 3-core cabtyre cable, extendable up to 50 m with appropriate cabling. The sensor’s net weight is approximately 15 g, and its gross weight is about 60 g. Accessories provided include two tying bands and two anti-slip tubes. The Panasonic EX-F1 sensor is manufactured in Japan, ensuring high quality and reliability.

The Panasonic EX-L291 Photoelectric Sensor, designed to meet the standards of the EMC Directive and RoHS Directive, boasts a sensing range of 4 meters (13.123 feet), ideal for detecting objects such as white non-glossy paper with dimensions of 100 x 100 mm (3.937 x 3.937 inches). Its emission spot size, at a sensing distance of 1 meter, measures approximately 6 x 4 mm (0.236 x 0.157 inches) vertically and horizontally, ensuring precise detection.

The Panasonic EX-L291 Photoelectric Sensor is equipped with an NPN open-collector transistor output, featuring a maximum sink current of 50 mA and short-circuit protection for added safety. With a response time of 0.5 ms or less, it provides quick and reliable feedback, while its IP67 protection rating ensures resistance to dust and water ingress, making it suitable for various industrial environments.

Crafted with durable materials like polybutylene terephthalate for the enclosure, glass for the lens, and acrylic for the front cover, the Panasonic EX-L291 Photoelectric Sensor promises longevity and robust performance. Additionally, its compact design and versatile features, including a continuously variable adjuster and cable extension capability up to 50 meters (164.042 feet), enhance its usability and adaptability in industrial automation applications.

The Panasonic EX-L212 Photoelectric Sensor (UEXL212, EXL212) bearing the CE Marking Directive compliance, provides a robust sensing range of 3 meters, making it ideal for various industrial applications. With its NPN open-collector transistor output, it accommodates a maximum sink current of 50 mA, offering the flexibility to select between Light-ON and Dark-ON operations. Incorporating built-in short-circuit and inverse polarity protection, the Panasonic EX-L212 Sensor guarantees safety and reliability during operation. Additionally, it boasts a rapid response time of 0.5 ms or less.

Engineered to endure harsh environments, it boasts an IP67 rating for dust and water resistance, complemented by vibration and shock resistance for enhanced durability. Crafted with durable materials such as polybutylene terephthalate for the enclosure and glass for the lens, the Panasonic EX-L212 Photoelectric Sensor guarantees long-term performance and reliability.

Supplied with mounting accessories and weighing approximately 90 grams, it’s easy to install and suitable for a wide range of industrial settings. Manufactured in Japan to stringent quality standards, it delivers consistent and accurate sensing results. This makes it a trusted solution for industrial automation requirements. Crafted with durable materials like polybutylene terephthalate for the enclosure and glass for the lens, the Panasonic EX-L212 Photoelectric Sensor ensures long-term reliability.

Advanced Photoelectric Sensing:- The Sick GRL18SG-P1137 Cylindrical Photoelectric Sensors represent a pinnacle of object detection technology in industrial applications. These sensors harness advanced photoelectric sensing technology to provide precise and reliable results across a broad spectrum of automation tasks.

High-Precision Object Detection:- A standout feature of these sensors is their exceptional precision in object detection. They excel in identifying various objects with remarkable accuracy, making them invaluable in automation processes. Whether it’s ensuring the precise positioning of equipment or accurately counting items on a production line, the GRL18SG-P1137 sensors consistently deliver outstanding results.

Robust and Reliable:- Built to withstand the harsh conditions of industrial environments, these cylindrical sensors are known for their robustness and reliability. They operate seamlessly under adverse conditions, ensuring consistent and accurate detection results over time.

Versatility Across Applications:- One of the key strengths of the GRL18SG-P1137 sensors is their versatility. They adapt effortlessly to a broad range of automation tasks due to their adaptability and precision. Their dependable performance shines in diverse industrial scenarios.

Effortless Integration:- Integrating the GRL18SG-P1137 Cylindrical Photoelectric Sensors into existing automation systems is a straightforward process, thanks to user-friendly setup and configuration options. This minimizes downtime and enhances workflow efficiency.

The SICK GTB10-P4212 Photoelectronic sensor is part of the GTB10 series, functioning as a photoelectric proximity sensor with background suppression. It features a rectangular housing design for light emission and dimensions of 20 mm x 50 mm x 39 mm. The sensor offers a maximum sensing range from 20 mm to 950 mm, utilizing visible red light emitted from a PinPoint LED with a Ø 8 mm light spot size at a distance of 700 mm. Users can adjust the sensor via a potentiometer with 5 turns, while it operates within a supply voltage range of 10 V DC to 30 V DC with a ripple of less than 5 Vpp.

SICK GTB10-P4212 Photoelectronic sensor switching output is PNP, and it supports light/dark switching modes, selectable via a mode selector. The sensor has a response time of ≤ 500 µs and a switching frequency of 1,000 Hz. It connects via a male connector M12 with 4 pins and offers circuit protection according to various standards.

Weighing 35 g, the sensor is constructed from plastic, ABS/PMMA material, and possesses an enclosure rating of IP67. The supplied mounting bracket is BEF-G10DC01. It complies with electromagnetic compatibility (EMC) standard EN 60947-5-2 and operates within an ambient temperature range of -30 °C to +60 °C, with storage temperature ranging from -40 °C to +70 °C. Malaysia manufactures the sensor.

The Datalogic Sensor S5N-PL-5-C01-PP (S5NPL5C01PP, 952001391) part of the S5N series, boasts a nominal sensing distance of 350mm and operates on a tubular M18 design with axial optics, making it suitable for diffuse beam applications.

Featuring PNP NO+NC output type, it offers precise detection with a switching frequency of 1.5kHz and a rapid response time of 333µs. Constructed with durable plastic housing made of PBT/PMMA and meeting IP67 mechanical protection standards, it ensures reliable performance in various industrial environments.

1. Inductive Proximity Sensors:

   • As mentioned earlier, these sensors work on the principle of electromagnetic induction. They generate a high-frequency electromagnetic field, and when a conductive object enters this field, it induces eddy currents in the object, leading to a change in the sensor's electromagnetic field. This change is detected, signaling the presence of the object.

2. Capacitive Proximity Sensors:

   • Capacitive sensors detect changes in capacitance caused by the presence or absence of an object. When an object with a different dielectric constant enters the sensor's electric field, it alters the capacitance, triggering the sensor to register the presence of the object.

An inductive switch is a type of switch that operates based on the principles of electromagnetic induction. It is designed to open or close an electrical circuit in response to changes in the surrounding electromagnetic field, typically caused by the presence or absence of a specific target material. Inductive switches are commonly used in industrial and automation applications for various sensing and control purposes.

Here are key features and aspects of inductive switches:

1. Operating Principle:

   • Similar to inductive proximity sensors, inductive switches rely on electromagnetic induction. They generate a magnetic field and detect changes in this field caused by the presence or absence of a specific material.

2. Target Material:

   • Inductive switches are designed to respond to the presence or absence of certain types of materials, often metals. The ability to detect non-ferrous metals depends on the specific design of the switch.

3. Contactless Operation:

   • One of the primary advantages of inductive switches is their contactless operation. There is no physical contact between the switch and the target material, leading to reduced wear and longer operational life.

4. Applications:

   • Inductive switches are used in variou

     1. Operating Principle:

        • Similar to inductive proximity sensors, inductive switches rely on electromagnetic induction. They generate a magnetic field and detect changes in this field caused by the presence or absence of a specific material.

     2. Target Material:

        • Inductive switches are designed to respond to the presence or absence of certain types of materials, often metals. The ability to detect non-ferrous metals depends on the specific design of the switch.

     3. Contactless Operation:

        • One of the primary advantages of inductive switches is their contactless operation. There is no physical contact between the switch and the target material, leading to reduced wear and longer operational life.

     4. Applications:

        • Inductive switches are used in various applications, including position sensing, object detection, and automation control.
        • They are often employed in conveyor systems, assembly lines, and machinery where non-contact operation is preferred..

   An inductive switch is a type of switch that operates based on the principles of electromagnetic induction. It is designed to open or close an electrical circuit in response to changes in the surrounding electromagnetic field, typically caused by the presence or absence of a specific target material. Inductive switches are commonly used in industrial and automation applications for various sensing and control purposes.

   Here are key features and aspects of inductive switches:

1. Operating Principle:

   • Inductive proximity sensors work based on the principle of electromagnetic induction. They generate a high-frequency electromagnetic field around the sensing face.
   • When a metal object enters this electromagnetic field, it induces eddy currents in the metal, causing a change in the sensor's electromagnetic field.

2. Detection Range:

   • The sensing range of an inductive proximity sensor is the distance between the sensor face and the point where it can reliably detect an object.
   • The detection range is influenced by factors such as the size, shape, and material of the target object.

Applications:

• Inductive proximity sensors find applications in various industries, including manufacturing, automotive, food processing, and packaging.
• They are commonly used for automation tasks such as detecting the presence of components on a conveyor belt, positioning objects in assembly lines, and ensuring the correct placement

1. Advantages:

   • Non-contact operation eliminates wear and tear, leading to longer sensor life.
   • Fast response times make them suitable for high-speed automation processes.
   • Resistant to dirt, dust, and other environmental factors.

2. Limitations:

   • Limited to detecting metal objects.
   • The sensing range may be affected by the type and size of the target material.

An inductive proximity sensor is a type of non-contact sensor that detects the presence or absence of metallic objects within its sensing range. Unlike photoelectric sensors that use light, inductive proximity sensors generate an electromagnetic field. When a metallic object enters this field, it causes a change in the sensor's output, indicating the presence of the object.

Here are some key features and characteristics of inductive proximity sensors:

1. Metal Detection: Inductive proximity sensors are designed to detect the presence of metallic objects. They are not suitable for non-metallic materials.

2. Operating Principle: These sensors consist of an oscillator, coil, and a metal target. When a metallic object enters the sensing range, it alters the inductance of the coil, causing changes in the oscillator's frequency. This change is then converted into a digital signal.

An inductive proximity sensor is a type of sensor used to detect the presence or absence of an object within its sensing range without physical contact. These sensors are commonly used in industrial automation and manufacturing processes for applications such as object detection, position sensing, and metal detection.

Here are some key features and principles of inductive proximity sensors:

1. Operating Principle:

   • Inductive proximity sensors work based on the principle of electromagnetic induction. They generate a high-frequency electromagnetic field around the sensing face.
   • When a metal object enters this electromagnetic field, it induces eddy currents in the metal, causing a change in the sensor's electromagnetic field.

2. Detection Range:

   • The sensing range of an inductive proximity sensor is the distance between the sensor face and the point where it can reliably detect an object.
   • The detection range is influenced by factors such as the size, shape, and material of the target object.

The Sick CM30-25NPP-EC1 Proximity Sensor from the CM30 series (Part No. - 6058157), engineered for reliable object and material detection. Its barrel-style body features a thread size of M30 x 1.5, enabling straightforward mounting in industrial applications. With a 25 mm detection range and PNP output, this sensor is ideal for precise non-contact sensing of solid or liquid targets.

Operating from a 10–36 V DC supply voltage, it supports a maximum switching current of 200 mA and a switching frequency of 50 Hz, making it suitable for low-speed automation tasks. The unshielded design enhances sensitivity in challenging sensing scenarios. A 4-pin M12 connector ensures easy and secure connectivity.

Built for tough environments, the sensor features a rugged PBT housing and holds IP68 and IP69K ratings, providing full protection against dust, water jets, and high-pressure washdowns. It operates reliably in temperatures from -30°C to +85°C, making it suitable for both cold and high-heat industrial environments.

The sensor is equipped with short-circuit and reverse polarity protection, enhancing operational safety and lifespan. Certified by CE, CSA, cULus, and EcoLab, it complies with stringent industrial and environmental standards. At 74 mm in length and 30 mm in width, it balances size with durability for various applications.

Built with a nickel-plated brass housing, this sensor offers excellent durability and resistance against harsh industrial conditions. The IP67 protection rating ensures strong resistance to dust, water, and other contaminants, allowing stable operation even in demanding environments.

The sensor supports PNP Normally Open (NO) output with a maximum current of 200 mA, making it easy to integrate with different control systems. Operating within a 10–30 VDC supply voltage, it guarantees energy-efficient and safe performance.

Engineered for high reliability, long service life, and reduced maintenance, the Qwinwell IP12-DP4 enhances system performance while minimizing downtime. It also includes a clear LED status indicator for easy monitoring.

Operating on a 10–30 VDC supply, this sensor handles up to 200 mA load current, making it suitable for heavy-duty applications. With short-circuit and overload protection, it ensures long-lasting reliability while reducing downtime. The nickel-plated brass housing enhances durability, and resists wear in demanding environments.

Rated at IP67, the sensor withstands dust, moisture, and harsh conditions, making it ideal for factory floors and outdoor installations. Its -25°C to +70°C operating range ensures stable performance under extreme temperatures. The LED status indicator provides clear visual feedback, while the 2-meter cable connection allows flexible installation.

The IP12-DN4 sensor combines durability, precision, and safety for dependable industrial automation.

The Datalogic Sensor S50-PA-2-C21-NN (S50PA2C21NN, 952002170) part of the S50 series, is designed for label detection tasks. It emits infrared light at 880 nm with a spot dimension of approximately 100 mm at 300 cm. Equipped with an M12 4-pole connector, it offers both NPN and PNP output types.

With a sensing distance ranging from 0 to 40 cm, it operates on a power supply of 10 to 30 VDC, consuming a maximum of 35 mA. It has a response time of 0.5 ms and a switching frequency of 1 kHz. Encased in IP67-rated housing made of PBT, with a PMMA lens, it ensures durability and reliability in various industrial environments.

Manufactured in Italy, this sensor is engineered to withstand operating temperatures from -25°C to +55°C and storage temperatures from -25°C to +70°C, making it suitable for a wide range of applications.

Our engineers actively inputted all the required details of this sensor in accordance with the datasheet. Nevertheless, it’s imperative to recognize that errors may arise during this process. However, despite our sincere efforts, it’s important to remain cautious. Despite this, inaccuracies can still occur nonetheless.

The Panasonic GX-18MU Proximity Sensor engineered for high-precision object detection in industrial applications. Designed with a 7mm maximum operation distance and a stable sensing range of up to 5.6mm, this sensor ensures reliable and consistent performance when detecting metal objects, such as an 18×18×1mm iron sheet.

With a fast 500Hz response frequency, the GX-18MU delivers quick and accurate detection, making it ideal for automation, assembly lines, and machinery positioning. Its non-contact DC 2-wire output, with a load current range of 3-70mA, ensures low power consumption and efficient performance. Additionally, the built-in short-circuit protection enhances safety and longevity.

The GX-18MU is built to withstand harsh industrial conditions, featuring a rugged brass (nickel-plated) enclosure with an IP67 protection rating, making it dustproof and waterproof. It can operate in ambient temperatures from -25°C to +70°C, ensuring stability in extreme environments. Furthermore, it offers exceptional resistance to vibration (10-55Hz, 1.5mm double amplitude) and shock (1000m/s² acceleration), providing long-term durability.

Equipped with a 2-color LED indicator, the sensor provides clear status feedback: green for stable sensing and orange for unstable conditions, simplifying monitoring and troubleshooting.

The GX-18MU comes with a 2-meter oil, heat, and cold-resistant cable, with an extension capability of up to 50 meters, allowing for flexible installation in diverse industrial settings.

Our engineers actively inputted all the required details about this item accordance with the datasheet. Even though we strive to ensure accuracy at every step, some errors may still occur. It remains essential to stay vigilant. Some inaccuracies could still appear despite our efforts. Furthermore, all trademarks and trade names featured on our site are, without exception, the property of their respective owners. As a result, maintaining caution and awareness is key throughout the process. In addition, it is important to stay alert to ensure accuracy at every stage. Therefore, we recommend careful attention to avoid potential issues.

Ultimately, combining vigilance with proactive efforts can help minimize potential errors.

The Panasonic HG-C1400-P Micro Laser Distance Sensor is a precise measurement tool designed to meet EMC Directive Compliance and FDA Standards, ensuring accuracy and reliability in various applications. With a measurement center distance of 400 mm and a measuring range of ±200 mm, it offers exceptional versatility in distance measurement tasks.

Featuring a robust construction with an aluminum die-cast enclosure and an acrylic front cover, the Panasonic HG-C1400-P Micro Laser Distance Sensor is built to withstand demanding industrial environments. Operating effectively in ambient temperatures ranging from -10 to +45 ℃, it ensures reliable performance in various environments. Additionally, it boasts an IP67 rating for protection against dust and water ingress.

Equipped with a red semiconductor laser Class 2, the HG-C1400-P delivers precise measurements. It has a maximum output of 1 mW and an emission peak wavelength of 655 nm. Its control output features PNP open-collector transistors. This ensures seamless integration into control systems. It offers flexibility with either Light-ON or Dark-ON operation modes.

Our engineers acts wisely inputted all the required details of this sensor in accordance with the datasheet. Nevertheless, it’s imperative to recognize that errors may arise during this process. Despite our sincere efforts, it’s important to remain cautious. Inaccuracies can still occur nonetheless.

Inductive Proximity Sensors:

• Principle: Inductive proximity sensors operate based on electromagnetic induction. They generate an electromagnetic field, and when a conductive metal object enters the field, it induces eddy currents, causing a change in the sensor's output.
• Applications: Metal detection, position sensing in automation.

Inductive Proximity Sensors:

A proximity sensor is a type of sensor that detects the presence, absence, or distance of an object without physical contact. These sensors play a crucial role in various applications across different industries, enabling automation, safety, and control systems. Proximity sensors utilize different technologies to achieve non-contact detection, and they can be categorized based on their operating principles. Here are some common types of proximity sensors:

Leuze is a well-known manufacturer of sensors and solutions for industrial automation, including inductive proximity sensors. Leuze offers a variety of sensors designed for different applications and industries. While specific details may have changed since then, here are some general features and characteristics associated with Leuze inductive proximity sensors:

1. Inductive Proximity Sensor Principle: Leuze inductive proximity sensors operate based on the principle of electromagnetic induction. These sensors generate an electromagnetic field, and when a conductive metal object enters the sensing range, it induces eddy currents in the metal. The change in the sensor's output is then used to detect the presence of the metal object.

2. Application-Specific Sensors: Leuze designs its inductive proximity sensors to meet the specific needs of various applications. These sensors are commonly used for object detection, position sensing, and automation tasks where the presence or absence of metal objects needs to be determined.