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Banner SM2A312FVQD Mini-Beam Sensor

Introducing the Banner SM2A312FVQD Mini-Beam Photoelectric Sensor, a cutting-edge device designed for precision and reliability. This sensor is perfect for a wide range of applications where precise detection is crucial. With its compact design and advanced technology, the SM2A312FVQD delivers exceptional performance in various environments. Key features include miniaturized size for space-saving installations, a durable housing for long-lasting use, and versatile mounting options.

• Miniaturized design for space-efficient installations
• Durable housing for robust performance
• Multiple mounting options for flexible installation

Product Specifications and Technical Details

The Banner SM2A312FVQD Mini-Beam Sensor is engineered with precision to meet the highest standards of performance. Key specifications include: a detection range of up to 12 meters, a switching time of less than 10 milliseconds, and a 24 V DC operating voltage. This sensor is designed for use in environments with varying lighting conditions, ensuring reliable operation. Additionally, the SM2A312FVQD is compatible with a wide range of industrial automation systems.

• Detection range up to 12 meters
• Fast switching time of less than 10 milliseconds
• 24 V DC operating voltage
• Wide compatibility with industrial automation systems

Practical Applications and Benefits

The Banner SM2A312FVQD Mini-Beam Sensor is an essential tool for a variety of applications across industries. Whether you are automating a production line, ensuring safety in a hazardous environment, or implementing a counting system, this sensor offers numerous benefits. Benefits include: improved efficiency, increased safety, and seamless integration into existing systems. Ideal for use in packaging, material handling, and security applications, the SM2A312FVQD is a reliable choice for any automation project.

• Improved efficiency in industrial processes
• Enhanced safety in hazardous environments
• Seamless integration into various automation systems