Product Description:

The Infrared Photoelectric Sensor is a cutting-edge product designed to provide accurate and reliable sensing capabilities in various applications. This sensor features a light receiving surface measuring 2.4*2.8mm, allowing it to efficiently capture infrared signals with precision.

Equipped with cooling uncooled technology, this sensor ensures optimal performance and longevity, making it suitable for long-term use in demanding environments. The uncooled cooling type enhances the sensor's stability and efficiency, making it a reliable choice for critical sensing tasks.

With a photosensitivity of 0.52 A/W (typical), this sensor demonstrates exceptional sensitivity to infrared light, enabling it to detect even the faintest signals with high accuracy. The photosensitivity rating ensures that the sensor can effectively capture and interpret infrared data, making it ideal for applications requiring precise sensing capabilities.

The sensor's spectral response range of 480 to 660 Nm further enhances its versatility and adaptability to different light conditions. This broad spectral range allows the sensor to detect a wide range of infrared signals, making it a versatile solution for various sensing requirements.

In addition, the sensor features a dark current of up to 2000 PA (max), ensuring reliable performance even in low-light conditions. The maximum dark current rating guarantees that the sensor can maintain its sensitivity and accuracy, making it suitable for applications where consistent performance is crucial.

Overall, the Infrared Photoelectric Sensor is a sophisticated and reliable sensing solution that leverages advanced technology to deliver precise and consistent results. Whether used in industrial automation, environmental monitoring, or other applications, this sensor offers exceptional performance and reliability, making it a valuable tool for various sensing tasks.

With its innovative features and robust design, this sensor is well-suited for applications requiring accurate and efficient sensing capabilities. Whether detecting gases, measuring temperature variations, or monitoring environmental conditions, the Infrared Photoelectric Sensor provides the reliability and precision needed for critical sensing tasks.

For applications requiring NDIR (Non-Dispersive Infrared) sensing technology, this sensor offers a high-performance solution that meets the demanding requirements of such applications. The sensor's advanced features and specifications make it an ideal choice for NDIR sensing applications, ensuring accurate and reliable results in a wide range of scenarios.

Features:

• Product Name: Infrared Photoelectric Sensor
• Maximum sensitivity wavelength (typical): 550 Nm
• Reverse voltage (max): 20V
• Dark current (max): 2000 PA
• Light receiving surface: 2.4*2.8mm
• Spectral response range: 480 To 660 Nm

Technical Parameters:

Applications:

The Hamamastu S7686 Infrared Photoelectric Sensor is a versatile product suitable for a wide range of applications due to its high-quality features and reliable performance. With a light receiving surface of 2.4*2.8mm, this sensor provides accurate detection capabilities in various scenarios.

One of the key application occasions for the S7686 sensor is in industrial automation systems. Its precise sensing abilities make it ideal for use in conveyor belts to detect objects passing through, ensuring efficient and smooth operations. The sensor's high sensitivity wavelength of 550 Nm allows it to detect even minor changes in the environment, enhancing the overall productivity of the system.

Another important scenario where the Hamamastu S7686 sensor excels is in security systems. By incorporating this sensor into motion detectors or alarm systems, it can accurately detect any movement or intrusion, providing reliable security measures for both residential and commercial properties.

Moreover, the S7686 sensor can also be utilized in scientific research settings, thanks to its cooling uncooled type design. Researchers can leverage its spectral response range of 480 to 660 Nm to conduct experiments requiring precise light detection, making it a valuable tool in various laboratory environments.

With a maximum reverse voltage of 20V, the S7686 sensor offers durability and stability in demanding conditions, ensuring long-lasting performance. Whether it is used in automotive systems, medical equipment, or environmental monitoring devices, this sensor proves to be a dependable component across different industries.

In conclusion, the Hamamastu S7686 Infrared Photoelectric Sensor, originating from Japan, stands out as a top-choice product for applications requiring accurate detection and reliable performance. Its compatibility with JSIR350-4-AL-R-D6 infrared radiation sources further enhances its capabilities, making it a versatile solution for a wide range of scenarios.

Customization:

Customize your Infrared Photoelectric Sensor with our Product Customization Services.

Brand Name: Hamamastu

Model Number: S7686

Place of Origin: Japan

Reverse voltage (max): 20V

Maximum sensitivity wavelength (typical): 550 Nm

Spectral response range: 480 To 660 Nm

Light receiving surface: 2.4*2.8mm

Photosensitivity (typical): 0.52 A/W

Keywords: JSIR350-4-AL-R-D6, Infrared transmitter

Support and Services:

The Product Technical Support and Services for the Infrared Photoelectric Sensor include:

- Assistance with sensor setup and installation

- Troubleshooting guidance for sensor functionality issues

- Repair and maintenance services for damaged sensors

- Firmware updates and compatibility checks

Packing and Shipping:

Product Packaging for Infrared Photoelectric Sensor:

The Infrared Photoelectric Sensor is carefully packaged in a protective box to ensure safe transportation and delivery.

Contents:

• 1 x Infrared Photoelectric Sensor
• Instruction Manual

Shipping:

Orders are typically shipped within 1-2 business days. We use reliable carriers to deliver your product safely and on time.

For any inquiries regarding shipping, please contact our customer support team.