New Edition Ifm Oj5070 Diffuse Reflection Sensor For Women [skKPpEAb]

Efficient Diffuse Reflection Sensor

The New Edition Ifm Oj5070 Diffuse Reflection Sensor For Women [skKPpEAb] is a high-performance device designed to meet your precise sensing needs. This sensor utilizes infrared light for accurate detection, making it ideal for a variety of applications. With its rectangular housing, the OJ5070 offers durability and ease of integration into your system. Its diffuse reflection principle ensures reliable performance in challenging environments.

• Light Source: Infrared light provides a wide sensing range and is less affected by ambient light, ensuring consistent readings.
• Housing: The rectangular housing offers robust protection against environmental factors, including dust and water, with an IP 67 rating.

Robust Electrical Design

The Ifm OJ5070 is equipped with a PNP electrical design, offering compatibility with various control systems. Its outputs feature a light-on/dark-on mode, allowing for flexible configuration. The sensor boasts a maximum voltage drop of 2.5V and a permanent current rating of 200mA, ensuring reliable performance under load.

• Operating Voltage: The sensor operates on a wide range of voltages from 10 to 30 DC, providing flexibility in installation.
• Current Consumption: With a low current consumption of less than 32mA, the OJ5070 is energy-efficient and cost-effective.

Practical and Versatile Applications

The New Edition Ifm Oj5070 Diffuse Reflection Sensor For Women [skKPpEAb] is suitable for a wide range of applications, including industrial automation, packaging, and material handling. Its adjustable monitoring range of 1 to 1000 mm and a maximum light spot diameter of 150 mm make it ideal for detecting various objects and materials.

• Monitoring Range: The adjustable range allows for customization to suit your specific application requirements.
• Operating Conditions: The sensor can operate in temperatures ranging from -25°C to 60°C, making it suitable for various environments.