OMRON EE-SPX613 1M Pipe-Mounting Liquid Level Photomicrosensor

The OMRON EE-SPX613 1M is a versatile and reliable liquid level photomicrosensor designed for easy integration into pipe-mounted applications. This device utilizes a through-beam sensing method to detect the level of liquids by leveraging the difference in refractive index between air and liquid, ensuring precise and consistent monitoring.

Key Features:

• Flexible Operation Modes: The EE-SPX613 offers both Dark-ON and Light-ON operation modes, allowing users to select the configuration that best suits their application needs.
• Adjustable Sensitivity: Equipped with a sensitivity selector, this sensor can be optimized for various pipe diameters (6 to 13 mm) and conditions, enhancing stability and accuracy.
• Robust Design: Constructed with a durable polycarbonate case, the sensor is resistant to vibration and shock, making it suitable for demanding environments.
• Wide Compatibility: Compatible with transparent or semi-transparent pipes made of materials like FEP, this sensor is widely applicable across different industrial setups.

Technical Specifications:

• Supply Voltage: 12 to 24 VDC ±10%, with a ripple of 5% max.
• Current Consumption: Average of 30 mA max., Peak of 80 mA max.
• Control Output: NPN open collector with a load current of 100 mA max.
• Ambient Conditions: Operates in temperatures from -10 to +55°C and humidity levels from 5% to 85%.
• Degree of Protection: IEC 60529 IP50.

Safety and Compatibility Considerations:

The EE-SPX613 is not designed for safety-critical applications and should be used within its rated environmental conditions. It is essential to ensure compatibility with other system components and to follow all safety precautions provided in the product manual.

Accessories and Support:

Includes supporting belts, slip protection tubes, and an instruction manual for easy installation and setup.

The OMRON EE-SPX613 1M offers a reliable and efficient solution for monitoring liquid levels in industrial settings, combining ease of use with robust performance capabilities.