Product Description

The Omron E2A-S12KS04-WS-C1 7.5M is a high-performance inductive proximity sensor designed for applications requiring robustness and reliability in harsh environments. This sensor features a stainless steel body, making it ideal for use in challenging conditions with high vibration, while maintaining precision and durability.

Key Features:

• Housing and Connectivity: The sensor is housed in an M12 stainless steel body with a cable length of 7.5 meters, providing flexibility in mounting and installation.
• Output Type: It offers an NPN open collector output, suitable for a wide range of control systems.
• Sensing Distance: The sensor has a sensing distance of 4 mm ± 10%, making it effective for detecting ferrous metal targets.
• Operation Modes: Available in normally open (NO) configuration, this model is well-suited for applications where a signal is required upon target detection.
• Power Requirements: It operates within a power supply range of 12 to 24 VDC, with a ripple of 10% max., ensuring compatibility with various power sources.
• Safety and Compliance: The sensor is designed with built-in protection circuits, including power source reverse polarity protection, surge suppressor, and short-circuit protection. It meets IP67 and IP69K standards for dust and water resistance, and complies with EMC standards after EN60947-5-2.
• Ambient Conditions: It can operate in temperatures from -40°C to 70°C, and is resistant to vibrations and shocks, making it suitable for industrial environments.

This sensor is designed to provide reliable performance in demanding applications while offering ease of integration and setup.

Technical Specifications:

• Response Frequency: Up to 1,000 Hz.
• Current Consumption: Max 10 mA.
• Load Current: Up to 200 mA.
• Residual Voltage: Max 2 V under full load.
• Indicator: Yellow LED operation indicator.

Whether you're enhancing existing systems or designing new ones, the Omron E2A-S12KS04-WS-C1 7.5M is a versatile and reliable choice for proximity sensing needs.