The IFM OGE302 is a high-performance through-beam photoelectric sensor designed for accurate and long-range object detection in industrial automation. Using a red light source and a rugged threaded housing, it delivers dependable results across applications that demand precision, stability, and energy efficiency.

At the core of the OGE302 is its through-beam sensing principle, which relies on a dedicated emitter and receiver. This configuration provides a powerful and reliable detection method, ensuring precise recognition of objects even at extended distances or in environments with dust, moisture, or challenging ambient light conditions. The through-beam principle offers superior detection reliability compared to diffuse or retro-reflective methods, making the OGE302 an excellent choice for critical applications.

The use of a red light beam provides easy alignment during installation and setup. Operators can visually confirm the beam’s path, simplifying commissioning and reducing setup time. Once installed, the sensor delivers consistent and accurate detection regardless of object colour, surface finish, or reflectivity, ensuring smooth operation even in variable conditions.

Mechanically, the OGE302 is housed in a threaded cylindrical body, which allows secure and flexible mounting into standard industrial fittings. The rugged housing design provides resistance to vibration and mechanical stress, making it suitable for continuous operation in demanding environments such as packaging lines, conveyors, and automated assembly systems. Its compact threaded format also supports easy integration into new machinery or retrofitted applications.

Electrically, the OGE302 operates within a wide voltage range of 10…36 V DC, making it highly compatible with common industrial power supplies. With a current consumption of just 10 mA, it offers energy-efficient operation, which is particularly beneficial in systems with multiple sensors. Additional safety features include reverse polarity protection, which safeguards the device and connected equipment from wiring errors, and compliance with protection class II, ensuring safe low-voltage operation.

The OGE302 is ideally suited for applications where reliable object detection is critical. These include conveyor systems, packaging equipment, robotics, and logistics operations, where precise and fast detection ensures product quality, prevents errors, and supports smooth workflow. Its robust through-beam design is particularly advantageous in dusty or high-speed environments where other sensor types might fail.

In practice, the OGE302 contributes to increased productivity, reduced downtime, and improved system reliability by delivering accurate, non-contact detection with minimal maintenance requirements. Its efficient design and rugged build ensure long-term performance, even in harsh industrial conditions.

In summary, the IFM OGE302 is a reliable and efficient through-beam sensor that combines red light technology, threaded housing, low power consumption, and robust electrical protections. Built for accuracy and durability, it provides engineers with a dependable solution for critical detection tasks in modern industrial automation.