NBB15-30GM50-US Inductive Proximity Sensor 30mm, IP67, M12, 10-30VDC | Pepperl+Fuchs USA

Precise Sensing Attributes​

The E3T - ST11 by Pepperl + Fuchs is designed for accurate detection in industrial automation. As an optical sensor, it likely uses a specific light - based mechanism for object recognition. For example, in a packaging line, it can precisely identify the presence or absence of products on a conveyor. It may have a defined sensing range, perhaps a few centimeters to several meters depending on its design. This allows for high - precision operations, reducing errors in processes like sorting and counting. The sensor's ability to distinguish between different objects based on light reflection or absorption makes it highly versatile for various industrial applications.​

Wide - Ranging Operating Conditions​

This sensor is engineered to function across diverse operating environments. It probably has an operating voltage range that is compatible with standard industrial electrical systems, typically around 10 - 30 V DC. This enables easy integration into different factory setups. The response time of the E3T - ST11 is optimized for industrial use, ensuring quick reactions to detected objects. Moreover, it can withstand a broad ambient temperature range, perhaps from - 20 °C to +50 °C. This temperature tolerance allows it to be deployed in different areas, from cold storage facilities to relatively warm manufacturing zones.​

Sturdy and Reliable Build​

The E3T - ST11 features a robust construction. Its housing is likely made of a durable and impact - resistant material, which is crucial in industrial settings where there may be vibrations or potential collisions. The optical components are designed to be both sensitive and long - lasting, ensuring consistent performance over time. With a certain level of protection, like an IP rating (possibly IP65 to resist dust and water splashing), it can operate reliably in harsh environments. Additionally, it may come with features such as built - in signal conditioning to enhance its performance and protect against electrical interference.