NBB20-L2-E2-C-V1 Inductive Proximity Sensor Pepperl+Fuchs M30 Cylindrical 24V DC IP67 2-Wire Industrial Automation

Exceptional Detection Range

The NBB20-L2-E2-C-V1 from Pepperl + Fuchs is an inductive sensor with a remarkable rated operating distance of 20 mm. Even under assured conditions, it can detect objects within 0 to 16.2 mm, and in actual scenarios, the range is 18 to 22 mm. This wide detection span makes it suitable for various industrial applications. Whether it's in a manufacturing line where parts need to be precisely located or in a robotic system for object recognition, its long-range detection ensures seamless operation. For instance, in an automotive assembly plant, it can accurately sense the presence of large components from a relatively far distance, streamlining the production process.

Robust Construction and Protection

Built to endure harsh industrial environments, this sensor features a housing made of polyamide (PA) and a sensing face also in PA. It has a high degree of protection, reaching IP69K. This means it can withstand high-pressure, high-temperature washdowns, making it ideal for use in food and beverage industries, where frequent cleaning is necessary. Additionally, it can operate in ambient temperatures ranging from -25 to 85 °C (-13 to 185 °F), and can be stored within the same temperature range. With a mass of 130 g and dimensions of 40 mm in height and width, and 67 mm in length, it is compact yet durable, ensuring reliable performance over time.

Versatile Electrical Specifications

Electronically, the NBB20-L2-E2-C-V1 is highly versatile. It has a PNP output type and operates on a 3-wire DC system with a nominal operating voltage ranging from 10 to 30 V DC. The sensor offers a switching frequency of 0 to 5 Hz and has a hysteresis of typically 5%. It comes with reverse polarity protection, safeguarding the device from incorrect voltage connections. The short - circuit protection is pulsing, adding to its reliability. With a voltage drop of ≤ 3 V and an operating current of 0 to 200 mA, it can be easily integrated into existing industrial automation systems, providing accurate sensing capabilities while consuming minimal power.