LEUZE HRTL 96B M/66.02S-S12 Precision Sensor | S12 Interface, IP67 & 0.02mm Accuracy | Automated Quality Control & Process Monitoring

Precise Detection with Background Suppression​

The LEUZE HRTL 96B M/66.02S - S12 is an advanced diffuse sensor known for its precise detection capabilities. Operating on the scanning principle with background suppression, it can effectively identify objects while ignoring the background. It uses a red laser light source (Laser Class 2, IEC/EN 60825 - 1:2007), enabling accurate sensing within a range of 0.1 - 6 m. The small light spot design further enhances its precision, making it suitable for detecting small or closely - spaced objects. Whether in a packaging line for detecting product labels or in an automated storage system for item presence, this sensor's accuracy ensures smooth operations.​

Reliable Electrical Configuration​

Electronically, the HRTL 96B M/66.02S - S12 is engineered for reliability. It operates on a supply voltage of 18 - 30 V DC, with a residual ripple of 0 - 15% from UB. The open - circuit current is maintained at 0 - 120 mA for efficient operation. Equipped with two digital switching outputs, both with push - pull transistors and dark - switching principles, it offers flexible control options. It also has built - in transient protection, polarity reversal protection, and short - circuit protection, safeguarding it from electrical malfunctions and ensuring long - term stable performance in industrial electrical setups.​

Durable Build and High - Level Protection​

The mechanical design of the HRTL 96B M/66.02S - S12 showcases its durability. Its cubic housing is made of metal, which can withstand vibrations and impacts in industrial environments. Measuring 30 mm x 90 mm x 70 mm and weighing 380 g, it has a substantial yet manageable size. The glass lens cover protects the optical components. With an IP 67 and IP 69K protection rating, it is highly resistant to dust, water, and high - pressure washdowns. It can be fastened through through - hole mounting or via optional mounting devices using dovetail grooves. The teach button on the sensor allows for easy configuration, making it adaptable to various industrial applications.