DL35-B15552 MID RANGE DISTANCE SENSOR

The DL35-B15552 Mid Range Distance Sensor is a high-performance laser-based distance measurement device engineered for precise ranging applications in industrial automation, logistics, positioning systems, and anti-collision monitoring. As part of the Dx35 product family, the DL35-B15552 integrates advanced HDDM™ (High Definition Distance Measurement) technology, ensuring exceptional measurement stability, ambient light immunity, and operational reliability even in demanding industrial conditions. It is specifically optimized for distance measurement on reflective tape, making it highly suitable for long-range sensing applications requiring superior repeatability and precision.

The DL35-B15552 features a measuring range from 200 mm to 35,000 mm when operating with “diamond grade” reflective tape, allowing highly accurate long-distance detection across diverse automation environments. Equipped with a visible red Class 1 laser, the sensor delivers safe yet highly effective ranging performance while maintaining compliance with IEC 60825-1 safety standards. Furthermore, the sensor offers a measurement resolution of 0.1 mm, repeatability of ≥ 0.5 mm, and typical accuracy of ±15 mm, supporting precision-critical industrial workflows.

Designed for seamless integration into sophisticated industrial systems, the DL35-B15552 supports IO-Link communication, alongside configurable analog and digital outputs, including current output, voltage output, and push-pull switching functionality. The sensor also incorporates advanced programmable features such as external teach-in capability, analog output inversion, switching window configuration, multifunctional input settings, and factory reset functionality, thereby maximizing deployment flexibility and process adaptability.

Mechanically, the DL35-B15552 is housed in a compact ABS/PC enclosure with dimensions of 32 mm × 58.67 mm × 42.7 mm, making it suitable for installations with constrained mounting space. With IP65 and IP67 protection ratings, the sensor demonstrates excellent resistance to dust ingress and water exposure, ensuring dependable operation in harsh industrial environments. The device operates within a temperature range of –30°C to +55°C and supports a DC supply voltage of 12 V to 30 V, enabling broad compatibility with industrial power systems.

Technical Data

Q1: What distinguishes the DL35-B15552 from conventional mid-range distance sensors in industrial automation environments?
A1: The DL35-B15552 is engineered with advanced HDDM™ (High Definition Distance Measurement) technology, enabling highly reliable and stable distance acquisition with enhanced immunity to ambient light interference. Its compact architecture, versatile output configurations, and extended measuring capability make it particularly advantageous for demanding industrial sensing applications.

Q2: How far can the DL35-B15552 effectively perform distance measurements under reflective conditions?
A2: The DL35-B15552 supports a measurement range spanning from 200 mm to 35,000 mm, specifically when utilized with “diamond grade” reflective tape, thereby facilitating long-range positioning, monitoring, and industrial alignment tasks.

Q3: Why does the DL35-B15552 exhibit superior ranging consistency across fluctuating operational scenarios?
A3: The DL35-B15552 incorporates configurable response-speed settings ranging from Super Fast to Super Slow, allowing engineers to optimize the equilibrium between response velocity and repeatability according to application-specific requirements.

Q4: Which optical architecture empowers the DL35-B15552 to achieve precise measurement performance?
A4: The DL35-B15552 utilizes a visible red Class 1 laser source compliant with IEC 60825-1 standards, delivering reliable object detection while maintaining operational safety in industrial settings. Its typical light spot dimension is approximately 15 mm × 15 mm at 2 meters.

Q5: To what extent does the DL35-B15552 ensure measurement precision and repeatability?
A5: The DL35-B15552 delivers a resolution of 0.1 mm, with repeatability typically reaching ≥ 0.5 mm, while measurement accuracy is generally rated at ±15 mm, depending on environmental and reflective conditions.