
EtherCAT 高精度激光测距传感器确立了新标准
PNBC 系列的精确测距传感器树立了一个新的里程碑:位移测量传感器能够精确测量极小的差异,即使从很远的距离测量也是如此。激光传感器的光学系统能够实现可重现的测量结果。它们可以进行非接触测量,不受物体表面特性、形状和颜色的影响。因此,测量值不受影响。除了经过验证的 TCP/IP 接口外,现在还提供 EtherCAT 工业以太网接口,用于实时采集和进一步处理测量数据。无论是测量厚度、测量位移量还是测量距离,PNBC 激光位移传感器都是同类产品中的最佳产品。
PNBC 系列激光测距传感器在测量时使用高分辨率的 CMOS 阵列。使用非常先进的角度测量分析技术可以计算出与测量物体的距离,精度达到微米级。激光测距传感器基于三角测量原理,非常适合距离达 1,000 mm 的高精度测量。

PNBC 激光测距传感器:优点概览
精确测量距离
- 通过微米级三角测量技术精确测量物体
- 能够可靠识别极小的物体,可重复性为 0,3 μm
- 测量结果的线性偏差仅为 0.05%
高性能
- 工作范围大,达到 24 mm 至 1,000 mm
- 动态应用的最高输出速度为 30 kHz
- 调试后可以立即检测耐抗温度变化的测量值
- 可与 EtherCAT 接口进行超高速通信
测量值稳定,不受表面状况的影响
- 可对形状和表面不同的物体进行非接触和可靠的测量
- 对于深色或光亮的物体以及极端倾斜状态,高的测量性能保持不变
- 针对斑点效应的特殊算法
激光测距传感器的产品亮点

Fast EtherCAT Interface
- Switchable between TCP/IP and EtherCAT
- Analog output with 4…20 mA or 0…10 V
- Four digital inputs or switching outputs

Easy Operation
- Integrated web server for parameterization and diagnostic purposes
- Highly visible LEDs for status display
- Calibration report included in the scope of delivery and stored on the web server

Stable Format
- Robust aluminum housing
- High temperature stability with a temperature drift of just 0.005%
- Waterproof with IP67 degree of protection

Precise Optics
- High-performance lenses with multiple lens system
- Lenses bonded in the lens for high stability in industrial environments
- Fine laser dot < 0.15 mm for detecting and measuring the smallest objects
- Durable glass optic cover
Real-Time Data Communication down to the Fieldbus Level
There are various options for industrial data communication. With our range of innovative industrial Ethernet products, we were the first sensor manufacturer to make it possible to send process and parameter data from sensors and actuators directly to the controller. This guarantees continuous data communication in real-time right on up to the fieldbus level. With the PNBC series, the data is transmitted via communication channels and connections via Ethernet. Laser triangulation sensors offer advantages with the EtherCAT industrial Ethernet interface. Especially in fast processes and when networking multiple devices.

EtherCAT for Precise and Fast Applications
Thanks to the direct data output, the measured values are available in real time. The web server integrated in the sensors enables worldwide access to the device’s own website for the respective product. Process and parameter data can be accessed quickly and easily without additional software.
- EtherCAT communication report for real-time data
- Preventing machine failures through predictive maintenance
- Simple networking of the distance sensors

Applications for All Industries
Presence check
Thickness measurement
Diameter control
Edge counting
Positioning
Robot positioning
Stacking height monitoring
Parts measurement
High-Precision Triangulation Sensors for All Challenges
Measuring the Unwinding and Winding of Films on Rollers
Coated, high-gloss films are used to manufacture batteries. In order to detect their level on winding devices, high-precision laser distance sensors measure the exact distance – regardless of shape, color or surface. In this way, it is precisely determined on the unwinder how much material can still be unwound; on the rewinder, it is determined how much space there is available for material on the roller. The film is wound or unwound at a speed of up to 10 m/s for coating. The measured values are output via Ethernet interface and further processed.
Learn more about the application here.
Learn more about the application here.
Tilt Protection for Maintenance Vehicles for Overhead Lines
Overhead lines of rail networks require regular maintenance. Special maintenance vehicles with lifting platforms are used for this purpose. To prevent excessive tilting or unintentional tipping of the vehicle when the work platform is extended, four high-precision laser distance sensors per carriage measure the exact distance from the vehicle to the rail head with precision in the low micrometer range. Equipped with laser class 2, the sensors detect the distance to the track from a protective housing. If a defined tolerance value is exceeded, it is no longer possible to extend the lifting platform.
Learn more about the application here.
Learn more about the application here.
High-Precision Product Overview


Working range | Measuring range | Linearity deviation | Light spot diameter | Temperature drift | Output rate | Analog output | Inputs or switching outputs | |
---|---|---|---|---|---|---|---|---|
PNBC101 | 20…24 mm | 4 mm | 2 µm | <0.15 mm | 0.2 µm/K | 30,000/s | 0…10 V/4…20 mA | 4 |
PNBC102 | 25…35 mm | 10 mm | 5 µm | <0.20 mm | 0.5 µm/K | 30,000/s | 0…10 V/4…20 mA | 4 |
PNBC103 | 40…60 mm | 20 mm | 10 µm | <0.25 mm | 1 µm/K | 30,000/s | 0…10 V/4…20 mA | 4 |
PNBC104 | 58…108 mm | 50 mm | 25 µm | <0.35 mm | 2.5 µm/K | 30,000/s | 0…10 V/4…20 mA | 4 |
PNBC105 | 90…190 mm | 100 mm | 50 µm | <0.75 mm | 5 µm/K | 30,000/s | 0…10 V/4…20 mA | 4 |
PNBC106 | 200…400 mm | 200 mm | 100 µm | <0.90 mm | 10 µm/K | 30,000/s | 0…10 V/4…20 mA | 4 |
PNBC107 | 250…650 mm | 400 mm | 200 µm | <1.20 mm | 20 µm/K | 30,000/s | 0…10 V/4…20 mA | 4 |
PNBC108 | 200…1,000 mm | 800 mm | 375 µm | <1.60 mm | 37.5 µm/K | 30,000/s | 0…10 V/4…20 mA | 4 |