Product Description:
The housing material of these Photoelectric Sensors is constructed with high-quality Stainless Steel, ensuring durability and protection against harsh environments. This robust design makes them suitable for use in various industrial settings, providing long-lasting reliability.
What is the CMOS Laser Displacement Photoelectric Sensors?
A CMOS laser displacement photoelectric sensor is like a mini laser camera that can measure how far away an object is — without touching it.
It uses a thin laser beam to shine on a surface. Then, just like a camera, it captures the reflection using a CMOS image sensor (the same kind of sensor used in digital cameras). By analyzing where the laser spot appears on the sensor, it calculates the exact distance or height of the object.
It’s called "photoelectric" because it works by using light (photo) to trigger an electronic (electric) response.
| Cable Type | 2CH | KD50-30N |
| Output Signal | Switching output: NPN (-N), |
| Detection Range | 30±4mm |
| Full Scale(F.S.) | 8mm |
| Light Source | Red Laser diode (wavelength 655nm) |
| IEC/JIS Rating(FDA Rating) | Class 2(Class Ⅱ ) |
| Sampling Period | 500(250mm:750)/1000/1500/2000μs |
Spot Size
(max.) | Near Range | 0.15x0.15mm |
| Center Range | 0.1x0.1mm |
| Far Range | 0.15x0.15mm |
| Linearity Accuracy | ±0.1%F.S. |
| Repeatability | High-speed Mode | 4μm |
| Other Mode | 2μm |
| Temperature Drift | ±0.08%F.S./° C |
| Indicator | Distance indicator: 7 bar LED display；output indicator: ON state:orange Q1/Q2 indicator (orange) light |
| IP Rating | IP67 |
Applications:
KRONZ LED Photoelectric Sensors are versatile devices suitable for a variety of application occasions and scenarios. With a sensing distance ranging from 20mm to 300mm and a rapid response time of 1ms, these sensors are ideal for warehouse automation systems, industrial machinery, and robotic applications.
CMOS Laser Displacement Photoelectric Sensor for Industrial Automation & Precision Manufacturing:
- Robotic Z-Axis Feedback: Provides accurate height data to robotic arms for gripping, assembling, or machining tasks.
- Inline Thickness Monitoring: Monitors sheet metal, plastic film, or foil thickness during production to reduce defects and waste.
- Step/Flatness Measurement: Inspects surface steps or flatness on machined parts, such as metal housings or mold cavities.
- Weld Seam Height and Shape Inspection: Evaluates the consistency and integrity of weld beads.
