$291.00
Inductive Sensor
Inductive Data |
|
|---|---|
| Working Range | 2 … 8 mm |
| Measuring Distance | 5 mm |
| Measuring Range | 6 mm |
| Correction Factors Stainless Steel V2A/CuZn/Al | 1,1/1,1/1,1 |
| Mounting | flush |
| Mounting A/B/C/D in mm | 0/30/24/0 |
| Standard Target FE360, thickness 1 mm | 30 × 30 mm |
| Linearity | < 1 % |
| Resolution | 2 µm |
Laser Distance Sensor Time of Flight Features at a Glance 2 mutually independent switching outputs Wide working range and precise detection thanks to DS technology No interactive influence Intuitive operating concept Large light spot Optical Data Working Range 0 … 5,000 mm Setting Range 50 … 5,000 mm Reproducibility maximum 3 mm* Linearity Deviation 10 mm* Switching Hysteresis < 15 mm Light Source Laser (red) … Continue reading P1PY131 →
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Laser Distance Sensor Features at a Glance Industrial Ethernet Measured value independent of material, color and brightness Web server and graphic display for simple operation CMOS line array Optical Data Working Range 60 … 660 mm Measuring Range 600 mm Reproducibility maximum 70 … 1,000 µm Linearity Deviation 100 … 1,000 µm Light Source Laser (red) Wavelength 655 nm Service Life (T = +25 °C) 100,000 h Laser … Continue reading OCP662P0150P →
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Laser Distance Sensor Features at a Glance Smallest recognizable distance difference: 200 µm Spot diameter: 0,8 mm Optical Data Range 100 mm Setting Range 60 … 100 mm Switching Hysteresis < 200 µm Light Source Laser (red) Wavelength 660 nm Service Life (T = +25 °C) 100,000 h Laser Class (EN 60825-1) 2 Max. Ambient Light 10,000 Lux Light Spot Diameter 0.8 mm Focus Distance 110 mm
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Laser Distance Sensor Triangulation Features at a Glance Highly precise measurement with a maximum linearity deviation of 0.05% Constant, surface-independent measured values Thermally stable measured values without any warm-up phase Industry 4.0 compatible thanks to Industrial Ethernet Optical Data Working Range 200 … 1,000 mm Measuring Range 800 mm Reproducibility maximum 100 µm Reproducibility: 1 Sigma 15 µm Linearity Deviation 375 µm Light … Continue reading PNBC108 →
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