Description
An important advantage of the LVP sensor technique lies in the short length of the installed sensor. This difference in lengths becomes clear in a direct comparison with an LVDT sensor. Another difference lies in the sensor design with integrated controller.
Spesification
| Model | LVP-50 | LVP-100 | LVP-200 |
| Measuring range | 50mm | 100mm | 200mm |
| Linearity standard ≤0.5% FSO | 0.25mm | 0.5mm | 1.0mm |
| Linearity option ≤0.25% FSO | 0.125mm | 0.25mm | - |
| Resolution <0.03% FSO | 0.015mm | 0.03mm | 0.06mm |
| Temperature range | 40°C ... +85°C | ||
| Temperature stability zero | ±50ppm / °C | ||
| Temperature stability sensitivity | ±150ppm / °C | ||
| Frequency response (-3dB) | 300Hz | ||
| Output | 4 ... 20mA | ||
| Output load | 500Ω | ||
| Power supply | 18 ... 30VDC | ||
| Current consumption | max. 40mA | ||
| Protection class | IP 67 | ||
| Electromagnetic compatibility (EMC) |
EN 61326-1:2006 (spurious emission) EN 61326-2-3:2006 (immunity to interference) |
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| Shock | 40g, 3000 shocks / axis; 100g radial, 300g axial | ||
| Vibration | 5Hz ... 44Hz ± 2.5mm; 44Hz ... 500Hz ±20g | ||
