I offer a precise {Lvdt 0 10v} sensor designed for demanding production lines, perfect for {OEM} ,{Suppliers} who won’t compromise on accuracy. With rugged housing, high repeatability, and a simple 0–10 V output, it drops into your control system with minimal fuss. I tailor stroke, bore, and connectors to match your equipment and mounting needs, so integration is smooth across varied OEM setups. You’ll appreciate our tight tolerances, robust EMI protection, and stable drift under temperature changes. I guarantee quick lead times, calibrated outputs, and a practical warranty, backed by hands-on field support. For volume orders or special materials, I offer flexible MOQs and direct collaboration to fit your supply chain. I work as your partner, not just a vendor, to help you hit quality targets, reduce downtime, and keep production moving. Contact me to discuss your exact spec and let’s get you a tested solution fast.
As automation demands tighten, 0–10 V LVDT sensors stand out in the field as reliable, high-resolution displacement feedback solutions. They provide a linear voltage proportional to shaft travel, delivering repeatable performance across demanding environments. With rugged construction, a simple electrical interface, and broad global availability, these devices are a staple for precision control in robotics, CNC, metrology, packaging, and aerospace test rigs. For global buyers, selecting the right supplier means more than price. Look for strong quality management, traceable lot records, and common certifications. Consider lead times, minimum orders, and the ability to tailor stroke length, connectors, and environmental protection. Ensure compatibility with your control system and evaluate resolution, noise, and EMI performance. Request calibration certificates, data sheets, and sample tests, and favor vendors with reliable logistics and responsive after-sales support.
| Feature | Description | Typical Range | Unit | Notes |
|---|---|---|---|---|
| Displacement Range | Full-scale linear travel of the sensing core | ±12.5 | mm | Assumes standard 25 mm FS, centered at null |
| Sensitivity | Output change per unit displacement | 2.0 | mV/V per mm | Requires proper signal conditioning |
| Excitation Voltage | AC voltage supplied to primary windings | 3-5 | Vrms | Common options: 3 or 5 Vrms |
| Conditioned Output Range | Output after signal conditioning completes | 0-10 | V | Standard 0-10 V conditioning |
| Linearity | Maximum deviation from the ideal straight-line response | ±0.25 | %FS | Spec at room temperature |
| Hysteresis | Difference between ascending and descending paths | ≤0.10 | %FS | Low hysteresis improves repeatability |
| Operating Temperature | Inclusive temperature range for operation | -40 to 125 | °C | Industrial environments including cold/startups |
| Frequency Response | Bandwidth of displacement-to-output conversion | 100-2000 | Hz | Typical mid-band; actual response depends on conditioning |
| Mechanical Shock | Tolerance to transient mechanical shocks | 50 | g | 11 ms half-sine equivalent |