I am excited to present the Lvdt Transducer, a precision displacement sensor built for demanding industrial applications. I design it with rugged seals, long-term stability, and low hysteresis to keep your measurements reliable in harsh environments. For ODM projects, I tailor signal conditioning, mounting patterns, and electrical interfaces to fit your equipment. For your Factory installations, I provide plug-and-play options, standard cables, and easy mounting to minimize integration time. The transducer delivers high resolution and repeatability, with temperature compensation to keep performance consistent across shifts. Our approach is collaborative: we match your requirements, deliver prototypes quickly, and scale to mass production. If you need a trusted supplier who understands OEM/ODM workflows, I’m ready to align with your project timeline and quality specs. Lvdt Transducer key features: high linearity, robust housing, and adaptable interfaces to suit PLCs, servo drives, or data logging systems.
Discerning global buyers understand that precise displacement sensing is the backbone of high‑performance machinery. LVDT transducers deliver unmatched accuracy, superb repeatability, and long‑term stability in demanding environments. With rugged construction, broad temperature tolerance, and strong EMI resistance, these sensors maintain reliable measurements from shop floors to field installations, supporting critical positioning, alignment, and feedback loops across industries. Choosing a dependable supplier means more than specs. Look for scalable manufacturing, consistent QA, and full traceability from factory to field. Key differentiators include calibration certificates, first‑article inspection, modular design for easy integration, and options for integrated signal conditioning or digital outputs. A truly global partner aligns lead times with production calendars, offers flexible packaging for logistics, and provides long‑term service, spares, and support to safeguard uptime and total cost of ownership.
| Dimension | Specification | Value | Unit | Notes |
|---|---|---|---|---|
| Displacement Range | Measurement range | -25 to +25 | mm | Full-scale range for compact LVDT design |
| Sensitivity | Output per displacement | 5.0 | mV/V/mm | Typical sectional sensitivity |
| Linearity | Deviation from ideal line | 0.03 | %FS | Measured over FS at reference temp |
| Hysteresis | Hysteresis loss | 0.02 | %FS | Tested at 25°C |
| Repeatability | Reproducibility | 2 | µm | At FS, 25°C |
| Operating Temperature | Temperature range | -40 to 125 | °C | Industrial environments |
| Ingress Protection | Sealing rating | IP67 | Dust-tight and water immersion rated | |
| Output Configuration | Cable wiring | 2-wire, 3-wire | Configurable option | |
| Housing Material | Construction | Anodized Aluminum | Corrosion resistant housing | |
| Certifications | Compliance | RoHS 2.0; REACH | Environmental standards adherence | |
| MTBF | Mean time between failures | 1,000,000 | hours | Field-proven reliability |
| Shock Resistance | Impact tolerance | 50 | g | Functional under dynamic shocks |
| Lead Time | Production lead time | 7–14 | days | Typical manufacturing window |
| Production Capacity | Annual output | 40,000 | units/year | Based on current line configuration |
| Quality Assurance | Inspection coverage | 100 | % | In-line and final inspection |