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Linear Position Sensor Displacement LVDT - CE Certification Pricelist

Precision and reliability drive my work with the Linear Position Sensor Displacement LVDT. This rugged displacement sensor delivers stable linear position data across varying speeds and loads, ideal for CNC, robotics, or test benches. With robust LVDT architecture, it provides high accuracy, low hysteresis, and excellent repeatability, even in harsh environments. I offer CE Certification to ensure compliance with European safety and environmental standards, helping you pass audits with ease. The device pairs easily with standard signal conditioners and controllers, and its sealed housing resists dust, oil, and moisture. For procurement, I can share a detailed Pricelist and customization options to fit your OEM specs, including stroke length, connectors, and IP ratings. When you choose my Linear Position Sensor Displacement LVDT, you’re investing in long service life and predictable measurement. Let me tailor a solution that maps your measurement range to your process, and we’ll streamline testing, calibration, and integration for your team.

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Linear Position Sensor Displacement LVDT Service Pioneers in the Field

In precision motion control, linear position sensors using displacement LVDTs deliver reliable, repeatable measurement of stroke across automation, manufacturing, and aerospace. Pioneering service models merge engineering expertise with a global support network: design and integration consultation, on-site calibration, fault diagnostics, refurbishment, and rapid field service to minimize downtime. For global buyers, a single partner can manage the full lifecycle of displacement sensing—from specification to ongoing maintenance. Key advantages include rugged, high-accuracy sensing across wide temperatures, robust packaging, and compatibility with various LVDT configurations. A service-led approach provides traceable calibration certificates, ISO-compliant quality management, spares availability, and predictable lead times. Whether upgrading legacy lines or deploying new equipment, end-to-end capability enables tailored solutions to stringent industrial standards, ensuring consistent performance, long service life, and reduced total cost of ownership for global operations.

{ Linear Position Sensor Displacement LVDT Service Pioneers in the Field}
Sensor ID Measurement Range (mm) Resolution (µm) Sensitivity (mV/mm) Linearity (%FS) Repeatability (µm) Operating Temp (°C) Excitation (Vrms) Frequency (kHz) Output Type Bore Ø (mm)
LVDT-01 ±1 0.1 420 0.05 0.2 -40 to 125 3 2.5 Demodulated DC (ratiometric) 3
LVDT-02 ±3 0.3 200 0.08 0.5 -55 to 150 5 3 AC differential 4
LVDT-03 ±5 0.5 120 0.12 1.0 -30 to 120 3 2 Demodulated DC 6
LVDT-04 ±12.5 1.5 48 0.18 2.5 -20 to 100 3 2 AC differential 8
LVDT-05 ±25 3 22 0.25 5 -20 to 85 5 1 Demodulated DC 10
LVDT-06 ±50 8 12 0.35 10 -10 to 80 3 0.8 AC differential 14
LVDT-07 ±100 25 6 0.5 25 -10 to 70 5 0.5 Demodulated DC 18
Typical applications: rotary/linear feedback, actuator position, valve and hydraulic cylinder sensing, lab metrology.
Notes: sensitivity values are nominal and scale with excitation and coil design; linearity shown is percentage of full scale (%FS).

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LVDT Displacement Linearity across Input Stroke (0-10 mm)

The chart above visualizes the linearity performance of a representative linear variable differential transformer (LVDT) by plotting measured displacement against commanded input displacement across a 0-10 mm stroke. The plotted datasets include an ideal reference line (perfect 1:1 response) and a simulated measured response that incorporates small systematic and random deviations typical of real sensors. Input displacement values are shown on the horizontal axis in millimeters; measured displacement values are shown on the vertical axis in millimeters. Deviations from the ideal line indicate sensor nonlinearity, hysteresis, or calibration offset. The simulated measured trace introduces a modest zero offset, slight scale error, and low-amplitude nonlinear distortion that increases near the ends of the travel range — a common characteristic when core alignment and magnetic coupling become less perfect at stroke limits. This visualization is intended for comparative analysis and preliminary tolerance assessment. Engineers can use a chart like this to estimate maximum absolute error, percentage linearity error across the working range, and to identify regions requiring compensation or mechanical redesign. For example, if the maximum deviation is 0.05 mm at a full 10 mm stroke, the worst-case linearity error is 0.5%, which may be acceptable for many control applications but insufficient for high-precision metrology. The plot also highlights the benefit of including an ideal reference trace to quickly judge sensor fidelity, and supports decisions about calibration procedures, temperature compensation, and selection of signal conditioning electronics. Although synthetic, this dataset models realistic behaviors and can be replaced with empirical measurements from specific LVDT units for formal qualification testing, warranty evaluation, or condition monitoring. Regularly collecting such plots during production and field service builds a statistical baseline that simplifies failure detection, supports lifecycle predictions, and guides spare-parts stocking strategies based on measured drift trends under actual operating conditions and reduces unexpected downtime overall.

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