Product Overview

The LVDT-Pro-100 is a high-performance Linear Variable Differential Transformer (LVDT) designed for precision position sensing in demanding industrial and test environments. As a premium linear sensor 100mm stroke device, it delivers exceptional repeatability, long-term stability, and contactless measurement—ideal for applications where wear-free operation and signal integrity are critical. Engineered for metrology-grade accuracy, this LVDT-Pro-100 achieves ±0.05% FS linearity over its full 0–100 mm range, making it one of the most accurate position sensors in its class. Its robust stainless steel housing ensures resistance to corrosion, vibration, and harsh ambient conditions—common requirements in automation, aerospace, and energy systems.

This high accuracy LVDT operates on AC-excited principles with built-in signal conditioning compatibility, supporting both analog voltage/current outputs and digital interfaces via optional external demodulators. Unlike potentiometric or capacitive alternatives, the LVDT-Pro-100 offers infinite resolution, zero hysteresis, and immunity to EMI—key advantages for closed-loop control and real-time monitoring systems.

Key Features

• Ultra-high accuracy: ±0.05% FS linearity across full 0–100 mm stroke
• Stainless steel hermetically sealed housing for IP67-rated durability
• Contactless, frictionless measurement with >100 million cycle life
• Wide operating temperature range: −40°C to +125°C
• CE & RoHS certified for global compliance and safety
• Low temperature coefficient (<±0.01%/°C) for stable performance in thermal drift-prone environments
• Integrated shielded cable (2 m standard) with strain relief and M12 connector option

Technical Specifications

Applications

The LVDT-Pro-100 serves as a mission-critical linear sensor in high-reliability applications including hydraulic cylinder position feedback, turbine blade clearance monitoring, structural health testing, robotic joint actuation, and precision manufacturing metrology. Its rugged design and high accuracy LVDT performance make it especially suited for aerospace actuator validation, nuclear instrumentation, and automotive powertrain development—where consistent, drift-free position data directly impacts system safety and certification compliance.