The Messotron WLC Series Linear Displacement Transducers (Displacement Transducers with Integrated Signal Conditioning / Inductive Wegaufnehmer Matrix) represent an elite-tier engineering lineup for industrial position tracking and stroke telemetry, researched, developed, and systematically manufactured by the acclaimed Messotron GmbH in Germany. The defining engineering hallmark that elevates the WLC Series above conventional primary LVDT transducers centers on its pre-calibrated, built-in signal conditioning circuitry electronics (Built-in Electronics / Conditioner module) embedded directly inside the structural transducer body housing or within an integral inline molded cable assembly framework. This smart architecture perfectly solves challenging space constraints inside high-density modern industrial control cabinets: layout engineers completely eliminate the requirement to purchase, mount, and loop intermediate DIN rail amplification hardware (such as external digital conditioning modules). Consequently, this significantly shrinks total system procurement expenses, drastically simplifies field wiring topologies, and completely eradicates electromagnetic degradation or line signal attenuation typically associated with long cable runs carrying unconditioned raw AC millivolt telemetry. The output generated from the WLC sensor is formatted into standardized industrial analog loops, ready for direct interfacing with remote PLC analog input cards or automated factory processors.

Consolidating the comprehensive matrix of the WLC Series product family—covering short, medium, to long range measurement spans: WLC 10, WLC 20, WLC 40, WLC 50, WLC 100, WLC 160, WLC 200, WLC 250, WLC 300, WLC 400, and WLC 500—presents automation layout engineers with a highly cohesive, standardized sensory platform. The distinct numeric suffix designations map directly to the transducer's absolute useful linear measuring span formatted in millimeters (mm), ensuring tailored configurations for precise machinery positioning. At the technological core of the Messotron WLC Series lies the friction-free interaction between a low-loss movable magnetic core setup and a sophisticated differential inductive processing loop. The internal core shifts completely free of mechanical contact centered inside symmetrically balanced electrical coil windings. This friction-free mechanical movement thoroughly zeroes out hardware hysteresis, unlocking near-infinite structural measuring resolution, instant phase response with zero signal latency, and completely eradicating mechanical wear. This structural durability ensures flawless baseline calibration retention across tens of millions of continuous factory runtime cycles, delivering true real-time position coordinates at sub-micron levels.

From a structural mechanical standpoint, the chassis capsule of the Messotron WLC Series transducer is precision-machined from thick-walled industrial stainless steel alloys integrated with high-performance dynamic dynamic seals. The transmitters carry superior industrial Ingress Protection (IP) ratings, hermetically isolating sensitive inner micro-processing evaluation circuits from aggressive cutting fluids, abrasive metallic dust, fine industrial debris, and intense moisture saturation native to heavy production zones. The integrated processing electronics also introduce real-time thermal drift compensation across broad plant operating ambient temperatures while ensuring exceptional Electromagnetic Compatibility (EMC), canceling out electrical noise emitted by adjacent high-power industrial motors or heavy variable frequency drives (VFDs). The WLC Series stands as an irreplaceable standard for real-time piston position tracking inside long-stroke heavy-duty hydraulic cylinders, remote stroke diagnostics for high-pressure flow regulation valves, inline metal sheet thickness validation on continuous rolling lines, automated multi-point QA/QC metrology test benches, and structural deformation diagnostics within automotive plants, cement mills, metallurgy foundries, and heavy power generation grids.

• Manufacturer: Messotron
• Country of Origin: Germany
• Product Category: Linear Displacement Transducer with Integrated Signal Conditioning Electronics
• Integrated Family Models: WLC 10, WLC 20, WLC 40, WLC 50, WLC 100, WLC 160, WLC 200, WLC 250, WLC 300, WLC 400, WLC 500
• Operating Technology Principle: Non-contact Inductive Electromagnetic / Linear Variable Differential Transformer (LVDT) combined with integrated electronics
• Certified Linear Measuring Stroke: From 10 mm up to 500 mm (Model dependent mapping from WLC 10 up to WLC 500 configurations)
• Standardized Integrated Outputs: 0...10 V, ±10 V, 4...20 mA, or 0...20 mA (User-specified configuration upon ordering)
• Linearity Discrepancy Margin: < ±0.25% full scale standard (Premium high-accuracy versions available down to < ±0.1%)
• Measuring Resolution Metric: Near-infinite (High-density internal micro-structural resolution)
• Enclosure Ingress Protection Class: IP65 industrial standard (Upgradable to specialized IP67 moisture-proof variants)
• Chassis Construction Material: High-grade structural Stainless Steel housing
• Operating Power Grid Requirement: 24V DC (With an allowable input tolerance threshold of ±15%)
• Thermal Drift Coefficient: < 0.01% / °C across the full operational thermal bandwidth
• Electrical Interfacing Interconnect: Heavy-duty molded integral cable assembly or rugged industrial quick-disconnect Connector setup
• Operational Ambient Temperature Range: -20 °C up to +80 °C
• Compliance Certification Scope: Fully certified under CE industrial noise emission and immunity guidelines