In metallurgy, bucket wheel stacker-reclaimers face severe duty: heavy dust, shock, vibration, moisture, temperature swings, and potential explosive gas or dust. Accurate position feedback is vital for safe boom, slewing, travel, and hoist control. A specialized explosion-proof LVDT displacement sensor manufacturer supplies rugged sensors built for these conditions.

Our LVDTs use stainless-steel housings, sealed coils, wear-resistant cores, and stable signal conditioning to maintain linear measurement accuracy in continuous operation. Explosion-proof designs isolate electronics, use flameproof enclosures, and support intrinsic safety where required. EMI shielding and robust grounding help prevent false readings near motors, cables, and power units. Every sensor is tested for linearity, repeatability, insulation resistance, and pressure tightness before shipment.

For stacker-reclaimer applications, sensors can be customized for stroke, mounting, cable exit, connector type, and protection class. They resist dust, corrosion, shock, and vibration while providing repeatable displacement feedback for chute positioning, boom angle, and travel limits. Factory calibration and traceable testing support reliable commissioning and maintenance. Engineers select materials and cable routing to suit the site's dust, heat, and washdown profile.

Typical options include measuring ranges from 25 mm to 1000 mm, analog 4-20 mA or voltage outputs, IP67/IP68 sealing, and high-temperature versions. Each unit can be supplied with pressure-resistant connectors, armored cables, and mounting accessories for harsh metallurgy environments. With strict quality control and fast engineering support, the manufacturer helps reduce downtime and extend service life in bulk material handling.