Epro PR6424/000-030 16mm Eddy Current Sensor

Operating Temperature: -35°C to +380°C (sensor head), ensuring reliability in extreme environments like gas turbines or high-temperature compressors.

Accuracy: ≤1.0% linearity error when paired with EPRO CON021 preamplifiers, calibrated using 42CrMo4 steel (SAE 4140 standard) for plug-and-play installation.

Output Signal: DC voltage (-4V to -20V) with superimposed AC waveform for real-time vibration analysis.

Material & Durability: Stainless steel housing and PEEK sensor tip, resistant to 40g mechanical shocks .

Connection Options: M10×1 threaded design or flange mounting; armored cable with LEMO connectors or bare wire terminals.

Hazardous Environment Compliance:  Epro PR6424/000-030 meets EEx ib IIC T6/T4 explosion-proof standards when integrated with a safety barrier, making it suitable for use in refineries and chemical plants.

Plug-and-Play Design:  Epro PR6424/000-030 is pre-calibrated with the CON021 preamplifier, reducing installation time by 50% compared to manual adjustments.

Low Noise and Fast Response: <10mVpp signal noise ensures stable readings in high-speed machinery such as 3,000+ RPM turbines.

Wind Turbine Gearboxes: Offshore wind farms in Denmark use subsea-rated variants to monitor floating turbine foundations. The 4-20mA output's 0.25% linearity helped correlate vibration spikes with lubricant degradation, extending gear oil change intervals from 6 to 9 months.

Copper Smelting Conveyors: At a Chilean mine, sensors survived 85°C ambient heat and ore dust, with magnetic mounts allowing relocation in <5 minutes. Predictive analytics identified roller bearing wear 140 hours pre-failure, saving $220k/month in lost production.

Pulp & Paper Presses: Food-grade models (FDA 21 CFR compliant) operate in 95% humidity, detecting felt roll imbalances through 50G mechanical shocks. A Canadian mill eliminated 73% of sheet breaks by integrating sensor data with Siemens PLCs.