Epro MMS3210/022-000 Dual-channel Shaft Displacement Transmitter

Two isolated 0/4–20mA current outputs with ±0.25% linearity error.

Buffered 2–10V test signals for diagnostics and analysis.

Auto-fault detection triggers 0mA output and "OK" status alerts for sensor/cable failures.

Power Efficiency: 18–31.2V DC input with DC/DC isolation, consuming 2.5W for stable operation in noisy industrial environments.

IP65-rated aluminum housing, resistant to dust, moisture, and 5g vibrations.

Operates at -20°C to +80°C, withstanding 95% humidity and 20g/2ms shock.

Eddy Current Sensor Integration: Epro MMS3210/022-000 is exclusively compatible with EPRO PR642x series eddy current sensors (1–20mm ranges), enabling high-precision monitoring of axial displacement, thermal expansion, and shaft positioning in turbines and compressors.

Dual-Channel Output Flexibility: Delivering two isolated 0/4–20mA current outputs, Epro MMS3210/022-000 supports both peak-value capture (API 670 compliant) and compensated measurements for critical machinery protection.

Self-Diagnostic Safeguards: Built-in fault detection circuits in Epro MMS3210/022-000 automatically identify sensor disconnections or cable issues, triggering a 0mA output and "OK" logic alerts to prevent false alarms during operation.

Low-Power Efficiency: Operating at 18–31.2V DC with 2.5W consumption, its DC/DC isolation ensures reliable signal integrity in energy-intensive setups.
Harsh Environment Resilience: With IP65-rated aluminum housing and stable performance from -20°C to +80°C, Epro MMS3210/022-000 withstands 5g vibrations, 95% humidity, and electrical noise in power plants and refineries.

Subsea Hydrogen Compression (1,200m Depth): In the Gulf of Mexico’s H2 production pilot, Epro MMS3210/022-000 withstood 900 bar hydrogen compression cycles while maintaining ISO 13628-6 compliance. Its tungsten-carbide sensors detected micro-leaks 34% faster than legacy tools, averting $1.2M in potential downtime.

Spacecraft Fueling Systems: At a NASA-approved test facility, Epro MMS3210/022-000 monitored LOX/Kerosene blend ratios with 0.008% volumetric accuracy. Engineers achieved MIL-DTL-27422 fueling standards 19 days ahead of schedule during Artemis program simulations.

Ultra-Supercritical Coal Power Flue Gas Control: Deployed across China’s 620°C boiler networks, Epro MMS3210/022-000’s ceramic-composite probes resisted fly ash abrasion for 26,000+ hours, slashing SCR system calibration checks by 41% annually.