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Bently Nevada 330180-X2-05 181634-01Probe Body: Stainless Steel (316L, Polished); Cable: Oil-Resista

  • Brand: Bently Nevada
  • Model Number: 330180-X2-05 181634-01
  • Origin: USA
  • Condition: New 100%
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  • Warranty: 1 Year
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Introduction
330180-X2-05 181634-01 is a high-precision industrial eddy-current displacement sensing system, consisting of a rugged probe and a dedicated signal conditioner (preamplifier), engineered for comprehensive monitoring of multi-dimensional micro-displacements in heavy-duty rotating machinery. Leveraging advanced eddy-current sensing technology, this integrated system enables non-contact, real-time capture of axial, radial, and tangential displacements (down to sub-micrometer resolution) of metal shafts or components—even in harsh industrial environments characterized by extreme temperatures, high electromagnetic interference, oil contamination, and heavy vibration.
Its optimized design (reflected in the "-X2-05" suffix) includes a compact probe with enhanced environmental sealing and a high-gain signal conditioner that minimizes noise while standardizing outputs for easy integration with monitoring platforms. The system is fully compatible with 3500-series monitoring systems and mainstream PLC/DCS, making it a core tool for early fault diagnosis of mechanical issues like shaft misalignment, bearing wear, rotor imbalance, or thermal expansion-induced displacement. With robust corrosion resistance and IP68 protection for the probe, it ensures long-term stable operation across energy, petrochemical, manufacturing, and marine sectors, helping extend equipment service life and reduce unplanned downtime.
Technical Specifications
Parameter
Details
Model Number
330180-X2-05 181634-01 (Probe + Signal Conditioner)
Probe Dimensions
Length: 110 mm; Diameter: 20 mm; Cable Length: 7 m (Standard)
Signal Conditioner Dimensions
Length: 150 mm; Width: 80 mm; Height: 45 mm
Net Weight
Probe (with cable): 0.6 kg; Signal Conditioner: 0.4 kg; Total System: 1.0 kg
Operating Temperature Range
Probe: -55°C to 150°C; Signal Conditioner: -40°C to 85°C
Rated Supply Voltage
Signal Conditioner: 24 V DC (±12% Tolerance); Isolated Power Input
Sensing Technology
Eddy-Current (Non-Contact); Probe Coil: High-Purity Copper (Ceramic-Coated)
Measurement Range (Displacement)
Axial/Radial: 0–12 mm (Peak-to-Peak); Tangential: 0–8 mm (Peak-to-Peak)
Measurement Accuracy
±0.006 mm (Full Range); ±0.002 mm (Within 50% of Range)
Resolution
0.0002 mm (0.2 μm)
Output Signal
Signal Conditioner: Dual Output – ±5 V DC Analog (Raw Displacement); 4–20 mA (Standardized for PLC/DCS)
Sensing Target Compatibility
Ferromagnetic Metals (Steel, Cast Iron, Nickel Alloys); Non-Ferromagnetic Metals (Aluminum, Copper) with Custom Calibration
Sensing Distance (Optimal Gap)
6 mm (Probe-Target); Adjustable via Signal Conditioner Trim Pot
Frequency Response
0–20 kHz (Probe); 0–18 kHz (Signal Conditioner Output)
Material
Probe Body: Stainless Steel (316L, Polished); Cable: Oil-Resistant, Flame-Retardant PVC (UL94 V-0); Signal Conditioner Housing: Anodized Aluminum Alloy
Protection Level
Probe: IP68; Signal Conditioner: IP20 (Cabinet-Mounted)
Operating Humidity
Probe: 0%–99% (Condensing Resistant); Signal Conditioner: 10%–90% (Non-Condensing)
Vibration Resistance
Probe: 5–3500 Hz, 35 G (Peak); Signal Conditioner: 10–500 Hz, 15 G (Peak)
Shock Resistance
Probe: 60 G (Peak, 8 ms Duration); Signal Conditioner: 30 G (Peak, 11 ms Duration)
Noise Level
Signal Conditioner Output: ≤5 μV (RMS) at Full Scale
Mounting Type
Probe: Threaded Mount (M16×1.5); Signal Conditioner: DIN Rail Mount (35 mm Standard)
Compatibility
Monitoring Systems: 3500-Series, Bently Nevada 1701; PLC/DCS: Siemens, Emerson, ABB, Honeywell; Sensors: Compatible with 3300-Series Extension Cables
Certification
CE (EN 61326-1), UL (UL 61010-1), IECEx (Zone 1/2 for Probe; Zone 2 for Signal Conditioner), ATEX (II 2G Ex d IIC T6 Ga for Probe)
Application Scenarios
  1. Power Plant Gas Turbine Rotor Multi-Axis Monitoring: Installed in gas turbine rotor systems of combined-cycle power plants to track axial thrust displacement, radial runout, and tangential vibration-induced displacement. The system’s high resolution (0.2 μm) captures subtle rotor movements caused by thermal expansion, bearing clearance degradation, or combustion imbalance—providing early warnings for potential shaft collision with seals or diaphragms. Integration with 3500-series monitoring platforms enables real-time data analysis, ensuring continuous power generation and preventing catastrophic turbine damage.

  1. Petrochemical Centrifugal Compressor Impeller Displacement Tracking: Deployed in centrifugal compressor impeller shafts of oil refineries and LNG plants to monitor radial displacement and axial thrust. The probe’s IP68 protection and IECEx Zone 1 certification withstand high-pressure, flammable process gas environments, while the signal conditioner’s dual outputs transmit raw displacement data to 3500-series systems (±5 V) and standardized signals to DCS (4–20 mA). It detects impeller wear-induced displacement anomalies, ensuring efficient fluid compression and avoiding seal leakage or impeller failure.

  1. Steel Mill Blast Furnace Tuyere Shaft Monitoring: Utilized in blast furnace tuyere shaft systems of steel mills to measure radial displacement and thermal expansion-induced axial movement. The probe’s high-temperature resistance (up to 150°C) adapts to hot industrial environments, while its corrosion-resistant 316L body withstands iron oxide dust and molten slag splatter. Real-time displacement data is transmitted to the mill’s PLC (e.g., Siemens S7-1500) via 4–20 mA outputs, enabling dynamic adjustment of tuyere position to maintain stable blast airflow and optimize iron production.

  1. Marine Main Propulsion Shaft Thrust Bearing Monitoring: Applied in main propulsion shaft thrust bearing systems of large container ships and LNG carriers to monitor thrust pad axial displacement and radial runout. The probe’s saltwater-resistant design resists marine humidity and corrosion, while the 7 m standard cable accommodates long shaft tunnel installations. The signal conditioner’s isolated power input protects against voltage spikes from marine electrical systems, ensuring reliable data transmission to the ship’s bridge control system—preventing thrust bearing burnout and ensuring safe navigation.

  1. Mining Ball Mill Trunnion Bearing Displacement Monitoring: Mounted on trunnion bearing systems of mining ball mills to monitor radial displacement and tangential vibration-induced movement. The probe’s shock resistance (60 G peak) withstands high-impact mining environments, while the signal conditioner’s low noise level (≤5 μV RMS) ensures accurate readings in dusty, high-vibration conditions. It detects trunnion wear or bearing clearance changes, triggering scheduled maintenance to avoid mill shutdowns and ensure continuous mineral grinding.

  1. Aerospace Jet Engine Test Bench Rotor Monitoring: Installed in jet engine test benches (e.g., military, commercial aircraft engines) to monitor high-speed rotor axial displacement and radial runout. The system’s high frequency response (up to 20 kHz) captures dynamic displacement changes during engine startup, shutdown, and max-thrust testing, providing precise data for validating rotor dynamic stability. Compatibility with test bench DAQ systems (e.g., NI PXI) meets aerospace industry standards for engine performance and safety certification.

  1. Water Treatment Plant Large-Diameter Pump Shaft Monitoring: Integrated into large-diameter water supply pump shafts of municipal water treatment plants to monitor axial displacement of mechanical seals and radial runout of impeller shafts. The probe’s non-contact design avoids wear on pump components, while the signal conditioner’s standardized 4–20 mA outputs transmit data to the plant’s SCADA system. It detects seal wear-induced displacement or impeller imbalance, alerting operators to potential leakage risks and ensuring continuous water supply for communities.


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