Bently Nevada 9200 Series Two-Wire Velocity Seismoprobe Transducer

The Bently Nevada 9200-03-05-01-00 is a precision two-wire velocity transducer designed for industrial vibration monitoring. This seismoprobe offers reliable performance with simplified two-wire installation and robust construction for demanding applications.

Product Configuration & Ordering Details

• Base Model: 9200 Two-wire Velocity Transducer
• Mounting Angle/Frequency: 03 - 90° ±2.5°, 4.5 Hz minimum
• Connection Type: 05 - Terminal block top mount
• Mounting Base: 01 - Circular with 1/4-20 UNC stud
• Agency Approval: 00 - No certifications required
• Product Condition: New & Original in Factory Packing
• Manufacturer Warranty: 12 Months Comprehensive Coverage

Technical Specifications & Performance Data

• Sensitivity Rating: 20 mV/mm/s ±5% at calibration angle
• Calibration Load: 10 kΩ across terminal pins A and B
• Temperature Coefficient: 0.2% per °C sensitivity variation
• Dynamic Operating Range: 2.54 mm peak-to-peak maximum
• Velocity Measurement Range: 25 mm/s at 100 Hz with 10 kΩ load
• Coil Electrical Resistance: 1.25 kΩ ±5% standard value
• Locked Coil Inductance: 125 mH typical measurement
• Operating Temperature: -29°C to +121°C standard range
• Extended Temperature: -29°C to +204°C for 74712 version
• Environmental Protection: Dust and moisture resistant design
• Humidity Tolerance: 95% non-condensing operation
• Case Material: Anodized aluminum A204 construction
• Gasket Material: Neoprene for environmental sealing
• Physical Height: 102 mm typical dimensions
• Body Diameter: 41 mm standard size
• Unit Weight: 300 grams typical mass
• Frequency Response: 4.5 Hz to 2.5 kHz operating range
• Signal to Noise Ratio: >60 dB at rated sensitivity
• Transverse Sensitivity: <5% of axial sensitivity
• Shock Survival: 1000 g mechanical shock rating

Key Features & Product Advantages

• Two-wire design simplifies installation and reduces wiring costs
• Terminal block connection enables quick field wiring changes
• Circular mounting base with 1/4-20 UNC stud for secure attachment
• 90° mounting angle with ±2.5° tolerance for precise orientation
• Low frequency response down to 4.5 Hz captures slow vibrations
• Anodized aluminum housing provides excellent corrosion resistance
• Neoprene gasket ensures protection against dust and moisture
• Factory calibrated sensitivity with minimal temperature drift
• Robust construction withstands harsh industrial environments
• Velocity output directly compatible with most monitoring systems

Installation & Commissioning Guidelines

• Mount transducer at 90° angle using 1/4-20 UNC stud mounting
• Ensure mounting surface is clean and flat for optimal performance
• Connect two-wire system to terminal block A and B connections
• Use 10 kΩ termination resistance for specified sensitivity
• Verify orientation matches calibration angle requirements
• Route cabling away from high EMI sources to minimize noise
• Check all connections for proper torque and security
• Perform baseline measurements during commissioning

Package Contents

• One complete 9200 series velocity transducer unit
• Terminal block connector with protective cover
• Mounting hardware for 1/4-20 UNC stud installation
• Factory calibration and performance documentation
• Installation and operation manual

Shipping & Warranty Information

• 12-month manufacturer warranty against defects
• Worldwide shipping via FedEx, UPS, and DHL networks
• Express delivery options available for urgent requirements
• Complete tracking information provided for all shipments
• Customs documentation support for international orders

Industry Applications

• Industrial machinery vibration monitoring and analysis
• Power generation equipment condition monitoring
• Rotating machinery predictive maintenance programs
• Structural vibration measurement and analysis
• Process industry machinery protection systems
• Manufacturing equipment performance monitoring
• Building and infrastructure vibration assessment

Frequently Asked Questions

• What are the advantages of two-wire transducer design? Two-wire systems reduce installation complexity and cost while maintaining reliable signal transmission over standard instrument wiring.
• How does the low frequency response benefit vibration monitoring? The 4.5 Hz minimum frequency enables detection of slow-speed machinery vibrations that higher-frequency sensors might miss.
• Can this transducer operate in outdoor environments? Yes, the dust and moisture resistant design with neoprene gasket provides protection for outdoor and harsh environment applications.
• What monitoring systems are compatible with this transducer? The velocity output with standard sensitivity is compatible with most industrial vibration monitors and data acquisition systems.
• How does temperature affect transducer performance? The low temperature coefficient of 0.2%/°C ensures stable performance across the specified operating temperature range.

Contact Information Inquiries:sales@ubestplc.com | +86 18030005825

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