Description
Bently 9200‑04‑05‑05‑00
- Technical Specifications
- Sensitivity: 20 mV/mm/s (500 mV/in/s), tolerance ±5% under standard calibration condition
- Frequency Response: 4.5 Hz‑1000 Hz, 0 to ‑3 dB typical
- Shock Resistance: Maximum 50 g peak acceleration on non‑sensitive axis
- Transverse Sensitivity: Max ±10% of sensitive‑axis sensitivity at 100 Hz
- Operating Temperature: ‑29 °C ~ +121 °C
- Max Cable Length: 305 m (1000 ft) for connection to monitor devices
- Humidity Resistance: Up to 95% non‑condensing humidity
- Functional Features: Passive two‑wire design without power supply input; excellent corrosion resistance with integral cable option; low sensitivity to impulse shock; compatible with Bently 3300 / 3500 monitoring system and portable test instruments; supports velocity‑displacement conversion when matched with 9513 converter本特利振动….
- Application Scenarios: Vibration monitoring for fans, pumps, compressors, steam turbines and other rotating machinery; bearing housing absolute vibration measurement; field portable fault diagnosis; general‑purpose mechanical structure vibration detection in petrochemical, power generation industries.
- Performance Parameters: Dynamic measuring range covers normal industrial casing vibration amplitude; sensitivity temperature coefficient 0.2%/°C; output polarity: Pin A positive when transducer case moves toward connector.
- Material Composition: Stainless steel housing, internal moving‑coil magnetic assembly; optional armored integral cable with corrosion‑resistant outer sheath.
- Structural Characteristics: Compact cylindrical structure; two‑pin electrical connection; threaded mounting base for rigid surface installation; sealed housing for dust and moisture resistance.
- Working Principle: Moving‑coil seismic sensing principle. Internal coil moves relative to permanent magnet under external mechanical vibration, inducing voltage signal directly proportional to vibration velocity, signal output without external excitation power.
- Installation Requirements: Must mount rigidly on machine casing with firm bolt fastening; sensitive axis must align with vibration direction to be measured; avoid soft mounting surface which will distort low‑frequency response; cable routing shall reduce mechanical pulling and twisting; follow specified maximum cable length for signal integrity.
- Usage Notes: Do not subject transducer to excessive mechanical impact or drop; avoid long‑term immersion even for moisture‑resistant version; verify orientation and mounting tightness before commissioning; long‑distance cabling shall follow manual frequency roll‑off correction rules; inspect cable insulation regularly in corrosive environment.
