



Product Overview
The Bently Nevada 18745-04 7200 5 mm Preamplifier Sensor ensures reliable amplification of weak probe signals over long distances. Its integrated cable simplifies installation in industrial environments where sensors are not adjacent to monitoring systems.
Designed for high-performance monitoring, this preamplifier supports predictive maintenance programs by delivering accurate and stable data under harsh conditions.
Technical Specifications
| Specification | Details |
|---|
| Product Type | 7200 Series Preamplifier Sensor |
| Model Number | 18745-04 |
| Input | 5 mm proximity probe |
| Function | Signal amplification with extended cable |
| Cable Length | 9 meters |
| Compatibility | Bently Nevada 7200 Series systems |
| Installation | Equipment or panel-mounted |
| Construction | Industrial-grade robust housing |
| Weight | 0.59 kg (1.30 lb) |
Application Overview
The Bently Nevada 18745-04 7200 5 mm Preamplifier Sensor is engineered to amplify weak signals from 5 mm proximity probes while maintaining high fidelity over extended cable runs. Its built-in cable allows flexible installation in industrial machinery monitoring systems, ensuring accurate vibration and displacement measurements even when sensors are installed at a distance from the monitoring module.
Typical applications include:
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Signal amplification for 5 mm proximity probes on turbines, compressors, and generators
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Integration into 7200 Series machinery monitoring systems
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Long-distance sensor installations without compromising signal quality
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Condition monitoring and predictive maintenance in industrial plants
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Enhancing measurement accuracy in high-vibration environments
This module is ideal for situations where sensors must be installed remotely from the monitoring rack.
Key Advantages
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Amplifies low-level signals for improved measurement accuracy
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Built-in 9-meter cable provides installation flexibility
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Maintains signal integrity over long distances
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Compatible with Bently Nevada 7200 Series systems
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Industrial-grade design ensures reliable operation under harsh conditions
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Reduces noise and interference from electrical or environmental sources
It provides engineers a practical solution to maintain high-quality data collection in complex or extended monitoring setups.