Bently Nevada 107770-03-03 Velocity Transducer

Overview
The Bently Nevada 107770-03-03 is a specialized component designed for industrial machinery vibration monitoring. It is a housing unit that accommodates a piezoelectric velocity sensor, a type of transducer used to measure the speed of vibrating surfaces. This particular model is often employed in condition monitoring systems to detect potential mechanical faults and ensure optimal equipment performance.


Features

• Housing Design: The housing is engineered to protect the internal sensor from harsh industrial environments while providing a secure mounting interface.
• Piezoelectric Technology: The embedded piezoelectric sensor converts mechanical vibrations into electrical signals, which can then be analyzed to determine the severity and frequency of vibrations.
• Precision Measurement: This transducer is known for its ability to provide accurate and reliable measurements of vibration velocity, a critical parameter for diagnosing machinery health.
• Durability: The component is constructed to withstand the rigors of industrial applications, including exposure to extreme temperatures, vibration, and shock.
• Compatibility: It is designed to integrate seamlessly with Bently Nevada's comprehensive suite of condition monitoring equipment and software.

Technical Specifications

• Mounting Thread: Typically 1/2-14 NPT, but specific configurations may vary.
• Cable Exit Fitting: Options include different types of connectors and thread sizes to accommodate various installation requirements.
• Material: The housing is usually constructed from a durable metal alloy to ensure long-term reliability.
• Operating Temperature Range: This specification defines the temperature limits within which the transducer can operate effectively.
• Frequency Response: The transducer's frequency response determines the range of vibration frequencies it can accurately measure.
• Sensitivity: This parameter indicates the transducer's output voltage in response to a given vibration input.