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330105-02-12-15-02-05
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Bently Nevada is a company specializing in mechanical vibration monitoring and measurement, with products including vibration sensors, monitoring systems, and software. 330105-02-12-15-02-05 is a vibration sensor model from Bently Nevada.
Function: Bently Nevada's vibration sensors are used to measure and monitor the vibration of mechanical equipment. It can provide accurate vibration data, help users understand the operating status of equipment, and promptly identify potential faults or problems. These data can be used for predictive maintenance to help users avoid equipment failures and downtime.
Working principle: The working principle of the 330105-02-12-15-02-05 vibration sensor is based on vibration sensing technology. It usually consists of a vibration sensor and a signal amplifier. The vibration sensor can sense the vibration signals generated by the mechanical equipment through connection. These vibration signals are transmitted to the signal amplifier and then converted into electrical signals. Finally, these electrical signals can be transmitted to monitoring systems or other devices for analysis and processing.
Parameter introduction: The parameters of 330105-02-12-15-02-05 vibration sensors may vary depending on the equipment specifications and model. Generally speaking, the following are some possible parameter introductions:
Vibration measurement range: refers to the range of vibration amplitude that a sensor can measure, usually expressed in units of acceleration, velocity, or displacement.
Frequency response range: refers to the range of vibration frequencies that a sensor can measure, usually in Hertz (Hz).
Sensitivity: Refers to the degree of response of a sensor to vibration, usually expressed as the output voltage or current corresponding to the unit vibration amplitude.
Temperature range: refers to the temperature range within which a sensor can operate normally, usually expressed in degrees Celsius (℃).
Installation method: Refers to the installation method of the sensor, which can be patch type, threaded type, or other methods.
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