EPRO PR6424/010-130+CONO11 Axial vibration sensor

The EPRO PR6424/010-130+CON011 Axial vibration sensor is a high-performance monitoring device for measuring and monitoring physical quantities such as shaft vibration. Here is a detailed description of the sensor:

Product overview
Make and Model: EPRO, PR6424/010-130+CON011
Type: Axial vibration sensor
Application scenario: Widely used in various industrial fields and laboratories, suitable for various turbomachinery.
Technical characteristics
Non-contact measurement: Eddy current sensing technology is used to achieve non-contact measurement, avoiding direct contact with the measured object, reducing wear and interference.
High accuracy: The eddy current sensor is combined with the preprocessor (CON011) to provide high precision vibration measurement data.
High reliability: The sensor has the characteristics of small size and high reliability, and can operate stably in various industrial environments.
Main technical parameters
Measuring range: To meet various industrial requirements, the specific range varies according to the model and application scenario.
Output signal: The AC voltage signal is superimposed on the DC voltage and is proportional to the shaft vibration. The output voltage range varies according to the supply voltage and the measurement range.
Response time: The sensor can quickly respond to vibration changes and provide real-time monitoring data.
Explosion-proof rating: It can be used in the environment where explosion-proof is required, and the explosion-proof rating can reach Eex ib IIC T6/T4.
Application field
Industrial monitoring: Used to monitor and protect various turbomachinery, such as steam turbines, compressors, fans, etc.
Laboratory research: Also suitable for laboratory environments, where relevant vibration measurements and analyses are performed.
Installation and use
Mounting: The sensor is usually fixed to the measuring shaft by mounting threads or rectangular mounting flanges, ensuring the correct position between the sensor and the object being measured.
Use: The user only needs to adjust the air gap between the sensor and the measuring surface to get the desired vibration signal from the output of the preprocessor. Linear calibration has already been carried out before leaving the factory, so no further calibration is required during installation.
Meet the standard
It is manufactured and used in accordance with various international standards, such as API 670, DIN 45670 and ISO 10817-1.