350062-04-00 BENTLY
This document provides detailed information and parameters for the BENTLY product with part number 350062-04-00. The product is a high-precision vibration monitoring system designed for industrial applications.
The system consists of the following components:
- Sensor
- Signal processing module
- Communication module
The sensor is a piezoelectric accelerometer that measures the vibration of the machine it is attached to. The signal processing module amplifies and filters the sensor signal, and performs calculations to determine various vibration parameters. The communication module transmits the vibration data to a remote monitoring system.
The vibration parameters measured by the system include:
- Acceleration
- Velocity
- Displacement
- Frequency
- Phase
The system can also be configured to measure other parameters such as temperature and pressure.
The BENTLY product is designed for use in harsh industrial environments and is capable of operating in temperatures ranging from -40°C to 85°C. The system is also resistant to shock and vibration, making it suitable for use in high vibration environments.
In addition to its high precision and durability, the BENTLY product is also easy to install and maintain. The sensor can be attached to the machine using a variety of mounting options, and the signal processing and communication modules can be easily accessed for maintenance and troubleshooting.
Overall, the BENTLY product with part number 350062-04-00 is a reliable and high-performance vibration monitoring system that is ideal for industrial applications.
CPU is the core of PLC and plays the role of central nervous system. Each PLC has at least one CPU. It receives and stores user programs and data according to the functions given by the PLC system program, collects the status or data sent by the field input device by scanning, and stores it in the specified register. At the same time, it diagnoses the working status of power supply and PLC internal circuit and syntax error in the programming process. After entering operation, read instructions one by one from the user program memory, analyze them, and then generate corresponding control signals according to the tasks specified in the instructions to command the relevant control circuits.
