BENTLY 330878-90-00 胀差前置器 采用先进的测量技术和传感器

BENTLY的330878-90-00胀差前置器是一种用于测量和控制汽轮机轴向胀差的设备。它通常与汽轮机控制系统一起使用，通过测量汽轮机轴向胀差的变化，实现对汽轮机的控制和保护。

胀差前置器具有以下特点和功能：

1. 高精度测量：采用先进的测量技术和传感器，能够实现高精度的胀差测量，确保测量结果的准确性和可靠性。
2. 实时监控：可以实时监测汽轮机轴向胀差的变化，及时发现异常情况并进行报警。
3. 自动控制：根据预设的控制逻辑和算法，可以实现自动控制和调节，确保汽轮机的正常运行。
4. 多种接口：具有多种通信接口，可以与其他设备进行连接和通信，实现信息共享和协同工作。
5. 易于操作：具有友好的用户界面和操作方式，方便用户进行参数设置、数据查看和故障排除。

总之，BENTLY的330878-90-00胀差前置器是一种高精度、实时监控、自动控制、多种接口和易于操作的汽轮机胀差测量和控制设备，适用于各种汽轮机控制系统中

BENTLY's 330878-90-00 differential expansion preamplifier is a device used to measure and control the axial differential expansion of steam turbines. It is usually used in conjunction with the turbine control system to achieve precise control and protection of the turbine by measuring the changes in the axial expansion difference of the turbine.
The differential expansion preamplifier has the following characteristics and functions:
High precision measurement: Advanced measurement technology and sensors are used to achieve high-precision differential expansion measurement, ensuring the accuracy and reliability of measurement results.
Real time monitoring: It can monitor the changes in the axial expansion difference of the steam turbine in real time, detect abnormal situations in a timely manner, and give an alarm.
Automatic control: Based on preset control logic and algorithms, automatic control and regulation can be achieved to ensure the normal operation of the steam turbine.
Multiple interfaces: With multiple communication interfaces, it can connect and communicate with other devices, achieving information sharing and collaborative work.
Easy to operate: With a friendly user interface and operation mode, it is convenient for users to set parameters, view data, and troubleshoot.
In summary, BENTLY's 330878-90-00 differential expansion preamplifier is a high-precision, real-time monitoring, automatic control, multiple interfaces, and easy to operate steam turbine differential expansion measurement and control equipment, suitable for various steam turbine control systems