A6410  双通道位置和壳膨胀监测模块

Description

A6410  双通道位置和壳膨胀监测模块

6410测量线圈的涡流传感器连接到振荡器电路中发射机由屏蔽传感器连接电缆。

振荡器电路产生高频信号，这将导致高频信号涡流传感器头的磁场。如果这个磁场符合探针前面的金属靶-例如一个旋转轴，A6410会引起高频电流和相对磁场。由于感应二次磁场引起的传感器头附近的磁场损失目标材料中的字段。这种能量损失是叫阻尼。振荡器的阻尼系数取决于传感器头和测量目标。距离越小，阻尼系数越高，因此，振荡器信号的振幅越小。该发射机提供的输出信号与实际距离成正比专感器头和目标材料。

双通道位置和壳膨胀监测模块是一种用于监测物体位置和壳体膨胀的传感器。这种模块具有两个通道，可以同时监测两个不同的物理量，如位置和壳体膨胀。

该模块的工作原理可能涉及多种技术，包括光学、机械和电子技术。它能够通过感知物体位置的变化或壳体的膨胀来输出相应的信号。这种信号可以用于进一步的数据处理或控制系统的反馈控制。

双通道位置和壳膨胀监测模块通常被应用在各种工业自动化和过程控制系统中。例如，在机械制造、石油化工、电力等领域，这种模块可以用于监测设备的运行状态、预防性维护、故障诊断等应用。

需要注意的是，具体的模块型号和规格可能因制造商和应用场景的不同而有所差异。因此，在实际应用中，选择适合特定需求的双通道位置和壳膨胀监测模块型号是非常重要的。

A6410  双通道位置和壳膨胀监测模块

6410 The measurement coil of the eddy current sensor is connected to the oscillator circuit in which the transmitter is connected by a shielded sensor cable.

The oscillator circuit generates a high-frequency signal, which will result in a magnetic field of the high-frequency eddy current sensor head. If this magnetic field conforms to a metal target in front of the probe – such as a rotation axis – the A6410 will cause a high-frequency current and a relative magnetic field. Field loss in the target material due to induced secondary magnetic field near the sensor head. This loss of energy is called damping. The damping coefficient of the oscillator depends on the sensor head and the measurement target. The smaller the distance, the higher the damping coefficient and, therefore, the smaller the amplitude of the oscillator signal. The transmitter provides an output signal proportional to the actual distance between the sensor head and the target material.

Dual channel position and shell expansion monitoring module is a sensor used to monitor the position of objects and shell expansion. This module has two channels and can simultaneously monitor two different physical quantities, such as position and housing expansion.

How the module works may involve a variety of technologies, including optical, mechanical and electronic technologies. It can output the corresponding signal by sensing the change of the position of the object or the expansion of the shell. This signal can be used for further data processing or feedback control of the control system.

Dual channel position and shell expansion monitoring modules are commonly used in various industrial automation and process control systems. For example, in the fields of machinery manufacturing, petrochemical, electric power, such modules can be used to monitor the operating status of equipment, preventive maintenance, fault diagnosis and other applications.

It is important to note that specific module models and specifications may vary by manufacturer and application scenario. Therefore, in practical applications, it is very important to select the dual channel position and shell expansion monitoring module model suitable for specific needs.