350040M 用于监测物体位移的设备

描述

350040M 用于监测物体位移的设备

 该监测器通道成对组态，一次多可执行上述功能中的2 个。通道1 和通道2 执行一个功能，通道3 和通道4 执行另一个功能或同一功能。

3500/40M 监测器的主要功能为:

1) 通过连续不断地将机器振动当前值与组态中的报警值进行比较，并驱动报警系统，从而

达到保护机器的目的；

2) 为操作人员和维护人员提供关键设备的振动信息。通过组态，每一通道通常将输入信号处理成“静态值”。每一静态值都有组态好的警告报

警值，每两个静态值都可组态一个危险报警值。报警的延迟时间可通过软件设定。前面板LED（发光二极管）OK LED: 指示3500/40M 正常运行TX/RX LED: 指示3500/40M 正与3500 框架内其它模块通讯Bypass LED: 指示3500/40M 处于旁路模式传感器缓冲输出: 前面板对应每一通道均有同轴接头，每一同轴接头都有短路保护。

位移监测器是一种用于监测物体位移的设备。它可以用于各种领域，如建筑工程、桥梁、隧道、矿山等，以确保物体的位移不超过安全范围。

位移监测器的种类很多，包括机械式、电子式、光学式等。其中，机械式位移监测器通常采用滑动块或滚动珠等机械部件来测量物体的位移量。电子式位移监测器则采用传感器和电子电路等技术来测量物体的位移量。光学式位移监测器则采用光学原理来测量物体的位移量。

350040M 用于监测物体位移的设备

The monitor channels are configured in pairs to perform 2 of the above functions at a time. Channels 1 and 2 perform one function, and channels 3 and 4 perform another function or the same function.

The main functions of the 3500/40M monitor are:

1) By continuously comparing the current value of the machine vibration with the alarm value in the configuration, and driving the alarm system, thus

Achieve the purpose of protecting the machine;

2) Provide vibration information of critical equipment for operators and maintenance personnel. Through configuration, each channel usually processes the input signal into a “static value”. Each static value has a configured warning

Alarm value, each two static values can be configured with a danger alarm value. The alarm delay time can be set by software. Front panel LED (Light emitting Diode) OK LED: indicates that 3500/40M is operating normally TX/RX LED: indicates that 3500/40M is communicating with other modules in the 3500 frame Bypass LED: indicates that 3500/40m is in bypass mode Sensor buffer output: The front panel should have a coaxial connector for each channel, and each coaxial connector should have short circuit protection.

A displacement monitor is a device used to monitor the displacement of an object. It can be used in various fields, such as construction engineering, Bridges, tunnels, mines, etc., to ensure that the displacement of objects does not exceed the safe range.

There are many kinds of displacement monitors, including mechanical, electronic, optical and so on. Among them, mechanical displacement monitors usually use mechanical components such as sliding blocks or rolling beads to measure the displacement of objects. Electronic displacement monitors use technology such as sensors and electronic circuits to measure the displacement of objects. The optical displacement monitor uses the optical principle to measure the displacement of the object.