Vibration transmission protection table

TM532-A02-B00-C00-D00-E00-G00-I0-M1Vibration transmission protection table

Features:

1. The cable adopts a blue fluoroplastic insulated RF coaxial cable, which can be armored with stainless steel hoses to protect the cable from damage.

2. The probe, extension cable, and preamplifier are all equipped with corrosion-resistant gold-plated copper connectors. These joints only need to be fastened with fingers (the joints will automatically "lock"), and special mechanical locking devices can prevent loose connections. The joint does not require special tools for installation or disassembly.

3. The various components of the probe are mechanically connected through deformation, ensuring the stability and reliability of the probe in harsh environments.

4. The preamplifier provides two installation methods: bottom plate installation and guide rail installation.

5. The preamplifier is fixed with three terminal SpringLoc terminals and directly connected to the internal circuit to ensure reliable connection.

The structure of the preamplifier ensures that the high-frequency socket is concave and not easily damaged.

7. Fault tolerance of preamplifier: Any wiring error at the power supply terminal, common terminal (signal ground), and output terminal will not damage the preamplifier. Power supply J-error protection and output short circuit protection.　　

TM532-A02-B00-C00-D00-E00-G00-I0-M1Vibration transmission protection table

Working Principle:

A vibration sensor is a type of sensor used to detect the vibration of an object by detecting the magnitude of the vibration

Use small sum frequency to estimate the vibration state of an object. Its main principle is to detect the vibration of the object

Change the response and send out the signal.

The detection principle of vibration sensors is mainly divided into two types, one is capacitive vibration sensors,

Another type is a resistive vibration sensor.

1. The principle of a capacitive vibration sensor is that when an object vibrates, one of the two capacitors inside

The capacitance between them will change, which will affect the output signal of the sensor

To detect the vibration of objects.

2. The principle of a resistive vibration sensor is that when an object vibrates, there is a resistor inside,

The vibration of an object can change the resistance value of the resistor, thereby affecting the output signal of the sensor.

The advantage of a vibration sensor is that it can obtain information by detecting the magnitude and frequency of object vibration

The information about the state of the object cannot be achieved by other sensors. It can be used for testing machines

Malfunctions of mechanical equipment, detecting the driving trajectory of cars, and even predicting earthquakes,

It is a very useful sensor.

In short, a vibration sensor is a type of sensor that can detect the vibration information of an object. Its original

Reason is to detect the corresponding changes in object vibration and send out signals. Its advantage is that it can

To obtain information about the state of an object by detecting the magnitude and frequency of its vibration.

Some products of Hubei Kaihang Company: