Coal crusher vibration sensor XZDYD

NegotiableUpdate on 02/25

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The vibration sensor XZDYD for coal crusher integrates the vibration velocity sensor and precision measurement circuit together to form a high-precision vibration measurement system, achieving ..

Product Details

Coal crusher vibration sensor XZDYD

The vibration sensor XZD-YD of the coal crusher integrates a vibration velocity sensor and a precision measurement circuit to form a high-precision vibration measurement system, which realizes the function of the traditional "sensor+monitoring instrument mode vibration measurement system. The transmitter can be directly connected to DCS, PLC or other equipment, and is an ideal choice for vibration measurement of factory equipment such as fans, motors, water pumps, etc.

Technical Specifications
Power supply: 24VDC ± 10%
Input signal: taken from the signal of the built-in vibration speed sensor
Sensitivity: 20mv/mm/s ± 5%
Frequency response: 10-1000 Hz or 5-1000 Hz (special instructions)
Range: 0-20mm/s (true RMS)
0-200um (peak to peak)
Measurement error: ± 1% of full scale
Output current: 4-20mA
Output impedance: ≤ 500 Ω
Temperature range: -25 ℃ to+65 ℃ during operation
Storage time: -40 ℃~85 ℃
Relative humidity: up to 95%, non condensing
Dimensions: φ 33 × 75mm
Weight: Approximately 340g

Order code
XJ-9200A □□ (optional) - □□ (V/D) - A □□ - B □□ - C □□
Selection Guide
Optional: Waterproof connector □: F-Waterproof connector
Kaizhuang outgoing line □: B-Kaizhuang pipe
Required: Selection Description
Range □□:
Vibration velocity ranging from 10V-0 to 10mm/s; 20V*-0～20mm/s； 30V-0～30mm/s； ……
Vibration displacement ranging from 100D-0 to 100 μ m; 100D-0～200μm； 300D-0～300μm； ……
Installation direction A □:
1- Level; 2- Vertical; 3 * - Universal
Install thread B □:
1*-M10×1.5； 2-M8×1.25； 3- Magnetic seat; 4- Special customization
Cable length C □:
1-1m； 2*-2m； 3-3m； ……
Unless there are special circumstances, the manufacturer produces according to each item; If you have any special requirements, please consult with our company
Selection example: XJ-9200A-20V-A3-B1-C2
Coal crusher vibration sensor XZD-YD

How to debug differential pressure transmitters Characteristics _ Differential pressure transmitter debugging methods

differential pressuretransmitterHow to debug features

1. High measurement accuracy, adjustable range and zero point on-site

2. Good job stability and performance, suitable for pressure, differential pressure, liquid level, and flow measurement.

3. Second line system, nonemachineMovable componentsrepairLess quantity.

4sensorThe contact membrane material is optional and can be used for strongly corrosive or highly toxic media.

5. There are many installation and connection methods, making it convenient to connect with othersproductCompatible to achieve optimal measurement.

6. Standardsignal4-20mA output with HART protocoldigital signalRemote control, supporting upgrades to fieldbus and field control based technologies.

7. Measure viscous and easily crystallizable media at high temperatures, as well as precipitating media with solid particles or suspended solids.

Debugging method for differential pressure transmitter

According to different manufacturers, there are four ways to debug differential pressure transmitters:

1potentiometerFormula;

2. Button type（communicationExternal one click debugging based on the protocol);

3. Program menu style;

4. Communication protocol format;

(1) Potentiometer and button based debugging methods

Firstly, empty the differential pressure end of the differential pressure transmitter (connect it to the atmosphere) and adjust the zero potentiometer or long press the zero adjustment button (usually marked as "Z"); Then boost the differential pressure transmitter to full range, adjust the full range potentiometer or long press the full range adjustment button (usually marked as "S").

(2) Menu based debugging method for programs

Enter the password according to the instructions in the user manual to enter the debugging menu. Drain the differential pressure end of the differential pressure transmitter and enter the zero point debugging interface to debug the zero point; Step up the differential pressure transmitter to full range, enter the full range debugging interface to debug the full range, then save and exit.

(3) The communication protocol based debugging method selects the corresponding handheld device according to the different communication protocols. The commonly used communication protocol is the HART protocol（ROSEMOUNT and BraiN protocol (Yokogawa Yi). The commonly used handheld devices for the HART protocol include models 375 and 475, while the Brain protocol typically uses models BT200. The debugging methods vary depending on the functionality and interface of the handheld device.

Coal crusher vibration sensor XZDYD