The  Rotational Speed Sensor SZCB-01-A1-B1-C3  is mainly used to measure the speed of mechanical moving components and is a very important monitoring parameter. The following points should be noted when using speed sensors:

1. Select the appropriate speed sensor. Select the appropriate sensor for PT based on the speed range and accuracy requirements of the measurement object. The selection of photoelectric, magnetic, and rotary resistive sensors requires weighing their respective advantages. The use of photoelectric sensors is more reliable at high speeds, while magnetic sensors are more economical and practical at low speeds.

2. Determine the installation position of the sensor. Generally, it is installed on the characteristic holes or mounting surfaces provided by the rotation on the rotating parts, ensuring coaxial alignment between the rotating parts and the sensor, and unobstructed signal transmission. Consider installation alignment and stability.

3. Connect wires and take waterproof measures. It is necessary to correctly connect the sensor wires to the signal acquisition or display equipment, and take measures such as wrapping and insulation to prevent wire damage. When the environment is humid, a tight waterproof package is even more necessary.

4. Adjust the desired direction mark for the sensor installation angle. Generally, it is necessary to determine the effective signal edge that the sensor will detect by controlling the rotating parts, and adjust the sensor installation angle to correspond to the effective signal edge, so as to detect the speed correctly.

5. Determine signal processing specifications and parameter settings. Set relevant parameters based on the characteristics of the sensor signal, such as ray width, high pass filtering cutoff frequency, integration period, etc., determine the effective edge of the signal, detection standards, avoid interference, and other processing methods to achieve ideal speed measurement results.

6. Conduct debugging and testing to verify the accuracy and stability of the measurement results. Conduct multiple measurements under different rotational speed conditions to verify the rate of change in rotational speed, measurement accuracy, and the presence of significant drift or interference. Further optimization may be necessary.

The most basic thing to use a speed sensor is to select the right sensor, install it reasonably, and perform appropriate signal processing. Through sufficient debugging, users can achieve high accuracy, flexibility, and stability in measuring and monitoring target speed parameters.

 

 

 

 

SPEED SENSOR HRY1-A100-B02-C02-D05-E080

Turbine speed meter DF9011 PRO

Dual channel Turbine Heat expansion monitor DF9032

Rotation Speed Sensor CS-3

Position Sensor TD-1100S

LVDT Position Sensor TD-1 0-100

Turbine Rotation Speed Impactor Monitor HZQW-03A

Bellows GJCFB-15

LVDT 1000TD

Electrodes (Boiler electrode rod) DJY2612-115

Bolt Heater HY-GYY-1.2-380V/3

Braun Card D521.02

LVDT Position Sensor C9231129

LVDT Position Sensor 5000TDGN

SENSOR MAGNETIC SPED SZCB-02

IGNITER 3000 MM

LVDT Position Sensor HTD-100-3

Thermocouple WRN2-630

Case Expansion Transducer TD-2 0-35mm

Rotameter WZ-3C

Sensor 4000TD

SPEED SENSOR TURBINNE & GENERATOR DF6101, L=100mm

Differential pressure transmitter CS-III

Rotation Speed Sensor SZCB-01-B01

Bolt Heater HY-CYQ-2.4-380/3

Sensor speed CS-1 G-100-02-1

TEMPERATURE SENSOR WZP2-221

DFYLSYC-2023-06-07-A