Monitoring the operating status of steam turbines is crucial. Among numerous monitoring parameters, speed monitoring is one of the key factors to ensure the safe and efficient operation of steam turbines. The magnetoresistive speed sensor CS-1 G-065-02-01 is a sensor that uses the magnetoresistive effect to detect speed. When the rotor of the steam turbine rotates, it generates an alternating magnetic field in the sensor, causing a change in the resistance of the reluctance element. By measuring the change in resistance, the speed of the steam turbine can be accurately detected.

The application of speed sensor CS-1 G-065-02-01 in steam turbines has many advantages. Firstly, they can provide very accurate speed readings, with an accuracy of up to ± 1 rpm. Secondly, sensor CS-1 G-065-02-01 has strong resistance to mechanical vibration and electromagnetic interference, and can work stably in complex working environments. In addition, they can operate over a wide temperature range and adapt to the high-temperature environment of steam turbines.

However, if the quality of the speed sensor is poor, the impact on speed monitoring is also significant. Firstly, low-quality speed sensors may not provide accurate speed readings, leading to deviations between monitoring data and actual speed. This may lead to operators making decisions based on erroneous data. Secondly, inferior sensors may be greatly affected by environmental factors such as temperature, humidity, and vibration, leading to unstable output and thus affecting the reliability of speed monitoring. In addition, sensors with poor quality may be more prone to malfunctions or damage, which can lead to frequent maintenance and replacement, increase equipment downtime, and reduce the reliability of the entire system.

We all know that the response time of sensors is crucial for real-time monitoring of rotational speed. Poor quality sensors may be slow to react and unable to quickly capture changes in speed, thereby affecting timely adjustment and control of equipment. In complex working environments such as steam turbines, sensors may be affected by various factors such as electromagnetic interference and mechanical vibration. Low quality sensors may not be able to effectively resist these interferences, resulting in inaccurate monitoring data.

Finally, if the speed monitoring is not accurate, it may cause the turbine to operate at unsuitable speeds, which may cause damage to the equipment and even lead to safety accidents. Therefore, selecting high-quality speed sensors is crucial for ensuring the safe and efficient operation of steam turbines. The high-quality sensor CS-1 G-065-02-01 can provide more accurate, stable, and reliable speed data, thereby helping operators make better operational decisions.
Yoyik can offer many spare parts for power plants as below:
Shaft Tachometer DM-11
Bolt heating rod ZJ-20-54
thermowell WRNK2-291
lvdt 20mm sensor LVDT-100-6
linear displacement transducer ZDET-300B
turbine speed sensor bme tcu ZS-03 L=100
steam turbine bolt heater ZJ-16.5-7(R)
lvdt linear position sensor TDZ-1E-21
input speed sensor DF6202-005-050-04-00-01-000
rtd thermal resistance WZPK2-430NM
stainless steel pressure gauge WSS-461 0～350℃
LVDT Displacement Sensors A157.33.42.04
lvdt 20mm sensor 191.36.09.13
LVDT Measurement TDZ-1E-04