Among many sensor types, LVDT (Linear Variable Differential Transformer) sensors are highly favored for their high precision, high stability and long life. The TD series sensors, especially the 4000TDG model, have achieved better wear resistance and high temperature resistance based on these advantages. This makes the 4000TDG sensor a reliable choice for excellent performance in many fields.

First, the LVDT sensor 4000TDG has excellent wear resistance. In many industrial applications, sensors need to face various harsh environments such as wear, vibration, impact, etc. The 4000TDG sensor uses special materials and processes to make it have better wear resistance, can work stably in these environments, and ensure long-term measurement accuracy.

Second, the LVDT sensor 4000TDG has excellent high temperature resistance. The operating temperature range of the sensor is -40℃ to +210℃, and it can even work continuously for 30 minutes in a high temperature environment of +250℃. This high temperature resistance enables the 4000TDG sensor to adapt to more application scenarios, such as high temperature furnaces, heat treatment equipment, etc.

In terms of technical parameters, the LVDT sensor 4000TDG also performs well. Its linear range is 0-200mm, the nonlinearity is no more than 0.5% F•S, and the primary impedance is no less than 500Ω (oscillation frequency is 3 kHz). These technical parameters ensure the high precision and high stability of the 4000TDG sensor.

In addition, the LVDT sensor 4000TDG also has a low temperature drift coefficient of less than 0.03% F•S/℃, which means that the measurement accuracy of the sensor will not be greatly affected in the case of temperature changes. At the same time, the sensor supports an excitation voltage of 3Vrms (adjustable from 1 to 5Vrms) and an excitation frequency of 2.5 kHz (adjustable from 400Hz to 5 kHz), enabling it to adapt to different application requirements.

The LVDT sensor 4000TDG also has six Teflon insulated sheathed wires with stainless steel sheathed hoses on the outside. This design not only ensures the durability of the sensor, but also makes it more convenient in installation and maintenance.

It is worth mentioning that the 4000TDG sensor can match various imported transmitters, and its technical performance is the same as that of imported sensors, so it can replace imported sensors and reduce costs.

In summary, the LVDT sensor 4000TDG can play an excellent performance in many fields with its advantages of high performance, wear resistance and high temperature resistance. Whether in industrial automation, aerospace, automobile manufacturing, or in harsh environments such as high temperature and high pressure, the 4000TDG sensor can provide accurate and stable measurement results, becoming a trustworthy choice.