SPOD420SR

SPOD420SR is a high-precision optical distance temperature measurement device, which is mainly used in industrial fields such as aviation, machinery, electronics and military. It is highly integrated with functions such as scanning distance measurement, temperature measurement and single point temperature measurement. Therefore, SPOD420SR has wide application fields including medical treatment, equipment maintenance, manufacturing process monitoring and environmental protection.

SPOD420SR works by sending a laser emission pulse to a target. The laser pulse is scattered by the target and a part of the laser energy is reflected back to the SPOD420SR. The SPOD420SR then captures the reflection to measure the distance between the device and the target. On the other hand, it also measures the temperature of the target with a special thermal energy sensor.

With the help of special electronics inside the SPOD420SR, the device can process the laser pulse reflected by the target and calculate the distance between them as well as the temperature of the target. The calculated data is then analyzed and presented to the user according to their requirements. Furthermore, the device achieves a high precision level by using signal processing algorithms to improve the accuracy and detect disturbances.

In addition, SPOD420SR has the advantages of light weight, short response time, small size, low power consumption and wide working temperature range etc. It is easily operated with a graphical user interface and a simple single button operation, thus making it competitive to use in industrial applications.

To sum up, SPOD420SR is a versatile and highly integrated optical distance temperature measurement device, which is mainly used in industrial applications. By combining laser emission pulse, signal processing algorithm and special thermal energy sensor, SPOD420SR enables accurate distance and temperature measurements by capturing the reflection of the laser pulse. In addition, its light weight, small size, short response time and low power consumption make it even more attractive in industrial applications.