UM5-3054-FD2

Industrial equipment improves safety, productivity, precision, and efficacy in a huge range of applications and industries. Among industrial equipment, UM5-3054-FD2 is a high-precision, digital distance measuring instrument that suits various industries. This article explores the applications and working principles of the UM5-3054-FD2.

Application Field

Utilizing non-contact ultrasonic measurement, this distance measuring instrument is applicable for digital object measuring in road, water engineering, geodesy, engineering surveying and other industrial measurement fields. This digital distance measuring instrument is extremely accurate and operates efficiently in short, medium, and long distances, including in open spaces, enclosed spaces, and even in severe temperature and wind conditions. It features a real-time synchronization measurement system, used with a GNSS dual antenna satellite receiver, and is well-suited for multiple industry uses.

When it comes to construction, the UM5-3054-FD2 is a great choice for measuring and surveying purposes. The instrument is especially helpful during engineering construction and the measurement of large objects. With this instrument, operators can accurately observe the ground elevation with high precision and easily calculate distances in a short time. The results are highly reliable as well.

In agricultural use, the instrument’s real-time synchronous GNSS system is superbly accurate, able to measure crop distribution, soil conditions, terrain, and other environmental aspects in order to conduct effective field management. Because it requires no direct contact, the UM5-3054-FD2 can also be used for surveying property boundaries and surveying tributaries.

This instrument is also suitable for many other industrial applications, including forestry surveying to measure the height of trees, managing warehouses, lifting height measuring, and other types of industrial measurement.

Working Principle

The UM5-3054-FD2 is based on ultrasonic technology and measures distances without direct contact between it and the object being measured. It measures distance by transmitting ultrasonic signals to the target through an object-side transmitter and receiver. The time between transmitting and receiving signals is proportional to the distance between an object and the receiver. The data is then stored in the internal memory of the instrument.

The instrument can be adjusted to measure different heights; the default is set to an accuracy of 175mm. In order to ensure accuracy, the instrument has a keypad that can be used to control the instrument and a data storage device for data acquisition.

The UM5-3054-FD2 is not only accurate, but it is also reliable and easy to operate. It is easy to mount, features a highly visible LED display, and features user-friendly controls. Both internal and external batteries are available for use.

Conclusion

The UM5-3054-FD2 digital distance measuring instrument is highly precise, with a real-time synchronization measurement system. It can be used in a variety of industries for measuring distances, surveying, measuring heights/distances, and other industrial measurement applications. It has easy-to-operate controls and ensures accuracy and reliability.