Nathan Len Wiater

Title: Nathan Len Wiater: Innovator in Process Control Technology

Introduction

Nathan Len Wiater is a notable inventor based in Victoria, MN (US). He has made significant contributions to the field of process control technology, holding a total of 5 patents. His work focuses on enhancing the efficiency and accuracy of process variable transmitters and related devices.

Latest Patents

Wiater's latest patents include an "Analog process variable transmitter with electronic calibration." This invention features a process variable sensor that measures a process variable and provides a sensor output. The measurement circuitry processes this output to deliver a measured output related to the process variable. The output circuitry operates on a two-wire process control loop and includes a transfer function that can be adjusted via a motorized actuator. Additionally, an optional calibration controller is integrated into the design.

Another significant patent is the "Multiple field device flange." This innovative flange is designed for process field devices and includes two mounting areas for field devices, each equipped with device ports for fluid communication. The flange also features a connection port that connects to an internal chamber, facilitating fluid flow to both device ports.

Career Highlights

Wiater is currently employed at Rosemount Inc., a company renowned for its advancements in process control instrumentation. His work at Rosemount has allowed him to develop and refine technologies that are critical to various industrial applications.

Collaborations

Throughout his career, Wiater has collaborated with talented individuals such as Daniel Alan Norberg and Robert Carl Hedtke. These collaborations have contributed to the successful development of innovative solutions in the field.

Conclusion

Nathan Len Wiater is a distinguished inventor whose work in process control technology has led to multiple patents and significant advancements in the industry. His contributions continue to impact the efficiency and reliability of process measurement systems.