About
| Ultra Electronics is a leading manufacturer of temperature sensors and transmitters, nuclear qualified instrumentation and industrial fiber optic networking equipment. The company is ISO 9001:2000 registered and operates from a modern 50,000 sq. ft (4,600 sq. m) facility located on the outskirts of Austin, Texas.
Industrial and Aerospace/Military Temperature Measurement: Ultra Electronics' RTDs and thermocouples have earned a reputation for extreme accuracy, reliability and excellent value in applications that range from general environments to the harshest conditions. Their products include:
Industrial Fiber Optic Converters for Bus Systems and Serial Data Interfaces:
Nuclear Qualified Temperature & Pressure Measurement and Fiber Optic Analog Data Links & Contact Closures: Ultra Electronics' is the world's largest supplier of nuclear qualified RTDs, thermocouples and thermowells. Qualifications are to IEEE, RCCE and NUREG standards and most of the sensors can withstand 20G's and 300 Megarads Radiation T.I.D. Pressure transmitters for gauge, differential or absolute pressure measurement, qualified to IEEE-323/344 standards, are also offered for both inside and outside containment applications. Other nuclear qualified products include temperature transmitters and fiber optic analog data links and contact closures. |
Product Catalog
Service Catalog
Ultra Electronics formerly Weed Instrument Company is listed in these service categories:
Technical Articles
Ethernet Is Moving Out of the Office Into Harsh Industrial Environments
(Networking Equipment)
Ethernet is an ideal medium to transport large volumes of data, at speed, across great distances. Previously, multiple networks carrying specific protocols were installed side by side to carry out...
(View Full Article)
Improving Tank Temperature Measurement to Optimize Inventory Control and Custody Transfer Systems
(Temperature Sensing)
The measurement of temperature is critical in the determination of the true volume of product in a hydrocarbon storage tank and how that may be improved with the use of true averaging sensors or...
(View Full Article)
