Free Subscription Submit Product & News Releases Today's News Headlines News By Company News By Date e-Newsletter Archives
Featured Suppliers Automation Product Manufacturers Systems Integrators and Service Providers Machine and Equipment Manufacturers
Product Search Featured Products Products by Category Products by Manufacturer Request Product Catalogs Submit Products
Add Event Hannover Messe 2012 Industrial Automation North America 2012
Employer Login Search for Jobs Post a Job 30-Day Job Posting Information Annual Job Slot Information Testimonials Recruiting Services Contract Services Salary Survey Results 2011
Techie Lounge Multimedia Library White Papers Training & Seminars Application Tools Complimentary Reference Guides Complimentary Evaluation Software Industry Web Sites Free Subscriptions to Trade Publications
LinkedIn Group Facebook Group Twitter YouTube Channel
Bookstore Online Training Courses Supplier Listings Automation.com Logo Items
 


 

Today's Automation News Headlines from Automation.com

  • Feedback
  • Print Page
Invensys introduces Foxboro Model RTT80 Temperature Transmitter
 
Go to company's web site

Invensys introduces Foxboro Model RTT80 Temperature Transmitter

January 24, 2012 - The Foxboro Model RTT80 Temperature Transmitter from Invensys Operations Management represents a new generation of transmitters that stand out due to their signal reliability, long-term stability, high precision and advanced diagnostics.
 
For demanding temperature measurement applications that require a rugged, robust and reliable temperature transmitter, the Invensys Foxboro RTT80 Temperature Transmitter is a mid-tier two-wire temperature transmitter available with HART, FOUNDATION Fieldbus and Profibus PA protocols, dual sensor inputs, dual compartment housing, diagnostics, alarms, RTDs and TCs. 

Key capabilities:

  • Dual compartment housing isolates electronics from the terminal block for longer service life and better protection from corrosive environments;
  • Intelligent hot-sensor backup switches to a secondary sensor in the event of a burn out, preventing unexpected downtime and loss of productivity;
  • Corrosion measurement allows maintenance to better predict the quality of their temperature sensors and their life expectancy;
  • Drift detection enables the control room to evaluate temperature measurements over time and make better decisions concerning sensor stability;
  • Corrosion detection as per NAMUR NE89 prevents export of incorrect measured values and issues a warning via the HART protocol when conductor resistance values exceed plausible limits;
  • Provides diagnostics according to NAMUR NE107.


 

 
Go to company's web site
 
  • Feedback
  • Print Page