RTP Corp. has developed and manufactured data acquisition and control system solutions since 1968. The company has millions of I/O channels installed worldwide and a roster of customers that includes the world's largest industrial producers and nuclear-power plants. Our products, ranging from process-control software to RTP I/O and processors, are widely recognized for their rugged, long-lasting design, resulting in a demonstrated MTBF rate exceeding one million hours. We have services that ensure you receive maximum return on your investment. In fact, when you buy an RTP product, you will find that it's just the beginning of a long and mutually rewarding partnership. Reliability to us means more than product performance. It means responsiveness. It means on-time delivery of high-quality products. It means answering technical questions and delivering dependable service. It means you can count on us. For more than three decades of business, RTP has consistently demonstrated one of the highest ROI's of any control system available.

Products
• 8-Channel Counter Card (3000/01-029)
• 8-Channel Analog Input Card (3107, 3108, 3109)
• 32-Channel Single-Ended Analog/Digital Input Card (3115, 3126)
• 16-Channel Analog Output Card (3121, 3122)
• 12-Channel Isolated Relay Output Card (3130, 3131, 3133)
• 16-Channel AC Digital Output Card (3132)
• 32/24/18-Channel Fault Detecting Digital Output Card (3138. 3139, 3140)
• 2-Channel Isolated Servo Card (3000/01-002)
• Modbus TCP/IP Communications Card (3000/02-004)
• 16-Channel Hart Card (3018)
• Modbus Serial Communications Card (3019)
• 8-Channel RTD Card (3110)
• 32-Channel Relay Output Card (3134)
• 32-Channel Non Interfering, Cost Effective I/O Series (3214, 3216, 3238)

Product Benefits
• Reduced Capital Costs — 40% Less than conventional DCS Systems; Site License on Comprehensive Software Suite
• Reduced Operating Costs — Free Software Updates; Free Technical Support
• Improved ROI
• Advanced diagnostics on the RTP 3000 assure that every decision is correct before a decision is implemented.
• Triplicate I/O communications travel over redundant 100 Mbit networks with multiple embedded CRC error checking routines to Chassis Processors in each chassis where output voting occurs
• Chassis Processors communicate duplicate output messages to the output module where they are compared before being acted upon