Logo Energy XPRT
Companies
Products
Services
Software
Training
Applications
Sign in
List your business
Paragon Energy Solutions
About
  2. Companies
  3. Paragon Energy Solutions
  4. Products
  5. Paragon CoreVision - Neutron Flux ...

Paragon CoreVision - Neutron Flux Monitoring System for Nuclear Power Plants

SHARE

The Paragon CoreVision Neutron Flux Monitoring System is designed to modernize and enhance the monitoring capabilities of nuclear power plants. It offers a comprehensive line of neutron flux monitoring products tailored to address reliability and noise issues inherent in aged or obsolete nuclear instrumentation systems. The system features both a Source Range Neutron Monitor and a Wide Range Neutron Monitor, both of which utilize fully analog electronics and adhere to Safety Class 1E standards. This ensures robust and reliable power level monitoring and control. CoreVision's analog technology is designed for high precision, providing a dependable means of ensuring operational continuity and reducing the frequency and duration of outages caused by equipment failures.

Most popular related searches
nuclear power plant
nuclear power
nuclear industry
power monitoring

Reliable Power Level Monitoring & Control for Nuclear Power Plants

Is it time to modernize your aged or obsolete nuclear instrumentation systems to support life extension?

Are your current systems unreliable and noisy, resulting in extended outages to troubleshoot and repair or replace failures?

The Paragon CoreVision Neutron Flux Monitoring System is a complete line of neutron flux monitoring system products to help nuclear power plants solve these problems.

Source Range Neutron Monitor

  • Inputs : Ratings
  • AC Input Power : 230 or 120 VAC, Single Phase, ±10%, 50/60 Hz, <150 VA
  • OR :
  • DC Input Power : 125 VDC, ±10%, < 150 Watts
  • Preamplifier Input Impedance : 50Ω typical, other values available upon request
  • Detector Input Connectors : SHV typical, other input connection types upon request

Fully Analog Electronics Safety Class 1E

  • Used during reactor start-up and post-accident monitoring (PAM) utilizing an ion chamber such as a BF3, B-10, He3, or fission chamber.
  • The unit features a selectable internal test function generator and multiple trip functions for each flux measurement output.
  • The unit also features two multi-digit displays and two vertical bar graphs for easy identification of displayed variables.
  • Displays and operator controls are designed to comply with NUREG-0700.