- Digital or Analog RTU nodes.
- Distributed equipments like radiation monitors as nodes.
- Distributed IO modules as nodes.
- Modular 3 level architecture separates field from GUI .
- Secured communication .
- Redundant server for data archive
- provides high redundancy, availability.
- prevents data loss.
- Configurable signals – Analog, digital.
- Configurable signals details – name, id, type, range, setpoints, etc.
- Configurable colour coding for status, data.
- Robust communication with LAN/RS485/wireless.
Scalable:
- Digital Inputs: from 32 to 12800 .
- Analog Inputs: from 32 to 2048.
- Distributed equipment : from 1 to 64.
Channel temperature monitoring system (CTM)
- This is a data acquisition system which monitors the temperature of 306 Nuclear Reactor Coolant channels.
- Monitors temperature of 306 Nuclear Reactor Coolant channels.
- Chromatographic representation of temperature.
- Computation of average outlet temperature, ZMT, ZMTD etc.
- Alarm checking and status display for each channel
- Realtime graphical trend, tabular trend, Display in table, bar graph, mimic.
- 15+ years of continuous operation.
Event Sequence Recorder system
- This is for detecting sequence of events in time.
- Digital signals event sequence recording 2048 signals – 1msec resolution.
- Analog signal scan and setpoint comparison 512 signals – scan time from 10msec-1sec.
Integrated Radiation Monitoring System
- This is for central monitoring of multiple radiation monitors.
- Communicates with multiple devices to get radiation data and display in various formats.
- 64 devices , scalable to more
- Alarm setting, acknowledge, reset from GUI.
- Continuous Monitoring of radiation levels at entry/exit.
- On person detection, reading and recording radiation levels
- Photo capture of entry/exit on detection for analysis
- Continuous graphical representation of the radiation
- Mimic of entry/exit detection and status
