SADEC – Data Acquisition System for Continuous Emissions

SADEC – Data Acquisition System for Continuous
Emissions
Data acquisition software for data acquisition
and processing of continuous gas analysers
(CO, NO, NO2, SO2, O2, particles, etc.) which
supports
the
four
most
common
communication standards presently in use:
analogue signals 4…20 mA, Modbus RTU,
OPC and CSV files.
The application is highly configurable with a
simple and clear interface. All the data is
collected in real time in an SQL database,
returning the answer to all types of queries
intuitively. The data is shown in tabular and
graphical formats and can be exported as a
PDF or Microsoft Excel file.
Following the protocol of the Ministry of the
Environment, just by entering the necessary
data, the program will automatically create the
relevant files and send them (e.g. via FTP
servers) to the receiving system. The process
is entirely automatic.
Typical Applications
•
Current Legislation
• According to the Network of Atmospheric Emissions of each region,
and depending on the pollutant, the program controls and sends
the required data to the corresponding Ministry of the Environment
• Intelligent control of the files sent to the Ministry. If the connection is
lost, the system continues to process the information and forwards
it when the connection is restored
• Manual parameterisation of the percentages of acceptance of valid
data
• Normalisation to standard conditions of pressure and temperature
(0º C and 1,013mbar) and correction under dry conditions and a
determined percentage of O2
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Monitoring and status display
Combustion processes
Cement plants
Monitoring of turbogenerators
Thermal and combined cycle power stations
Cogeneration plants
Waste incineration
Refineries and chemical plants
Waste water treatment plants
Measurement of VOCs
SADEC connection interfaces for emission control
•
RS232 interface with Modbus RTU protocol
• DB9 serial connector cable socket
• Maximum number of connections: 1
• Maximum distance < 20 metres
•
RS485 interface with Modbus RTU protocol
• DB9 serial connector cable jack
• Maximum number of connections: 32
• Maximum distance < 1000 metres
•
CSV interface
• Data reading from CSV files created by PLC
(communication via FTP) or by the client
•
OPC interface to read, store and display data easily
• RJ45 CAT 5/6 cable
• Maximum distance < 100 metros (or more by the
installation of a switch, up to a maximum of 3 units)
• If the distance is greater, the connectivity has to be by
multimodal/unimodal optical fibre
•
Reading of analogue signals by headers with 4...20mA
cards
• Single-line cable to read 4…20mA signals
• Maximum distance < 500 metres
Minimum requirements
Operating
System
Processor
RAM
File system
Disk space
Interfaces
Voltage
Screen
resolution
Historical
Windows XP/Vista
Pentium at 1 GHz or equivalent
1 GB
Minimum NTFS
> 1 Gb
2x RS232
1x RS485
2x Ethernet RJ45
4x USB 2.0
DCF 77 card with BNC socket for time
synchronisation (optional)
115/230 VAC / 50/60 Hz / 100 VA
800x600
Comprehensive monitoring to control emissions
•
• Filtering of consultations by days, hours and minutes
• The intervals of minutes or hours to be displayed can be
specified
•
With SADEC you will enjoy the following benefits:
•
Dynamic tables
• Creates tables sortable by any column
• The colour of the columns can be changed
• Can be viewed with standard and customised units
Easy configuration and operation
• Intuitive and simple operation by menus and graphical
icons
• Customised configuration depending on the type of
connection
Customisation of consultations
Graphics
Reports
•
Features
• Lines to display the values measured; maximum, minimum
and mean values
• Zoom available
•
Data can be exported for processing
•
Customisation
• The colour of the lines can be changed
• There is the option of changing the layout of the on-screen
graphics
• Creates pdf files
• Creates Excel files
•
Exporting
• Images can be created from the graphics
Alarms
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Customisation
• The configuration of the various alarms for each
parameter reading can be changed, depending on the
value, mean value or data validity bit.
Alarm log
•
Features
• The start and finish times of each alarm is recorded since
the program started
•
• All the important program events are displayed (errors,
creation and/or file transfer, backups, etc.) with the date
on which they occurred
Features
• The alarms are displayed, grouped according to the area
affected, along with the length of time they have been
active
Filters
• The results can be filtered by date, area affected and
alarm status
Events log
•
Customisation
• The colours of the events can be changed according to
type
• Filtering by date, event type, instance, etc.