6.20
SEL-2032
Communications Processor
Instruction Manual
Date Code 20120126
Database
Region Descriptions
Data Regions
The Data regions D1–D8 hold data collected by the SEL-2032. The first four
registers of each Data region hold the date and time that the data were
collected. The remainder of the Data region is for the collected data. Using the
SET A
command, you specify a parsing method for data. There are parsing
methods defined specifically for SEL relays for the following types of data:
➤
Demand meter
➤
Meter
➤
History
➤
Status
➤
Elements
➤
Breaker
➤
Event
➤
SER
The following parsing options are valid for any IED data:
➤
Extract and store integers.
➤
Extract and store floating points.
➤
Store response as character string.
➤
Store response as integer string.
➤
Store response as integer string while decoding XON/XOFF
encodings.
➤
Extract and store response using FLEX parsing.
➤
Ignore response.
The format of the data stored in a Data region depends on the parsing method
and the type of device connected. Once you have set a Data region to collect a
specific type of data, use the
MAP
command to determine how the data are
organized and formatted. Refer to
Data Parsing Options on page 7.14
for
more detailed information about parsing options.
STATE
Data Region
The SEL-2032 creates the STATE data region when you connect an SEL
device to the SEL-2032 and enable Fast SER with the Automatic Messaging
setting, REC_SER (only available if the connected device supports Fast SER).
The STATE region includes both a present value and time-stamped event
buffer. You can use the STATE region to send relay SER time-stamped data to
a DNP3 master connected to the SEL-2032. The STATE region supports both
directly connected SEL devices and lower-tier SEL-2032 Communications
Processors.
The SEL-2032 receives SER data from a connected SEL relay and saves the
data directly as database elements of the STATE region. The SEL-2032 does
not perform logic operations on SER data in the STATE region. In order to
perform logic operations on SER data from a connected SEL relay, you must
execute them in the originating relay prior to assigning the data to the SER
settings. For example, you might be monitoring a breaker 52a auxiliary stack
contact using an input (IN101) wired to an SEL-351 relay on Port 3. The relay
only monitors the 52a element, but you want to bring back a normally closed
contact (52b) to SCADA. You can, by using the SEL
OGIC
settings in the relay,
do this very easily as follows:
SV3 = !IN101
Содержание SEL-2032
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