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4BHR5000 IMPLEMENTATION
0BHARRIS 5000 PROTOCOL
FUNCTION CODE
(hex)
DEFINITION
SUPPORTED
0F
SOE Change Check
No
10
SOE Change Dump
No
Table 6-2 Functions supported by the smART P500
6.4.2.1. DATA DUMP
This function requests information from the analog ports and counters indicating the
number of points to be reported for each port. Values are reported in 12 bits each. If
the number of ports configured does not correspond, then there is no answer. The
order in which ports are required is the relative order of the configuration of this type
of ports (Analog and Accumulators). If more points than those configured are
requested from a certain port, then they are filled with zeros. If no point is requested
from a port, then the status byte of the port is not sent either.
6.4.2.2. STATUS CHANGE CHECK
Requests, the number of changes for the digital inputs stored. It returns the number
of changes in digital inputs. At one moment, there can be any number of events
waiting to be read. If there were more than 62, they will be presented in groups of 62
until the events that have not been read by the master are exhausted.
Each request of the number of changes causes the smART P500 to find the number
of events available. It is not required to perform a reading of events immediately after
that. The number of changes can be read as often as desired and perform the event
information reading when considered appropriate.
6.4.2.3. STATUS CHANGE DUMP
Requests a number of digital inputs changes. Returns a list with the number of
changes required, in order of occurrence and without timestamp. Each event reports
the state of the input. The number reported in a previous command “Check Status
Change” or “Data Dump” must be requested. If another number is requested, there
Summary of Contents for smART P500
Page 1: ...Instruction Manual Multifunction Protection Relay smART P500...
Page 23: ...2BTABLES INDEX THIS PAGE HAS BEEN LEFT BLANK INTENTIONALLY...
Page 39: ...5BHARDWARE FEATURES INTRODUCTION Figure 1 9 Wye Wye Connection measured neutral...
Page 40: ...5BHARDWARE FEATURES INTRODUCTION Figure 1 10 Wye Wye Connection sensitive neutral...
Page 41: ...5BHARDWARE FEATURES INTRODUCTION Figure 1 11 Open Delta Connection measured neutral...
Page 42: ...5BHARDWARE FEATURES INTRODUCTION Figure 1 12 Open Delta Connection sensitive neutral...
Page 511: ...2BANSI CURVES 0BCURVES FOR TIME CHARACTERISTICS Figure I 6 Moderately ANSI curve...
Page 513: ...2BANSI CURVES 0BCURVES FOR TIME CHARACTERISTICS Figure I 7 Very inverse ANSI curve...
Page 515: ...2BANSI CURVES 0BCURVES FOR TIME CHARACTERISTICS Figure I 8 Extremely inverse ANSI curve...
Page 532: ...4BRECLOSER CURVES 0BCURVES FOR TIME CHARACTERISTICS Figure I 14 Recloser Curves 101 119...
Page 535: ...4BRECLOSER CURVES 0BCURVES FOR TIME CHARACTERISTICS Figure I 15 Recloser Curves 120 142...
Page 538: ...4BRECLOSER CURVES 0BCURVES FOR TIME CHARACTERISTICS Figure I 16 Recloser Curves 151 202...