Arcteq AQ-S215, Instruction Manual

Page: 97 / 289

Event number Event channel Event block name Event code Description
2820 44 CBF1 4 CBFP ON
2821 44 CBF1 5 CBFP OFF
2822 44 CBF1 6 Block ON
2823 44 CBF1 7 Block OFF
2824 44 CBF1 8 DO monitor ON
2825 44 CBF1 9 DO monitor OFF
2826 44 CBF1 10 Signal ON
2827 44 CBF1 11 Signal OFF
2828 44 CBF1 12 Phase current ON
2829 44 CBF1 13 Phase current OFF
2830 44 CBF1 14 Res current ON
2831 44 CBF1 15 Res current OFF
The function registers its operation into the last twelve (12) time-stamped registers. The register of the
function records the ON event process data for ACTIVATED, BLOCKED, etc. The table below
presents the structure of the function's register content.
Table. 5.3.1 - 51. Register content.
Date and
time
Event code
Trigger
current
Time to
RETRact
Time to
CBFPact
F type S type Used SG
dd.mm.yyyy
hh:mm:ss.mss 2816-2831 Descr.
Phase and
residual currents
on trigger time
Time
remaining
before RETR
is active
Time
remaining
before CBFP
is active
Monitored
current
status
code
Activate
start
triggers
Setting
group 1...8
active
5.3.2 Resistance temperature detectors
Resistance temperature detectors (or RTDs) can be used to measure both temperatures of motors/
generators and ambient temperatures. Typically an RTD is a thermocouple or of type PT100. Up to
three (3) separate RTD modules based on an external Modbus are supported; each can hold up to
eight (8) measurement elements. Up to two (2) separate RTD option cards are supported by this
function. Sixteen (16) individual element monitors can be set for this alarm function, and each of those
can be set to alarm two (2) separate alarms from one selected input. The user can set alarms and
measurements to be either in degrees Celsius or Fahrenheit.
The following figure shows the principal structure of the resistance temperature detection function.
A AQ Q-S215 -S215
Instruction manual
Version: 2.04
96