Veris Industries E8950 Install - Manual (Page 74)

TM
E8950 INSTALLATION GUIDE
ZL0105-0B PAGE 74 ©2013 Veris Industries USA 800.354.8556 or +1.503.598.4564 / [email protected] 02131
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Data Variable Description BACnet
Object
Units COV_
Increment
Modbus
Address
Comments
AUX Channel (phase 1)
Breaker Size
AUX Channel (phase 1)
Breaker Size
AV92 Amps 5 161
AUX Channel (phase 2)
Breaker Size
AUX Channel (phase 2)
Breaker Size
AV93 Amps 5 162
AUX Channel (phase 3)
Breaker Size
AUX Channel (phase 3)
Breaker Size
AV94 Amps 5 163
AUX Channel (Neutral)
Breaker Size
AUX Channel (Neutral)
Breaker Size
AV95 Amps 5 164
High-High Latching
Alarm Time Delay
Alarm event duration
threshold
AV96 Seconds 1 165
These timers control entry into a latching alarm state. A return to a
non-alarm state is instantaneous. All channels use the same global
timers. Latching Alarm On Time applies to all Latching Alarms. The
parameter measurement rate is expected to be approximately 2.5
sec, which limits the effective resolution of these timers.
High Latching Alarm
Time Delay
Alarm event duration
threshold
AV97 Seconds 1 166
Low Latching Alarm
Time Delay
Alarm event duration
threshold
AV98 Seconds 1 167
Low-Low Latching Alarm
Time Delay
Alarm event duration
threshold
AV99 Seconds 1 168
Latching Alarm ON Time From initial current to
alarms enabled
AV100 Seconds 1 169 Latching Alarm ON Time (when current is above Low-Low alarm and
ON Time elapses then ON state is declared for all latching alarms, ON
State enables Alarm Time Delays)
Latching Alarms time
until OFF state
time until OFF state
declared
AV101 Seconds 1 170 Latching Alarms time until OFF state is declared for all latching alarms
(when current is below Low-Low alarm and ON state was declared)
High-High Latching
Alarm Threshold
% of breaker size AV102 Percent 1 171
High Alarm Latching
Alarm Threshold
% of breaker size AV103 Percent 1 172
Low Alarm Latching
Alarm Threshold
% of breaker size AV104 Percent 1 173
Low Low Latching Alarm
Threshold
% of breaker size AV105 Percent 1 174
Non-Latching High
Threshold
% of breaker size AV106 Percent 1 175
Non-Latching Low
Threshold
% of breaker size AV107 Percent 1 176
Non-Latching Hysteresis
(0-100%)
Non-Latching Hysteresis
(% of setpoint)
AV108 Percent 1 177
Branch 1 Alarm Status Write 0 to alarm bits to
clear alarms
AV109 n/a 1 178 Latching Alarms are cleared by writing a 0 to its alarm bit. Writing to a
Non-Latching alarm is ignored.
Bit 0: High High Latching Alarm
Bit 1: High Latching Alarm
Bit 2: Low Latching Alarm
Bit 3: Low Low Latching Alarm
Bit 4: Latching Alarm OFF state declared (1=OFF; ON state must have
been achieved prior)
Bit 5-7: Reserved for future use (reads 0)
Bit 8: High Non-Latching Alarm
Bit 9: Low Non-Latching Alarm
Bit 10-15: Reserved for future use (reads 0)
Branch 2 Alarm Status Write 0 to alarm bits to
clear alarms
AV110 n/a 1 179
Branch 3 Alarm Status Write 0 to alarm bits to
clear alarms
AV111 n/a 1 180
Branch 4 Alarm Status Write 0 to alarm bits to
clear alarms
AV112 n/a 1 181
E30Bxxx/Cxxx and E31Bxxx/Cxxx Branch Circuit Meters cont.