Eaton Power Xpert PXR Series, Руководство пользователя

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11 Modbus register map
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MN012007EN March 2019 www.eaton.com
Historical trip event
Register format R/w Descriptions units
408193 Encoded R/W Event type: trip = 80FF16/alarm = 81FF16
408194 Unsigned32 R Earliest event ID
408196 Unsigned32 R Latest event ID
408198 Unsigned32 R/W Requested event ID
408200 Unsigned32 R Previous event ID
408202 Unsigned32 R Next event ID
408204 Date/time R Date/time
408212 Encoded R Format of data: trip = 0004
16
,
major alarm = 0005
16
408213 B15-b00 R Object validity bits
408214 B31-b16 R Object validity bits
408215 Encoded R Status cause (primary, secondary, cause)
408217 Unsigned32 R IA A
408219 Unsigned32 R IB A
408221 Unsigned32 R IC A
408223 Unsigned32 R IN A
408225 Unsigned32 R IG source A
408227 Unsigned32 R IG residual A
408229 Unsigned16 R VAB V
408230 Unsigned16 R VBC V
408231 Unsigned16 R VCA V
408232 Unsigned16 R VAN V
408233 Unsigned16 R VBN V
408234 Unsigned16 R VCN V
408235 Signed32 R Real 3 phase power W
408237 Signed32 R Reactive 3 phase power VAR
408239 Unsigned32 R Apparent 3 phase power VA
408241 Signed32 R Real 3 phase power demand W
408243 Signed32 R Reactive 3 phase power demand VAR
408245 Unsigned32 R Apparent 3 phase power demand VA
408247 Singed16 R Device temperature 1/10 °C
408248 Unsigned16 R Frequency 1/10 Hz
408249 Singed16 R Apparent power factor 1/100 pf
408250 Unsigned16 R Operations count
408251 B31-b00 R Binary status with validity bits
Historical alarm
Register format R/w Historical summary event
408193 Encoded R/W Event type: summary = 81FF
16
408194 Unsigned32 R Earliest event ID
408196 Unsigned32 R Latest event ID
408198 Unsigned32 R/W Requested event ID
408200 Unsigned32 R Previous event ID
408202 Unsigned32 R Next event ID
408204 Date/time R Date/time
408212 Encoded R Format of data: minor alarm = 0006
16
408213 B0 R Object validity bit
408214 Encoded R Status cause(primary, secondary, cause)
Note: address 408225 and 408227 are both ground current. According to the set point ‘Ground Sensing’ setting in set
points group 1: protection group, the actual ground current would be displayed in related register and value in the other
register would be zero. For example, if the ‘Ground Sensing’ setting is 0, representing the ground current sensing type is
residual ground current. IG residual in address 408227 would be the actual value and IG source in address 408225 would
be zero.