Horner APG SmartBlock HE-579ACM300 - Manual (Page 4)

PAGE 4 12 May 2011 MAN0951-02
HE-559ACM300
Information is subject to change without notice.
4 NETWORK DATA
Consumed Digital Data – This data is sent from the controller to the SmartBlock. For typical
applications the I/O configuration setup in Cscape will automatically populate this data. For more
advanced applications you may use NetPut functions to write this data. Please see the advanced
programming guide MAN0880 for more details.
Bit Description
1 Q1 default
2 Q1 override
Upon module stop / timeout, if Q1 override is true, Q1 is set to Q1 default, otherwise the Q1
value is held. This override / hold polarity is consistent with OCS / Cscape usage but the
reverse of the legacy analog hold / override polarity in word 5.
3 Frequency Source, Set for phase B, Clear for phase A or C
4 Frequency Source, Set for phase C, Clear for phase A or B
If Clear Always accumulate Watt-Hours
5
If Set Do not accumulate Watt-Hours if load is under 0.005% of full scale to avoid meter
creep due to slight zero errors
6 Set to report period instead of frequency in AI13 / AI14
17 Relay output, set to ON to close N.O. and open N.C contacts.
23 Set to ON to clear KWhr, set to OFF to re-enable KWhr accumulator
24 Set to ON to clear Status flags, set to OFF to re-enable Status flags
Produced Digital Data – This data is sent from the SmartBlock to the controller. Normally this data is
mapped into specific registers in the I/O configuration in Cscape. For advanced applications NetGet
functions can be used to obtain this data. Since this data is broadcast to all controllers on the network
additional controllers can use NetGet functions to obtain this data as well.
Bit
Name Description
I1 AEHF Watt-Hour accumulator half full.
I2 REHF VAR-Hour accumulator half full
I3 VAEHF VA-Hour accumulator half
I4 SAGA Voltage sag on Phase A
I5 SAGB Voltage sag on Phase B
I6 SAGC Voltage sag on Phase C
I7 ZXTOA Zero Cross timeout on Phase A
I8 ZXTOB Zero Cross timeout on Phase B
I9 ZXTOC Zero Cross timeout on Phase C
I10 ZXA Zero Cross detected on Phase A
I11 ZXB Zero Cross detected on Phase B
I12 ZXC Zero Cross detected on Phase C
I13 LENERGY Reserved
I14 RESET 5V supply rail under 4 volts
I15 PKV Peak voltage level exceeded
I16 PKI Peak current level exceeded
I17 WFSM Reserved
I18 REVPAP Sign changed occurred in Watt calculation
I19 REVPRP Sign changed occurred in VAR calculation
I20 SEQERR A-B-C Rotation