
15. BF status is the bit mapped variable with format as described in Table 5-7. Delta of 1 deviation will
cause en event.
Table 5-7. Breaker Failure Status Format
Breaker Operation Control State {1=Breaker Operation Enabled;
0= Breaker Operation Disabled}
Breaker State {1=Breaker Opened; 0= Breaker Closed}
16. Delta of 1 bit (any change) will cause an event.
17. Read values for Hardware Output Control is 1 = Enabled, and 0=Disabled.
18. Read values for x43 AUX Virtual Switch Logic Mode are 0 for Disabled, 1 = ON/OFF PULSE, 2 =
ON/OFF, and 3= OFF/MOMENTARY ON.
19. Read values for Setting Group Mode is 0= Disabled, 1=discrete select, and 2= binary select.
Setting groups can be controlled via DNP object 12 if value is 1 or 2.
20. Read values for 101 Breaker Control Switch Mode is 0=Disabled and 1=Enabled.
21. Latched Targets Status format is described in Table 5-5 under Note 6 to Table 5-4. Delta of 1
deviation will cause an event. Latched Targets Status can be reset via object 41 point 7.
22. BE1-851E Relay System Status is represented as 4 part, 16-bit mapped variables. The four part
System Status is described in Table 5-8. (For more information, see the BE1-851E Instruction
Manual, Section 6, Reporting and Alarm Functions). Delta of 1 deviation will cause an event.
Table 5-8. System Status
Output 1 Trip Coil Monitor
Analog Output Status Points and Control Blocks
Table 5-9 lists both the Analog Status Points (Object 40) and the Analog Output Control Blocks (Object
41). It is important to note that Analog Output Status Points are not included into Class 0.
The Return Status Value for object 41 for all control operations may be 6 (hardware problem) due to a
value out of range, or a relay internal state. One of the reasons for rejection may be if another
communication port or front panel HMI is actively programming. For more information, see the BE1-851E
Instructional Manual, Section 10, Human-Machine Interface.
5-14 BE1-851E DNP Protocol 9289900792 Rev C
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