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No.
Items
System Mode
21
Transfer
Safety Level Alarm
22
Action
23
Duty Running Hours
24
Call Gens Mode
25
Calling for More Sets
26
Calling for Less Sets
Calling for Start
27
Power
Calling for Stop
28
Power
Max. Network
29
Connected Genset
Number
Failed to Unload and
30
Open
Active Power
31
Adjusting Limit
Inactive Power
32
Adjusting Limit
Load (P) Feedback
33
Factor
34
Load (Q) Feedback
HMC6 Power Management Controller User Manual
Parameter Range
Default
(0-1)
0
(0-1)
1
(0.1-100.0)h
5.0
(0-1)
0
(0-100)%
80
(0-100)%
20
(0-20000)kW
50
(0-20000)kW
50
(0-16)
16
(0-1)
0
(0-100.0) %
10.0
(0-3600)s
180
(0-50.0) %
30.0
(0-50.0) %
30.0
(0-100)%
10
(0-100)%
10
Description
current and other genset priority.
If enabled this function, transfer any controller
mode (button or input port) will change all genset
controller modes on the busbar.
If enabled this function, in semi-auto mode, the
safety trip and safety trip and stop alarm will
perform the corresponding alarm action.
If disabled this function, in semi-auto mode, the
safety trip and safety trip and stop alarm will only
alarm but not act.
If start mode set as "Duty Running Hours", firstly,
prior to start the unit with the least running time.
When running the set to the pre-set duty value, the
next unit with less running time starts up.
0: Gen Power (%)
1: Available Power
Loading percentage of busbar that scheduled to
start other units.
Loading percentage of busbar that scheduled to
stop other units.
Power left of busbar that scheduled to start other
units.
Power left of busbar that scheduled to stop other
units.
The
max.
adjusting
connected on the current busbar;
If enabled this function, it will judge unload failure
after genset unload delay 180s; and it will open
when load is less than 10.0%, otherwise it will not
open.
If disabled this function, it will judge unload
failure after genset unload delay 180s; and it is
only alarm but not open.
The max. adjusting deviation of current power
apart from target power value;
The proportion of load frequency adjustment PID
coefficient in the whole load active power
adjustment coefficient.
The proportion of load voltage adjustment PID
gensets
of
network
Page 74 of 87
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