HMC6 Power Management Controller User Manual
Page 76 of 87
11.10
SYNCHRONOUS CALIBRATION
Table 31 – Synchronous Calibration List
No.
Item
Range
Default
Description
Synchronous Calibration
1
MSC ID
(0-15)
1
ID in the MSC communication network. The
MSC ID should be unique throughout the
whole communication network.
2
Priority
(0-15)
1
The smaller of the number, the higher of
the priority.
3
GOV SW1
(0-10.0)
0
Default central voltage is 0V.
4
GOV SW2
(0-10.0)
2.0
Default voltage range is (-2.5~+2.5)V.
5
AVR SW1
(0-10.0)
0
Default central voltage is 0V.
6
AVR SW2
(0-10.0)
2.0
Default voltage range is (-2.5~+2.5)V.
7
Frequency Sync
Frequency Difference
(0-1.00)Hz
0.10
Adjusting generator frequency to make it
greater than the difference value of bus
frequency, that is the sliding frequency
difference of dynamic sync.
Voltage
Control
Gain
(0-500) %
20
The internal analog voltage is adjusted to
control the engine speed before parallel
connection.
Stability
(0-2000) %
20
Relay
Control
Response
(0.1-4.00)Hz/s
1.20
The internal relay is adjusted to control the
engine speed before parallel connection.
Stability
(0.01-1.60)s
0.20
Gain
(0-30000)%
10
Dead Band
(0-10.0)%
1.0
8
Voltage Sync
Voltage
Control
Gain
(0-500) %
20
The internal analog voltage is adjusted to
control the generator voltage before
parallel connection.
Stability
(0-2000) %
20
Relay
Control
Response
(0.1-4.00)Hz/s
1.20
The internal relay is adjusted to control the
generator voltage before parallel
connection.
Stability
(0.01-1.60)s
0.20
Gain
(0-30000)%
10
Dead Band
(0-10.0)%
1.0
9
Active Power Control
Voltage
Control
Gain
(0-500) %
20
The internal analog voltage is adjusted to
control the engine speed after parallel
connection.
Stability
(0-2000) %
20
Relay
Control
Response
(0.1-4.00)Hz/s
1.20
The internal relay is adjusted to control the
engine speed after parallel connection.
Stability
(0.01-1.60)s
0.20
Gain
(0-30000)%
10
Dead Band
(0-10.0)%
1.0
