Synchronous Calibration - Smartgen HMC6 User Manual

11.10

SYNCHRONOUS CALIBRATION

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