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No.
Items
6.
HC 2 Rated Load
7.
HC 2 Stable Delay
8.
HC 2 Resp. Delay
Sync Calibration
MSC
1.
MSC ID
2.
Smart MSC ID
3.
Module Priority
Sync Control
1.
Slip Freq.
Sync Freq. (Volt)
2.
Sync Freq. (Relay)
3.
4.
Sync Volt (Volt)
Sync Volt (Relay)
5.
Sync Phase (Stable
6.
Time)
Sync Phase (Volt)
7.
8.
Sync Phase (Relay)
HGM9510N/HGM9530N Paralleled Genset Controller User Manual
Parameters
Defaults
(0-6000)kW
200
(0-3600)s
5
(0-3600)s
5
(0-31)
1
(0-1)
0
(0-31)
0
(0-1.00)Hz
0.10
(0-500)%
20
(0-2000)%
20
(0-2000)%
0
(0.25-4.00)Hz/s
1.20
(0.05-1.60)s
0.20
(0-100)%
10
(0-10.0)%
1.0
(0-500)%
20
(0-2000)%
20
(0-2000)%
0
(0.25-4.00)Hz/s
1.20
(0.05-1.60)s
0.20
(0-100)%
10
(0-10.0)%
1.0
(0-20.0)s
2.0
(0-500)%
20
(0-2000)%
20
(0-2000)%
0
(0.25-4.00)Hz/s
1.20
(0.05-1.60)s
0.20
(0-100)%
10
Description
It is the ID in the MSC communication
network, which indicates that the MSC ID in
the entire communication network should
be unique.
0: Disable;
1: Enable
When it is enabled, the controller randomly
selects an available ID based on the current
bus unit ID at each power-up.
Smaller the value, higher the priority.
Adjust generator frequency so that gen
frequency is greater than slip frequency.
Phase
synchronization
conducted
when
the
frequency is set to 0.
Gain(P)
Stability(I)
Rate of change (D)
Response
Stability
Gain
Dead area
Gain(P)
Stability(I)
Rate of change (D)
Response
Stability
Gain
Dead area
Sync. confirmation time during phase sync
adjustment
Gain(P)
Stability(I)
Rate of change (D)
Response
Stability
Gain
adjustment
is
sync
difference
Page 74 of 116
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