BTS DC5D M K3 Serie Handbuch Seite 116

13
Back to the net
time
Back to Gens
14
time
15
Cooling time
16
STAND idle
time
17
ETS to keep time
18
Failure to STOP
Extraordinary
19
delay situation
Ordinary
20
alarms
delay
It's normal
21
warning
delay
variable
High-voltage
22 current is abnormal
delay
23 finished current
【 reverse time 】
power is over
24
【 reverse time 】
Switch
25
transmission delay
Downloads/year
26
unloading
pulse width
Over
phase
27
current
delay
Over
general
28
power delay
Fuel output
29
delay
4) Engine alarm setting
NO
Parameter
1
finished
DC5xD MK3 GENSET CONTROLLER USER MANUAL
0-3600.0s
(10.0 s)
0-3600.0s
(5.0 s)
0-3600.0s
(30.0 s)
0-3600.0 s (5.0 s)
0-600.0 s (10.0 s)
5-180.0 s (30.0 s)
0-10.0 s (1.5 s)
2.0-20.0 s (5.0 s)
1.0-20.0 s (2.0 s)
2.0-
20.0 s (10.0 s)
0.1-36.0 (36.0)
0.1-36.0 (36.0)
0-3600.0 s (1.0 s)
1.0-10.0s
(10.0 s)
0-3600.0 s (30 s)
0-3600.0 s (30 s)
1.0-60.0 s (2.0 s)
Range (by
Notes
default)
0-200% The estimated RPM multiplied by this value is considered as
To avoid switch actions if the network is unstable. If the remote start
signal is invalid (DC5XD MK3 will check if the mains is normal), the
generator does not switch immediately, after a delay time, it will
switch to the mains. during the delay, if the remote start signal is
valid, then the genset will enter the estimated run.
There should be a load delay from the mains to the generator if
the remote start signal is valid or Abnormal mains under Cooling
time.
After unloading, the radiator cooling time before stopping. During
the delay, if the remote start signal is valid, then the generator will
enter the nominal run level.
Idle time was running.
STOP solenoid on power time.
If the RPM is 0 during the stop time, then the STOP failure time is
not required.
Emergency and over frequency alarm delay.
Alarm delay other than emergency stop and frequency over
The ATTENTION delay.
over / under Voltage delay.
This option will not take effect until[27-Over phase current delay]
set to0. The overcurrent delay is reversible time, and there is a
formulaT=t/((IA/IT) -1)̂ 2.
This option will not take effect until[28-Over total delay power]is
set to0.The finished power delay is the reverse time, and the formula
isT=t/((IA/IT) -1)̂ 2.
Time from Network to Gens.
The pulse width of loading and unloading of the network and
generators, when it is 10, it is considered as a continuous output.
When this parameter is set to 0, overcurrent delay
– reverse time; if not, the overcurrent delay is at the time set for
this parameter.
When this parameter is set to 0, the overcapacity delay is the
reverse time; if not, the overload current delay is in the set
time of this parameter.
The output time of the fuel valve relay before the crank.
32