abc 2000 Series User Manual page 7

Item
DC braking
JOG control
Onboard multiple It implements up
preset soee d s
Onboard PID
Auto voltage
regulation (AVR) when the mains voltage changes.
Overvoltagal
Overcurrent stall during the running process so
control
T orque limit and
control
C '
en
� S"
Instantaneous
stop doesn ' t slop
g&
"'!
Rapid current
llmlt
High performance through the high-performance current vector
Timing control
Communication
methods
Running
command
channel
Frequency source Digital analog voltage, analog current.Pulse, ser1al
Auxiliary
frequency source Micro adjustment,frequency Synthesizer
:;
Input terminals
!s
0.
Output terminal
ABC 2000
DC braking frequency: 0.00 Hz to maximum frequency
Braking Ume: 0.0-100.0s
Braking action current value: 0.0%-100.0%
JOG frequency range: 0.00-50.00 Hz
JOG acceleration/deceleration time: 0.0--6500.0s
to
function or combination
It realizes process-controlled closed loop control
system easily.
It can keep constant output voltage automatically
The current and voltage are limited automatically
to
tripping due overvoltage/over current.
It can
limit 1he torque autanatica l ly
rurrent
over tripping during 1he running process .
The load feedback energy compensates the voltage
reduction so that the AC drive can continue to run
for a short time.
to
It helps avoid frequent over current faults
AC drive.
of
Control asynchronous motor is implemented
control technology.
Time range: 0.0-6500.0 minutes
RS485
Givan by the panel, control terminals,
Serial communication port.can be switched by many
ways
1 0 kinds of frequency source.given by
be
port.can switched by many ways
of
1 0 kinds Frequency source.can easily realize
6 dlgltal Input termlnals, one of which supports up to
1 00 kHz high-speed pulse input.
2 analog input terminal, one
0-10 V voltage input and 1he other supports 0-10 V
voltage input or 4-20
1 digital output terminal
1 relay output terminal
1 analog output terminal :that supports 0-20
current output 0-10
or
2
· ·
16 speeds via the simple PLC
of X
terminal states
to avoid frequent
as
and
prevent frequent
of
which only supports
mA
current input
v
voltage output
of
the
mA