Nidec LEROY-SOMER Powerdrive FX, Руководство по вводу в эксплуатацию

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QUICK SETUP MODE
Commissioning manual Powerdrive MD2/FX
4617 en - 2017.09 / e
Apl.05
: Comparator 4 threshold
By default, the comparator 4 source is assigned to the motor
power.
Apl.05 is used to set the comparator trip threshold and
consequently detect an underload.
The threshold is expressed in kW by default.
Apl.06 : Comparator 4 output destination
This parameter defines the internal parameter which will be
assigned by the comparator output.
The destination can be assigned to user trip 1 to 4.
Apl.07 : Comparator 4 masking
This masking is used to delay detection when the drive is
enabled in order to avoid detection on starting.
Apl.08 : Comparator 5 threshold
By default, the comparator 5 source is assigned to the motor
speed.
Apl.05 is used to set the comparator trip threshold and
consequently detect an underload.
The threshold is expressed in rpm by default.
Apl.09 : Comparator 5 output destination
This parameter defines the internal parameter which will be
assigned by the comparator output.
The destination can be assigned to user trip 1 to 4.
Apl.10 : Comparator 5 masking
This masking is used to delay detection when the drive is
enabled in order to avoid detection on starting.
Apl.11 : PID reference source
This parameter defines the variable which acts as a reference
for the PID controller.
All PID variables are automatically scaled so that these
variables have an adjustment range of ±100.0% or 0 to 100.0%
if they are unipolar.
The source can be assigned to analog input AI1, AI2 or AI3 or
to buffer variable 1.
Apl.12 : PID feedback source
This parameter defines the variable which acts as the feedback
for the PID controller.
All the PID variables are automatically scaled so that these
variables have an adjustment range of ± 100.0% or 0 to 100.0%
if they are unipolar.
The source can be assigned to analog input AI1, AI2 or AI3 or
to buffer variable 1.
Apl.13 : PID enable
Disabled (#):
The PID controller is disabled.
Enabled:
The PID controller is enabled.
Apl.14
: PID output destination
Used to define the parameter to which the PID output is
addressed.
In this case, as the PID output is supposed to affect the speed,
select for example RP1: Preset reference or RP2: Preset
reference.
Apl.15 : PID proportional gain
With a PID error of 100%, the proportional part of the PID
output equals 100% when Apl.15 = 32.000 .
Apl.16
: PID integral gain
With a PID error of 100% and a gain Apl.16 = 1.000 the
integral part of the PID varies by 100% in 1 s.
Apl.17 : User unit factor
This parameter is a multiplication coefficient allowing the PID
reference and PID feedback to be displayed as a user value in
the parameter-setting interface Reading mode pages (see
section 2.2.2).
Apl.18 : User unit
This parameter describes the unit which will be displayed for
the PID reference and the PID feedback in the parameter-
setting interface Reading mode pages (see section 2.2.2).
Apl.19 to Apl.20 : Not used