Allen-Bradley PowerFlex 70 Reference Manual

Start-Up 2-191
Figure 2.40 PowerFlex 700 Vector Control Option Startup (1)
Start-Up
V/Hz
Enter value for
Break Voltage
10.0 Hz
x.x < y.y
Start-Up
V/Hz
Enter value for
Max Voltage
10.0 V
x.x < y.y
Start-Up
1. Motor Control
Make a selection
<1.SVC>
2.V/Hz
3.Flux Vector
4.More info
Flux Vector Start Up (Motor Control Select)
Start-Up
1. Motor Control
This section
selects the type
of Motor Control
the drive will
use.
1-0
1-1
1-6
Start-Up
V/Hz
Enter value for
Start Boost
10.0 V
x.xxxx < y.yyyy
Start-Up
V/Hz
Enter value for
Break Frequency
10.0 Hz
x.xxxx < y.yyyy
1-3
1-5
Go to 0-1
2. Motr Dat/Ramp
1-9
Start-Up
V/Hz
Enter value for
Run Boost
10V
xx.x < yy.y
1-8
1-4
1-10
Speed path-
Set #88 to 1
Start-Up
Flux Vector
Enter value for
Encoder PPR
1024
1-11
Start-Up
V/Hz
Select a V/Hz
control option:
<1.V/Hz-Fan/Pump>
2.V/Hz-Cust/Std.
3.More info
Start-Up
Flux V ector
Control selected
is FOC Speed
Regulate.
Enable
Set #80=1
V/Hz
Custom/Std.
Start-Up
V\Hz
Control selected
is Standard V/Hz
Standard-
set params #54
& 69-72 to
default values
Start-Up
V/Hz
Control selected
is Fan/Pump
with Slip Comp
Start-Up
V/Hz
Control selected
is Fan/Pump
no Slip Comp
1-12
1-13 1-14
1-15
1-16
1-17
1-18
1-19
Start-Up
Flux Vector
NOTE! An Encoder
is required for
the Flux Vector
Control option.
Start-Up
V/Hz
Control selected
is V/Hz/Custom
with Slip Comp.
1-20
Start-Up
Flux Vector
Control selected
is Torque/FOC
Torque Regulate
1-7
Trq
Regulate
Set #88
= 2
1-21
Start-Up
Flux Vector
Select Torque
Regulate option:
<1.Torque Regul.>
2.Min Torque/Spd
3.Max Torque/Spd
4.Sum Torque/Spd
5.Absolute
1-22
Start-Up
Flux Vector
Enter choice of
Speed Units
<Hz>
RPM
1-2
1-23
Start-Up
Flux Vector
Control selected
is Torque/FOC
Min Torque/Speed
Start-Up
Flux Vector
Control selected
is Torque/FOC
Max Torque/Speed
1-24
1-25
Min Torque/
Speed -
Set #88 =3
Max
Trq/Speed -
Set #88 = 4
Start-Up
Flux Vector
Control selected
is Torque/FOC
Sum Torque/Speed
Sum Trq/Speed-
Set #88 = 5
Start-Up
Flux Vector
Control selected
is Torque/FOC
Absolute
Absolute-
Set #88
= 6
1-26
Set #80 to
selection made
Start-Up
1.Motor Control
Use SVC
for applications
requiring speed
regulation.
Use V/Hz control
for Fan/Pump and
other V/Hz
applications.
Use Flux Vector
for applications
requiring Torque
control or tight
speed regulation.
Frequency
More
info
Start-Up
SVC
Enter choice of
Speed Units
<Hz>
RPM
SVC- Set
#53= 0
Flux
Vector
Start-Up
Flux Vector
Enter choice of
Regulation
<Speed>
Torque
Start-Up
SVC
Control selected
is SVC with
no Slip Comp
Start-Up
SVC
Control selected
is SVC with
Slip Comp
Start-Up
V/Hz
Enter choice for
Slip Comp
<Enable>
Disable
Start-Up
V/Hz
Enter choice for
Slip Comp
<Enable>
Disable
Fan/Pump-Set #53=3
Disable
Set #80=0
Enable
Set #80=1
Torque path
Start-Up
SVC
Enter choice for
Slip Comp
<Enable>
Disable
Disable
Set #80=0
1-27
1-28
1-29
1-30
1-31
1-32
Start-Up
V/Hz
Control selected
is V/Hz/Custom
no Slip Comp.
Start-Up
V/Hz
The Fan/Pump
option selects a
predefined V/Hz
curve.
The Custom/Std.
option allows
you to define a
V/Hz curve or
select a default
V/Hz curve.
More
info
B = Basic modeB
B
B
B
B
B
B
B
Start-Up
V/Hz
Define Custom
V/Hz curve?
<Yes>
No
Ye s

Allen-Bradley PowerFlex 70 Specifications

General

Input Voltage	200-240V AC, 380-480V AC, 500-600V AC
Frequency Range	0 - 400 Hz
Humidity	5% to 95% non-condensing
Output Voltage	0 to Input Voltage
Control Methods	Sensorless Vector Control
Communications	Ethernet/IP, DeviceNet, ControlNet
Protection Features	Overcurrent, Overvoltage, Undervoltage, Overtemperature, Ground Fault
Operating Temperature	0°C to 50°C (32°F to 122°F)
Storage Temperature	-40°C to 70°C (-40°F to 158°F)
Enclosure Rating	IP20, NEMA Type 1